Ugrás a fő tartalomra
Plain-language glossary

Deep Plane Facelift Glossary

This glossary defines, in plain language, the terms a surgeon uses when describing a deep plane facelift: the SMAS layer, the platysma, the retaining ligaments, the deep plane itself and the words of the consultation that follow them, many linked to the page that explains them further. It defines and does not advise, and we hold no study of our own, so no definition here carries a rate or a promise. What DEEPPLANE™ holds as data: 5 440 published before-and-after pairs from 760 surgeons in 58 countries, 30 of them photographed twelve months or more after surgery.

Konzultáció kérése

Gyors válasz

What medical terms should I know before a deep plane facelift?

Key terms include SMAS (the muscle-and-fascia layer lifted in surgery), platysma (neck muscle tightened during the procedure), retaining ligaments (anchors released for natural repositioning), and rhytidectomy (the clinical name for facelift). Knowing these 40+ terms helps you decode surgeon notes and ask informed questions.

Forrás: DEEPPLANE™ ·

Comprehensive facial anatomy reference diagram showing key structures relevant to facelift surgery including SMAS layer, platysma muscle, facial nerve branches, parotid gland, and zygomatic arch

Labeled facial anatomy diagram — reference guide for the surgical structures mentioned throughout this glossary.

Request a Consultation

Free · No obligation

9

9D Facelift
A marketing term used by some clinics, mainly in China and other parts of Asia, for multi-vector deep plane facelift variants — not a distinct, peer-reviewed surgical technique with standardized anatomy. The number refers to the marketed count of lift directions/vectors rather than a recognized medical classification. Evaluate a surgeon's board certification and documented outcomes rather than branded terminology like this.

A

Anesthesia (General)
A medically induced state of complete unconsciousness used during surgery. Deep plane facelifts are most often performed under general anesthesia, administered and monitored by a board-certified anesthesiologist throughout the procedure.
Anesthesia (Local)
Medication injected into a specific region to numb sensation while the patient remains fully awake. Occasionally used for minor facial procedures or combined with IV sedation (twilight anesthesia) for select facelift candidates.
Anesthesia (Tumescent)
A technique in which large volumes of dilute local anesthetic (lidocaine) combined with epinephrine are infused into the surgical field before dissection. It reduces bleeding, pain, and the need for general anesthetic in some procedures.
Anesthesia (Twilight)
Intravenous sedation that places the patient in a deeply relaxed, semi-conscious state combined with local anesthetic. Patients breathe independently. Some surgeons offer twilight anesthesia for mini facelifts.
Autologous Fat Transfer
A procedure in which fat is harvested from one area of the patient's own body (commonly the abdomen or thighs), processed, and injected into the face to restore lost volume. Commonly combined with a deep plane facelift to address hollow cheeks or temples.Learn more →

B

Blepharoplasty
Eyelid surgery that removes or redistributes excess skin, muscle, and fat from the upper eyelids, lower eyelids, or both. Frequently performed alongside a deep plane facelift for comprehensive facial rejuvenation.
Brow Lift (Forehead Lift)
A surgical procedure that elevates the brows and smooths forehead wrinkles. Can be performed endoscopically (3–5 small scalp incisions) or via a coronal incision. Often combined with a deep plane facelift to address upper-face aging.Learn more →
Buccal Fat Pad
A lobular fat compartment deep in the cheek hollow, with four extensions (buccal, pterygoid, temporal, pterygopalatine). Surgical removal sculpts the cheek hollow but is irreversible — most facelift surgeons leave it intact and instead address descent at the SMAS level.
Three-quarter face view with skin and superficial muscles translucent revealing the buccal fat pad as a distinct lobular structure deep in the cheek hollow, with inset showing the four extensions: buccal, pterygoid, temporal, and pterygopalatine

C

Cervicomental Angle
The angle formed between the underside of the chin and the front of the neck, ideally 90–105 degrees. A well-defined cervicomental angle conveys a youthful neck profile and is a primary goal of combined facelift and neck-lift surgery.Learn more →
Profile silhouettes comparing an ideal 105-115 degree cervicomental angle on the left with an aged angle greater than 130 degrees on the right showing platysmal banding and submental fullness
Composite Facelift
A variation of the deep plane facelift that also elevates the orbicularis oculi muscle (the muscle encircling the eye) to address lower-eyelid laxity and under-eye bags simultaneously. Developed by Dr. Sam Hamra.Learn more →
Two cheek cross-section panels: deep plane on the left shows dissection between SMAS and deeper mimetic muscles; composite on the right shows dissection deeper including the orbicularis oculi muscle for simultaneous midface elevation
Compression Garment
A specialised elastic bandage or chin-neck wrap worn after facelift surgery to reduce post-operative swelling, minimise bruising, and help the skin re-adhere to the underlying tissue. Typically worn for 1–2 weeks.

D

Deep Plane
The surgical tissue plane that lies immediately beneath the SMAS layer, separating it from the deeper facial muscles and retaining ligaments. Operating in this plane — releasing ligaments and mobilising the composite tissue flap — is the defining feature of a deep plane facelift.Learn more →
Dissection
The careful surgical separation of tissue layers. In a deep plane facelift, dissection proceeds beneath the SMAS to release retaining ligaments and lift the entire composite flap — skin, subcutaneous fat, and SMAS — as a single unit.
Deep Medial Cheek Fat
A discrete fat compartment situated deep to the mimetic muscles, beneath the buccal fat pad. It is the volume reservoir that deflates first during rapid weight loss — a key reason post-GLP-1 patients require fat grafting in addition to a deep plane lift.Learn more →
Three-quarter face view with skin and subcutaneous fat translucent revealing the deep medial cheek fat compartment in distinct tint, situated deep to mimetic muscles and below the buccal fat, with cross-section inset

E

Edema
Fluid accumulation in tissue causing swelling. Post-operative edema is normal after a facelift and typically peaks at 48–72 hours. Most visible swelling resolves within 2–3 weeks; residual swelling can persist for 3–6 months.Learn more →
Extended Deep Plane Facelift
An extension of the standard deep plane technique in which dissection continues further medially to address the midface, nasolabial folds, and malar fat pad more completely. Provides greater correction of midface descent than a standard deep plane alone.Learn more →

F

Facial Nerve (CN VII)
The seventh cranial nerve, which controls all muscles of facial expression. Injury to its branches during facelift surgery can cause temporary or, rarely, permanent weakness. An expert surgeon's thorough knowledge of facial nerve anatomy is the most important safeguard.
Fat Grafting (Lipofilling)
Synonymous with autologous fat transfer. Harvested fat cells are purified and micro-injected into areas of facial volume loss. Results can last many years; survival of the transferred fat is typically 50–70%.Learn more →

G

General Anesthesia
See Anesthesia (General). Listed separately because it is the most searched form used in deep plane facelift surgery.

H

Hematoma
A localised collection of blood outside a blood vessel, forming under the skin after surgery. Hematoma is the most common early complication of facelift surgery (occurring in approximately 1–3% of cases) and usually requires surgical drainage when significant.Learn more →
Hypertrophic Scarring
A raised, thickened scar that forms within the boundaries of the original incision. Unlike keloids, hypertrophic scars do not extend beyond the wound edges. Risk is reduced by careful incision placement and post-operative scar care.
Hairline-Respecting Incision
An incision technique that runs along the temporal hairline edge rather than into it, preserving the hairline contour. The classic standard temporal incision can pull the hairline posteriorly; hairline-respecting placement avoids the visible loss of temporal hair density seen after revision-needing facelifts.
Female temporal hairline area enlarged showing two incision options side by side: standard temporal incision running into the hairline losing density on the left, hairline-respecting incision running along the hairline edge preserving contour on the right

I

Incision
The surgical cut made at the start of a procedure. Deep plane facelift incisions typically begin in the temple hairline, curve around the front of the ear (pre-auricular), behind the ear lobule, and along the lower posterior hairline — all designed to remain hidden.

J

Jowls
Descended soft tissue and fat along the lower jawline, disrupting the sharp angle between the jaw and neck. Jowl correction is one of the primary goals of deep plane facelift surgery, achieved by repositioning the cheek and midface tissues upward.Learn more →

K

Keloid
An overgrowth of scar tissue that extends beyond the borders of the original wound. More common in patients with darker skin tones. Surgeons screen for personal or family history of keloids before proceeding with elective surgery.

L

Ligament Release
The deliberate surgical division of retaining ligaments (zygomatic, masseteric, mandibular) that tether the overlying soft tissue to the underlying bone. Releasing these ligaments is the key step that allows the deep plane composite flap to be elevated and repositioned.
Lateral SMASectomy
A SMAS-manipulation technique that excises a precise wedge of redundant SMAS in front of the ear and sutures the cut edges together (imbrication closure). It tightens the lateral face without entering the deep plane — middle-ground between plication and a full deep plane dissection.
Cheek cross-section in profile showing the SMAS layer highlighted, with a precise wedge-shaped excision of redundant SMAS in front of the ear being removed, followed by the cut edges sutured together with imbrication closure
Laxity
Looseness of tissue. Skin laxity is the slack in the skin itself; deeper laxity is the descent of the SMAS, the retaining ligaments and the fat compartments beneath it. The distinction matters because a skin-only operation can only address the first, which is why a face with mostly deep laxity looks pulled rather than lifted after one.

M

MACS Lift (Minimal Access Cranial Suspension)
A short-scar facelift technique that uses purse-string sutures placed through minimal incisions to gather and suspend facial tissue. Less extensive than a full deep plane facelift; suited to mild-to-moderate facial aging.
Marionette Lines
Vertical creases that descend from the corners of the mouth toward the jawline, creating a downturned or sad appearance. Named after marionette puppets. Deep plane facelift repositions the underlying tissue to soften these lines.Learn more →
Mini Facelift
A less extensive facelift using shorter incisions and more limited dissection, typically addressing mild lower-face laxity. Recovery is shorter (1–2 weeks) but results are less dramatic than a full deep plane facelift; how long they last has not been measured in a series we can cite.Learn more →
Malar Fat Pad
A triangular subcutaneous fat compartment overlying the zygomaticus muscle and cheekbone. Its descent with age is what causes nasolabial fold deepening and lateral cheek hollow — repositioning it superiorly is one of the defining goals of the extended deep plane facelift.Learn more →
Three-quarter face view with skin translucent revealing the malar fat pad as a distinct triangular structure overlying the zygomaticus muscle and cheekbone, labeled with leader line
Mid-Facelift
A targeted facelift addressing only the midface — restoring malar volume vertically through the lower lid via a conjunctival or temporal incision. Limited to the malar and infraorbital region; does not address jowls or neck laxity, so rarely chosen as a stand-alone procedure today.Learn more →
Three-quarter face view with arrows showing the vertical vector of midface elevation from the lower lid through the malar fat pad to the cheek hollow, with small inset showing the conjunctival or temporal incision approach
Midface
The region between the lower eyelid and the corner of the mouth, containing the cheekbone, the malar fat pad and the nasolabial fold. It is the area a deep plane dissection reaches once the zygomatic and masseteric retaining ligaments are released, and the reason the technique changes cheek position rather than only jawline tightness.Learn more →

N

Nasolabial Fold
The crease running from the side of each nostril to the corner of the mouth, sometimes called the smile line or laugh line. Deepening of these folds is a hallmark of midface descent. The extended deep plane technique directly addresses them by lifting the malar fat pad.Learn more →
Three-quarter female face with the nasolabial fold marked from the alar base to the corner of the mouth, showing the descending malar fat pad, levator labii superioris muscle attachment, and modiolus beneath the fold
Neck Banding (Platysmal Bands)
Vertical cords that appear on the neck as the platysma muscle separates with age. Addressed during neck lift surgery by suturing the muscle edges together (platysmaplasty) at the midline, restoring a smooth contour.Learn more →
Nerve Damage
Unintended injury to sensory or motor nerves during surgery. Temporary numbness or tingling around the ear is common after facelift and usually resolves within weeks to months. Permanent motor nerve injury is rare (<1%) in experienced hands.

P

Platysma
A broad, thin muscle that extends from the upper chest and shoulder to the lower jaw and chin. Laxity of this muscle creates neck banding and the 'turkey neck' appearance. Tightening the platysma via platysmaplasty is a standard component of a deep plane facelift with neck lift.
Frontal view of the lower face and neck showing the paired platysma muscles as broad thin sheets running from the mandible down to the clavicle and acromion, with central diastasis labeled. Inset profile shows a visible vertical platysmal band cord
Ponytail Facelift
A minimally invasive technique that uses small hairline incisions to achieve a subtle upward lift, mimicking the look of pulling hair into a tight ponytail. Results are less comprehensive and durable than a full deep plane facelift.Learn more →
Pre-auricular Incision
The standard facelift incision running in front of the ear (from the temporal hairline, down to or inside the tragus, around the earlobe, and into the retroauricular crease and occipital hairline). Variants like the retrotragal placement hide the scar inside the tragus crease.
Female face profile enlarged showing the standard facelift incision path drawn as a fine line: temporal hairline 3 to 4 centimetres above the ear, descending in front of or inside the tragus, around the earlobe attachment, into the retroauricular crease, ending in the occipital hairline
Pixie Ear
An earlobe pulled downward and stretched into the cheek, so that it no longer hangs free. It is a sign of tension carried by the skin at the earlobe rather than by the deeper layer, and it is one of the results most commonly asked about in revision consultations.Learn more →
Platysmaplasty
Surgical tightening of the platysma, the broad sheet of muscle across the front of the neck. In an anterior platysmaplasty the two edges of the muscle are joined in the midline through a small incision under the chin; a lateral platysmaplasty tightens the muscle from the sides. It is a neck operation, and it is often performed in the same sitting as a facelift rather than instead of one.Learn more →
Ptosis
Drooping. The word is used for several different structures, so it is only meaningful with the structure named: brow ptosis is a descended eyebrow, eyelid ptosis is a drooping upper lid margin, and malar ptosis is the descent of the cheek fat pad. A facelift addresses the third and not the first two.

R

Retaining Ligaments
Dense fibrous structures that anchor the facial soft tissues to the underlying bone and muscle fascia. The key retaining ligaments in facelift surgery are the zygomatic, masseteric, and mandibular ligaments. Releasing them is the defining step of the deep plane technique.
Three-quarter face view with translucent skin revealing four labeled retaining ligament systems: zygomatic ligament over the malar bone, masseteric cutaneous ligaments along the masseter muscle border, mandibular ligament near the chin, and temporal ligamentous adhesion at the lateral brow
Revision Facelift
A facelift that re-enters the dissection field of a previous one — the cervicofacial flap and SMAS/platysma. Any prior facelift technique counts (SMAS, skin-only, deep plane, MACS), as does an isolated neck lift; prior eyelid surgery, brow lift or fat grafting does not. It covers both correcting an unsatisfactory result and lifting again after years of natural ageing, and is technically more demanding than a primary because of scarring, altered tissue planes and obscured nerve landmarks.
Rhytidectomy
The medical (Greek-derived) term for a facelift. Rhytis = wrinkle, ektomia = excision. The term encompasses all facelift techniques, from mini facelifts to the extended deep plane. 'Facelift' and 'rhytidectomy' are used interchangeably in medical literature.
Retrotragal Incision
An incision placement that runs INSIDE the tragus (the ear cartilage flap) rather than in front of it. Hides the resulting scar inside the natural tragal crease — the preferred placement for female facelift patients because the pre-tragal scar can be visible with hair pulled back.
Female ear profile enlarged with two side-by-side panels: pre-tragal incision running vertically in the crease in front of the tragus on the left, retrotragal incision running inside the tragus behind the cartilage edge hidden from view on the right

S

SMAS (Superficial Musculoaponeurotic System)
A fibromuscular layer of tissue lying just beneath the facial subcutaneous fat. It connects the superficial facial muscles to the overlying skin. Manipulating the SMAS — whether by plication, imbrication, or the deep plane approach — is fundamental to achieving a natural facelift result.Learn more →
Labeled cross-section through the cheek showing five tissue layers from outside in: skin, subcutaneous fat with thin connective bands, SMAS layer highlighted in distinct tint, mimetic muscles plus deep fat compartments, and periosteum plus bone
Subperiosteal Facelift
A facelift technique in which dissection occurs at the deepest plane, directly beneath the periosteum (the covering of the facial bones). Provides maximal midface elevation but carries greater risks and a longer recovery than the deep plane approach.
Superficial Plane (Sub-SMAS Plane)
The tissue plane immediately above the SMAS layer. Traditional facelift techniques (skin-only or SMASectomy) operate in this superficial plane, producing shorter-lasting results and a higher risk of an artificial, 'pulled' appearance compared to deep plane techniques.
Skin-Only Facelift
A facelift in which the skin is lifted and trimmed without any work on the SMAS beneath it. It is the oldest form of the operation. Because all of the tension is carried by the skin, the result tends to be short-lived and can produce a tightened look at the edges of the face while the midface stays where it was.
Submental
Under the chin. A submental incision is the small opening made there to reach the platysma and the fat directly beneath the jaw, and submental fullness is the term for the fat and muscle laxity that blunts the angle between chin and neck.Learn more →

T

Thread Lift
A non-surgical or minimally invasive procedure in which barbed dissolvable sutures are inserted under the skin to provide a temporary lifting effect. The effect is temporary: in a 2025 review of absorbable threads the longest follow-up was 2 years, and long-term efficacy data are lacking (Riopelle 2025, PMID 39662017). Suitable for mild laxity only.Learn more →
Tissue Glue (Fibrin Sealant)
A biological adhesive applied to the surgical field to reduce post-operative hematoma and seroma formation. Some surgeons use fibrin sealant at the end of a deep plane facelift to improve tissue adhesion and shorten bruising duration.
Tri-Vector Deep Plane
An advanced deep plane variation that repositions the facial composite flap in three independent vectors simultaneously — vertical for the jowl/neck, oblique for the midface, and lateral for the temporal region — achieving more nuanced, natural correction than a single-vector lift.Learn more →
Temporal Hairline
The edge of the hair above and in front of the ear. Facelift incisions either run into it or along it, and the choice shows: an incision carried into the hair can move the hairline backwards and thin the hair in front of the ear, which is why hairline-respecting placement exists.

V

Vertical Facelift
A facelift philosophy that lifts tissue vertically (upward) rather than laterally (toward the ear). Vertical vector lifting more closely reverses the direction of gravitational aging and reduces the risk of an unnatural, laterally stretched appearance.

Z

Zygomatic Ligament
A retaining ligament that anchors the soft tissue over the cheekbone to the underlying zygoma. Releasing the zygomatic ligament is an essential step in the deep plane technique, enabling the midface composite flap to be repositioned superiorly to restore youthful cheek projection.
Three-quarter cheek view with skin and SMAS translucent revealing the zygomatic cutaneous ligament as a fibrous band anchoring the SMAS to the underlying zygomatic bone, drawn in distinct tint with small attachment anchor symbols

Board Certifications, Societies & Fellow Titles

Many surgeon profiles list credentials like "ABFPRS", "EBOPRAS", or "FACS". Below is the canonical catalog used across DEEPPLANE™ — every credential shown on a profile resolves to one of these entries. Each maps to a country / regulator so you can verify what a code actually means.

Board Certifications (79)

National boards that certify surgeons after passing examinations and meeting practice requirements. The strongest credential signal — board certification typically requires several years of accredited training, written + oral examinations, and ongoing recertification.

ABPS— USA
American Board of Plastic Surgery
ABFPRS— USA
American Board of Facial Plastic and Reconstructive Surgery
ABOHNS— USA
American Board of Otolaryngology – Head and Neck Surgery
ABFCS— USA
American Board of Facial Cosmetic Surgery
ABCS— USA
American Board of Cosmetic Surgery
ABMS— USA
American Board of Medical Specialties
ABS— USA
American Board of Surgery
ABD— USA
American Board of Dermatology
ABO— USA
American Board of Ophthalmology
CMCPER— Mexico
Mexican Council of Plastic, Aesthetic and Reconstructive Surgery
CMOCCC— Mexico
Mexican Council of Otolaryngology and Head and Neck Surgery
EBPS— Egypt
Egyptian Board of Plastic Surgery
DBO-HNO— Germany
German Board of Otolaryngology (Hals-, Nasen- und Ohrenheilkunde)
PBPS— Philippines
Philippine Board of Plastic Surgery
RCPSC— Canada
Royal College of Physicians and Surgeons of Canada
FRCS-Plast— UK
Fellow of the Royal College of Surgeons (Plastic Surgery)
GMC-Specialist— UK
GMC Specialist Register (Plastic Surgery)
RCSEd— UK
Royal College of Surgeons of Edinburgh
RCS-England— UK
Royal College of Surgeons of England
RCSI— Ireland
Royal College of Surgeons in Ireland
EBOPRAS— Europe
European Board of Plastic, Reconstructive and Aesthetic Surgery
EBFPRS— Europe
European Board of Facial Plastic and Reconstructive Surgery
EBCFPRS— Europe
European Board for Certification in Facial Plastic and Reconstructive Surgery
IBCFPRS— International
International Board for Certification in Facial Plastic and Reconstructive Surgery
EBO— Europe
European Board of Ophthalmology
OEGPAERC— Austria
Austrian Society of Plastic, Aesthetic and Reconstructive Surgery
SGPRAC— Switzerland
Swiss Society of Plastic, Reconstructive and Aesthetic Surgery
CNOM-CP— France
Conseil National de l'Ordre des Médecins – Chirurgie Plastique (France)
SICPRE— Italy
Italian Society of Plastic, Reconstructive and Aesthetic Surgery
SPCPRE— Portugal
Portuguese Society of Plastic, Reconstructive and Aesthetic Surgery
HSPRAS— Greece
Hellenic Society of Plastic, Reconstructive and Aesthetic Surgery
NSPRAS— Nordics
Nordic Society for Plastic Surgery
NVPC— Netherlands
Dutch Society for Plastic Surgery
TPRECD— Turkey
Turkish Board of Plastic, Reconstructive and Aesthetic Surgery
SBCP— Brazil
Brazilian Society of Plastic Surgery
FILACP— LATAM
Ibero-Latin American Federation of Plastic Surgery
AMCPER— Mexico
Mexican Association of Plastic, Aesthetic and Reconstructive Surgery
SCCP— Colombia
Colombian Society of Plastic Surgery
SCHCPRE— Chile
Chilean Society of Plastic, Reconstructive and Aesthetic Surgery
PASMENA— MENA
Plastic and Aesthetic Surgery MENA Council
ESPRS— Egypt
Egyptian Society of Plastic and Reconstructive Surgery
SSPS— Saudi Arabia
Saudi Society of Plastic Surgery
JSAPS— Japan
Japan Society of Aesthetic Plastic Surgery
JSPRS— Japan
Japan Society of Plastic and Reconstructive Surgery
KSPRS— South Korea
Korean Society of Plastic and Reconstructive Surgeons
KAPS— South Korea
Korean Association of Plastic Surgeons
APSI— India
Association of Plastic Surgeons of India
ASPS-AU— Australia
Australian Society of Plastic Surgeons
APRSSA— South Africa
Association of Plastic and Reconstructive Surgeons of Southern Africa
ANZBCPS— Australia / NZ
Australia and New Zealand Board of Cosmetic Plastic Surgery
ABOMS— USA
American Board of Oral and Maxillofacial Surgery
CPSP— Pakistan
College of Physicians and Surgeons of Pakistan
AOBOHNS— USA
American Osteopathic Board of Otolaryngology – Head and Neck Surgery
EBOMS— Europe
European Board of Oral and Maxillofacial Surgery
ABIM— USA
American Board of Internal Medicine
CMORL— Mexico
Consejo Mexicano de Otorrinolaringología
ABORL-CCF— Brazil
Associação Brasileira de Otorrinolaringologia e Cirurgia Cérvico-Facial
SBCCP— Brazil
Sociedade Brasileira de Cirurgia de Cabeça e Pescoço
Facharzt— Germany
Facharzt für Plastische und Ästhetische Chirurgie
FMH— Switzerland
FMH Swiss Medical Association
IBCS— International
International Board of Cosmetic Surgery
TKBB— Turkey
Turkish Society of Otorhinolaryngology Head and Neck Surgery
IBMS— Iraq
Iraqi Board for Medical Specializations
AOBOO— USA
American Osteopathic Board of Ophthalmology and Otolaryngology
EB-ORL-HNS— Europe
European Board of Otorhinolaryngology — Head and Neck Surgery
KBPS— South Korea
Korean Board of Plastic Surgery
SAB-SG— Singapore
Specialist Accreditation Board, Ministry of Health, Singapore
TBPS— Thailand
Thai Board of Plastic and Reconstructive Surgery
MCT— Thailand
Medical Council of Thailand
DBPS-TH— Thailand
Diplomate Board of Plastic Surgery (Thailand)
IBPRAS— Iran
Iranian Board of Plastic, Reconstructive, and Aesthetic Surgery
EBDV— Europe
European Board of Dermatology and Venereology
CBAM— Canada
Canadian Board of Aesthetic Medicine
EBOMFS— Europe
European Board of Oro-Maxillofacial Surgery
KBMS— Iraq
Kurdistan Board of Medical Specialties
RUSSIAN-MOH— Russia
Russian Ministry of Health Specialist Certification
RUSSIAN-BOARD— Russia
Russian Board of Plastic and Aesthetic Surgery
ONM-FR— France
Ordre National des Médecins (France)
COLOMBIAN-BOARD— Colombia
Colombian Board of Plastic, Reconstructive & Aesthetic Surgery

Professional Society Memberships (88)

Voluntary associations a surgeon has joined. Membership signals professional engagement but is generally less rigorous than board certification — most societies require a paid annual fee and verification of training, not separate examinations.

RBSPS— Belgium
Royal Belgian Society for Plastic Surgery
SPCP— Peru
Peruvian Society of Plastic Surgery
ISAPS— International
International Society of Aesthetic Plastic Surgery
LSPRAS— Lebanon
Lebanese Society of Plastic, Reconstructive and Aesthetic Surgery
IPRAS— International
International Confederation for Plastic, Reconstructive and Aesthetic Surgery
ICOPLAST— International
International Confederation of Plastic Surgery Societies
WSPS— International
World Society of Plastic Surgeons
ASPS— USA
American Society of Plastic Surgeons
ASAPS— USA
American Society for Aesthetic Plastic Surgery (The Aesthetic Society)
ACS— USA
American College of Surgeons
AAFPRS— USA
American Academy of Facial Plastic and Reconstructive Surgery
ASLMS— USA
American Society for Laser Medicine and Surgery
ASOPRS— USA
American Society of Ophthalmic Plastic and Reconstructive Surgery
AAPS— USA
American Association of Plastic Surgeons
PSRC— USA
Plastic Surgery Research Council
NESPS— USA
Northeastern Society of Plastic Surgeons
RhinoplastySocietyUS— USA
The Rhinoplasty Society
AAO— USA
American Academy of Ophthalmology
DSPS— USA
Dallas Society of Plastic Surgeons
LASPS— USA
Los Angeles Society of Plastic Surgeons
CSRS— USA
California Society of Rhinoplasty Specialists
BAAPS— UK
British Association of Aesthetic Plastic Surgeons
BAPRAS— UK
British Association of Plastic, Reconstructive and Aesthetic Surgeons
BAOMS— UK
British Association of Oral and Maxillofacial Surgeons
ESPRAS— Europe
European Society of Plastic, Reconstructive and Aesthetic Surgery
EASAPS— Europe
European Association of Societies of Aesthetic Plastic Surgery
EAFPS— Europe
European Academy of Facial Plastic Surgery
VDAEPC— Germany
Association of German Aesthetic Plastic Surgeons
DGAEPC— Germany
German Society of Aesthetic Plastic Surgery
DGPRAEC— Germany
German Society of Plastic, Reconstructive and Aesthetic Surgeons
SOFCEP— France
French Society of Aesthetic Plastic Surgery
SOFCPRE— France
French Society of Plastic, Reconstructive and Aesthetic Surgery
AICPE— Italy
Italian Association of Aesthetic Plastic Surgery
TSPRAS— Turkey
Turkish Society of Plastic, Reconstructive and Aesthetic Surgery
TTB— Turkey
Turkish Medical Association
OSAPS— Asia-Pacific
Oriental Society of Aesthetic Plastic Surgery
SBCP-Mem— Brazil
Brazilian Society of Plastic Surgery (Member)
RIPS— Europe
Rhinoplasty Society of Europe
KSAPS— South Korea
Korean Society for Aesthetic Plastic Surgery
CAFPRS— Canada
Canadian Academy of Facial Plastic and Reconstructive Surgery
IBFPRS— International
International Board for Facial Plastic and Reconstructive Surgery
AECEP— Spain
Spanish Association of Aesthetic Plastic Surgery
IMCAS— International
International Master Course on Aging Science
IRRS— International
International Rhinoplasty Research Society
SFCPRE— France
French Facial Plastic Surgery Society
AACS— USA
American Academy of Cosmetic Surgery
SECPRE— Spain
Spanish Society of Plastic, Reconstructive and Aesthetic Surgery
SACPER— Argentina
Argentine Society of Plastic, Reconstructive and Aesthetic Surgery
PERAPI— Indonesia
Perhimpunan Dokter Spesialis Bedah Plastik Rekonstruksi dan Estetik Indonesia
IDI— Indonesia
Ikatan Dokter Indonesia (Indonesian Medical Association)
KMA— South Korea
Korean Medical Association
KRS— South Korea
Korean Rhinologic Society
ASOHNS— Australia / NZ
Australian Society of Otolaryngology Head and Neck Surgery
ASAPS-AU— Australia / NZ
Australasian Society of Aesthetic Plastic Surgeons
PDS— Philippines
Philippine Dermatological Society
PAPRAS— Philippines
Philippine Association of Plastic, Reconstructive and Aesthetic Surgeons
HNCS— International
Head and Neck Cancer Society
WOFAPS— International
World Federation of Associations of Pediatric Surgeons
AOCMF— International
AO Foundation Craniomaxillofacial
CNOM— France
Conseil National de l'Ordre des Médecins
CMC— Colombia
Colegio Médico Colombiano
SMRRP— Mexico
Sociedad Mexicana de Rinología y Cirugía Plástica Facial
KCCS— South Korea
Korea College of Cosmetic Surgery
ACP— USA
American College of Prosthodontists
CFCP— France
French College of Plastic Surgery
AMB— Brazil
Associação Médica Brasileira
SCCPFR— Colombia
Sociedad Colombiana de Cirugía Plástica Facial y Rinología
ARS— USA
American Rhinologic Society
CSFPS— USA
California Society of Facial Plastic Surgery
AMA— USA
American Medical Association
AAO-HNS— USA
American Academy of Otolaryngology—Head and Neck Surgery
AAO-HNSF— USA
American Academy of Otolaryngology Foundation
AHNS— USA
American Head and Neck Society
ASBS— USA
American Society of Breast Surgeons
FSPS— USA
Florida Society of Plastic Surgeons
CSPS— USA
California Society of Plastic Surgeons
NYFPSS— USA
New York Facial Plastic Surgery Society
NVEPC— Netherlands
Nederlandse Vereniging voor Esthetische Plastische Chirurgie
AOA— USA
Alpha Omega Alpha Medical Honor Society
TMA— USA
Texas Medical Association
MRCS— UK
Member of the Royal College of Surgeons
AWS— USA
Association of Women Surgeons
PTChPRiE— Poland
Polskie Towarzystwo Chirurgii Plastycznej, Rekonstrukcyjnej i Estetycznej (Polish Society of Plastic, Reconstructive and Aesthetic Surgery)
RSPS— Russia
Russian Society of Plastic Surgeons
SECPRF— Spain
Sociedad Española de Cirugía Plástica Facial
AAE— USA
American Association of Endodontists
OCMA— USA
Orange County Medical Association
ACOMS— Asia-Pacific
Asian Congress of Oral & Maxillofacial Surgery

Fellow Titles (Post-Nominal) (24)

Honorific designations awarded by colleges or societies, typically shown after a surgeon's name (e.g. "Dr. Jane Doe, FACS"). Most fellow titles are conferred after admission to a senior tier of the parent body.

FACS— USA
Fellow of the American College of Surgeons
FAAFPRS— USA
Fellow of the American Academy of Facial Plastic and Reconstructive Surgery
FRCS— UK
Fellow of the Royal College of Surgeons
FRCS-Ed— UK
Fellow of the Royal College of Surgeons of Edinburgh
FRCS-Glasg— UK
Fellow of the Royal College of Physicians and Surgeons of Glasgow
FRCSC— Canada
Fellow of the Royal College of Physicians and Surgeons of Canada
FRACS— Australia / NZ
Fellow of the Royal Australasian College of Surgeons
FRCSI— Ireland
Fellow of the Royal College of Surgeons in Ireland
FEBOPRAS— Europe
Fellow of the European Board of Plastic, Reconstructive and Aesthetic Surgery
FEBO— Europe
Fellow of the European Board of Ophthalmology
FICS— International
Fellow of the International College of Surgeons
FAACS— USA
Fellow of the American Academy of Cosmetic Surgery
FAAD— USA
Fellow of the American Academy of Dermatology
FACMS— USA
Fellow of the American College of Mohs Surgery
FEBORL-HNS— Europe
Fellow of the European Board of Otorhinolaryngology – Head and Neck Surgery
FCPS-Pakistan— Pakistan
Fellow of the College of Physicians and Surgeons Pakistan
FFDRCSI— Ireland
Fellow of the Faculty of Dentistry, Royal College of Surgeons in Ireland
FRCP— UK
Fellow of the Royal College of Physicians
FADSA— USA
Fellow of the American Dental Society of Anesthesiology
MRCGP— UK
Member of the Royal College of General Practitioners
FAMS— Singapore
Fellow of the Academy of Medicine, Singapore
MRCS-Ed— UK
Member of the Royal College of Surgeons of Edinburgh
FEBOMS— Europe
Fellow of the European Board of Oral and Maxillofacial Surgery
FPAPRAS— Philippines
Fellow of the Philippine Association of Plastic, Reconstructive and Aesthetic Surgeons

Frequently Asked Questions

What is the SMAS in a facelift?
The SMAS (Superficial Musculoaponeurotic System) is a fibromuscular layer beneath the facial subcutaneous fat that connects the facial muscles to the overlying skin. In a deep plane facelift, the surgeon works below the SMAS to release retaining ligaments and reposition the deeper facial tissues as a single composite unit, producing more natural and longer-lasting results than techniques that only tighten the surface.
What is a rhytidectomy?
Rhytidectomy is the medical term for a facelift, derived from the Greek words for 'wrinkle' (rhytis) and 'excision' (ektomia). It encompasses all facelift techniques, from a mini facelift to a full extended deep plane facelift. When you see 'rhytidectomy' on a surgical consent form or medical record, it refers to facelift surgery.
What are retaining ligaments and why do they matter?
Retaining ligaments are dense fibrous structures that anchor the facial soft tissues directly to the underlying bone. With age, these ligaments stretch and allow the overlying tissue to sag, creating jowls, nasolabial folds, and neck laxity. Releasing retaining ligaments — specifically the zygomatic, masseteric, and mandibular ligaments — is the key step that distinguishes a deep plane facelift from more superficial techniques, enabling the tissue to be repositioned rather than just pulled.
What is the difference between a deep plane and a superficial plane facelift?
A superficial plane facelift works above the SMAS layer, tightening only the skin and subcutaneous tissue. This carries a higher risk of an unnatural, stretched appearance. A deep plane facelift works beneath the SMAS, releasing ligaments and lifting the skin, fat, and SMAS as one composite unit. This results in more natural-looking rejuvenation with less tension on the skin.
What is a hematoma after facelift and how is it treated?
A hematoma is a collection of blood that accumulates under the skin after surgery, caused by bleeding from small vessels. It is the most common early complication of facelift surgery, occurring in approximately 1–3% of patients. Small hematomas may resolve on their own; larger ones require surgical drainage to prevent pressure on the flap and potential skin necrosis. The risk is minimised by controlling blood pressure, avoiding blood-thinning medications, and using meticulous surgical technique.
What does the platysma do and why is it addressed in a facelift?
The platysma is a large, thin muscle that spans the neck from the upper chest to the lower jaw. As it ages, its medial edges separate, creating visible vertical cords (platysmal bands) and contributing to a 'turkey neck' appearance. During a deep plane facelift with neck lift, the surgeon tightens and sutures the platysma at the midline (platysmaplasty) to restore a smooth, defined neck contour. Failing to address the platysma leaves the neck looking unrejuvenated even after an excellent facial lift.
What is the cervicomental angle and why does it matter?
The cervicomental angle is the angle formed between the underside of the chin and the front of the neck, measured in the sagittal plane. A youthful angle measures 90-105 degrees; aging progressively obtunds it toward 130-140 degrees as the platysma separates and sub-mental fat descends. Restoring the angle to 90-105 degrees is the primary visual target of a neck lift, achieved in roughly 90% of deep plane neck-lift cases. The hyoid bone position sets an anatomic ceiling on the achievable angle — high-hyoid patients get sharper results than low-hyoid patients regardless of technique, which is why pre-op hyoid assessment is standard.
What does 'extended deep plane' mean exactly?
An extended deep plane facelift pushes the sub-SMAS dissection further medially than a standard deep plane, extending over the zygomaticus major and minor muscles and fully releasing the zygomatic, masseteric, and cervical retaining ligaments. This widens the area of tissue that can be repositioned as a composite flap and produces a more vertical (rather than lateral) lift vector. It was popularised by Jacono and Bryant in 2018 (Clinics in Plastic Surgery 45:527-554) and is now the most commonly cited 'advanced' deep plane variant. Costs roughly 30-60 minutes more operative time than the standard variant.
What is 'SMASectomy' and how is it different from deep plane?
SMASectomy is a technique where a strip of the SMAS layer is excised and the defect closed with sutures, tightening the facial muscle layer from above. The dissection stays above the SMAS — no retaining ligaments are released. Deep plane, by contrast, enters a plane beneath the SMAS, releases the ligaments, and repositions the SMAS-skin-fat complex as a single unit. SMASectomy is simpler, faster, and has a shorter recovery (10-14 days vs 14-21 for deep plane). No series we can cite measures how long a SMASectomy lasts. The Khoury 2025 systematic review of 21 studies (n=2,896) puts patient satisfaction at 87.8% for SMAS variants vs 94.4% for deep plane.
What is the 'prezygomatic space' and why does it matter for deep plane technique?
The prezygomatic space is one of several anatomically defined 'glideplanes' beneath the SMAS, mapped in detail by Bryan Mendelson's research group (Plastic & Reconstructive Surgery 2024 PMC11195933). It is a loose areolar space over the zygomatic body, bounded by the zygomatic and buccal retaining ligaments. Because it contains no important neurovascular structures, surgeons use the prezygomatic space as the safe entry corridor for sub-SMAS midface dissection — a key landmark that makes deep plane facelifts reliably reproducible. Understanding these spaces is what separates trained deep plane surgeons from those who nominally claim the technique.

What does SMAS stand for in deep plane facelift surgery?

SMAS stands for Superficial Musculoaponeurotic System — a fibromuscular layer connecting facial muscles to the overlying skin. In a deep plane facelift, the surgeon dissects beneath this layer to release the retaining ligaments (zygomatic, masseteric, and mandibular) and reposition the deep facial fat compartments. This sub-SMAS dissection is what distinguishes the deep plane technique from a standard SMAS facelift and contributes to its longer-lasting, more natural results. (DEEPPLANE™ Glossary, 2026.)

Scientific References

  1. 01
  2. 02
  3. 03
Hivatkozás erre az oldalraCC-BY 4.0
DEEPPLANE™ Szerkesztőbizottság (2026). Deep Plane Facelift Glossary: 40+ Medical Terms Explained. DEEPPLANE™. Forrás: https://deepplane.com/glossary

Tartalom licencelve CC-BY 4.0. Szabadon megosztható a DEEPPLANE™ feltüntetésével.

Főbb tények

Deep plane facelift is defined as a rhytidectomy technique dissecting beneath the SMAS layer
SMAS stands for Superficial Musculoaponeurotic System
Platysma is located in the neck region beneath the skin

Fedezzen fel többet

Orvosi ellenőrzés

DEEPPLANE™ Ellenőrző Tanács

DEEPPLANE™ editorial standard

— A surgeon is named only when one signs— Cikkenkénti Ellenőrzési Státusz— Közzétett Szabványok

The DEEPPLANE™ Review Council is the name under which DEEPPLANE™ publishes its editorial standard; it is not a standing board of named surgeons. Our guides are written and edited in-house to that standard. Review is recorded per article, not claimed for the site as a whole — a guide names a surgeon as its reviewer only when that surgeon has signed it, and says so plainly when none has.

Olvasson tovább

Fedezzen fel többet