Plastic, Reconstructive and Cosmetic Surgery

01Purpose and scope

• This manual supports the course Plastic, Reconstructive and Cosmetic Surgery. It describes how the work is actually done in clinics and operating rooms, covering the decisions that surgeons, anesthesia teams, nurses, and clinic coordinators make from the first consultation through recovery and long-term follow-up.
• Plastic surgery spans two broad aims. Reconstructive work restores form and function after trauma, tumor resection, congenital differences, burns, or infection. Cosmetic work changes appearance for a patient who has chosen an elective procedure. The two often share techniques, tissues, and anesthetic plans, but they differ in risk tolerance, consent expectations, and how success is judged.
• This guidance does not replace qualified professional judgment, approved institutional procedures, or required licensing and authorization. Surgical practice is regulated in detail by jurisdiction and by facility, so check current requirements with your licensing board, hospital credentialing office, and the relevant health authority before changing any routine.

02Core principles

• The first principle is that the operation has to offer a benefit that outweighs its risk for that particular patient. In reconstruction the benefit is often functional, such as restoring hand use or closing a defect that exposes bone or implanted hardware. In elective surgery the benefit is psychological and aesthetic, which makes it harder to justify accepting serious harm. Proportionality should guide every choice about how extensive the operation is.
• The second principle is honest expectation setting. Patients need to know what the procedure can change, what it cannot, how long recovery usually takes, and what scarring will look like over months. A surgeon who promises a result that the tissue cannot deliver creates a complaint before the wound has healed.
• The third principle is respect for tissue. Plastic surgeons work with skin, fat, muscle, nerves, vessels, and cartilage that are limited in supply and difficult to replace. Careful dissection, gentle retraction, and attention to perfusion are not optional refinements. They determine whether a flap survives and whether a nerve recovers.
• The fourth principle is that the patient is the reference point for success, but not the only one. Clinical findings, measured photographs, and validated outcome instruments provide a second view. Good practice uses both, especially when a patient's satisfaction and the objective result seem to disagree.

03Planning and preparation

• Planning begins with a complete medical history and a focused examination. Record prior surgery, anesthesia complications, bleeding tendency, medications including anticoagulants and antiplatelet agents, herbal supplements, allergies, and current smoking or nicotine use. Smoking is among the most consistent threats to flap survival and wound healing, so the plan should address it directly rather than as a footnote.
• Standardized clinical photography is part of preparation. Take images in the same room, with consistent lighting and camera distance, from fixed angles such as frontal, oblique, lateral, and any view specific to the region. Patients should give written consent for photographs and state how they may be used. Photographs are the baseline against which later results are compared, so a missing angle can make a disputed outcome impossible to assess.
• Assign an American Society of Anesthesiologists physical status class or the equivalent in your system, since it helps the anesthesia team and the surgeon judge overall risk. For patients with significant cardiac, pulmonary, or metabolic disease, arrange medical clearance before scheduling. For cosmetic candidates, screen for body dysmorphic disorder and for unrealistic goals, and refer for psychological assessment when concerns arise.
• Confirm the facility and staffing before booking. Procedures involving free tissue transfer, large implants, or extended general anesthesia need trained nursing staff, flap monitoring protocols, access to imaging, and a plan for overnight observation. Verify that implant lot numbers and device details will be recorded in the chart. Trade-offs appear here: an office-based procedure may suit a small elective case, but it is inappropriate for a long operation with substantial blood loss.

04Recommended workflow

1. 1
   : Hold a consultation that separates the clinical problem from the patient's stated wish. Document the goal in the patient's own words, the anatomy you found, and the options you discussed, including doing nothing. Ask the patient to describe what they hope will change, then restate the realistic range of outcomes in plain language.
2. 2
   : Complete the investigations the plan requires. These may include laboratory tests, imaging such as ultrasound, computed tomography, or magnetic resonance imaging for deep reconstructive planning, and vascular mapping for perforator flaps. Results should be reviewed and signed before a surgical date is confirmed, not after the patient has already arrived.
3. 3
   : Obtain informed consent in a dedicated discussion. Cover the specific procedure, alternatives, common and serious risks with approximate frequencies drawn from your own published or institutional data, expected recovery, and the likely appearance of scars. Give the patient time to read the written form and to return with questions. A consent form signed on the day of surgery, with the surgeon absent from the conversation, is a weak record.
4. 4
   : Mark the operative site with the patient awake and upright when laterality or landmarks matter, and confirm the mark against the consent form and the procedure list. Use a surgical time-out in the operating room to confirm patient identity, procedure, site, antibiotic timing, implant availability, and any special equipment such as a Doppler probe for flap monitoring.
5. 5
   : Perform the operation with a clear record of each stage. Keep the team informed when a plan changes intraoperatively, and document why. If a flap requires conversion to a different donor site, record the reason and the perfusion findings that led to the decision. Record implant details, sponge and instrument counts, and estimated blood loss before the patient leaves the room.
6. 6
   : Manage recovery with defined monitoring. Check flap color, temperature, capillary refill, and Doppler signals at intervals agreed in the protocol, usually more often in the first hours. Assess pain, nausea, urine output, and signs of hematoma. Early detection of a compromised flap or expanding collection is the most time-sensitive task in the first days after surgery.
7. 7
   : Plan discharge and follow-up with specific dates and named responsibility. Explain drain care, dressing changes, activity limits, and when to call. Schedule wound review, suture removal, and later photographs at fixed intervals. Make clear who the patient contacts after hours and how the team will receive a message about a problem.

05Quality checks, risk controls and compliance

• Use a structured surgical safety checklist in the operating room. The World Health Organization Surgical Safety Checklist is widely adopted and provides a practical template for briefing, time-out, and debriefing, though local versions are common. The checklist works only when the team speaks during it, so the surgeon and anesthesia lead should agree on who reads each item.
• Track surgical site infection, hematoma, seroma, wound dehiscence, flap loss, and return to theater as routine metrics. Define each term in your protocol so that counts from different surgeons and years of practice can be compared. Small numbers make rates unstable, so review individual events with the team rather than reducing performance to a single percentage.
• Venous thromboembolism prophylaxis deserves explicit decisions in every case. Document the risk assessment, the chosen mechanical or pharmacological measures, and the reason for any departure from the protocol. Long operations, immobility, obesity, and prior clot history all raise the stakes, and cosmetic patients are not exempt from these risks.
• Implants and devices require traceability. Record the manufacturer, model, size, and lot number in the chart and in any implant registry your facility or national authority maintains. Regulatory requirements for devices vary by country, so confirm with your device regulator and hospital procurement office which records are mandatory and how adverse events should be reported.
• Advertising and marketing for cosmetic services are regulated in many places. Claims about results, pricing, and testimonials may be restricted, and before-and-after images may require consent and accuracy standards. Review current rules with your professional body and local advertising authority rather than relying on what competitors publish.

06Collaboration and documentation

• Plastic surgery frequently requires a team. Head and neck reconstruction involves otolaryngology or oral surgery and oncology. Breast reconstruction may involve breast surgeons, radiation oncologists, and psychologists. Hand surgery depends on therapists who run splinting and range-of-motion programs. Agree in advance on who leads the decision, who communicates with the patient, and who owns the chart entries for each phase.
• The operative note should be complete enough that a colleague who did not attend could repeat the core steps or manage a complication. Include the indication, the approach, the structures identified and protected, the reconstruction method, the closure, the drains, and the post-operative plan. Avoid generic phrases like routine closure without describing the layers.
• Clinic notes should record the consultation discussion, including what the patient asked and how the surgeon responded. If a patient declines a recommended precaution, such as smoking cessation before elective surgery, document the advice given and the patient's decision. This protects the patient and the team when expectations are later disputed.
• Photographs, consent forms, and communications with the patient belong in the record under the facility's retention rules. Access to images should be limited to the care team and to uses the patient has agreed to, and any teaching or publication use requires separate written consent with identifying features managed according to privacy rules, such as those under HIPAA in the United States or equivalent laws elsewhere.

07Measures and continuous improvement

• Measure what the patient experienced and what the tissue did. Clinical measures include complication rates, reoperation rates, flap survival, nerve recovery where relevant, and wound healing time. Patient-reported measures include pain, function, and satisfaction. Validated instruments such as the BREAST-Q, widely used in breast surgery research and practice, give structured scores that can be tracked over time, though they do not capture every concern.
• Review outcomes at regular morbidity and mortality meetings and at the individual surgeon level. Look for patterns by procedure type, anesthesia duration, smoking status, and team composition. A cluster of wound problems may point to a suture technique, a dressing protocol, or a staffing gap rather than to a single surgeon's skill.
• Revision rates need careful interpretation. A revision may reflect a true complication, a patient who wants a different result, or a second-stage plan that was always intended. Record the reason for each revision so the data can separate planned staging from unplanned failure.
• Improvement works best when changes are small, tested, and reviewed. Adjust one element of the protocol, such as the Doppler check interval or the photography angles, then measure whether the problem changes. Share results with nursing and anesthesia staff, since they see early warning signs that the surgeon may not observe.

08Common mistakes and how to prevent them

• Rushing the consent discussion is the most common and most damaging error. The surgeon may be tired, the patient may be anxious, and the clinic may be running late. Protect time for consent, use written materials as a support rather than a substitute, and document the questions the patient asked.
• Accepting an unrealistic goal because the patient is persistent or willing to pay is another frequent problem. Pause the booking, explore the motivation, and consider referral for psychological assessment. Declining a case is a clinical decision that should be recorded with clear reasons.
• Inconsistent photography makes outcomes impossible to judge. Use a fixed setup, label each image with date and angle, and keep a photography checklist at the station. Taking a single close-up photo at the first visit is not enough to support later discussion.
• Underestimating smoking, anticoagulant use, or comorbidity leads to flap failure and wound problems. Ask about nicotine in all its forms, including vaping, and document the plan to stop. Coordinate medication holds with the prescribing physician rather than assuming the patient has stopped.
• Weak follow-up allows small problems to become large ones. Schedule visits in advance, confirm that the patient has the after-hours number, and call patients who miss an appointment. Discharge planning that relies on the patient remembering verbal instructions is fragile, so put the key points in writing.

09Practical checklist

• Confirm the indication, the goal in the patient's words, and a documented range of realistic outcomes before booking.
• Complete the history, medication review, smoking assessment, and anesthesia risk class, and record any clearance needed.
• Take standardized clinical photographs from fixed angles with separate written consent for their use.
• Hold a dedicated consent discussion covering risks, alternatives, recovery, and scarring, with time for questions.
• Mark the site when relevant and match the mark against the consent form and procedure list.
• Run the surgical time-out and confirm implant availability, antibiotic timing, and flap monitoring equipment.
• Record implant details, operative findings, reasons for intraoperative changes, and counts before transfer from the room.
• Set recovery monitoring intervals, discharge instructions, follow-up dates, and the named after-hours contact in writing.

★Learning sources

• Micro Degree: Plastic, Reconstructive and Cosmetic Surgery
• Micro Degree: Healthcare Administration Practice
• Micro Degree: Physiotherapy Assistant Operations
• Micro Degree: Cardiac Care Support