Breast reconstruction can be done immediately during mastectomy or delayed after adjuvant therapy completion. Immediate reconstruction provides better cosmetic outcomes and early psychological benefits, while delayed allows more time for consideration and ensures therapy is done. Techniques include expanders/implants, latissimus dorsi flaps, TRAM/DIEP flaps, and fat grafting. Each option has pros and cons like operating time, recovery duration, and risks of complications or donor site morbidity that require considering patient factors and desires. A multidisciplinary team can help personalize the optimal reconstructive approach.
Breast Preservation Foundation: Oncoplastic Talk, Dallas, 12/5/09SDG
The document discusses the principles of oncoplastic breast surgery and mastectomy techniques. It provides a brief history of mastectomy and describes the physics of breast shape. It advocates for using the Wise pattern incision technique for mastectomies, as it better preserves the skin envelope and shape compared to transverse incisions. Clinical examples are presented showing reconstruction outcomes using implants, flaps and skin-sparing techniques based on these principles.
MRM merupakan reseksi blok anak jalanan jaringan payudara termasuk kompleks nipple/areola dan kulit di atas tumor beserta jaringan limfatik aksila. Tindakan ini digunakan untuk kanker payudara stadium I-II dan LABC setelah terapi neoadjuvant. Secara historis, MRM pertama kali dilaporkan pada 1894 dan sejak saat itu terus mengalami perkembangan untuk meminimalisir morbiditas. Prosedur MRM meliputi inkisi kul
This document discusses post-mastectomy breast reconstruction options. It begins with an overview of surgical options for breast cancer treatment, including breast-conserving therapy and mastectomy. It then discusses the reasons for and goals of breast reconstruction. The document outlines the anatomy of the breast and techniques for immediate and delayed breast reconstruction using implants, pedicled flaps like latissimus dorsi flaps and TRAM flaps, and free flaps like DIEP flaps. It also discusses nipple-areolar complex reconstruction and procedures to achieve symmetry in the contralateral breast.
This document provides an overview of breast reconstruction techniques and history. It begins with a brief history of breast reconstruction procedures dating back to the early 1900s. It then discusses anatomical considerations like breast dimensions and vascularity. Various surgical techniques are described, including implant-based reconstruction, autologous reconstruction using pedicled or free flaps, and hybrid approaches. Goals of reconstruction and factors in technique selection are also summarized. Imaging modalities for preoperative planning are mentioned. The document focuses on expander-implant and autologous flap reconstruction methods in more detail.
Liposarcoma: A Pictorial and Literature Reviewasclepiuspdfs
This document provides an overview of liposarcoma (LS), a rare soft tissue malignant tumor. It discusses the five main subtypes of LS (well-differentiated, dedifferentiated, myxoid, pleomorphic, mixed), their characteristics, locations, diagnoses, treatments, and prognoses. Well-differentiated LS is the most common subtype, usually appearing in extremities as slow-growing masses. Dedifferentiated LS arises from well-differentiated LS and has a high-grade dedifferentiated component, making it more aggressive. Myxoid round cell LS is characterized by translocations and commonly arises in lower extremities. Surgical resection is the main treatment, while chemotherapy is less effective depending on
This document discusses recent refinements in implant-based breast reconstruction. It notes that 80% of breast reconstructions are now immediate implant-based procedures. However, radiation therapy can increase complications, and autologous reconstruction may have better outcomes in terms of morbidity. The document also discusses the benefits of acellular dermal matrices like AlloDerm which can improve implant placement and symmetry outcomes compared to total muscle coverage techniques. Fat grafting is also discussed as a method to further improve reconstruction outcomes, even in patients who have received radiation therapy.
Breast - Anatomy and Phsiology with Congenital anomalies - Dr. Vijayandra.pptxJhansi897032
This document provides an overview of the anatomy, physiology, and congenital anomalies of the breast. It begins with the embryological development of the breast from mammary ridges. The anatomy sections describe the structure, blood supply, lymphatic drainage and microscopic anatomy. Physiology sections cover development during puberty, the menstrual cycle, pregnancy, lactation and involution. The document concludes with descriptions of common congenital anomalies such as accessory nipples, hypoplasia, amastia and Poland's syndrome.
Breast reconstruction can be done immediately during mastectomy or delayed after adjuvant therapy completion. Immediate reconstruction provides better cosmetic outcomes and early psychological benefits, while delayed allows more time for consideration and ensures therapy is done. Techniques include expanders/implants, latissimus dorsi flaps, TRAM/DIEP flaps, and fat grafting. Each option has pros and cons like operating time, recovery duration, and risks of complications or donor site morbidity that require considering patient factors and desires. A multidisciplinary team can help personalize the optimal reconstructive approach.
Breast Preservation Foundation: Oncoplastic Talk, Dallas, 12/5/09SDG
The document discusses the principles of oncoplastic breast surgery and mastectomy techniques. It provides a brief history of mastectomy and describes the physics of breast shape. It advocates for using the Wise pattern incision technique for mastectomies, as it better preserves the skin envelope and shape compared to transverse incisions. Clinical examples are presented showing reconstruction outcomes using implants, flaps and skin-sparing techniques based on these principles.
MRM merupakan reseksi blok anak jalanan jaringan payudara termasuk kompleks nipple/areola dan kulit di atas tumor beserta jaringan limfatik aksila. Tindakan ini digunakan untuk kanker payudara stadium I-II dan LABC setelah terapi neoadjuvant. Secara historis, MRM pertama kali dilaporkan pada 1894 dan sejak saat itu terus mengalami perkembangan untuk meminimalisir morbiditas. Prosedur MRM meliputi inkisi kul
This document discusses post-mastectomy breast reconstruction options. It begins with an overview of surgical options for breast cancer treatment, including breast-conserving therapy and mastectomy. It then discusses the reasons for and goals of breast reconstruction. The document outlines the anatomy of the breast and techniques for immediate and delayed breast reconstruction using implants, pedicled flaps like latissimus dorsi flaps and TRAM flaps, and free flaps like DIEP flaps. It also discusses nipple-areolar complex reconstruction and procedures to achieve symmetry in the contralateral breast.
This document provides an overview of breast reconstruction techniques and history. It begins with a brief history of breast reconstruction procedures dating back to the early 1900s. It then discusses anatomical considerations like breast dimensions and vascularity. Various surgical techniques are described, including implant-based reconstruction, autologous reconstruction using pedicled or free flaps, and hybrid approaches. Goals of reconstruction and factors in technique selection are also summarized. Imaging modalities for preoperative planning are mentioned. The document focuses on expander-implant and autologous flap reconstruction methods in more detail.
Liposarcoma: A Pictorial and Literature Reviewasclepiuspdfs
This document provides an overview of liposarcoma (LS), a rare soft tissue malignant tumor. It discusses the five main subtypes of LS (well-differentiated, dedifferentiated, myxoid, pleomorphic, mixed), their characteristics, locations, diagnoses, treatments, and prognoses. Well-differentiated LS is the most common subtype, usually appearing in extremities as slow-growing masses. Dedifferentiated LS arises from well-differentiated LS and has a high-grade dedifferentiated component, making it more aggressive. Myxoid round cell LS is characterized by translocations and commonly arises in lower extremities. Surgical resection is the main treatment, while chemotherapy is less effective depending on
This document discusses recent refinements in implant-based breast reconstruction. It notes that 80% of breast reconstructions are now immediate implant-based procedures. However, radiation therapy can increase complications, and autologous reconstruction may have better outcomes in terms of morbidity. The document also discusses the benefits of acellular dermal matrices like AlloDerm which can improve implant placement and symmetry outcomes compared to total muscle coverage techniques. Fat grafting is also discussed as a method to further improve reconstruction outcomes, even in patients who have received radiation therapy.
Breast - Anatomy and Phsiology with Congenital anomalies - Dr. Vijayandra.pptxJhansi897032
This document provides an overview of the anatomy, physiology, and congenital anomalies of the breast. It begins with the embryological development of the breast from mammary ridges. The anatomy sections describe the structure, blood supply, lymphatic drainage and microscopic anatomy. Physiology sections cover development during puberty, the menstrual cycle, pregnancy, lactation and involution. The document concludes with descriptions of common congenital anomalies such as accessory nipples, hypoplasia, amastia and Poland's syndrome.
Breast Conservation Surgery is defined as the complete removal of the tumour with a concentric margin of surrounding healthy tissue with maintenance of acceptable cosmesis, and should be followed by radiation therapy to achieve an acceptably low rate of local recurrence. Breast conservation treatment is BCS with radiotherapy.
This document discusses oncoplastic surgery techniques for breast conservation following diagnosis of breast cancer. It defines oncoplastic surgery as combining cancer removal with partial or total breast reconstruction. Several oncoplastic techniques are described for different breast tumor locations and sizes, including superior and inferior pedicle reductions, round block (doughnut), batwing, and S-shaped reductions. The advantages are increased resection volume and better cosmetic results, while disadvantages include longer surgery time and increased morbidity. Volume replacement techniques like TRAM flaps are also summarized. The goal of oncoplastic surgery is adequate cancer treatment while optimizing breast shape and appearance.
This document discusses reconstructive breast surgery options after mastectomy or breast conservation therapy. It describes the multidisciplinary approach required and covers timing considerations for reconstruction. The two main types of reconstruction - prosthetic devices and autologous tissue reconstruction - are outlined. Autologous techniques discussed include pedicled and free TRAM flaps, latissimus dorsi flap, and various perforator flaps. Future directions like supramicrosurgery and tissue regeneration are also mentioned.
Fat grafting involves harvesting fat from areas like the abdomen through liposuction and refining it to separate viable fat cells from other components. The purified fat is then reinjected into areas like the face and breasts through microdroplet injections between skin layers to augment volume. Potential complications include irregular contours, necrosis of grafted fat, and infection. However, stem cells found in fat tissue are also being researched for uses like wound healing, skin engineering, and repairing various organs. Fat grafting is a popular aesthetic procedure that has been improved through techniques preserving high viability of transplanted fat cells.
Breast conserving therapy/ Krūts saaudzējošā terapijaMaksims Tjurins
Breast conserving therapy (BCT) involves breast conserving surgery followed by radiation therapy to eliminate residual cancer cells. BCT aims to provide equivalent survival to mastectomy with an acceptable cosmetic outcome and low recurrence rates. Patient selection involves evaluating tumor characteristics, breast imaging to determine extent of disease, and ruling out contraindications like multicentric tumors or prior radiation to the breast. The goal of surgery is a complete excision with negative margins followed by radiation therapy. Complications can include seroma, infection, and arm issues, though are less common than following mastectomy. BCT provides an alternative to mastectomy for many breast cancer patients when appropriate criteria are met.
ROLE OF NEOADJUVANT CHEMORADIATION IN LOCALLY ADVANCED BREAST CANCERKanhu Charan
This retrospective study analyzed 187 breast cancer patients treated with neoadjuvant chemoradiation followed by mastectomy from 1970-1984. It found that the 10-year locoregional control, disease-free survival, and overall survival rates were 91%, 47%, and 55% respectively. Only pathological nodal involvement was an independent negative prognostic factor for disease-free and overall survival. The study demonstrates comparable long-term locoregional control with this approach compared to other trials, suggesting neoadjuvant chemoradiation followed by mastectomy can achieve good outcomes.
This document discusses skin sparing mastectomy (SSM) and nipple sparing mastectomy (NSM). It provides details on the anatomy of the breast and history of breast cancer treatment. SSM aims to remove all breast tissue while preserving the skin and NAC. NSM further preserves the nipple. Selection criteria for NSM include small tumor size and distance from NAC. Outcomes of SSM and NSM are similar to MRM with acceptable morbidity. Complication rates of NSM include nipple necrosis around 7% and occult nipple involvement around 10%. Frozen section of subareolar tissue during NSM helps guide decision for NAC removal. Overall, SSM and NSM provide improved cosmetic
1. Breast reconstruction surgery has evolved significantly since its beginnings in the late 19th century, with various flap techniques and the use of implants.
2. Reconstruction can be done immediately after mastectomy or delayed, and involves autologous tissue flaps like TRAM flaps, prosthetic implants, or a combination.
3. Factors like timing, patient characteristics, cancer details, and available resources must be considered to determine the best reconstruction method and ensure good outcomes.
This document provides information on breast oncoplastic surgery techniques:
- Oncoplastic surgery (OPS) integrates plastic surgery with breast-conserving cancer surgery to allow for wider excisions without compromising breast shape. It ranges from simple reshaping to advanced mammoplasty techniques.
- Key factors in determining the appropriate OPS approach are excision volume, tumor location, breast density, and glandular composition. Excisions over 20% of breast volume or from certain locations risk deformity. OPS allows excision of up to 1000g compared to 80g for standard surgery.
- OPS techniques are classified into Level I involving reshaping and Level II involving skin excision and reshaping using
This document discusses techniques for preventing adhesions in gynecological surgeries. It covers the pathophysiology and risk factors for adhesion formation. Good surgical techniques like minimizing tissue trauma and drying can help reduce adhesions. Laparoscopy is associated with fewer adhesions than laparotomy due to less tissue handling and drying. Various barrier agents are described but have limitations. Current research focuses on hydrogels and other absorbable barriers that are easy to apply and prevent reformation of adhesions. Further studies are still needed to determine the best strategies and agents for adhesion prevention.
This document discusses oncoplastic breast surgery techniques. It begins by explaining breast conserving treatment and its goals of providing survival equivalent to mastectomy while achieving low recurrence rates. It then discusses various breast conserving surgery procedures like lumpectomy and quadrantectomy. The document focuses on the compromise between wide excision margins and satisfactory aesthetic results in breast conserving surgery. It also discusses various reconstruction techniques used after breast conserving surgery, including breast implants, fat grafting, flap procedures, and oncoplastic breast reconstruction. The principles and mechanisms of oncoplastic surgery are explained. Techniques for peripheral and central tumors are classified.
This document discusses techniques for breast reconstruction using prosthetic implants. It describes patient selection criteria, timing considerations for reconstruction, surgical techniques including tissue expansion and implant exchange, and goals for creating symmetry. The key steps are patient education, tissue expansion over multiple sessions to achieve adequate size, and careful implant selection and positioning to match the other breast.
This simple presentation was designed as a part of the basic ultrasound knowledge for junior clinicians held half annually in the Department of Obstetrics and Gynecology - Mansoura University- Egypt, as a component of continuous medical education offered by the department.
This document discusses breast reduction techniques. It provides information on the anatomy and embryology of the breast. It describes various surgical techniques for breast reduction including the McKissock vertical bipedicle technique, Wise pattern marking design, and liposuction assisted reduction. Recovery, risks, and post-operative care are also addressed. The document aims to inform patients considering breast reduction surgery.
The document discusses difficult abdominal wall closure, techniques for temporary abdominal closure, and definitive abdominal wall reconstruction. It provides details on:
- Ideal suture materials that resist infection and provide strength for closure.
- Indications for leaving the abdomen open such as damage control surgery or intra-abdominal hypertension.
- Temporary abdominal closure techniques including negative pressure devices that control fluids and promote primary fascial closure in 70-80% of cases.
- Factors to consider before definitive reconstruction such as optimizing patient status and using tension-free techniques like component separation with mesh reinforcement for a durable repair.
The document discusses breast reconstruction options for women with breast cancer. It outlines the key decisions around mastectomy versus breast conservation, immediate versus delayed reconstruction, and types of reconstruction including autologous techniques using the patient's own tissue or implants/expanders. Reasons for reconstructing the conserved breast are also reviewed, such as achieving symmetry or correcting shape/nipple issues. Patient factors, tumor characteristics, treatment plans, and lifestyle/expectations must all be considered in personalized decision making around reconstruction.
1) Locally advanced breast cancer involves large tumors that have often spread to nearby lymph nodes but not distant sites. This makes the cancer inoperable with surgery alone.
2) Left untreated, locally advanced breast cancer can cause skin and tissue damage from ulceration, bleeding, and infection at the breast as well as pain, swelling, and blockages from spread to lymph nodes in the armpit.
3) Treatment options include chemotherapy to shrink the tumor and make it operable, radiation therapy to the breast and nearby lymph nodes, and hormone therapy for hormone receptor-positive cancers.
Brachioplasty is a procedure to remove excess skin and fat from the arm. It was first described in 1954 and has since undergone modifications. Major advances came in 1995 when Lockwood proposed anchoring the arm flap to underlying fascia to address loose skin. Brachioplasty procedures have increased with the rise in bariatric surgeries. There are several classification systems for arm deformities following weight loss, including Appelt's classification which considers both skin laxity and fat amounts. Brachioplasty techniques aim to remove excess skin and fat while minimizing scarring. Potential complications include seromas, nerve damage, wound issues, and unfavorable scarring.
Glandular hypomastia, or inadequate breast development, can be caused by developmental factors, genetic conditions like Poland syndrome, or weight loss/breastfeeding after childbirth. It affects women's self-esteem and quality of life. Breast augmentation surgery aims to increase volume and improve shape/symmetry by creating a pocket and inserting an implant. Common complications include infection, malposition, capsular contracture (scar tissue formation), rippling, implant rupture, and rare cases of breast implant-associated lymphoma. Close monitoring and additional surgery may be needed to address complications. Informed consent is important given women's health concerns regarding implants.
Breast Conservation Surgery is defined as the complete removal of the tumour with a concentric margin of surrounding healthy tissue with maintenance of acceptable cosmesis, and should be followed by radiation therapy to achieve an acceptably low rate of local recurrence. Breast conservation treatment is BCS with radiotherapy.
This document discusses oncoplastic surgery techniques for breast conservation following diagnosis of breast cancer. It defines oncoplastic surgery as combining cancer removal with partial or total breast reconstruction. Several oncoplastic techniques are described for different breast tumor locations and sizes, including superior and inferior pedicle reductions, round block (doughnut), batwing, and S-shaped reductions. The advantages are increased resection volume and better cosmetic results, while disadvantages include longer surgery time and increased morbidity. Volume replacement techniques like TRAM flaps are also summarized. The goal of oncoplastic surgery is adequate cancer treatment while optimizing breast shape and appearance.
This document discusses reconstructive breast surgery options after mastectomy or breast conservation therapy. It describes the multidisciplinary approach required and covers timing considerations for reconstruction. The two main types of reconstruction - prosthetic devices and autologous tissue reconstruction - are outlined. Autologous techniques discussed include pedicled and free TRAM flaps, latissimus dorsi flap, and various perforator flaps. Future directions like supramicrosurgery and tissue regeneration are also mentioned.
Fat grafting involves harvesting fat from areas like the abdomen through liposuction and refining it to separate viable fat cells from other components. The purified fat is then reinjected into areas like the face and breasts through microdroplet injections between skin layers to augment volume. Potential complications include irregular contours, necrosis of grafted fat, and infection. However, stem cells found in fat tissue are also being researched for uses like wound healing, skin engineering, and repairing various organs. Fat grafting is a popular aesthetic procedure that has been improved through techniques preserving high viability of transplanted fat cells.
Breast conserving therapy/ Krūts saaudzējošā terapijaMaksims Tjurins
Breast conserving therapy (BCT) involves breast conserving surgery followed by radiation therapy to eliminate residual cancer cells. BCT aims to provide equivalent survival to mastectomy with an acceptable cosmetic outcome and low recurrence rates. Patient selection involves evaluating tumor characteristics, breast imaging to determine extent of disease, and ruling out contraindications like multicentric tumors or prior radiation to the breast. The goal of surgery is a complete excision with negative margins followed by radiation therapy. Complications can include seroma, infection, and arm issues, though are less common than following mastectomy. BCT provides an alternative to mastectomy for many breast cancer patients when appropriate criteria are met.
ROLE OF NEOADJUVANT CHEMORADIATION IN LOCALLY ADVANCED BREAST CANCERKanhu Charan
This retrospective study analyzed 187 breast cancer patients treated with neoadjuvant chemoradiation followed by mastectomy from 1970-1984. It found that the 10-year locoregional control, disease-free survival, and overall survival rates were 91%, 47%, and 55% respectively. Only pathological nodal involvement was an independent negative prognostic factor for disease-free and overall survival. The study demonstrates comparable long-term locoregional control with this approach compared to other trials, suggesting neoadjuvant chemoradiation followed by mastectomy can achieve good outcomes.
This document discusses skin sparing mastectomy (SSM) and nipple sparing mastectomy (NSM). It provides details on the anatomy of the breast and history of breast cancer treatment. SSM aims to remove all breast tissue while preserving the skin and NAC. NSM further preserves the nipple. Selection criteria for NSM include small tumor size and distance from NAC. Outcomes of SSM and NSM are similar to MRM with acceptable morbidity. Complication rates of NSM include nipple necrosis around 7% and occult nipple involvement around 10%. Frozen section of subareolar tissue during NSM helps guide decision for NAC removal. Overall, SSM and NSM provide improved cosmetic
1. Breast reconstruction surgery has evolved significantly since its beginnings in the late 19th century, with various flap techniques and the use of implants.
2. Reconstruction can be done immediately after mastectomy or delayed, and involves autologous tissue flaps like TRAM flaps, prosthetic implants, or a combination.
3. Factors like timing, patient characteristics, cancer details, and available resources must be considered to determine the best reconstruction method and ensure good outcomes.
This document provides information on breast oncoplastic surgery techniques:
- Oncoplastic surgery (OPS) integrates plastic surgery with breast-conserving cancer surgery to allow for wider excisions without compromising breast shape. It ranges from simple reshaping to advanced mammoplasty techniques.
- Key factors in determining the appropriate OPS approach are excision volume, tumor location, breast density, and glandular composition. Excisions over 20% of breast volume or from certain locations risk deformity. OPS allows excision of up to 1000g compared to 80g for standard surgery.
- OPS techniques are classified into Level I involving reshaping and Level II involving skin excision and reshaping using
This document discusses techniques for preventing adhesions in gynecological surgeries. It covers the pathophysiology and risk factors for adhesion formation. Good surgical techniques like minimizing tissue trauma and drying can help reduce adhesions. Laparoscopy is associated with fewer adhesions than laparotomy due to less tissue handling and drying. Various barrier agents are described but have limitations. Current research focuses on hydrogels and other absorbable barriers that are easy to apply and prevent reformation of adhesions. Further studies are still needed to determine the best strategies and agents for adhesion prevention.
This document discusses oncoplastic breast surgery techniques. It begins by explaining breast conserving treatment and its goals of providing survival equivalent to mastectomy while achieving low recurrence rates. It then discusses various breast conserving surgery procedures like lumpectomy and quadrantectomy. The document focuses on the compromise between wide excision margins and satisfactory aesthetic results in breast conserving surgery. It also discusses various reconstruction techniques used after breast conserving surgery, including breast implants, fat grafting, flap procedures, and oncoplastic breast reconstruction. The principles and mechanisms of oncoplastic surgery are explained. Techniques for peripheral and central tumors are classified.
This document discusses techniques for breast reconstruction using prosthetic implants. It describes patient selection criteria, timing considerations for reconstruction, surgical techniques including tissue expansion and implant exchange, and goals for creating symmetry. The key steps are patient education, tissue expansion over multiple sessions to achieve adequate size, and careful implant selection and positioning to match the other breast.
This simple presentation was designed as a part of the basic ultrasound knowledge for junior clinicians held half annually in the Department of Obstetrics and Gynecology - Mansoura University- Egypt, as a component of continuous medical education offered by the department.
This document discusses breast reduction techniques. It provides information on the anatomy and embryology of the breast. It describes various surgical techniques for breast reduction including the McKissock vertical bipedicle technique, Wise pattern marking design, and liposuction assisted reduction. Recovery, risks, and post-operative care are also addressed. The document aims to inform patients considering breast reduction surgery.
The document discusses difficult abdominal wall closure, techniques for temporary abdominal closure, and definitive abdominal wall reconstruction. It provides details on:
- Ideal suture materials that resist infection and provide strength for closure.
- Indications for leaving the abdomen open such as damage control surgery or intra-abdominal hypertension.
- Temporary abdominal closure techniques including negative pressure devices that control fluids and promote primary fascial closure in 70-80% of cases.
- Factors to consider before definitive reconstruction such as optimizing patient status and using tension-free techniques like component separation with mesh reinforcement for a durable repair.
The document discusses breast reconstruction options for women with breast cancer. It outlines the key decisions around mastectomy versus breast conservation, immediate versus delayed reconstruction, and types of reconstruction including autologous techniques using the patient's own tissue or implants/expanders. Reasons for reconstructing the conserved breast are also reviewed, such as achieving symmetry or correcting shape/nipple issues. Patient factors, tumor characteristics, treatment plans, and lifestyle/expectations must all be considered in personalized decision making around reconstruction.
1) Locally advanced breast cancer involves large tumors that have often spread to nearby lymph nodes but not distant sites. This makes the cancer inoperable with surgery alone.
2) Left untreated, locally advanced breast cancer can cause skin and tissue damage from ulceration, bleeding, and infection at the breast as well as pain, swelling, and blockages from spread to lymph nodes in the armpit.
3) Treatment options include chemotherapy to shrink the tumor and make it operable, radiation therapy to the breast and nearby lymph nodes, and hormone therapy for hormone receptor-positive cancers.
Brachioplasty is a procedure to remove excess skin and fat from the arm. It was first described in 1954 and has since undergone modifications. Major advances came in 1995 when Lockwood proposed anchoring the arm flap to underlying fascia to address loose skin. Brachioplasty procedures have increased with the rise in bariatric surgeries. There are several classification systems for arm deformities following weight loss, including Appelt's classification which considers both skin laxity and fat amounts. Brachioplasty techniques aim to remove excess skin and fat while minimizing scarring. Potential complications include seromas, nerve damage, wound issues, and unfavorable scarring.
Glandular hypomastia, or inadequate breast development, can be caused by developmental factors, genetic conditions like Poland syndrome, or weight loss/breastfeeding after childbirth. It affects women's self-esteem and quality of life. Breast augmentation surgery aims to increase volume and improve shape/symmetry by creating a pocket and inserting an implant. Common complications include infection, malposition, capsular contracture (scar tissue formation), rippling, implant rupture, and rare cases of breast implant-associated lymphoma. Close monitoring and additional surgery may be needed to address complications. Informed consent is important given women's health concerns regarding implants.
Türk jinekoloji ve Obstetri Derneği Antalya şubesi ilk bilimsel toplantısını, 22 Ocak 2015 tarihinde Porto Bello Hotel'de yaptı. Toplantıya, çoğunluğunu Kadın Hastalıkları ve Doğum Uzmanları'nın oluşturduğu yaklaşık 100 Uzman hekim katıldı. Bende konuşmacı olarak davetli olduğum bu toplantıda "Meme Kanseri ve Fertilite Prezervasyonu" başlıklı bir konuşma yaptım.
Prof. Dr. Ömer Lütfi Tapısız-Pelvik Prolapsus Cerrahisinde Mesh Mi Kullanalım...Omer Lutfi Tapisiz
Doğum yapmış kadınların %40'ında dereceden bağımsız pelvik organ prolapsusu (POP) görülmektedir. Dokuz kadından biri POP nedeni ile cerrahiye ihtiyaç duymakta, cerrahi geçirenlerin de %25'i maalesef ileriki dönemde tekrar cerrahiye gereksinim duymaktadır. Mesh kullanımı ile cerrahinin başarısı artmaktadır. Ancak kullanılan sentetik meshlerin maalesef istenmeyen etkileri de bulunmaktadır. FDA 2019 yılında yayınladığı deklarasyon ile POP cerrahisinde vajinal yol ile kullanılan meshlerin satışını ve kullanımını yasaklamıştır. Bu sunumda "Pelvik prolapsus cerrahisinde mesh kullanalım mı, naturel doku onarımı mı yapalım?" konusu literatür bilgileri ışığı altında tartışılacaktır. Prof. Dr. Ömer Lütfi Tapısız
19. DCIS’de lokal nüks 45 ay 3.7 yıl 9.8 yıl 49 ay 82.3 ay 0 3 0 0 3.3 26 95 44 28 223 Slavin Rubio Spiegel-Butler Grenway Carlson Takip Lokal nüks (%) Hasta sayısı Araştırıcı
63. Tek taraflı mastektomi Küçük orta meme Risk faktörü yok Büyük meme Sigara Obez hasta Radyoterapi Küçük orta meme Radyoterapi Tek pediküllü TRAM Çift pediküllü TRAM Free flep Vasküler geciktirilmiş TRAM Karşı tek pediküllü TRAM Free flep Vasküler geciktirilmiş TRAM
64. Alt vertikal orta hat kesisi Orta-büyük meme Küçük meme İki pediküllü TRAM Aynı taraf tek taraflı yarı-TRAM flep Subkostal kesi Karşı tek pediküllü TRAM Vasküler geciktirilmiş TRAM Serbest TRAM Genişletilmiş latismus dorsi Diğer serbest flepler