Plastics

Drains: Donor site: 15 blake
Sutures: Deep dermal 3-0 monocryl, Subcuticular 4-0 monocryl
Dressing: Donor site: Prevena Vac

An incision was made from the axilla to the back along the axis of the latissimus muscle. Dissection was carried to the muscle. The latissimus was then circumferentially dissected. The pedicle was identified at its entry into the muscle and the tendinous insertion of the flap was divided under direct visualization. The pedicle was dissected out and divided. The donor site was then irrigated with normal saline and then closed over a 15 blake drain with 3-0 monocryl suture for the deep dermal layer followed by a 4-0 monocryl suture for the subcuticular layer. The flap was flushed with heparinized and dangled over the wound to allow the pedicle to untwist.

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Preop Dx:  history of breast cancer, s/p mastectomy and now with deformity and disproportion
Procedure: 1. Bilateral breast reconstruction with DIEP flaps - S code
(22 modifier if S code not applicable, muscle preservation and length of dissection)
2. SPY fluorescence imaging of skin perfusion based on perforator dissection
Drains: 2 drains in the donor site and one drain in each breast

Operative Report
We utilized a two team approach. My partner exposed the mammary vessels.

Initially, the breast footprint was created by raising the mastectomy flaps full thickness above the pectoralis - bilaterally. We started on the irradiated side first. We then identified the 3rd rib costal cartilage and the pectoralis muscle was split longitudinally to access it. The perichondrium was scored and elevated circumferentially. The entire costal cartilage was removed. We then split the posterior perichondrium and elevated it off the IM vessels. The IMA was evident beneath a thick layer of scar and was dissected free for the entire interspace. We then proceeded to dissect out the IMV. Dissection was carried to the cephalad rib.

Why dissect SIEV 6cm? because it's in the dot phrase. Ribs. Take a rib or otherwise you are doing a vertical anastamosis. Lever up with rouncher. Never point freer towards vessels. Always towards cartilage/perichondrium.

We then dissected out the vessels on the contralateral side. We identified the 3rd rib costal cartilage and the pectoralis muscle was split longitudinally to access it. The perichondrium was scored and elevated circumferentially. The entire costal cartilage was removed. We then split the posterior perichondrium and elevated it off the IM vessels. The IMA was evident beneath a thick layer of scar and was dissected free for the entire interspace. We then proceeded to dissect out the IMV. Dissection was carried to the cephalad rib.

During this time we began the flap elevation portion of the operation by making the superior incision. This was carried to the xiphoid and costal margin. The patient was flexed and the lower incision line was confirmed. We then made lower abdominal incision. This was carried down to the SFS layer and the SIEV's were identified and dissected for 6cm. The flap dissection was then carried down to the rectus fascia.

We then elevated the flap from lateral to medial. The lateral row had x perforators and we then made the midline incision. An oval incision was made around the umbilicus and carried down to the fascia. Dr. Chong excises the belly button with two single pronged skin hooks (placed superior and inferior) and then cuts with an 11-blade down a straight line. He completes the cuts where the skin hooks were with a 15-blade. The midline was then split and we began the dissection on the from medial to lateral. There were x medial row perforators that were identified. We decided to base the flap off the x row due to the size and quality.  The x row was clamped with atraumatic clamps. The SPY imaging device was brought into the field and the patient received ICG as per manufacturers guidelines. 3cc's and a 10 cc flush. The flap perfused well based off the perforators and there was no clinical evidence of venous or arterial compromise.

We then split the fascia above the cephalad perforator and around the remaining perforators. A complex intramuscular dissection was then performed to the pedicle. This dissection took greater than 50% longer than a TRAM or MS TRAM due to the muscle splitting and preservation and the complex intramuscular course of the pedicle.  This added an additional 2 hours to each side. The x row perforators were then clipped and divided and the remainder of the dissection was then performed.

We then brought the flap to the contralateral chest and secured it to the chest wall. The IMA vessels and DIEP pedicle vessels were then prepared under the microscope. We then used a x mm flow coupler for the vein and a 9-0 nylon suture for the arterial anastomosis. The flap was well perfused with a doppler signal in the pedicle and on the skin.  The flap was then inset after we had de-epithelialized the portion of the buried flap. A 15 blake drain was then placed and the flap inset with 3-0 and then 4-0 moncryl sutures.

We then turned our attention to the contralateral flap which was elevated  from lateral to medial. The lateral row had x perforators and the medial row had x perforators. We decided to base the flap off the x row due to the size and quality.  The x row was clamped with atraumatic clamps. The SPY imaging device was brought into the field and the patient received ICG as per manufacturers guidelines. The flap perfused well based off the perforators and there was no clinical evidence of venous or arterial compromise.

We then split the fascia above the cephalad perforator and around the remaining perforators. A complex intramuscular dissection was then performed to the pedicle. This dissection took greater than 50% longer than a TRAM or MS TRAM due to the muscle splitting and preservation and the complex intramuscular course of the pedicle. The x row perforators were then clipped and divided and the remainder of the dissection was then performed.

We then brought the flap to the contralateral chest and secured it to the chest wall. The IMA vessels and DIEP pedicle vessels were then prepared under the microscope. We then used a x mm flow coupler for the vein and a 9-0 nylon suture for the arterial anastomosis. The flap was well perfused with a doppler signal in the pedicle and on the skin. The flap was then inset after we had de-epithelialized the portion of the buried flap.  A 15 blake drain was then placed and the flap inset with 3-0 and then 4-0 moncryl sutures.

The rectus fascia defect was then closed with buried 0 prolene in an interrupted figure of eight fashion. Two 15 blake drains were then placed. All drains were secured with 3-0 nylons and a biopatch. The SFS was then closed with 2-0 vicryl followed by a 3-0 monocryl for the deep dermal layer. The skin was closed with 4-0 running subcuticular suture. The umbilicus was then incised on the abdominal wall the the umbilical stalk delivered. The umbilicus was then inset with 4-0 monocryl deep dermal sutures. The skin was then dressed with dermabond and the patient was placed into an abdominal binder.

At the time of extubation and transfer to recovery she had a doppler signal on the skin and flow coupler.

Bed: Make sure the bed is able to reflex appropriately before the case Drains: 15 blake (2 in abdomen, 1 in each breast)
Sutures:
Arterial anastomosis - 9-0 nylon
Vein anastomosis - vein coupler
Anterior abdominal fascia - 0 prolene
Breast inset and abdominal closure - 3-0 monocryl deep dermal, 4-0 monocryl subcuticular
Belly button - Make 2cm vertical by 1cm transverse oval and 3-0 monocryl deep dermal, as needed 4-0 monocryl half-buried “U” sutures (inside belly button to avoid suture marks on skin)
All Drains: 3-0 nylon
Dressings:
Breast: light bacitracin over inset incisions, Steri-strips over wire, tegaderm over vein coupler white connector piece, if vioptix, dermabond
Belly Button: dermabond (no xeroform)
Abdomen: Provenia
All Drains: Tegaderm, biopatch

Drapes: Blue towels and staples, 4 folding sheets, ioban strips

Abdominal Dissection: Has said contradictory points in past… 1. He bevels up towards the head for each of the incision so that the fat lines up nicely. 2. Has said keep fat on the flap. And in the corners, make sure to leave the fat on the flap to prevent a dog ear.
Dissect the DIEV back to the “H” of the vein before transecting. There is usually a crossing point as the two branches of DIEV come back together. Honestly this looks more like an upside down “A.” Basically in turns into a Y with a crossing path in it. IF you are past the cross, you're far enough.

Elevates umbilicus by placing 2 single-prong skin hooks superiorly and inferiorly and pulling up. Uses an 11-blade to incise around the umbilicus then uses cautery to extend incision down to the fascia. Does not mark it with a suture. When closing skin, find the umbilical stalk and mark corresponding spot on the skin. Draw out a 2×1 cm oval over the umbilical stalk and excise. Pull umbilicus through the hole and secure with interrupted 3-0 sutures. Only place ½ buried 4-0 monocryl horizontal mattress sutures in places that need reinforcement. Secure with dermabond.

Take a rib or otherwise you are doing a vertical anastamosis. Lever up with rouncher. Never point freer towards vessels. Always towards cartilage/perichondrium.

Questions you will be asked: Why dissect SIEV 6cm? because it's in the dot phrase. The primary drainage system of the abdomen is the superficial system (not the DIEV), so it's a good bailout option. It could also potentially be used as vein graft.

Tourniquet: No
Drain: 15 blake drain
Sutures: 9-0 nylon suture for the arterial anastomosis, flap inset with 3-0 and 4-0 moncryl sutures, drains secured with 3.0 nylons and biopatch. 2-0 vicryl followed by a 3.0 monocryl for the deep dermal layer. 4-0 running subcuticular suture. 4-0 moncryl deep dermal sutures.
Dressing: dermabond

A two team approach was used for the operative exposure and flap elevation. I began with the SIDE chest. The prior scar was incised and taken down to the pectoralis muscle and alloderm. The skin flaps were raised to the borders of the new breast mound/extent of tissue expansion. Once this was completed, the capsule was incised and the expander removed. I then performed a capsulectomy and the pectoralis muscle was sutured down to the chest wall with 3-0 pds suture in an interrupted figure of eight fashion.

I then identified the 3rd rib costal cartilage and the pectoralis muscle was split longitudinally to access it. The perichondrium was scored and elevated circumferentially. The entire costal cartilage was removed. I then split the posterior perichondrium and elevated it off the IM vessels. The IMA was evident beneath a thick layer of scar and was dissected free for the entire interspace. I then proceeded to dissect out the IMV. Dissection was carried to the cephalad rib.

First I made the flaps. Of course, you go on top of the muscle and you go up to the upper pole of the breast medial to where you're going to do your rib dissection and inferior to the IMF. Don't go too far out laterally or the flap will shift. First divide the muscle over the third rib. You straddled the rib with two fingers and Bovie in between. Get a really big wide dissection and then once you're on the peri-condrium, score it with the Bovie to start and then use your elevator to go along with the peri-condrium. Don't make holes, use the sharp side, but keep it facing towards the cartilage so that you don't accidentally go through it and hurt the vessels.

You'll have to divide the intercostal muscles in order to make space for the dissection. Dr. Chong goes rib to rib so that you're able to have a long length of vessels for your anastomosis. Also, he makes the point every freaking time, which sides harder. The left side's harder, nobody knows why, but the right side has bigger vessels. The artery is lateral to the vein and the right side tends to have two veins rather than one and they tend to split and then the veins will straddle the artery. Once you take the peri-condrium down, you can then rongeur the cartilage, made sure not to go through the posterior side of your elevated peri-condrium, and you could always fix the little pieces at the end with the elevator rather than trying to take the little pieces off with the rongeur. Once you're through there, you start as lateral as you can with the monopolar and start lifting up the peri-condrium from the vessels, the vessels are incased in very vascular lymphatic tissue.

These are highly vascular and can bleed so you really got to be vigilant about making sure that you're controlling your field and you follow the intercostal muscles down and lift the peri-condrium that you elevated off of the vessels lateral to medial. You will be bridging vessels from the intercostal artery and vein that will cross over your IMA and IMV. Make sure to control these vessels.

For the IMA dissection which vessel is lateral and which is medial? The artery is lateral and the vein is medial. This is important because you're going to be dissecting from lateral to medial and then you're going to have to be going under the rib under the sternum even to get to the vein, and this is the one that's much more fragile.

It's in a harder place to dissect and it's at more risk for injury at this medial location. The right side is usually bigger. So the right side's easier to dissect origin of the IMA. Origin of IMA is the subclavian artery. The deep inferior epigastric artery origin is the distal external iliac artery.

Tourniquet: No
Drain: No
Sutures: 3-0 pds suture
Dressing: No

Preop Dx:  Deformity and disproportion of reconstructed breasts, history of breast cancer reconstruction with DIEP flaps Procedure:  Revision breast reconstruction with fat grafting Breast implant placement under DIEP flaps Anesthesia:  GETA Drains:  None Implants:  Left:   ??? Right: ???   Brief Clinical History female with a history of breast reconstruction.  Due to the mastectomy defect and differences in mastectomy flaps, radiation on ???, differences in soft tissue settling, and donor site asymmetry, she has contour irregularities, deformity and asymmetry that need to be addressed surgically for breast reconstruction.  We outlined the scar location together in preop.   We discussed using breast implants to improve the shape and projection of the DIEP flaps.     I had a long discussion about the risks of the surgery including bleeding, pain, infection, contour deformity, injury to the skin, recurrence, wound healing problems, damage to surrounding tissue, capsular contracture, loss of implants, damage to the flap, rare association with ALCL, and need for further surgery.  The patient understands that she will have to wear compression garments for the postoperative care, and I want her to ambulate daily.     Operative Report The patient was brought into the operating room and placed in the supine position after intubation.  All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia.  All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision.   A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.   I began with implant placement on the ???.  The IMF incision was made and carried to the chest wall.  The flap was then elevated with a precise pocket for the implant.  There was a dense and fibrotic capsule under the flap and capsulotomies were performed.  Hemostasis was confirmed and the pocket irrigated with abx saline.  Several implant sizers were placed and the best fit with good breast aesthetics was the Mentor SR??? implant ??? cc.  The pocket and skin were temporarily closed and I turned my attention to the contralateral breast.   The IMF incision was made and carried to the chest wall.  The flap was then elevated with a precise pocket for the implant. Hemostasis was confirmed and the pocket irrigated with abx saline.  Several implant sizers were placed and the best fit with good breast aesthetics was the Mentor SR??? implant ??? cc, similar to the contralateral side.  The pocket and skin were temporarily closed and there was excellent symmetry.  The sizers were removed and the pockets irrigated with abx saline.  Hemostasis was confirmed.  The skin was reprepped with betadine and the entire team exchanged gloves.  The implants were then placed (Mentor SR??? implant ??? cc).  The capsule was then closed with 3-0 PDS in an interrupted figure of 8 fashion.  The skin was closed with 3-0 and then 4-0 monocryl sutures.  Dermabond was applied to the wound.   Her abdominal donor sites for the fat grafting were marked in preop.  I infiltrated ???cc total of wetting solution after making a small incision with a 15 blade near each site.  After waiting a suitable period of time I then began lipoaspiration.  Great care was taken to avoid deep suction and to avoid contour deformity.  The fat was collected sterilely from the ???.  The Revolve system was utilized for fat harvesting in the closed system.   I then placed the fat in sterile syringes for injection.  The incisions were closed with 4-0 chromic sutures.   I then turned my attention to the breasts.  The areas of deficit in the ??? breast had been marked in preop.  I made several stab incisions on the breasts (away from the decolletage).  The fat graft was then infiltrated as per Coleman technique  in the previously marked areas of deficit in the superomedial pole of her breast recon on the left.  The injection sites were closed with a 4-0 chromic suture.  The incisions were all dressed.   She was placed into a surgical bra and binder after dressings were placed on the incisions.

Tourniquet: No
Drain: No
Sutures: 3-0 PDS in an interrupted figure 8 fashion. Capsule closed with 3-0 and then 4-0 monocryl sutures. Incisions were closed with 4-0 chromic sutures.
Dressing: Dermabond

Preop Dx: ??? breast mastectomy, history of ?
Procedure: ??? breast TE exchange,
Surgeons: Tae Chong, MD
Anesthesia: GETA
Complications: none
Findings: Well healed expander pocket
Drains: None
Implants: R ???
L ????

history of ??? breast mastectomy reconstructed with TE and ADM. She was seen in clinic and after adequate expansion she was found to be a good candidate for exchange. We discussed her desire to be as symmetric as possible with the contralateral breast and a natural silhouette

I also had a discussion with her about the need for capsulotomies for lower pole expansion and to utilize superomedial capsulotomies for the chest wall to breast recon transition.

We discussed the risks of TE exchange which can include bleeding, pain, infection, damage to surrounding tissue, scarring, asymmetry, disability, need for further surgery, capsular contracture, and loss of implant.

Operative Report

The patient was brought into the operating room and placed in the supine position. All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia. All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision. A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.   In the preoperative suite I marked the IMF on both sides and the location of the capsulotomies. I began with the ???breast. The prior mastectomy scar was incised and the dissection taken to the capsule with bovie cautery. The capsule was divided and the expander was deflated. I then removed the expander. I then placed several implant sizers, and the closest was the ??? implant ???? cc. The lateral breast contour was confirmed with palpation. The capsule was temporarily closed and the skin stapled.   I then turned my attention to the contralateral breast. The prior mastectomy scar was incised and the dissection taken to the capsule with bovie cautery. The capsule was divided and the expander was deflated. I then removed the expander. I then placed several implant sizers, and the closest was the ??? implant ??? cc. The lateral breast contour was confirmed with palpation. The capsule was temporarily closed and the skin stapled. She was placed into a sitting position to confirm size, shape, and symmetry. The implants were removed.   I then irrigated the pocket copiously with antibiotic irrigation. We exchanged gloves and the skin was reprepped. The implants were then placed into the pocket confirming the orientation. I then closed the capsule with 3-0 PDS in an interrupted fashion. The skin was closed with 3-0 monocryl and then with a running pullout 4-0 monocryl.   Dermabond was applied and the patient was placed into a surgical bra. The patient was extubated and transferred to recovery in stable condition.

Surgical Steps:
1. Know BW and fill levels as well as radiation
Radiation will change the nipple position and skin color
2. Use old incisions
3 Dissect to capsule/alloderm. Alloderm will form new IMF
4. Make new incision in capsule that is offset from skin incision (approximately 8mm-1cm superior)
5. Cut sutures to TE. Puncture and then take it out.
6. Pick your implant. The most important factor is Base-width. Try to match with TE.\ 7. Put the sizer in to check that you like it
8. take out the sizer.
9. Irrigate the pocket
10. betadyne the skin
11. Betadyne all instruments from now on
12. Put in implant
13. Close the capsule, bury knots
14. Close the skin 3-0, 4-0 monocryl
15. Dermabond incision and steristrip tails.
16. Finish one side before starting the other.

Tourniquet: No
Drain: No
Sutures: 3-0 monocryl, running pullout 4-0 monocryl
Dressing: Dermabond

Preop Dx:  Gender affirmation surgery, top surgery candidate Procedure:  Bilateral subcutaneous mastectomy and free nipple graft Prevena incisional wound vacuum placement bilaterally (13cm sponge) Findings:   Breast tissue removed, hemostatic wound bed, healthy dermal bed for graft Drains:  15 blake drain x2   female with a history of gender identity disorder who has received counseling and medical approval to initiate gender affirmation surgery.  She met all the WPATH guidelines.   The risks of surgery include but are not limited to bleeding, pain, infection, damage to surrounding tissue, scarring, asymmetry, disability, wound healing problems, loss of free nipple graft, complete loss of sensation of the nipple, contour problems and need for further intervention.     Operative Report The patient was brought into the operating room and placed in the supine position.  All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia.  All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision.   A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.   In the preoperative suite the IMF was marked and tapered superolaterally to contour with the lateral pectoral border.  This was confirmed with the patient and great care was taken to ensure that the medial extent of the incision was >2cm from the midline.     I began with the left breast tissue.  The superior incision was confirmed by tailor tacking.   I then used a 20cc syringe plunger as a template for the new NAC (2.5cm in diameter).  The nipple was excised full thickness and the breast tissue and excess soft tissue was removed - the nipple graft was placed in a moist lap pad.  I then made the superior incision.  The superior flap was raised to the chest wall at 1cm of thickness.   The breast tissue was completed, the lower incision was made and the breast tissue and skin were passed off to ps then taken off the pectoralis fascia and the dissection carried down past the IMF, obliterating the IMF.     The wound was irrigated and bleeding controlled using cautery and surgical clips.  A 15 blake drain was placed.  The mastectomy flap was then advanced to the lower marking and closed with 3-0 and then 4-0 monocryl sutures.   I then turned my attention to the contralateral breast.  The superior incision was confirmed by tailor tacking.   I then used a 20cc syringe plunger as a template for the new NAC (2.5cm in diameter).  The nipple was excised full thickness and the breast tissue and excess soft tissue was removed.  The nipple graft was placed in a moist lap pad.I then made the superior incision.  The superior flap was raised to the chest wall at 1cm of thickness.   The breast tissue was then taken off the pectoralis fascia and the dissection carried down past the IMF, obliterating the IMF.  Once this was completed, the lower incision was made and the breast tissue and skin were passed off to pathology.   The wound was irrigated and bleeding controlled using cautery and surgical clips.  A 15 blake drain was placed.  The mastectomy flap was then advanced to the lower marking and closed with 3-0 and then 4-0 monocryl sutures.   I then placed the patient in the upright position.  The new nipple location was placed at the lateral pectoral border at the 4th intercostal space.  Symmetry was confirmed.  The template was used to de-epithelialize the nipple graft bed.  This was well vascularized and the nipple grafts were sutured with 4-0 chromic suture in an interrupted fashion. Of note, the grafts were pie crusted to facilitate drainage of the graft bed.  Once this was done, steristrips were placed over the breast incision and the nipple grafts were secured with the small (13cm) Prevena incisional wound vac.  An excellent seal was obtained bilaterally.  The drains were secured with a 3-0 nylon and dressed with bio patch and tegaderm.  

Tourniquet: No
Drain: 15 blake
Sutures: 3-0 and 4-0 monocryl sutures, 4-0 chromic suture in an interrupted fashion,3-0 nylon
Dressing: bio patch and tegaderm

Preop Dx: ??? breast cancer Procedure: ??? breast recon with DIEP flaps Anesthesia: GETA Drains: 2 drains in the donor site and one drain in each breast Inset affected by implantable doppler: ???

female with a history of breast cancer who presents for ??? mastectomy and reconstruction.

I had a long discussion with her about free tissue transfer for breast reconstruction using abdominal based flaps. The blood supply for the skin and soft tissue is derived from perforators through the rectus abdominis muscle. I will preserve the muscle and limit disability with the perforator dissection. This will have minimal to no functional significance. I outlined the location of the abdominal scars and umbilical scar.

We discussed the need for 24-48 hours of ICU monitoring and the risk of flap loss due to microvascular complications. This occurs 3-5% of the time but if identified early can be salvaged. We also discussed the need to remove costal cartilage for IMA exposure. She understands that this is a complex operation but that it offers the best opportunity for a natural ptotic result. We also discussed secondary operations like fat grafting and nipple reconstruction.

Operative Report The patient was brought into the operating room and placed in the supine position. All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia. All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision. A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.

Please refer to Dr ???'s note for full details of the mastectomy.Dr Mathes was the co-surgeon for this bilateral free flap due to the complexity and difficulty in DIEP dissection, history of ???, BMI in excess of ???, need for advanced microsurgical expertise and the bilateral nature of the operation. This operation qualifies for the S code due to the above reasons.

We utilized a two team approach. Dr. Mathes exposed the mammary vessels.

Initially, the breast footprint was created by raising the mastectomy flaps full thickness above the pectoralis - ???. We then identified the 3rd rib costal cartilage and the pectoralis muscle was split longitudinally to access it. The perichondrium was scored and elevated circumferentially. The entire costal cartilage was removed. We then split the posterior perichondrium and elevated it off the IM vessels. The IMA was evident beneath a thick layer of scar and was dissected free for the entire interspace. We then proceeded to dissect out the IMV. Dissection was carried to the cephalad rib. The artery was at least ??? mm and the vein was ??? mm.

During this time we began the flap elevation portion of the operation by making the superior incision. This was carried to the xiphoid and costal margin. The patient was flexed and the lower incision line was confirmed. We then made lower abdominal incision. This was carried down to the SFS layer and the SIEV's were identified and dissected for 6cm. The flap dissection was then carried down to the rectus fascia.

We then elevated the flap from lateral to medial starting on the ??? . The lateral row had ??? perforators. An oval incision was made around the umbilicus and carried down to the fascia. We then began the dissection on the from medial to lateral. There were ??? medial row perforators that were identified. We decided to base the flap off the ??? row due to the size and quality.  This would be a hemi- flap using the ??? The remaining perforators were clamped with atraumatic clamps. The SPY imaging device was brought into the field and the patient received ICG as per manufacturers guidelines. The flap perfused well based off the perforators and there was no clinical evidence of venous or arterial compromise.

We then split the fascia above the cephalad perforator and around the remaining perforators. A complex intramuscular dissection was then performed to the pedicle. This dissection took greater than 50% longer than a TRAM or MS TRAM due to the muscle splitting and preservation and the complex intramuscular course of the pedicle.  This added an additional 2 hours to each side. The ??? row perforators were then clipped and divided and the remainder of the dissection was then performed.

We then brought the flap to the contralateral chest and secured it to the chest wall. The IMA vessels and DIEP pedicle vessels were then prepared under the microscope. We then used a ??? mm flow coupler for the vein and a 9-0 nylon suture for the arterial anastomosis. The flap was well perfused with a doppler signal in the pedicle and on the skin.  The flap was then inset after we had de-epithelialized the portion of the buried flap. A 15 blake drain was then placed and the flap inset with 3-0 and then 4-0 moncryl sutures.

The rectus fascia defect was then closed with buried 0 prolene in an interrupted figure of eight fashion. Two 15 blake drains were then placed. All drains were secured with 3-0 nylons and a biopatch. The SFS was then closed with 2-0 vicryl followed by a 3-0 monocryl for the deep dermal layer. The skin was closed with 4-0 running subcuticular suture. The umbilicus was then incised on the abdominal wall the the umbilical stalk delivered. The umbilicus was then inset with 4-0 monocryl deep dermal sutures. The skin was then dressed with dermabond and the patient was placed into an abdominal binder.

At the time of extubation and transfer to recovery she had a doppler signal on the skin and flow coupler.

Preop Dx:  BRCA gene test positive, s/p bilateral mastectomy Procedure:  Bilateral breast reconstruction with direct to implant and Acellular dermal matrix prepectoral placement SPY Indocyanine green fluorescence angiography Drains:  15 blake drain Implants: R ??? SN ??? L ??? SN ???    We discussed the risks of implant loss, infection, capsular contracture, scarring, pain, and asymmetry. We also discussed the use of acellular dermal matrix and the higher complication rate that can be associated with it.  However, I feel that it is a useful tool in our reconstruction.  She requested that we attempt direct to implant and prepectoral if possible.   In the preoperative suite, I marked the IMF and the breast footprint on her chest wall.  We also discussed drains.   Operative Report The patient was brought into the operating room and placed in the supine position.  All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia.  All lines were obtained and secured and the patient was intubated and sedated as per protocol.  A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.The patient received preoperative antibiotics prior to surgical incision. Please refer to Dr 's op note for full details of the nipple sparing mastectomy.   At the time that I was called into the OR, the mastecomies had been completed.  I began with the side - the mastectomy flaps were viable and hemostasis was obtained with bovie electrocautery.   I then irrigated the pocket with antibiotic saline.  The footprint of the breast and expander were confirmed on the skin markings and on the pectoralis muscle   A sheet of acellular dermal matrix size 8×16 which had been prepared as per manufacturers guidelines was then placed into the wound.  It was then inset to the superior and lateral breast border with interrupted 3-0 PDS.  I then placed another sheet of acellular dermal matrix 8×16 into the wound and sutured it to the IMF with a 3-0 PDS.   I then irrigated the pocket again with antibiotic saline. The most appropriate size given the weight of the mastectomy sample and the pocket was the ??? implant.  I then closed the interface between the 2 sheets of acellular dermal matrix with a 3-0 PDS (redundant tissue was removed).  

I then turned my attention to the contralateral side. I then irrigated the pocket with antibiotic saline.  The footprint of the breast and expander were confirmed on the skin markings and on the pectoralis muscle   A sheet of acellular dermal matrix size 8×16 which had been prepared as per manufacturers guidelines was then placed into the wound.  It was then inset to the superior and lateral breast border with interupted 3-0 PDS.  I then placed another sheet of acellular dermal matrix 8×16 into the wound and sutured it to the IMF with a 3-0 PDS.   I then irrigated the pocket again with antibiotic saline. The most appropriate size given the weight of the mastectomy sample and the pocket was the ??? implant.  I then closed the interface between the 2 sheets of acellular dermal matrix with a 3-0 PDS (redundant tissue was removed).  The skin was stapled on both sides and the patient was placed into a sitting position. The size and symmetry were confirmed.   The SPY imaging device was brought into the field and the patient received ICG as per manufacturers guidelines.  The flaps perfused well based off the perforators and there was no clinical evidence of venous or arterial compromise.  The nipple perfused adequately.

The staples were removed and the implant sizers were removed. Hemostasis was then confirmed again and the pocket irrigated with antibiotic saline.  One15 blake was placed in each breast pocket and sutured with a 3-0 nylon. We prepped the skin with betadine.  Gloves were exchanged and the implants were placed into the pocket.

The skin was then closed with a 3-0 monocryl for the deep dermal layer and a 4-0 running monocryl pull-out suture.     Biopatches were placed on the drains and dermabond applied to the incisions.  She was placed into a surgical bra with fluffs.  She was extubated and transferred to recovery in stable condition.

Consent:
Exploration possible washout
Possible anastamotic revision
Possible saphenous vein harvest and graft
Possible removal of flap
Possible Tissue expander or other salvage procedure

Preop Dx:  Venous insufficiency of ??? DIEP flap
Procedure:  Flap washout - reinset
Revision of anastomosis
SPY indocyanine green fluorescence angiography
Anesthesia:  GETA
Drains:  15 blake
  She was taken emergently to the OR for flap revision.  We discussed flap revision, need for vein graft, and possible cephalic vein takedown. She also understands that the flap may require removal and subsequently delayed/staged reconstruction.   Operative Report The patient was brought into the operating room and placed in the supine position.  All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia.  All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision.   A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.   The sutures were removed and the flap was de-inset.   There was a ??? amount of ??? blood which was irrigated and aspirated.  The flap was noted to have ??? affecting the venous flow.   We then performed ????.  The flap was re-inset after a new 15 blake drain was placed.  The implantable doppler and the arterial doppler signal were excellent and the skin color was pink.     The SPY imaging device was brought into the field and the patient received ICG as per manufacturers guidelines.  The flap perfused well based off the perforators and there was no clinical evidence of venous or arterial compromise.  The contrast washed out after 15 minutes confirming venous patency.     The patient was extubated and taken to recovery in stable condition.  

Only remove A FEW staples if you think there is venous congestion. Hematoma should be handled in OR

Sutures: 3-0, 4-0 monocryl
Dressing: 1 inch steri strips, compressive ACE or breast binder
Drains: 15 blake round if large resection. Come out lateral and inferior to IMF.

Preop Dx: Symptomatic gynecomastia
Procedure: Bilateral mastectomy for gynecomastia
Surgeons: Tae Chong, MD
Findings: Improved shape and contour. Viable NAC
Drains: none

Pt developed symptomatic gynecomastia which is stable, but has not involuted. I had a long discussion with the patient about the treatment including liposuction vs direct excision vs elliptical skin and gland removal. He is most interested in the elliptical incison as it will allow him to resite his nipple and to remove the excess skin. He understands that with liposuction there will be some skin remodeling, and he would prefer the excisional therapy.

The risks of surgery include but are not limited to bleeding, pain, infection, damage to surrounding tissue, scarring, asymmetry, disability, wound healing problems, and need for further intervention.

Operative Report The patient was brought into the operating room and placed in the supine position. All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia. All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision. A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion. The incisions and scars were made in preop and confirmed with the patient.

I began with the right breast tissue. The nipple was marked with the plunger of a 20cc syringe - roughly 2 cm diameter areola. The inferior dermoglandular pedicle was de-epithelialized preserving the NAC. I then raised 1.5 cm skin flaps to the level of the 2nd rib. I then removed all the breast tissue and passed this off to pathology. The dermoglandular pedicle was 6x6cm and the nipple was pink and viable. I the removed the excess breast tissue on the deep under surface of the pedicle. The nipple remained viable. The mastectomy was closed temporarily with staples.

The then turned my attention to the contralateral breast tissue. The nipple was marked with the plunger of a 20cc syringe - roughly 2cm diameter areola. The inferior dermoglandular pedicle was de-epithelialized preserving the NAC. I then raised 1.5 cm skin flaps to the level of the 2nd rib. I then removed all the breast tissue and passed this off to pathology. The dermoglandular pedicle was 6x6cm and the nipple was pink and viable. I the removed the excess breast tissue on the deep under surface of the pedicle. The nipple remained viable. The mastectomy was closed temporarily with staples.

The patient was then placed into a sitting position and the nipple position was marked at the 4th intercostal space and just medial to the lateral edge of the pectoralis major muscle. The NAC site was then excised and the nipples delivered. The nipples were viable and inset with 4-0 and then 5-0 monocryl sutures. The remainder of the incisions were closed with 3-0 and then 4-0 monocryl sutures. Dressings were applied followed by an ace bandage and the patient was extubated in stable condition.

What is saucer deformity? By making a peri-areolar deformity can get a saucer deformity. (Like the indent in a saucer plate for tea).

Preop Dx: Breast ptosis, abdominal lipodystrophy, abdominal diastasis Procedure: Bilateral breast augmentation, liposuction of abdomen, and abdominoplasty Drains: 15 blake x2 in the abdomen

I marked the position of the lower incision and the scar for the patient in preop.

Operative Report The patient was brought into the operating room and placed in the supine position. All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia. All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision. A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.

I began with the left breast. An IMF incision was made (6cm) and beveled superiorly to protect the IMF. The lateral border of the pectoralis was identified and a precise pocket was dissected with retraction and cautery. Perforators were controlled with surgical clips and cautery. I then divided the inferomedial origin of the pectoralis in a dual plane fashion. The pocket was irrigated with abx saline and multiple sizers were placed. The sizer provided the best shape and position on the chest wall. The pocket was temporarily closed and I turned my attention to the contralateral breast.

An IMF incision was made (6cm) and beveled superiorly to protect the IMF. The lateral border of the pectoralis was identified and a precise pocket was dissected with retraction and cautery. Perforators were controlled with surgical clips and cautery. I then divided the inferomedial origin of the pectoralis in a dual plane fashion. The pocket was irrigated with abx saline and multiple sizers were placed. The sizer provided the best shape and position on the chest wall. The pocket was temporarily closed and I placed the patient in a sitting up position. This gave the best appearance and correction of her hypoplasia and ptosis.

The sizers were removed and I prepped the skin with betadine. Both pockets were irrigated with abx saline and hemostasis was confirmed. Everyone exchanged gloves and using the minimal touch technique the silicone implants were placed bilaterally. The breast capsule was then closed with a 3-0 PDS in an interrupted fashion. The skin was closed with 3-0 and then 4-0 monocryl sutures. dermabond was applied.

I then turned my attention to the abodmen. Both flanks were infiltrated with wetting solution and after waiting a suitable period of time, liposuction was performed of bilateral flanks. Great care was taken to avoid contour deformity by changing the angles and using crosshatching techniques. I then turned my attention to the abodminoplasty. The lower abdominal incision was made with a fresh 10 blade. The dissection was carried down to the fascia with bovie electrocautery. The SIEV and SIEA branches were all controlled with cautery and surgical clips. The abdominal flaps were then elevated to the level of the umbilicus. The umbilicus was then incised with a 11 blade and the stalk dissected to the abdominal wall. At this point we continued our elevation to the xiphoid process. The intercostal and rectus perforators were controlled with cautery and surgical clips.

I then identified the area of diastasis and repair. This was marked and the diastasis was corrected with 0 nurolon sutures in an interrupted figure of 8 fashion. The wound was then irrigated and hemostasis was confirmed. The patient was then placed into a flexed position and the upper abdominal flap was advanced to the lower to determine the skin resection. This was marked and the skin was excised with a 10 blade and bovie cautery. The incision was temporarily closed with staples using our vertical plum lines made in preop as reference points. The site for the umbilicus was identifed and marked. I then defatted the area of the umbilicus.

I then placed 2 blake drains (15) with exit points at the lateral incision. The wound was irrigated and hemostasis confirmed. I then closed the SFS with 2-0 vicryl in an interrupted fashion. The skin was then closed with 3-0 and then 4-0 monocryl suture. Dermabond was then applied and the drains were secured. I then cut out the position of the umbilicus with a 15 blade and delivered it through the abdominal wall. It was inset with 4-0 monocryl deep dermal sutures and dermabond. The patient was then placed into a surgical bra and a surgical binder and extubated without difficulty.

Preop Dx: Breast ptosis, hypomastia Procedure: Bilateral breast augmentation Drains: None

Brief Clinical History @NAME@ is a pleasant @AGE@ female with deflational changes to her breasts who would like more volume and correction of the ptosis. We discussed the use of breast implants in correcting this in select patients. She may need a mastopexy at some point later if this doesn't adequately address the ptosis. We discussed the risks of bleeding, pain, infection, damage to surrounding structures, scarring, asymmetry, disability, loss of implant, capsular contracture and need for further surgery.

I marked the position of the lower incision and the scar for the patient in preop.

Operative Report The patient was brought into the operating room and placed in the supine position. All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia. All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision. A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.

I began with the left breast. An IMF incision was made (6cm) and beveled superiorly to protect the IMF. The lateral border of the pectoralis was identified and a precise pocket was dissected with retraction and cautery. Perforators were controlled with surgical clips and cautery. I then divided the inferomedial origin of the pectoralis in a dual plane fashion (He chooses which dual plane to use). The pocket was irrigated with abx saline and multiple sizers were placed. The sizer provided the best shape and position on the chest wall. The pocket was temporarily closed and I turned my attention to the contralateral breast.

An IMF incision was made (6cm) and beveled superiorly to protect the IMF. The lateral border of the pectoralis was identified and a precise pocket was dissected with retraction and cautery. Perforators were controlled with surgical clips and cautery. I then divided the inferomedial origin of the pectoralis in a dual plane fashion. The pocket was irrigated with abx saline and multiple sizers were placed. The sizer provided the best shape and position on the chest wall. The pocket was temporarily closed and I placed the patient in a sitting up position. This gave the best appearance and correction of her hypoplasia and ptosis.

The sizers were removed and I prepped the skin with betadine. Both pockets were irrigated with abx saline and hemostasis was confirmed. Everyone exchanged gloves and using the minimal touch technique the silicone implants were placed bilaterally. The breast capsule was then closed with a 3-0 PDS in an interrupted fashion. The skin was closed with 3-0 and then 4-0 monocryl sutures. dermabond was applied and the patient was taken to recovery in a surgical bra.

Know Base Width in chart and what patient desires for breast size (smaller, same, fuller). Scrub: For any implant cases, Chong requires you to first scrub and then use Avvaguard to fill tissue expander, first put it undrr water and suck out sll of the air with filler needle and suctuon vac dont forgrt to make fold in TE dr chong uses high profile has 3 bladders and preferentially fills lower pole roll TE like a joint place the TE and then fit the alloderm in after it is set for dissection of lifting left major off chest wall, lift with browns and go in the fuzzies the pedicle is sitting in that fat, so once you’re over pect minor, get under the fat and right on top of pect minor and blunt dissect up. Bovie25/25 to prevent the thermal injury

In the preoperative suite, I marked the IMF and the breast footprint on her chest wall. We also discussed drains.

Operative Report
The patient was brought into the operating room and placed in the supine position. All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia. All lines were obtained and secured and the patient was intubated and sedated as per protocol. A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion. The patient received preoperative antibiotics prior to surgical incision. Please refer to the breast surgeon's op note for full details of the mastectomy.

At the time that I was called into the OR, the mastectomies had been completed. I began with the first side - the mastectomy flaps were viable and hemostasis was obtained with bovie electrocautery. I then irrigated the pocket with antibiotic saline. The pectoralis muscle was then elevated and divided at its inferomedial origin. The perforators were controlled with cautery and medium clips. I then irrigated the pocket again with antibiotic saline and we prepped the skin with betadine. Gloves were exchanged and the appropriate base diameter expander was placed into the pocket (deflated). The suture tabs were sutured to the chest wall with 3-0 PDS. A sheet of alloderm which had been prepared as per manufacturers guidelines was then placed into the wound. It was then inset to the IMF and lateral breast border with a running 3-0 PDS. I then closed the interface between the pectoralis and Alloderm with a 3-0 PDS in a running fashion.

Hemostasis was then confirmed again and the pocket irrigated with antibiotic saline. One 15 blake was placed and sutured with a 3-0 nylon. The skin was then closed with a 3-0 monocryl for the deep dermal layer and a 4-0 running monocryl pull-out suture.

I then turned my attention to the contralateral breast. The mastectomy flaps were viable and hemostasis was obtained with bovie electrocautery. I then irrigated the pocket with antibiotic saline. The pectoralis muscle was then elevated and divided at its inferomedial origin. The perforators were controlled with cautery and medium clips. I then irrigated the pocket again with antibiotic saline and we prepped the skin with betadine. Gloves were exchanged and an appropriate base diameter expender was placed into the pocket (deflated). The suture tabs were sutured to the chest wall with 3-0 PDS. A sheet of alloderm which had been prepared as per manufacturers guidelines was then placed into the wound. It was then inset to the IMF and lateral breast border with a running 3-0 PDS. I then closed the interface between the pectoralis and Alloderm with a 3-0 PDS in a running fashion

Hemostasis was then confirmed again and the pocket irrigated with antibiotic saline. One 15 blake was placed and sutured with a 3-0 nylon. The skin was then closed with a 3-0 monocryl for the deep dermal layer and a 4-0 running monocryl pull-out suture. Biopatches were placed on the drains and dermabond applied to the incisions. She was placed into a surgical bra with fluffs. She was extubated and transferred to recovery in stable condition.

Dr. Chong expects you to know: Nipple sparing vs skin sparing and reasoning (e.g. tumor close to nipple, ptotic breast), Base Width, History of radiation or plan for radiation, type of cancer

Important Notes: Only Dr. Chong opens and handles the tissue expander. “Double” scrub (betadine, dry hands, avaguard) and double gloves. Will switch gloves before handling tissue expander. Dr. Chong does not fill the tissue expander intraoperatively.

Placement order: If subpectoral, pectoralis muscle dissected, TE sutured in place before alloderm placed and sutured. If pre-pectoral, two pieces of alloderm sutured superiorly and inferiorly and then tissue expander placed before final closure of alloderm. The reasoning behind this is that Dr. Chong has switched to smooth expanders and they don't stay in place like textured implants and he treats them like DIP.
Sutures: 3-0, 4-0 monocryl closure, Alloderm 3-0 PDS, drain stitch 3-0 nylon
Irrigation: 1L baci irrigation with cysto tubing
Drain: 15 blake drain placed over pectoralis/alloderm
Dressing: Dermabond, 1 inch steristrips cut over each tail of subcuticular, biopatch tegaderm, ABD pad, Bra

Pre-operative markings: Bilateral IMF, meridian, also makes transverse markings at the level of the IMF but midline and lateral as to mark the level of the IMF incase it is obliterated during mastectomy portion, breast footprint.

To place alloderm correctly, stuff in the piece under the pectoralis muscle and then pull it down. Usually will SPY case when sub-pectoral placement of TE.

To fill tissue expander, first put it under water and suck out all of the air with filler needle with vac suction. Don't forget to make the fold in TE so it doesn't obstruct the filling port.
Dr. Chong likes using high profile TE which have 3 bladders and preferentially fill the lower pole
roll TE like a joint place the TE and then fit the alloderm in after it is set

For dissection of lifting pectoralis major off chest wall, lift with browns and go in the fuzzies the pedicle is sitting in that fat, so once you’re over pect minor, get under the fat (the pectoral arterial branch is in that fat) and right on top of pect minor and blunt dissect up.
Bovie25/25 to prevent the thermal injury
Don't go too low or you will go into serratus. Don't start too high or you won't' be able to find pectoralis minor. You need GOOD RETRACTION with this method. The sliding plane is pectoralis minor underneath. Taking down pectoralis minor will make it bloody and Dr. Chong will think you are not following his directions and don't know what you are doing. There isn't a morbidity from taking down pectoralis minor.
Dr. Chong tries to make this operation look perfect so he has little to do at the implant exchange and revision operations.

Places TE central tab at breast meridian. (he uses a grid so breast surgeon doesn't wash away his breast IMF lines).

Suture: 4-0 chromic simple interrupted to close stab incisions for liposuction and fat grafting.
Dressing: Bacitracin and band-aid over each site.

I had a long discussion about the risks of the surgery including bleeding, pain, infection, contour deformity, injury to the skin, recurrence, wound healing problems, damage to surrounding tissue, and need for further surgery. The patient understands that she will have to wear compression garments for the postoperative care, and I want her to ambulate daily.

Operative Report
The patient was brought into the operating room and placed in the supine position after intubation. All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia. All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision. A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.

Her donor sites were marked in preop I infiltrated cc of wetting solution after making a small incision with a 11 blade. After waiting a suitable period of time I then began lipoaspiration. Great care was taken to avoid deep suction and to avoid contour deformity. The fat was collected sterilely and prepared as per closed Revolve system I then placed the fat in sterile syringes for injection. The incisions were closed with 4-0 chromic.

I then made several stab incisions on the breasts. A total of XXX cc of fat graft was then infiltrated as per Coleman technique in the previously marked areas of deficit in the areas of her breast reconstruction. The injection sites were closed with a 4-0 chromic. She was placed into a binder and surgical bra after dressings were placed on the incisions.

Preop Dx: Deformity and disproportion of reconstructed breasts, history of breast cancer reconstruction. Procedure: Nipple reconstruction, Revision breast reconstruction -fat grafting Anesthesia: GETA Findings: Contour deformity and volume deficits corrected Nipples pink and viable Must Read: Nipple-Areola Complex Reconstruction 2018 Mathes

I had a long discussion about the risks of the surgery including bleeding, pain, infection, contour deformity, injury to the skin, recurrence, wound healing problems, damage to surrounding tissue, and need for further surgery. The patient understands that she will have to wear compression garments for the postoperative care, and I want her to ambulate daily.

Operative Report The patient was brought into the operating room and placed in the supine position after intubation. All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia. All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision. A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.

In the preoperative suite, I marked her nipple location at the meridian and cm from her sternal notch. This was also in the most projecting portion of the breast. The sites were confirmed with the patient. In the operating room C-V flaps with a base of 1.5cm and wings of 2.5 cm were designed - these were based incorporating her prior scar. I began with the ??? nipple. The flaps were raised from distal to proximal, gradually increasing the flap thickness to the base. There was healthy bleeding throughout. The wings were then wrapped around the base and sutured together with 4-0 chromics. The cap was sutured down with a 4-0 chromic. The donor site was closed with 3-0 and then 4-0 monocryl.

I then turned my attention to the contralateral breast. A template of the other flap was used to design the C-V flap. This was based incorporating her prior scar. The flaps were raised from distal to proximal, gradually increasing the flap thickness to the base. There was healthy bleeding throughout. The wings were then wrapped around the base and sutured together with 4-0 chromics. The cap was sutured down with a 4-0 chromic. The donor site was closed with 3-0 and then 4-0 monocryl.

I then applied bacitracin and placed a protective sponge cap around the nipple. This was held in place with a tegaderm.

Her donor sites for fat grafting were marked in preop - . I infiltrated cc of wetting solution after making several small access incisions with a 15 blade. After waiting a suitable period of time I then began lipoaspiration. Great care was taken to avoid deep suction and to avoid contour deformity. The fat was collected sterilely and prepared as per the Revolve protocol. I then placed the fat in sterile syringes for injection. The access incisions were closed with 4-0 chromic sutures.

I then made one stab incision on each breast - between the medial contour deformity and the lateral axillary deformity. Then x cc of fat graft was then infiltrated as per Coleman technique in the previously marked areas of deficit in the superomedial and lateral areas of her breast recon of each breast (total cc). The injection sites were closed with a 4-0 chromic suture. Dermabond was applied to the incisions. She was placed into a compressive garment after abd pads were placed on the incisions.

Preop Dx: History of lumpectomy, deformity of breast Procedure: oncoplastic reconstruction SPY Indocyanine green fluorescence angiography Anesthesia: GETA Drains: none

presents for oncoplastic reconstruction prior to radiation. She has a history of symptomatic macromastia as well and requires some volume reduction and nipple repositioning.

We had a long discussion regarding the risks,benefits, and alternatives to oncoplastic breast reconstruction. The risks included but were not limited to bleeding, pain, infection, damage to surrounding tissue, scarring, asymmetry, disability, need for further surgery, wound healing problems (especially T point junction), changes to nipple sensation, and nipple loss (need for free nipple graft), I outlined the incisions and location of the final scars for the patient who understood. We discussed that I cannot guarantee a particular size but we will reconstruct the breast to give her the best feminine shape and eventual symmetry as possible. The contralateral breast may have to be staged after radiation.

Operative Report The patient was brought into the operating room and placed in the supine position. All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia. All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision. A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.

In the preoperative suite I outlined a wise pattern breast reduction with x cm vertical limbs because of the size of the breasts. A x mm cookie cutter was used to make an incision around the nipple areolar complex. A x cm wide inferior pedicle was then de-epithelialized. The inferior pedicle was then dissected away from the surrounding breast tissue down to the chest wall and the nipple was pink and viable during this process. I then removed the medial, lateral and then superior breast tissue from the wise pattern outline. A 3-point suture was then placed at the meridian and the skin stapled.

All samples were then sent to pathology for evaluation.

The SPY imaging device was brought into the field and the patient received ICG as per manufacturers guidelines. The flap perfused well and the nipple perfused well. There was no clinical evidence of venous or arterial compromise.

The patient was placed into a sitting position to evaluate the reconstruction. The staples and suture were removed and hemostasis confirmed. The pattern was then stapled and a 3-point suture using 2-0 PDS was used at the T junction. A x mm cookie cutter was then used to mark the position of the new NAC. The IMF and vertical limbs were then closed with 3-0 monocryl followed by a 4-0 running monocryl. The NAC was de-epitheliazed and the nipples delivered without tension. The nipple was inset with 4-0 monocryl followed by a 5-0 monocryl. Steristrips were then applied to the NAC and to the IMF and vertical limbs. The nipples were viable at the end of the procedure and the breasts soft. She was placed into a surgical bra and transferred to recovery in stable condition.

Preop Dx: Symptomatic macromastia Procedure: Bilateral breast reduction Anesthesia: GETA Complications: None Findings: Bilateral viable NAC Drains: none - ??cut off for possible drain placement?

We had a long discussion regarding the risks,benefits, and alternatives to breast reduction. The risks included but were not limited to bleeding, pain, infection, damage to surrounding tissue, scarring, asymmetry, disability, need for further surgery, wound healing problems (especially T point junction), changes to nipple sensation, and nipple loss (need for free nipple graft), I outlined the incisions and location of the final scars for the patient who understood. We also discussed that I do not guarantee a specific size, but will reduce enough of the breast tissue to improve her symptoms and to preserve a feminine shape for her. Informed consent was obtained.

Operative Report The patient was brought into the operating room and placed in the supine position. All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia. All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision. A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.

In the preoperative suite I outlined a wise pattern breast reduction with ??? cm vertical limbs because of the size of the breasts. I began with the left breast. A 42mm cookie cutter was used to make an incision around the nipple areolar complex. A x cm wide inferior pedicle was then de-epithelialized. The inferior pedicle was then dissected away from the surrounding breast tissue down to the chest wall and the nipple was pink and viable during this process. I then removed the medial, lateral and then superior breast tissue from the wise pattern outline. A 3-point suture was then placed at the meridian and the skin stapled.

I then turned my attention to the contralateral breast. A 42mm cookie cutter was used to make an incision around the nipple areolar complex. A 10cm wide inferior pedicle was then de-epithelialized. The inferior pedicle was then dissected away from the surrounding breast tissue down to the chest wall and the nipple was pink and viable during this process. I then removed the medial, lateral and then superior breast tissue from the wise pattern outline. A 3-point suture was then placed at the meridian and the skin stapled. All samples were then sent to pathology for evaluation - both breast resections were greater than ??? gms.

The patient was placed into a sitting position and were symmetric. A 42mm cookie cutter was then used to mark the position of the new NAC. The IMF and vertical limbs were then closed with 3-0 monocryl followed by a 4-0 running monocryl. The NAC was excised and the nipples delivered without tension. The nipples were inset with 4-0 monocryl followed by a 5-0 monocryl. Dermabond was then applied to the NAC and steri strips to the IMF and vertical limbs. The nipples were viable at the end of the procedure and the breasts soft. She was placed into a surgical bra and transferred to recovery in stable condition.

Markings: In order to make the breast triangle, he uses the breast meridian and pulls the breast from one side to the other marking the base of his triangle. This is a sort of pinch test to make sure the breast will close.

Surgical Steps:
1. Mark NAC with 38 mm cookie cutter.
2. Use 15 blade around the NAC to start de-epi.
3. Breast tourniquet with lap pad (Roll and Twist) and Kocker.
4. Continue de-epi inferiorly as far as you can go.
5. Take down tourniquet and use Face Lift scissors to complete de-epi of central/inferior pedicle.
6. Next, focus on the making the pedicle. Start on the medial limb and make your incision and extend a little bit beyond the medial triangle/wing. Do not undermine the pedicle. Constantly use your hands to go back and forth to check. Stop right before pectoralis fascia.
7. Now focus on the lateral side. Your assistant puts his or her hand in the medial vertical limb and holds the breast while you make the lateral incision down just before pectoralis fascia.
8. Complete the superior incision to free your pedicle without undermining the pedicle.
9. Cut out your medial and lateral wings. Cut straight and don't get in the wrong plane. Don't double cut. Don't disrupt the IMF. The trick is to HOLD the tissue but not HORK up the tissue. This avoids skiving and getting into pectoralis fascia. 10. The new triangle where the NAC will be delivered is excised. This is the only part where he skives and digs in to thin out the area so the NAC will not look retracted.
11. All your tissue has been excised and now you can do the three point stitch with 0 PDS to set the meridian of the breast. Through the skin at the IMF (at merdidian), deep dermal buried through medial and lateral wings and back through IMF. Tie the knot on the skin.
12. Staple the breast. Closure: 3-0, 4-0 monocryl for horizontal portion. 3-0 ONLY for vertical portion. (ie no subcuticular for vertical portion for virgin BBR)
13. Mark NAC with 38 mm cookie cutter. De-ep and do cross for bail out grafting backup option. Deliver the NAC by touching adjacent dermis and avoid handling NAC itself.
14. Staple at 12, 3, 6, 9 and then staples in between. Close with 4-0, 5-0 monocryl.
15. Dressing is 1 inch steri-strips except over three point stitch which gets a little bacitracin. ABDs/Bra.

Dressing: Baci over Tri-stitch and steri-strips over the rest.

Marking and Sizing the Nipple
Sit patient up once all incisions are stapled closed. Mark nipple position at area of greatest projection. Lie the patient back flat. Chong DOES NOT remove the staples and remark the nipple. De-epithelialize the skin within the circle and then cruciate the dermis. Pull nipple through and secure with interrupted 4-0 monocryl and then running 5-0 monocryl. ***Chong does not run a 4-0 monocryl along the vertical limb of the wise pattern. He only closes this part with interrupted 3-0 sutures.

NAC: de-epi and then make a cross. We do this incase we need to free nipple graft

1. What are indications for surgery? symptomatic macromastia with shoulder, back, and neck pain which have been refractory to any conservative measures.
2. Why does Dr. Chong prefer the WISE pattern? It is a way of reducing or lifting the breast in the horizontal vector as well as the vertical vector and that is a very predictable pattern.

Preop Dx: Deformity and disproportion of reconstructed breasts, history of breast cancer reconstruction Procedure: Revision breast reconstruction with fat grafting, revision of donor site (abdomen), and breast mastopexy - bilateral. Surgeons: Tae Chong, MD Anesthesia: GETA Findings: Contour deformity and volume deficits corrected Drains: None

female with a history of breast cancer reconstruction. Due to the differences in mastectomy and flap thickness, differences in soft tissue settling, and donor site asymmetry, she has contour irregularities, deformity and asymmetry that need to be addressed surgically for breast reconstruction. We outlined the scar location together in preop.

I had a long discussion about the risks of the surgery including bleeding, pain, infection, contour deformity, injury to the skin, recurrence, wound healing problems, damage to surrounding tissue, and need for further surgery. The patient understands that she will have to wear compression garments for the postoperative care, and I want her to ambulate daily.

Operative Report The patient was brought into the operating room and placed in the supine position after intubation. All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia. All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision. A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.

Her abdominal donor sites for the fat grafting were marked in preop. I infiltrated ??? cc total of wetting solution after making a small incision with a 15 blade near each site. After waiting a suitable period of time I then began lipoaspiration. Great care was taken to avoid deep suction and to avoid contour deformity. The fat was collected sterilely from the epigastrium, lower abdomen and bilateral flanks. The Revolve system was utilized for fat harvesting in the closed system. I then placed the fat in sterile syringes for injection. The incisions were closed with 4-0 chromic sutures.

I then turned my attention to the excess skin and fat from the abdominal donor site in the bilateral flanks. The excess skin and fat was removed from each side with elliptical incisions of ??? x ???cm. Once this was completed the defects were closed with 3-0 monocryl for the deep dermal layer and 4-0 monocryl for the superficial layer.

I then turned my attention to the breasts. Using tailor tack technique, a ??? mastopexy to remove the excess ??? was designed. A ??? mastopexy was designed and this reduced the axillary fullness and addressed the ptosis and asymmetry. Once the pattern was designed, the mastopexy was de-epithelialized with a 15 blade and the skin closed with 3-0 and 4-0 monocryl sutures.

I then turned my attention to the breasts for fat grafting. The areas of deficit in the superomedial breasts had been marked in preop. I made several stab incisions on the breasts (away from the decolletage). The ? cc of fat graft was then infiltrated as per Coleman technique in the previously marked areas of deficit in the superomedial poles of her breast recon on the left and ????cc on the right. The injection sites were closed with a 4-0 chromic suture. The incisions were all dressed with steristrips.

I then excised the prior port site scar with a 15 blade. This was then closed with a 3-0 and then a 4-0 monocryl suture. This was dressed with dermabond.

She was placed into a surgical bra and binder after dressings were placed on the incisions.

Fat Grafting → ABX course

Preop Dx: Bilateral upper lid dermatochalasis
Procedure: Bilateral upper lid blepharoplasty
Anesthesia: GETA
Drains: none

In the preoperative suite, I marked the upper lid crease which was at least 8mm above the ciliary margin and did not extend the markings more medial than the punctum. The amount of skin resected was then pinched and marked. All markings were performed with the patient upright. Moreover, there was greater than 1cm of skin between the upper line and the brow.

Operative Report The patient was brought into the operating room and placed in the supine position. All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia. All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision. A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.

Corneal protectors with ophthalmic bacitracin were placed. I then infiltrated both incisions with 1% lidocaine with epi - (3cc total for both lids). I began with the right upper lid. Using a fresh 15 blade the skin was incised and removed taking great care to preserve the orbicularis. I then cauterized any bleeding with a Colorado tip bovie. The wound was then irrigated and was hemostatic. The wound was then closed with interrupted 6-0 prolene sutures.

I then turned my attention to the contralateral lid. Using a fresh 15 blade the skin was incised and removed taking great care to preserve the orbicularis. I then cauterized any bleeding with a Colorado tip bovie. The wound was then irrigated and was hemostatic. The wound was then closed with interrupted 6-0 prolene sutures.

The corneal protectors were removed and the eyes washed with HBSS. The patient was then extuated without complications. At the conclusion of the procedure, both eyes were easily closed without any scleral show.

Preop Dx: Panniculitis, excess abdominal skin
Procedure: panniculectomy
Anesthesia: GETA
Drains: ???

The risks included bleeding, pain, infections, damage to surrounding tissue, seroma, wound healing problems, need fur further surgery, loss of umbilicus, and unattractive scarring. Informed consent was obtained.

Operative Report The patient was brought into the operating room and placed in the supine position. All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia. All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision. A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.

I had marked the patient in the preoperative suite. The lower incision was above the mons pubis and tapered laterally. The incision was made with a 10 blade and then carried to the fascia with bovie electrocautery. Many large superficial veins were encountered and controlled with a combination of surgical clips and electrocautery. Dissection was carried cephalad to the superior incision which was below the umbilicus. I then confirmed that we could close the wound with towel clamps and then made the superior skin incision. The pannus was then removed after all the bleeding vessels were controlled and passed off to pathology. The wound was irrigated and the hemostasis was confirmed. I then closed the SFS layer with 2-0 vicryl followed by a 3-0 monocryl for the deep dermal layer. The skin was then closed with 4-0 monocryl. The skin was dressed with ???. Prior to closure the patient had two 15 blake drains placed with exit sites laterally .

Pre-op: Mark the position of the lower incision and the scar
Position: Supine
Prep: “Tuck and roll”
Antibiotics: Yes, indicated. Ancef. If penicillin allergy, vancomycin.
Steps: Lower abdominal incision was made with a fresh 10 blade. The dissection was carried down to the fascia with bovie electrocautery. The SIEV and SIEA branches were all controlled with cautery and surgical clips. The abdominal flaps were then elevated to the level of the umbilicus. The umbilicus was then incised with a 11 blade and the stalk dissected to the abdominal wall. At this point we continued our elevation to the xiphoid process. Intercostal and rectus perforators were controlled with cautery and surgical clips.

I then identified the area of diastasis. This was marked and the diastasis was corrected with 0 Nurolon sutures in an interrupted figure of 8 fashion. The wound was then irrigated and hemostasis was confirmed. The patient was then placed into a flexed position and the upper abdominal flap was advanced to the lower to determine the skin resection. This was marked and the skin was excised with a 10 blade and bovie cautery. The incision was temporarily closed with staples using our vertical plum lines made in preop as reference points. The site for the umbilicus was identified and marked. I then defatted the area of the umbilicus.

I then placed 2 blake drains (15) with exit points at the lateral incision. The wound was irrigated and hemostasis confirmed. I then closed the SFS with 2-0 vicryl in an interrupted fashion. The skin was then closed with 3-0 and then 4-0 monocryl suture. Steristrips were applied and the drains were secured. I then cut out the position of the umbilicus with a 15 blade and delivered it through the abdominal wall. It was inset with 4-0 monocryl deep dermal sutures and dermabond. The patient was then placed into a surgical binder and extubated without difficulty.

The medial malleolus was marked and an incision was made just posterior to this and connecting to the wound. Prior to this the tourniquet was insufflated to 250mmHg pressure. Dissection was carried down to the fascia and the fascia was divided with electrocautery. The interval between the superficial and deep posterior compartments was developed. The fascia overlying the PTA in the deep posterior was opened sharply. Dessection was then carried circumferentially around the PTA and veins. Great care was taken to identify the PT nerve and preserve it. Once the PTA and veins were prepared, we then brought the ??? flap into the wound.

The STA was chosen based on the donor site location and prior scars. I infiltrated the pretragal region and scalp with sterile saline to facilitate hydrodissection. A 15 blade was used to make the scalp incision which was made in continuity with the defect. Scalp flaps were raised. The distal superficial temporal artery and vein (STA and STV) were identified and dissected circumferentially. The dissection was carried down to the pretragal region until we had vessels that were suitable in diameter for microsurgical reconstruction.

An incision was placed 1.5 cm caudal the the inferior mandibular border along a skin crease. This was centered over the anterior edge of the masseter and at the palpable site of the facial artery. Lidocaine with epi 1% was infiltrated into the wound. A 15 blade was used to make the skin incision and the platysma was divided with electrocautery.

The superficial cervical fascia was divided sharply and the facial vein was identified. This was dissected proximally and a second large branch was identified. They were dissected circumferentially and controlled with vessel loops. Superficial lymph nodes were then removed to facilitate identification and dissection of the facial artery. This was dissected circumferentially and controlled with vessel loops. A lidocaine soaked neuropattie was placed on the vessels until the microvascular anastomosis. The marginal mandibular nerve was identified during the dissection and preserved.

Operative Report The patient was brought into the operating room and placed in the lithotomy position. All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia. All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision. A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.

At the time that I was called into the room the anus had been removed and a small dead space existed. The wound was reassessed and hemostasis obtained with cautery and surgical clips. I then turned my attention to the harvest of the gracilis muscle.

A curvilinear incision was made just posterior to the axis of the adductor longus muscle. This was carried down to the muscle fascia and great care was taken to preserve the GSV. The fascia was then opened and the gracilis muscle was identified. This was taken to the insertion and divided with cautery. The branches from the SFA were controlled with surgical clips and divided. The flap was then raised from proximal to distal. I then identified the skin perforator and this was divided. The pedicle was seen just deep to this and the dissection was stopped. I then made a tunnel to the perineum in the subcutaneous plane. Tunnel is appoximately 3 chong fingers in width. He also divides the SFS to prevent bands that would compress the pedicle.

The SPY imaging device was brought into the field and the patient received ICG as per manufacturers guidelines. The flap perfused well based off the perforators and there was no clinical evidence of venous or arterial compromise.

The gracilis was then passed into the perineum and inset into the perineal dead space. It was inset circumferentially with 3-0 pds sutures. The superficial fascia and muscle were then reapproximated with a 3-0 pds. The skin was then closed with 3-0 pds in an interrupted fashion. A 10 blake drain was placed into the perineum.

The donor leg was then irrigated and hemostasis confirmed. A 15 blake drain was placed and the deep dermal layer was closed with 3-0 monocryl. The skin was then reapproximated with 4-0 monocryl. The wound was dressed with dermabond.

Procedure: gracilis muscle flap to perineum, SPY indocyanine green fluorescence angiography
Markings: Frog leg patient. Adductor longus should be bowed out muscle and mark entire course to knee. Mark gracilis 2 finger breadths below
Drains: 15 blake in thigh and 10 blake in the perineum
Sutures: Thigh: 3-0 monocryl, 4-0 monocryl, Perineum 3-0 PDS to parachute in muscle, 3-0 vicryl to close perineum (because it is less prickly than PDS)
Dressings: Dermabond or steristrips depending on if Dr. Chong wants to hide scar for thigh. Tegaderm biopatch for drains, ace wrap for thigh, but don't go too high to compress tunnel. Bacitracin and ABD for perineum
Restrictions: POD#0 bedrest. ABduction pillow while in bed. POD#1 okay to mobilize with PT/OT. Should walk with legs shoulder width apart. No ABduction of surgical extremity.

The patient is to be transferred with the Right leg ADDUcted at all times and a dry abd pad on the perineum and sacrum at all times (changed qid).

Questions you will be asked:
1. What superficial vein may you encounter during dissection? Greater saphenous vein
2. What is the blood supply to the gracilis muscle? It is a type II muscle flap. Dominant pedicle is branch of medial femoral circumflex artery. It cannot survive off SFA perforators. Pedicle AND skin perforator approximately 10 cm from pubic symphsis.
3. Describe course of medial femoral circumflex artery? Between adductor magnus and longus.
4. What nerve supplies the gracilis muscle? anterior branch of obturator.
5. What is the Origin of the gracilis muscle? The pubic symphysis and the inferior pubic ramus.
6. What is the Insertion of the gracilis muscle? Medial surface of the tibia via the Pes Anserinus “goose foot”.
7. What other muscles insert at the pes anserinus? sartorius, gracilis, semitendinosus.

Procedure: Perineal reconstruction with gracilis flap SPY indocyanine green fluorescence angiography Surgeons: Tae Chong, MD Anesthesia: GETA Findings: Well vascularized gracilis flap, obliteration of the dead space Drains: 15 blake drain in each thigh Benefits: Vascularized muscle in promoting wound healing, especially in irradiated fields.

I had a long discussion with the patient about the goals of reconstruction. The purpose of utilizing a flap is to bring in well vascularized tissue to promote wound healing. The risk of the gracilis flap as with any reconstruction includes bleeding, pain, infection, damage to surrounding tissue, scarring, asymmetry, disability, need for drain, donor site numbness, wound healing problems, loss of flap, and need for further surgery.

Informed consent was obtained.

Operative Report The patient was brought into the operating room and placed in the lithotomy position. All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia. All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision. A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.

I began with the SIDE gracilis flap harvest. A curvilinear incision which had been marked in preop with the patient was made with a 10 blade. Dissection was carried to the fascia with electrocautery and the fascia was divided. The gracilis was easily identified and dissected circumferentially. The distal extent was identified using long retractors. The SFA perforators were divided and controlled with medium clips or electrocautery. The flap was then divided distally and dissected from distal to proximal. The pedicle was identified and protected. A tunnel was dissected through the soft tissue to the defect and the flap was passed into the perineum atraumatically. The donor site was closed with a 15 blake drain in place using 3-0 monocryl deep dermals followed by a 4-0 monocryl subcuticular suture. Dermabond was applied and the leg wrapped with an ace bandage.

Preop Dx: Composite wound of the proximal tibia with exposed bone Procedure: Preparation of wound bed x cm, gastrocnemius muscle flap, split thickness skin graft x cm SPY indocyanine green fluorescence angiography Anesthesia: GETA Findings: Viable medial gastrocnemius flap Drains: Blake drain

We had a long discussion regarding the use of gastrocnemius flap transfer for reconstruction. The risks include bleeding, pain, infection, wound healing problems, damage to surrounding tissue, disability, scarrring, asymmetry, need for further surgery, and partial/ total flap loss. This occurs in a small percentage of patients, but if caught early can be salvaged with an emergent operation. We outlined the approach for the flap harvest and for the flap inset.

Operative Report The patient was brought into the operating room and placed in the supine position. All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia. All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision. A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.

I began with debridement of the bony edge and soft tissue to healthy tissue. The unstable skin and scar were excised with a fresh 15 blade down to bone and fascia to bleeding tissue. I then irrigated the wound with 3 liters of antibiotic saline. The appliance was visible in the distal wound but also in the proximal tibia. Once this was accomplished, I obtained hemostasis. The leg was then elevated and the tourniquet was insufflated.

I made an oblique incision from the caudal end of the wound to the posterior calf near the midline. Dissection was carried down to the fascia with electrocautery. The GSV was identified and controlled with clips then divided. The crural fascia was divided and the gastrocnemius was identified. I then developed the plane between the gastroc and soleus muscle, preserving the plantaris with the soleus. The midline of the gastrocnemius was identified and the lesser saphenous vein was identified and preserved with the remaining lateral gastronemius. The medial gastrocnemius was then divided from the achilles tendon and elevated distal to proximal. The muscle fascia was then scored longitudinally to increase the width of the flap. It was easily inset into the wound covering all exposed appliance and tibia. The tourniquet was then taken down.

The flap was then inset with 3-0 pds suture in an interrupted fashion. A 15 blake drain was placed into the wound and secured with a 2-0 nylon. The donor site was then closed with 3-0 monocryl followed by 4-0 nylon suture. I then obtained a ??? cm split thickness skin graft from the right thigh at 12 one thousandth of an inch. The donor site was dressed with a bio occlusive dressing. The graft was meshed 1:1.5 and sutured in place with 4-0 chromic. The wound was then dressed with bacitracin and adaptic. At the conclusion of the operation, the flap was pink, warm and viable with bleeding from all the edges.

Preop Dx: Lymphedema of the arm Procedure: SPY indocyanine imaging of lymphatic vessels Lymphatico venous anastomosis x - 22 modifier, complex due to size of vessels (<1mm) and complex anatomy

Anesthesia: GETA Findings: Lymphatic congestion in forearm, prominent lympatic in the middle third of the forearm, patent lymphaticovenous bypass x Drains: none

She understands that lymphaticovenous bypass is not a cure, but a treatment adjunct. She will need to continue to use compression and wraps. However, she should begin to see symptomatic improvement with better tolerance of the wraps and in some cases will be able to use the sleeves intermittently and not all the time. The procedure involves decompressing the lympatics into the veins using supermicrosurgery to vessels that are 0.5mm or less. The surgery is complex, but is performed just under the skin and is performed outpatient.

The risks include bleeding, pain, infection, damage to surrounding tissue, scarring, asymmetry, need for multiple procedures, scarring, wound healing problems, worsening of lymphedema, and failure of the bypass.

Operative Report The patient was brought into the operating room and placed in the supine position. All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia. All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision. A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.

I injected 0.1ml of ICG into each webspace and in the wrist and forearm. SPY technology was used to image the lymphatics. The hand and distal wrist demonstrated xxx. In her forearm, there were several areas of congested lymphatics with a marked reticular pattern. I marked the most prominent lymphatic vessel on the dorsal forearm in the middle third. I then injected isosulfan blue in the dermal layer just distal to the proposed incision.

I then wrapped the arm loosely with an esmarch and gently exsanguinated the arm. A tourniquet was placed to 250mmhg pressure. An incision was made with a 15 blade. Dissection was carried through the dermis to the immmediate subdermal layer. There was a significant amount of fluid and lymphatic congestion. After exhaustive dissection, a prominent lymphatic vessel was identified with blue dye staining. This was dissected circumferentially.

I then made a small venotomy after placeing microvascular clamps. The distal end of the lymphatic vessel was then sutured to the vein in an end to ??? manner. This was performed with 11-0 nylon under maximal zoom under the operating microscope. After the anastomosis was complete the clamps were removed and the tourniquet was taken down. There was egress of the isosulfan blue into the vein from the lymphatic vessel. I then waited 20 minutes to begin the next tourniquet run.

The arm was placed under tourniquet control and another end to side anastomosis was performed to the proximal end of the lymphatic vessel. This was done with 11-0 nylon in an interrupted fashion. Of note, dye and lymphatic fluid were present within the vein from the other L-V bypass, confirming the on table patency of the first anastomosis. After this was done the wound was irrigated and hemostasis was obtained.

At this time, I decided to hold off on any further bypasses. The SPY did show areas of enlarged lymphatics, but this was the most prominent. After recovery, if she requires further bypass, we can reimage her for future surgery. I then closed the skin with 4-0 nylon and wrapped the hand and arm with a 3 inch ace bandage.

Preop Dx: Composite wound of the ? middle tibia with unstable scar and underlying osteomyelitis Procedure: Debridement of wound (bone, skin, fascia), preparation of wound bed ? cm, Soleus muscle flap, split thickness skin graft ?? cm, durable wound vacuum >50cm2 Anesthesia: GETA Findings: Viable soleus flap Drains: Blake drain

Brief Clinical History ?? is a ?yo with a history of trauma to ???LE and complex wounds to the lower extremity with unstable skin coverage. The patient had evidence of osteo and was treated by ortho, but had unstable soft tissue coverage of the middle third of his tibia. The patient was on the appropriate abx and was suitable for stable soft tissue reconstruction.

We had a long discussion regarding the use of soleus flap transfer for reconstruction. The risks include bleeding, pain, infection, wound healing problems, damage to surrounding tissue, disability, scarrring, asymmetry, need for further surgery, and partial/ total flap loss. This occurs in a small percentage of patients, but if caught early can be salvaged with an emergent operation. We outlined the approach for the flap harvest and for the flap inset.

Operative Report The patient was brought into the operating room and placed in the supine position. All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia. All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision. A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.

I began with debridement of the bony edge and soft tissue to healthy tissue. The unstable skin and scar were excised with a fresh 15 blade down to bone and fascia to bleeding tissue. I debrided the bone with ?. I then irrigated the wound with 3 liters of antibiotic saline. Once this was accomplished, I obtained hemostasis. The leg was then elevated and the tourniquet was insufflated.

I made an oblique incision from the caudal end of the wound to the posterior calf near the midline. Dissection was carried down to the fascia with electrocautery. The GSV was identified and preserved. The crural fascia was divided and the gastrocnemius and soleus were identified. I then developed the plane between the gastroc and soleus muscle. The soleus was then dissected off its origin and off the achilles tendon without compromising the tendon. The soleus was then divided from the achilles tendon and elevated distal to proximal. The muscle fascia was then scored longitudinally to increase the reach of the flap. It was easily inset into the wound covering all exposed tibia. The tourniquet was then taken down.

The flap was then inset with 3-0 pds suture in an interrupted fashion. A 10 blake drain was placed into the wound and secured with a 2-0 nylon. The donor site was then closed with staples. I then obtained a ? cm split thickness skin graft from the right thigh at 14 one thousandth of an inch. The donor site was dressed with a bio occlusive dressing. The graft was meshed 1:1.5 and sutured in place with 4-0 chromic. The wound was then dressed with bacitracin and adaptic. I then applied a durable wound vac placed at 50mmHg pressure. I put the patient into a posterior splint. At the conclusion of the operation, the flap was pink, warm and viable with bleeding from all the edges.

Preop Dx: Sternal wound infection Procedure: 1. Debridement of sternal wound 2. bilateral pectoralis muscle flaps 3. incisional wound vacuum placement 4. Spy indocyanine green fluorescence angiography Surgeons: Tae Chong, MD Anesthesia: GETA Findings: Clean sternal wound with no sharp edges, no purulence, viable pectoralis flaps with rectus abdominis, viable skin edges. Drains: 15 blake x3 (under the pectoralis and in the midline, 10 blake under the subcutaneous flaps

history of median sternotomy which was complicated by sternal wound infection. The patient had been debrided by CV surgery and at the time of reconstruction, had negative cultures. I had a long discussion with the team and the patient regarding the need for staged reconstruction. I discussed with them the risks and benefits of pectoralis flaps and possibly VRAM.

The risks of surgery include but are not limited to bleeding, pain, infection, damage to surrounding tissue, scarring, asymmetry, disability, wound healing problems, flap loss, and need for further intervention.

Operative Report The patient was brought into the operating room and placed in the supine position. All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia. All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision. A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.

The wound vac was removed and the wound prepped further. The skin edges were debrided sharply with facelift scissors along the entire length of the incision. I then debrided the fibrinous layer overlying the chest wall using currettes and cautery. After this was performed, I then lavaged the wound with 3 liters of antibiotic irrigation. The wound was clean and hemostatic with viable tissue and no gross evidence of infection.

The remainder of the sternal edge was debrided with rongeur taking great care to preserve the soft tissue deep to the sternum. The sharp edges of the remainder of the chest wall was further debrided. The wound was irrigated copiously with abx saline and hemostasis was obtained.

I then turned my attention to the reconstruction.

I then elevated the ?? pectoralis major muscle. The skin was elevated off the flap along its entire outline for 3 cm. I then developed the subpectoralis muscle plane taking great care to preserve the rectus fascia extension. This was done with a combination of cautery dissection and blunt dissection. The pectoralis minor was identified and the pectoral branch of the thoracoacromial vessel was dissected to the pectoralis major flap. After this was done flap was elevated off the clavicle and take inferiorly with the rectus in continuity. The skin was elevated off the fascia overlying the rectus abdominis and external obliques superior to the costal margin. This covered the caudal and cephalad portions of the defect. Hemostasis was obtained with cautery and clips.

I then turned my attention to the contralateral side. The skin was elevated off the flap along its entire outline for 3cm. I then developed the subpectoralis muscle plane taking great care to preserve the rectus fascia extension. This was done with a combination of cautery dissection and blunt dissection. The pectoralis minor was identified and the pectoral branch of the thoracoacromial vessel was dissected to the pectoralis major flap. After this was done flap was elevated off the clavicle and take inferiorly with the recuts. It was advanced into the wound and easily covered the caudal and cephalad portions of the defect. Hemostasis was obtained with cautery and clips.

Both flaps were imbricated into the wound and sutured in place with 0 PDS sutures in figure of 8 fashion. I placed a mediastinal 15 blake drain in the midline of the wound and two 15 blakes deep to the pectoralis flaps. One additional drain was placed above the pectoralis flaps as well. The drains were sutured in place with 2-0 nylon.

The skin was then advanced and had healthy bleeding edges. They were closed with a 3-0 monocryl suture for the deep dermal layer and then 3-0 nylon for the skin. The large Prevena incisional wound vacuum was placed and and set at 125mmHg continuous.

The patient was taken to ICU in stable condition. The team was advised of strict activity precautions related to no weight bearing of her upper extremity and no abduction of the arms.

“Post Op: AD-duction of arms at all times Strict sternal precuations No heavy lifting”

Preop Dx: Composite wound of the ???with exposed hardware and with unstable scar. Procedure: Debridement of wound (skin, fascia ???), preparation of wound bed ???, reverse sural flap, split thickness skin graft ??? cm incisional wound vacuum >50cm2. ICG Spy fluorescence angiography Surgeons: Tae Chong, MD Anesthesia: GETA Findings: Viable sural flap with good arterial and venous flow, confirmed by SPY Drains: Vac

complex wounds to the lower extremity with unstable skin coverage. The patient had exposed hardware and was treated by ortho. The patient was on the appropriate abx and was suitable for stable soft tissue reconstruction.

We had a long discussion regarding the use of reverse sural flap transfer for reconstruction. The risks include bleeding, pain, infection, wound healing problems, damage to surrounding tissue, disability, scarrring, asymmetry, area of numbness, need for further surgery, and partial/ total flap loss. This occurs in a small percentage of patients, but if caught early can be salvaged with an emergent operation. We outlined the approach for the flap harvest and for the flap inset.

The patient had preoperative planning with mapping of the deep and superficial venous system of the leg.

Operative Report The patient was brought into the operating room and placed in the supine position. All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia. All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient was placed prone and padded appropriately. The patient received preoperative antibiotics prior to surgical incision. A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.

I began with debridement of the exposed hardware and soft tissue to healthy tissue. The unstable skin and scar were excised with a fresh 15 blade down to bone and fascia to bleeding tissue. This was done with cautery and fresh 15 blade. I then irrigated the wound with 3 liters of antibiotic saline. Once this was accomplished, I obtained hemostasis. The peroneal perforators were dopplered to the base of the flap pedicle (5cm proximal to the lateral malleolus). The course of the lesser saphenous vein was also doplered. The leg was then elevated and the tourniquet was insufflated.

I made an oblique incision from the caudal end of the wound to the posterior calf near the midline. Skin flaps were elevated to expose the lesser saphenous vein to the skin island. The skin island was then incised through the crural fascia and the flap elevated from proximal to distal keeping the nerve and vein with the flap. The vein and nerve were controlled with clips. The 4cm wide pedicle was centered over the lesser saphenous vein and the entire flap was raised in a subfascial plane. The flap easily inset to the defect. The skin bridge was divided to facilitate inset. The tourniquet was then taken down.

The SPY imaging device was brought into the field and the patient received ICG as per manufacturers guidelines. The flaps perfused well based off the perforators and there was no clinical evidence of venous or arterial compromise.

The flap was then inset with 3-0 pds suture in an interrupted fashion. Great care was taken to ensure no pressure or acute twist to the pedicle. The donor site was then closed with 3-0 PDS but required a small skin graft. I then obtained a 6x11cm cm split thickness skin graft from the right thigh at 14 one thousandth of an inch. The donor site was dressed with a bio occlusive dressing. The graft was pie crusted and sutured in place with 4-0 chromic. The wound was then dressed with bacitracin and adaptic. I then applied an incisional Prevena wound vac placed at 50mmHg pressure. I put the patient into a soft splint with the heel and calf padded to allow the pedicle of the flap to float. At the conclusion of the operation, the flap was pink, warm and viable with bleeding from all the edges. The flap was dressed with bacitracin.

Preop Dx: Large perineal wound after resection of ??? Procedure: Vertical rectus abdominis flap SPY fluorescence angiography EBL: ???cc plastic surgery portion Findings: Large pelvic exenteration defect, viable VRAM Drains: Perineal 15 blake

history of ??? who presents for reconstruction after pelvic exenteration.

I had a long discussion with the patient about the goals of reconstruction. The purpose of utilizing a flap is to bring in well vascularized tissue to promote wound healing. The most appropriate based on the size of the defect and the need to obliterate the pelvis is the vertical rectus abdominis flap. He would also require advancement of local tissue to reduce the extent of the lateral component. The risk of these flaps as with any reconstruction include bleeding, pain, infection, damage to surrounding tissue, scarring, asymmetry, need for drain, donor site numbness, wound healing problems, loss of flap, and need for further surgery.

Operative Report The patient was brought into the operating room and placed in the lithotomy position. All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia. All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision. A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.

At the time that I was called into the OR, the defect was extensive and had a large pelvic volume requirement.The defect was reassessed and a ??? cm skin island was needed.

I then began the flap elevation of the ??? VRAM. The pedicle was dopplered and found to be intact. A ??? cm wide VRAM was designed around the periumbilical perforators. The skin was incised and beveled out. The flap was then elevated to the most lateral lateral row perforator to preserve as much fascia as possible for abdominal closure. The flap was then elevated from distal to proximal. The DSEA was divided and controlled with medium clips. The pedicle was protected in its entirety.

The SPY imaging device was brought into the field and the patient received ICG as per manufacturers guidelines. The flap perfused well based off the perforators and there was no clinical evidence of venous or arterial compromise.

The proximal portion of the skin was de-epithelialized and the flap was passed into the pelvis. The flap passed easily into the perineum with the muscle obliterating the floor of the pelvis. The muscle was inset with 3-0 pds and a 15 blake placed to drain the superficial perineal space. The skin was then inset with 3-0 pds for the deep dermal layer followed by 3-0 pds for the skin.

Procedure: Preparation of wound bed ? cm2 Split thickness skin graft to back? cm2 ? wound vacuum placement ?cm2 Anesthesia: GETA Findings: Clean granulation tissue bed Drains: Wound vac

At the time of surgery the patient had a clean wound and was prepared for a skin graft vs local flap.

I discussed with the patient the risks of split thickness skin graft which include bleeding, pain, infection, damage to surrounding tissue, scarring, asymmetry, loss of skin graft and need for further surgery. Informed consent was obtained.

Operative Report The patient was brought into the operating room and placed in the supine position. All bony prominences were padded and the SCDs were on and functioning prior to the induction of anesthesia. All lines were obtained and secured and the patient was intubated and sedated as per protocol. The patient received preoperative antibiotics prior to surgical incision. A timeout was performed with the entire team and the patient was then prepped and draped in the standard fashion.

The operation began with preparation of the wound bed. The skin edges were debrided with a fresh 15 blade down to the level of the wound. The wound was then debrided of excess granulation, retained vac sponge, and debris with a 10 blade and with 2 liters of antibiotic irrigation delivered with pulse lavage. I then measured the wound and it was ? cm2.

This was then transferred to his left thigh and a dermatome set at ? one thousandth of an inch thickness was used to obtain a STSG. The skin graft was then meshed at 1:?. It was placed on the wound bed and secured with 4-0 chromic sutures. Adaptic, bacitracin, and a ??wound vacuum were then placed at 125mmHg. The donor site was managed temporarily with a moist dressing and then dressed with a large tegaderm.

I discussed with him the risks of full thickness skin graft which include bleeding, pain, infection, damage to surrounding tissue, scarring, asymmetry, loss of skin graft and need for further surgery. Informed consent was obtained.

The operation began with preparation of the wound bed. The skin edges were debrided with a fresh 15 blade down to the level of the wound. The wound was then debrided of excess granulation, retained vac sponge, and debris with a 10 blade and with 2 liters of antibiotic irrigation delivered with pulse lavage. I then measured the wound and it was cm.

This was then transferred to x and an ellipse was designed. The full thickness skin graft was obtained and thinned and pie crusted on the back table. It was placed on the wound bed and secured with 4-0 chromic sutures. Adaptic, bacitracin, and a wound vacuum were then placed at 75mmHg. The donor site was closed with 3-0 monocryl deep dermal layer followed by 4-0 monocryl suture.