Information on Cosmetic and Reconstructive Surgery(S) Sur716.001 ______Note
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CME Anatomy of Aging Face
Published online: 2020-01-15 Free full text on www.ijps.org CME Anatomy of aging face Rakesh Khazanchi, Aditya Aggarwal, Manoj Johar1 Department of Plastic and Cosmetic Surgery, Sir Ganga Ram Hospital, New Delhi - 110 060, 1Fortis Hospital, Noida, UP, India Address for correspondence: Dr. Rakesh Khazanchi, Department of Plastic and Cosmetic Surgery, Sir Ganga Ram Hospital, New Delhi - 110 060, India. E-mail: [email protected] ejuvenation of the face is evolving into a common deposition in regions of body called ‘depots’ procedure in India. This may be attempted by f) Fascial and ligament laxity Reither surgical or non surgical means. Surgical g) Shrinkage of glandular tissue (Salivary glands) rejuvenation of face includes a large variety of procedures h) Skeletal resorption to revert the changes of aging. In the past, face lift operation was done to simply lift the sagging skin rather Facial soft tissues are arranged in concentric layers. than shaping the face. However it often ended up in Skin is the outermost layer and then the basic building giving the patient an ‘operated on’ look producing tight blocks-fat, superficial fascia also known as superficial appearing face. The surgeons have now learnt that aging musculoaponeurotic system (SMAS), deep fascia and the process is a complex process that involves soft tissues as periosteum that covers the facial skeleton. Interspersed well as skeleton of face and is not just sagging of skin. in these layers are vessels, nerves, facial muscles and Therefore in order to get a good result after surgical retaining ligaments. Knowledge of these layers allows facial rejuvenation, it is paramount to understand these the surgeon to dissect in a given anatomic plane without anatomical structures and the effect of aging process on damaging important structures. -
Department of Otolaryngology – Head and Neck Surgery
THE OHIO STATE UNIVERSITY WEXNER MEDICAL CENTER DEPARTMENT OF OTOLARYNGOLOGY – HEAD AND NECK SURGERY Year in Review 2020 The Department of Otolaryngology is composed OUR MISSION of 10 specialty divisions: • Allergy and Immunology The Ohio State Department of Otolaryngology – Head and Neck Surgery is guided by a mission to deliver • Audiology exceptionally safe, high-quality and value-based care. • Facial Plastic and Our team has been recognized by U.S. News & World Reconstructive Surgery Report as the #5 ENT department in the nation and • General Adult and the best ENT program in the state of Ohio. It is our Pediatric Otolaryngology commitment to quality that has made this possible, as well as our focus on maintaining the highest standards • Head and Neck Cancer in patient care and research. • Otology, Neurotology and Cranial Base The department has created a desirable patient care Surgery model that has enabled continued expansion of • Sinus Care patient volume. We focus on providing the best patient care in an excellent teaching environment. Our large • Skull Base Surgery and diverse patient population also provides a rich • Sleep Surgery environment for medical education and research. • Voice and Swallowing Disorders 2 I Ohio State Department of Otolaryngology – Head and Neck Surgery Year in Review 2020 I 3 TABLE OF CONTENTS MESSAGE FROM THE CHAIR ................................................................................................ 6 RESEARCH AND INNOVATION EDUCATION Dan Merfeld, PhD, Uses DOD Grant to Unlock Ohio State Implements -
A Revolution of Plastic and Reconstructive Surgery: Biofabricating Customized Tissues, Organs, and Human Parts Joseph M
Advances in Plastic & Reconstructive Surgery © All rights are reserved by Joseph M. Rosen et al. Review Article ISSN: 2572-6684 A Revolution of Plastic and Reconstructive Surgery: Biofabricating Customized Tissues, Organs, and Human Parts Joseph M. Rosen1,2,3*, Afton Chavez2, Walter H. Banfield3, Julien Klaudt-Moreau3 1Dartmouth-Hitchcock Medical Center, New Hampshire, USA. 2Dartmouth Geisel School of Medicine, New Hampshire, USA. 3Dartmouth Thayer School of Engineering, New Hampshire, USA. Abstract The biomedical burden of treating patients with damaged tissues and organs continues to grow at an unprecedented rate [1]. Yet, in spite of current state-of-the-art surgical and medical treatments, clinical outcomes are persistently sub-optimal, in part due to a lack of biological components for transplantation [2]. This paper proposes the use of regenerative medicine and tissue engineering to biofabricate patient-specific tissue and organs to alleviate this burden. We specifically examine the tissues: skin, fat, and bone; as well as the organs: kidney, liver, and pancreas to illustrate the future possibility of creating entire customized human parts. We outline a method for biomanufacturing in which organs and tissues would be customized with 3D models of the patient’s vasculature to allow for easier and improved surgical re-anastomosis. Fabrication would be performed with induced pluripotent stem cells (iPSCs) derived from a patient’s somatic cells, negating the issue of rejection. Industrial software that integrates liquid handling robotic hardware and Design-of Experiments (DoE) mathematics to create “recipes” for the development of distinct cell types, can be combined with automation and robotics to bio-print customized tissues and organs on an industrial scale. -
ANMC Specialty Clinic Services
Cardiology Dermatology Diabetes Endocrinology Ear, Nose and Throat (ENT) Gastroenterology General Medicine General Surgery HIV/Early Intervention Services Infectious Disease Liver Clinic Neurology Neurosurgery/Comprehensive Pain Management Oncology Ophthalmology Orthopedics Orthopedics – Back and Spine Podiatry Pulmonology Rheumatology Urology Cardiology • Cardiology • Adult transthoracic echocardiography • Ambulatory electrocardiology monitor interpretation • Cardioversion, electrical, elective • Central line placement and venous angiography • ECG interpretation, including signal average ECG • Infusion and management of Gp IIb/IIIa agents and thrombolytic agents and antithrombotic agents • Insertion and management of central venous catheters, pulmonary artery catheters, and arterial lines • Insertion and management of automatic implantable cardiac defibrillators • Insertion of permanent pacemaker, including single/dual chamber and biventricular • Interpretation of results of noninvasive testing relevant to arrhythmia diagnoses and treatment • Hemodynamic monitoring with balloon flotation devices • Non-invasive hemodynamic monitoring • Perform history and physical exam • Pericardiocentesis • Placement of temporary transvenous pacemaker • Pacemaker programming/reprogramming and interrogation • Stress echocardiography (exercise and pharmacologic stress) • Tilt table testing • Transcutaneous external pacemaker placement • Transthoracic 2D echocardiography, Doppler, and color flow Dermatology • Chemical face peels • Cryosurgery • Diagnosis -
INFORMED CONSENT – FACELIFT SURGERY (Rhytidectomy)
INFORMED CONSENT – FACELIFT SURGERY (Rhytidectomy) ©2009 American Society of Plastic Surgeons®. Purchasers of the Patient Consultation Resource Book are given a limited license to modify documents contained herein and reproduce the modified version for use in the Purchaser's own practice only. All other rights are reserved by American Society of Plastic Surgeons®. Purchasers may not sell or allow any other party to use any version of the Patient Consultation Resource Book, any of the documents contained herein or any modified version of such documents. INFORMED CONSENT – FACELIFT SURGERY (Rhytidectomy) INSTRUCTIONS This is an informed-consent document that has been prepared to help inform you concerning facelift surgery, its risks, as well as alternative treatment(s). It is important that you read this information carefully and completely. Please initial each page, indicating that you have read the page and sign the consent for surgery as proposed by your plastic surgeon and agreed upon by you. GENERAL INFORMATION Facelift, or rhytidectomy, is a surgical procedure to improve visible signs of aging on the face and neck. As individuals age, the skin and muscles of the face region begin to lose tone. The facelift cannot stop the process of aging. It can improve the most visible signs of aging by tightening deeper structures, re-draping the skin of face and neck, and removing selected areas of fat. A facelift can be performed alone, or in conjunction with other procedures, such as a browlift, liposuction, eyelid surgery, or nasal surgery. Facelift surgery is individualized for each patient. The best candidates for facelift surgery have a face and neck line beginning to sag, but whose skin has elasticity and whose bone structure is well defined. -
Comparing Rates of Distal Edge Necrosis in Deep-Plane Vs Subcutaneous Cervicofacial Rotation-Advancement Flaps for Facial Cutaneous Mohs Defects
Research Original Investigation Comparing Rates of Distal Edge Necrosis in Deep-Plane vs Subcutaneous Cervicofacial Rotation-Advancement Flaps for Facial Cutaneous Mohs Defects Andrew A. Jacono, MD; Joseph J. Rousso, MD; Thomas J. Lavin IMPORTANCE The cervicofacial rotation-advancement flap is commonly used for facial defects. Decreasing the rate of distal edge necrosis (DEN) encountered with this flap would help prevent complications in sensitive areas such as the eyelid, lip, and nose. OBJECTIVE To compare the untoward occurrence of DEN between 2 surgical dissection methods for reconstructive cervicofacial rotation-advancement flaps. DESIGN, SETTING, PARTICIPANTS, AND EXPOSURE A review was conducted of 88 patients who underwent cervicofacial flap reconstruction for Mohs ablative surgery between January 1, 2003, and June 30, 2012, by the senior author (A.A.J.). All patients had periorbital, midfacial, Author Affiliations: New York Center cervical, and/or lateral temporal/forehead defects following Mohs surgical ablation. Patients for Facial Plastic and Laser Surgery, Great Neck (Jacono, Lavin); The were categorized into 1 of 2 groups on the basis of the surgical technique used: subcutaneous New York Eye and Ear Infirmary, (SC) cervicofacial elevation or deep-plane (DP) cervicofacial elevation. Subcategories of New York (Jacono); Division of Facial smokers and nonsmokers within each group were further reviewed. Statistical analysis of Plastic and Reconstructive Surgery, Department of Otolaryngology–Head DEN between categories and subcategories was performed. & Neck Surgery, Albert Einstein College of Medicine, Bronx, New York RESULTS Sixty-nine patients were in the SC group and 19 were in the DP group. The mean (Jacono); Section of Facial Plastic and defect size among both groups was 14.3 cm2. -
Breast Implant Specimens and Pathology
ASPS Statement on Breast Implant Specimens and Pathology Background Since 2010, approximately 1,400,000 breast augmentation procedures, 475,000 breast reconstruction procedures, and over 195,000 combined augmentation and reconstructive breast implant removals were performed by ASPS member surgeons.i Since the introduction of saline and silicone-gel filled breast implants in the 1960’s, decades of research related to safety and efficacy have contributed to several generations of improved breast implant devices.ii,iii,iv,v,vi Scientific literature continues to research the risks and possible associations of breast implants and clinical complications. BIA-ALCL Breast implant-associated Anaplastic Large Cell Lymphoma (BIA-ALCL) is a rare lesion presenting as a late seroma, a palpable mass, or less commonly, tumor positive lymphadenopathy.vii. In 2011, the U.S. Food and Drug Administration (FDA) released a safety communication that women with breast implants “may have a very small but increased risk of developing this disease in the scar capsule adjacent to the implant.”viii An update in 2016 reported that 258 BIA-ALCL adverse event reports have been received to the FDA, and emphasized that physicians should report all confirmed cases to both the FDA and the PROFILE registry. Over 118 distinct case reports of BIA-ALCL have been published, and MD Anderson Cancer Center recognizes 160 pathologically confirmed BIA- ALCL cases worldwide from fifteen countries and the University of California has accumulated 9 approximately 200 BIA-ALCL cases. Currently, all cases with adequate records for confirmation have involved a textured device. Associational research has shown no preference for aesthetic versus reconstructive surgeries or saline versus silicone gel devices.ix,x The Plastic Surgery Foundation, the American Society of Plastic Surgeons and the FDA have created the PROFILE Registry (Patient Registry and Outcomes For breast Implants and anaplastic large cell Lymphoma etiology and Epidemiology). -
Plastic Surgery Essentials for Students Handbook to All Third Year Medical Students Concerned with the Effect of the Outcome on the Entire Patient
AMERICAN SOCIETY OF PLASTIC SURGEONS YOUNG PLASTIC SURGEONS STEERING COMMITTEE Lynn Jeffers, MD, Chair C. Bob Basu, MD, Vice Chair Eighth Edition 2012 Essentials for Students Workgroup Lynn Jeffers, MD Adam Ravin, MD Sami Khan, MD Chad Tattini, MD Patrick Garvey, MD Hatem Abou-Sayed, MD Raman Mahabir, MD Alexander Spiess, MD Howard Wang, MD Robert Whitfield, MD Andrew Chen, MD Anureet Bajaj, MD Chris Zochowski, MD UNDERGRADUATE EDUCATION COMMITTEE OF THE PLASTIC SURGERY EDUCATIONAL FOUNDATION First Edition 1979 Ruedi P. Gingrass, MD, Chairman Martin C. Robson, MD Lewis W.Thompson, MD John E.Woods, MD Elvin G. Zook, MD Copyright © 2012 by the American Society of Plastic Surgeons 444 East Algonquin Road Arlington Heights, IL 60005 All rights reserved. Printed in the United States of America ISBN 978-0-9859672-0-8 i INTRODUCTION PREFACE This book has been written primarily for medical students, with constant attention to the thought, A CAREER IN PLASTIC SURGERY “Is this something a student should know when he or she finishes medical school?” It is not designed to be a comprehensive text, but rather an outline that can be read in the limited time Originally derived from the Greek “plastikos” meaning to mold and reshape, plastic surgery is a available in a burgeoning curriculum. It is designed to be read from beginning to end. Plastic specialty which adapts surgical principles and thought processes to the unique needs of each surgery had its beginning thousands of years ago, when clever surgeons in India reconstructed individual patient by remolding, reshaping and manipulating bone, cartilage and all soft tissues. -
Plastic and Reconstructive Surgery 2
Johns Hopkins Plastic and Reconstructive Surgery 2 Faculty of the Department of Plastic and Reconstructive Surgery Front row, from left: Gedge Rosson, Scott Lifchez, Anthony Tufaro, W. P. Andrew Lee, The Department of Plastic and Richard Redett, Michele Manahan, Gerald Brandacher Reconstructive Surgery at Johns Back row, from left: Julie Caffrey, Chad Gordon, Anand Kumar, Justin Sacks, Hopkins has been molded by more Amir Dorafshar, Jaimie Shores, Carisa Cooney, than a century of history and stands Giorgio Raimondi, Alex Rottgers, Damon Cooney poised to contribute to medicine’s next Not pictured: Kristen Parker Broderick, Paul Manson, Stephen Milner, major advances. Nijaguna Prasad 1 Plastic and Reconstructive Surgery | 1 From the Director ince its launch five years ago, the Department of Plastic and Reconstructive Surgery has been flourishing in size and scope. Our faculty numbers have more than doubled, our laboratories and clinical programs are impacting the field, and we continue to Sdevelop groundbreaking approaches and solutions by building on our interdisciplinary collaborations and forging new ones. Five years ago, our team set out under a banner of “Teamwork, Collaboration, Mentorship and Innovation,” a motto that continues to guide our approaches today in patient care, resident and fellow training, and cutting-edge research. Our 13 new clinical faculty members hail from 13 different residency programs, bringing with them complementary sets of skills and perspectives. In a spirit of lifelong curiosity and advance- ment, we learn from one another and offer our residents a wide array of professional styles and career pathway models. “We continue Intentionally seeking synergy by building bridges with over- to develop lapping disciplines, we have developed clinical and/or research groundbreaking collaborations with dozens of departments. -
Icd-9-Cm (2010)
ICD-9-CM (2010) PROCEDURE CODE LONG DESCRIPTION SHORT DESCRIPTION 0001 Therapeutic ultrasound of vessels of head and neck Ther ult head & neck ves 0002 Therapeutic ultrasound of heart Ther ultrasound of heart 0003 Therapeutic ultrasound of peripheral vascular vessels Ther ult peripheral ves 0009 Other therapeutic ultrasound Other therapeutic ultsnd 0010 Implantation of chemotherapeutic agent Implant chemothera agent 0011 Infusion of drotrecogin alfa (activated) Infus drotrecogin alfa 0012 Administration of inhaled nitric oxide Adm inhal nitric oxide 0013 Injection or infusion of nesiritide Inject/infus nesiritide 0014 Injection or infusion of oxazolidinone class of antibiotics Injection oxazolidinone 0015 High-dose infusion interleukin-2 [IL-2] High-dose infusion IL-2 0016 Pressurized treatment of venous bypass graft [conduit] with pharmaceutical substance Pressurized treat graft 0017 Infusion of vasopressor agent Infusion of vasopressor 0018 Infusion of immunosuppressive antibody therapy Infus immunosup antibody 0019 Disruption of blood brain barrier via infusion [BBBD] BBBD via infusion 0021 Intravascular imaging of extracranial cerebral vessels IVUS extracran cereb ves 0022 Intravascular imaging of intrathoracic vessels IVUS intrathoracic ves 0023 Intravascular imaging of peripheral vessels IVUS peripheral vessels 0024 Intravascular imaging of coronary vessels IVUS coronary vessels 0025 Intravascular imaging of renal vessels IVUS renal vessels 0028 Intravascular imaging, other specified vessel(s) Intravascul imaging NEC 0029 Intravascular -
UPMC Health Plan and Evolent Health Provide Administrative Functions and Services on Behalf of Medstar Health, Inc and Its Affiliates
MedStar Health, Inc. POLICY AND PROCEDURE MANUAL POLICY NUMBER: PAY.079.MH REVISION DATE: 04/15 ANNUAL APPROVAL DATE: 04/15 PAGE NUMBER: 1 of 20 SUBJECT: Cosmetic Versus Reconstructive Services INDEX TITLE: Medical Management ORIGINAL DATE: January 2013 This policy applies to the following lines of business: (Check those that apply.) COMMERCIAL [ ] HMO [ ] PPO [ ] Fully Insured [ ] Individual [ ] Marketplace [ X ] All Product (Exchange) GOVERNMENT [ ] MA HMO [ ] MA PPO [ ] MA C-SNP [ ] MA D-SNP [ X ] MA All PROGRAMS [ ] Medicaid OTHER [ X ] Self-funded/ASO I. POLICY It is the policy of MedStar Health, Inc. to cover medical and surgical procedures when they are medically necessary (refer to CRM .015.MH-Medical Necessity policy) and covered under the member’s specific benefit plan. Note: Not all benefit contracts include benefits for reconstructive services. Reconstructive Services are covered when indicated in specific MedStar Health, Inc. policies. Procedures performed solely to improve one’s appearance and/or self-esteem are considered not medically necessary and therefore not covered. II. DEFINITIONS Cosmetic Procedures are performed to reshape normal structures of the body in order to improve the patient’s appearance and/or self-esteem. Reconstructive Procedures are performed on abnormal structures of the body, caused by congenital defects, developmental abnormalities, accidental injury, trauma, infection, tumors or disease for the purpose of improving/restoring body functions. III. PURPOSE UPMC Health Plan and Evolent Health provide administrative functions and services on behalf of MedStar Health, Inc and its affiliates. Proprietary and Confidential Information of UPMC Health Plan © 2015 UPMC All Rights Reserved POLICY NUMBER: PAY.079.MH REVISION DATE: 04/15 ANNUAL APPROVAL DATE: 04/15 PAGE NUMBER: 2 of 20 The purpose of this policy is to differentiate the circumstances when a procedure or service is considered medically necessary and reconstructive in nature vs. -
1 Annex 2. AHRQ ICD-9 Procedure Codes 0044 PROC-VESSEL
Annex 2. AHRQ ICD-9 Procedure Codes 0044 PROC-VESSEL BIFURCATION OCT06- 0201 LINEAR CRANIECTOMY 0050 IMPL CRT PACEMAKER SYS 0202 ELEVATE SKULL FX FRAGMNT 0051 IMPL CRT DEFIBRILLAT SYS 0203 SKULL FLAP FORMATION 0052 IMP/REP LEAD LF VEN SYS 0204 BONE GRAFT TO SKULL 0053 IMP/REP CRT PACEMAKR GEN 0205 SKULL PLATE INSERTION 0054 IMP/REP CRT DEFIB GENAT 0206 CRANIAL OSTEOPLASTY NEC 0056 INS/REP IMPL SENSOR LEAD OCT06- 0207 SKULL PLATE REMOVAL 0057 IMP/REP SUBCUE CARD DEV OCT06- 0211 SIMPLE SUTURE OF DURA 0061 PERC ANGIO PRECEREB VES (OCT 04) 0212 BRAIN MENINGE REPAIR NEC 0062 PERC ANGIO INTRACRAN VES (OCT 04) 0213 MENINGE VESSEL LIGATION 0066 PTCA OR CORONARY ATHER OCT05- 0214 CHOROID PLEXECTOMY 0070 REV HIP REPL-ACETAB/FEM OCT05- 022 VENTRICULOSTOMY 0071 REV HIP REPL-ACETAB COMP OCT05- 0231 VENTRICL SHUNT-HEAD/NECK 0072 REV HIP REPL-FEM COMP OCT05- 0232 VENTRI SHUNT-CIRCULA SYS 0073 REV HIP REPL-LINER/HEAD OCT05- 0233 VENTRICL SHUNT-THORAX 0074 HIP REPL SURF-METAL/POLY OCT05- 0234 VENTRICL SHUNT-ABDOMEN 0075 HIP REP SURF-METAL/METAL OCT05- 0235 VENTRI SHUNT-UNINARY SYS 0076 HIP REP SURF-CERMC/CERMC OCT05- 0239 OTHER VENTRICULAR SHUNT 0077 HIP REPL SURF-CERMC/POLY OCT06- 0242 REPLACE VENTRICLE SHUNT 0080 REV KNEE REPLACEMT-TOTAL OCT05- 0243 REMOVE VENTRICLE SHUNT 0081 REV KNEE REPL-TIBIA COMP OCT05- 0291 LYSIS CORTICAL ADHESION 0082 REV KNEE REPL-FEMUR COMP OCT05- 0292 BRAIN REPAIR 0083 REV KNEE REPLACE-PATELLA OCT05- 0293 IMPLANT BRAIN STIMULATOR 0084 REV KNEE REPL-TIBIA LIN OCT05- 0294 INSERT/REPLAC SKULL TONG 0085 RESRF HIPTOTAL-ACET/FEM