The Surgery Room

She holds a photograph of herself at 35 and asks what happened. The answer is six simultaneous processes in six anatomical layers — and surgery addresses only three of them.Skeletal resorption, fat compartment deflation and descent, the six retaining ligaments and exactly what each one does, what fails when it weakens, where it is, and which surgical technique releases it. The zygomatic ligament that creates the nasolabial fold. The masseteric ligament that creates the jowl. The orbitomalar ligament that creates the tear trough. And the pre-jowl sulcus that tells you the mandibular ligament has given up. Episode 35 — the anatomy of facial ageing, from the photograph at 35 to the surgical plan at 58.

Three symptoms. Three nerves. Three completely different anatomical stories — and only one of them needs to be seen today.McKinney's Point, the five danger zones, the temporal branch on the deep temporalis fascia, the marginal mandibular branch dipping below the mandible, Stensen's duct across the masseter, the external jugular vein in the posterior triangle, and why the buccal branch almost always recovers while the marginal mandibular keeps you up at night. Episode 34 — facelift complications, from the nerve map to the phone call at one week.

Same face. Same ageing. Same surgeon. Two completely different results — because one operation moved the tissue up and the other pulled it back.The SMAS as a system from galea to platysma, the five techniques compared, the retaining ligaments that must be released for true midface correction, the vector of pull that separates a natural result from a pulled look, and the facial nerve that gets closer with every centimetre of deep plane dissection. Episode 33 — the SMAS, from Mitz and Peyronie in 1974 to the deep plane that changed facelift surgery forever.

The facelift fixed the structure. The laser fixes the surface. Without both, you have only done half the job.Fitzpatrick classification, peel depth and frosting levels, phenol cardiotoxicity, fractionated versus fully ablative CO2, PIH in darker skin types, HSV reactivation in an open wound, and the laser eye injury that is always preventable and never forgivable. Episode 32 — peels and lasers, from the Glogau classification to the SPF 50 that must be worn forever.

A foreign body in a mastectomy field. Ischaemic skin flaps. And the radiotherapy that hasn't happened yet but will change everything if it does. ADM anatomy, DTI versus two-stage expander, pre-pectoral versus submuscular placement, radiation-induced contracture, animation deformity, infected implant removal, and the conversion to autologous reconstruction that nobody plans for but everyone eventually needs. Episode

One breast is bigger. One is smaller. It sounds simple — it almost never is.Tuberous breast deformity, Poland syndrome, IMF asymmetry, the augmentation-mastopexy blood supply problem, radial scoring of the constricted lower pole, and the intraoperative sit-up that reveals every mistake before you close. Episode 29 — asymmetric breast, from the diagnosis that changes everything to the periareolar purse-string suture that holds it together.

Same operation. Different tumour. Completely different margin. Get it wrong and the patient either loses their face or their life.Breslow thickness, surgical margins by tumour type, Mohs micrographic surgery, sentinel lymph node biopsy, specimen orientation, frozen vs. paraffin histology, and the positive margin that arrives after you have already reconstructed the cheek. Episode 28 — excisions and oncological skin surgery, from the punch biopsy to the paraffin report.

He won't take his shirt off. His right ventricle is being compressed. And the treatment is a steel bar passed blindly through the mediastinum anterior to his beating heart.Haller index, the Nuss procedure, the modified Ravitch, perichondrial sleeve preservation, bar displacement, and the cardiac perforation that happens when the introducer goes one centimetre too deep. Episode 27 — sternoplasty, from the echo to the bar removal two years later.

It feels like a lump. It looks like a lump. It has been there for years. And then the CT comes back and it isn't what you thought.Differential diagnosis of the hard skull lump, CT bone windows, osteoma excision technique, frontal sinus involvement, mucocele formation, and the missed malignancy that no imaging could have predicted. Episode 26 — osteoma and benign skull tumours, from the GP referral to the burr on the outer table.

The skull is missing. The brain is pulsating through the scalp. The patient flinches every time someone walks past him.Stored bone vs. PEEK vs. titanium mesh, dural adhesion release, temporal muscle re-suspension, bone resorption, infected implant removal, and the syndrome of the trephined that nobody teaches in medical school. Episode 25 — cranioplasty, from the 3D CT plan to the drain at 48 hours.

Everyone knows the scar goes in the groin. Almost nobody anchors it properly — and six months later it's on the inner thigh and the labia are pointing at the ceiling.Colles' fascia, lymphatic anatomy, great saphenous vein, fascial suspension, labial traction deformity, and the DVT risk nobody takes seriously enough. Episode 24 — thigh lift, from the pinch test to the compression garment.

Medial antebrachial cutaneous nerve anatomy, axillary Z-plasty, tension-free closure, lymphoedema risk after axillary clearance, and the scar that must be accepted before the patient goes to sleep. Episode 23 — brachioplasty, from the pinch test to the compression sleeve.

Everyone thinks it's simple. It's not.Scarpa's fascia, the subdermal plexus, tumescent lidocaine dosing, the zone rules that prevent skin necrosis, and the fever on day 4 that means necrotising fasciitis until proven otherwise. Episode 22 — liposuction, from patient selection to the compression garment.

She cannot close her eye, cannot smile, and her mouth is pulled to the right. Which problem do you fix first — and why does the answer determine whether she keeps her sight?Facial nerve anatomy, gold weight implants, cross-face nerve grafting, free gracilis transfer, masseteric nerve coaptation, and the 18-month wait before a smile appears. Episode 21 — facial palsy reconstruction, from corneal protection to the first spontaneous smile.

Every other option has failed. The chest wall is irradiated, infected, and exposed. This is when you call for the omentum.Gastroepiploic artery anatomy, laparoscopic harvest, subcutaneous tunnelling, split thickness skin grafting over omentum, and the bowel injury that cannot happen in a contaminated chest wound. Episode 20 — omentum flap, from the CT scan to the VAC dressing.

She had augmentation 22 years ago. Now one breast is rock hard and painful. Before you touch her — take the history.Baker classification, capsule biology, BIA-ALCL and the late seroma that cannot be drained without cytology first, en bloc capsulectomy, implant rupture on MRI, and the animation deformity nobody warned the patient about. Episode 19 — breast implant complications, from the first clinic visit to the operating room.

Every surgeon debrides. Almost nobody talks about the decision-making behind it.Wound healing biology, biofilm, the paprika sign, the heel eschar rule, VAC therapy, maggot debridement, and the Marjolin's ulcer hiding in a wound that won't heal. Episode 18 — debridement, from the probe-to-bone test to the second look at 48 hours.

The most common aesthetic operation in the world — and the one where the difference between a natural result and a pulled look comes down to understanding which layer is doing the work.SMAS anatomy, retaining ligaments, facial nerve branches, deep plane vs. SMAS plication, platysmaplaasty, and the haematoma that must be evacuated before midnight. Episode 17 — facelift, from the anatomy of ageing to the vector that determines everything.

The most anatomically demanding genital surgery in medicine — drawing on microsurgery, urology, and plastic surgery in the same operation.Penile inversion vaginoplasty, rectoprostatic space dissection, tube-within-a-tube phalloplasty, microsurgical anastomosis, and the complications that range from urethral fistula to rectovaginal fistula. Episode 16 — gender affirming surgery, from the anatomy to the dilation protocol.

Every defect has a solution. The skill is knowing which one fits — and understanding the geometry well enough to execute it.Langer's lines, random vs. axial flaps, Z-plasty, rhomboid flap, rotation flap, and the paramedian forehead flap that rebuilds a nose in two stages. Episode 15 — local flaps, from the geometry on the whiteboard to the trapdoor deformity nobody warned you about.

It looks like the simplest operation in plastic surgery. Harvest some fat, inject it somewhere else. Except one wrong injection near the glabella can cause permanent blindness.Adipocyte biology, ADSCs, the three-zone survival model, Coleman technique, and the vascular occlusion complication that every surgeon doing facial fat grafting must be able to manage in 60 seconds. Episode 14 — fat grafting, from tumescent infiltration to the danger zones of the face.

The skull is the wrong shape. The brain is running out of room. You have one operation to fix both.Virchow's law, suture-specific deformities, bifrontal craniotomy, bandeau reshaping, air embolism, and a blood loss that can kill a 10-month-old in minutes. Episode 13 — craniosynostosis and cranial vault remodelling, from the first clinic visit to the paediatric ICU.

Three phases of take. One haematoma to kill it. Five days of immobilisation to save it.Split vs. full thickness, wound bed requirements, VAC-assisted take, Group A strep, and the donor site complications nobody warns patients about. Episode 12 — skin grafts, from dermatome to first dressing change.

The operation where the real work happens weeks after you close the skin.Sub-galeal pocket creation, antibiotic soak protocol, weekly inflation, and the complications that end with an expander on the floor of the OR. Episode 10 — tissue expanders, from insertion to flap advancement.

The cardiac ICU calls at 11pm. Exposed wires, sternal click, fever. This is what you do.Pectoralis major anatomy, IMA harvest and what it costs you, bilateral flap advancement, omentum as salvage, and the complications that carry a 25% mortality. Episode 11 — sternal wound reconstruction, from the phone call to the dressing.

When the free flap fails, the vessels are gone, and the patient needs coverage today — this is what you reach for.Pectoralis major, latissimus dorsi, pedicled TRAM — pedicle anatomy, arc of rotation, tunnelling, and the complications that are unique to flaps that can't be repositioned once they're down.

The ear has 12 named anatomical subunits. Getting them all right requires cartilage carving that takes years to learn and cannot be undone.Rib harvest, framework carving, Medpor vs. cartilage, the temporoparietal fascia flap, Mustardé sutures, and the complications that expose your implant years later. Episode 8 ear reconstruction and otoplasty, from the costal cartilage block to the compressive dressing.

Ten hours, two teams, one chance to get the anastomosis right.Fibula anatomy, peroneal artery harvest, 3D surgical planning, microsurgical anastomosis, and the complications that send you back to the OR at 2am. Episode 7 — free flap head and neck reconstruction, from CTA to the first post-op Doppler check.

Five anatomical regions, one operation, and nerves you cannot afford to injure.The male vs. female skull, frontal sinus classification, supraorbital nerve protection, and the complications that show up on the face every time the patient looks in a mirror. Episode 6 — facial feminization surgery, from CT scan to closure.

The highest complication rate in elective plastic surgery — and most residents don't know why until it's too late.Huger zones, rectus diastasis, Scarpa's fascia, DVT prevention, and the rule about never combining abdominoplasty with lower body liposuction. Episode 5 abdominoplasty, from the abdominal wall to the compression garment.

90% of this operation happens before the first incision.Cleft lip anatomy, the misdirected orbicularis, Millard rotation-advancement markings, and the complications that follow patients for decades. Episode 4 — cleft lip repair, from embryology to the 18-year rhinoplasty.

The most revised operation in plastic surgery — because the margin for error is measured in millimeters.Nasal anatomy, the L-strut, osteotomies, internal valve collapse, and the complications that bring patients back. Episode 3 — rhinoplasty, from first incision to the 12-month revision conversation.

The most complex breast reconstruction in plastic surgery — and the one residents fear most.Free flap anatomy, perforator mapping, microsurgical anastomosis, and the hourly monitoring that decides whether the flap lives or dies. Episode 2 — DIEP flap, from CTA to closure.

Everything you need to know before scrubbing into a breast reduction.Blood supply, nerve anatomy, the six complications that matter, and the five questions your attending will ask you. Episode 1 — reduction mammaplasty, no fluff.