1 2 3 Robotic System x 1: 8mm working port, midline 2: 12mm camera port, midline 3: 8mm working port, mid-clavicular line X : 5mm port for sutures 6-10.

Slides:

Advertisements

Similar presentations

Contemporary Urologic Management of Children with Neurogenic Bladder

Advertisements

Enterocystoplasty and Urinary Diversion

Update on Minimally Invasive Urologic Surgery: What’s New

T OTALLY E NDOSCOPIC R OBOTIC T REATMENT OF H YPERTROPHIC O BSTRUCTIVE C ARDIOMYOPATHY WITH S EPTAL M YOMECTOMY AND A NTERIOR M ITRAL V ALVE L EAFLET A.

Metric Conversions w/o Dimensional Analysis Just move the decimal!!

Coding for Kidney, Ureter and Bladder Procedures

The Gold Standard: Autologous Fascial Pubo-Vaginal Sling

Supplementary Figure 2 Communication Runs Normal Subjects n=8.

Perimeter and Area of Compound Shapes

M&M Sinai Grace Hospital Brent Zamzow DO. Intra-op Consult 54 female – “No urine output” 54 female – “No urine output” Open cholecystectomy Open cholecystectomy.

Robotic Assisted Laparoscopic Pyeloplasty Dr J. Hagerty Pediatric Urology

Robotic Surgery for lesions 3-6 cm Alessio Pigazzi University of California, Irvine.

Year 7: Length and Area Perimeter The perimeter of a shape is the total distance around the edge of a shape. Perimeter is measured in cm A regular shape.

实验十四紫外线灭菌  一、实验背景及目的：  灭菌是一种杀灭微生物的措施。紫外线灭菌是物理灭菌因素之一。  1. 了解紫外线灭菌的原理；  2. 学习、掌握紫外线灭菌的方法。版权所有未经作者同意请勿使用.

KURNIA PENTA SEPUTRA UROLOGY DEPARTMENT BRAWIJAYA MEDICAL FACULTY SAIFUL ANWAR GENERAL HOSPITAL MALANG INDONESIA 1.

The reading is 7.38 mm. The reading is 7.72 mm.

SURGEON-PERFORMED ULTRASOUND FOR STENT POSITION IN LAPAROSCOPIC PYELOPLASTY Stephen D Adams, Costa Healy, Sengamalai Manoharan, Stephen Griffin, Henrik.

10 mm is the same as... 1 cm. 20 mm is the same as... 2 cm.

输尿管软镜钬激光碎石术的体会南华大学附属第二医院泌尿外科三区钱坤. 背景  输尿管软镜作为一种新碎石手段，目前在部分医院应用。其安全性、有效性得到一致的认可。  但是存在一些问题需要探讨：  手术适应症、禁忌症  影响碎石成功率的因素  手术并发症的防治.

Laparoscopic Ventral Hernia Repair – IPOM plus

Robotics In Pediatric Urology: An update

International Neurourology Journal 2010;14:61-64

The Young–Dees–Leadbetter–Jeffs bladder-neck reconstruction. A

Drawings of the preferred operative procedure, single or multiple stages. A. The ileocecal plate is closed demonstrating preservation of the appendix,

da Vinci bedside setup for mitral valve surgery

Volume 51, Issue 1, Pages (January 2007)

TOWARDS COMPETENCY-BASED TRAINING IN UROLOGY

Volume 65, Issue 5, Pages (May 2014)

R. Douglas Adams, MD, William D. Bolton, MD, James E

Volume 69, Issue 6, Pages (June 2016)

Volume 51, Issue 2, Pages (February 2007)

Endoscopic Robotic Mitral Valve Surgery

Single incision laparoscopic resection for diverticulitis

Robotic-assisted laparoscopic surgery: recent advances in urology

Volume 60, Issue 5, Pages (November 2011)

Endoscopic Subcutaneous Approach to Component Separation

James S. Gammie, MD, Eric J. Lehr, MD, PhD, Bartley P

Operative Techniques in Thoracic and Cardiovascular Surgery

Jakko A. Nieuwenhuijzen, Axel Bex, Simon Horenblas European Urology

Minimally Invasive Radical Prostatectomy

Robotic Lobectomy Utilizing the Robotic Stapler

Robotic tubal anastomosis: surgical technique and cost effectiveness

and their missing lengths

Extubation of the Patient After a Difficult Intubation

Laparoscopic inferior mesenteric-gonadal vein bypass for the treatment of nutcracker syndrome Danfeng Xu, MD, Yi Gao, MD, Jie Chen, MD, Junkai Wang,

Robert J. Cerfolio, MD, FACS, FCCP, Ayesha S

Which way does the robot have to turn to get to the charger?

Idiopathic Hypertrophic Subaortic Septal Obstruction: Robotic Transatrial and Transmitral Ventricular Septal Resection W. Randolph Chitwood, MD, FACS,

Volume 51, Issue 1, Pages (January 2007)

Basil S. Nasir, MBBCh, Ayesha S. Bryant, MSPH, MD, Douglas J

Resection of a symptomatic pericardial cyst using the computer-enhanced Da Vinci™ surgical system Matthew D Bacchetta, MD, Robert J Korst, MD, Nasser.

Robotic sleeve gastrectomy after liver transplantation

Seth D. Goldstein, MD, Stephen C. Yang, MD

Harvesting bilateral internal thoracic arteries using a novel subxiphoid approach versus the conventional lateral thoracic approach—results of an experimental.

Laparoscopic Robot-Assisted Diaphragm Plication

Single-Incision Thoracoscopic Lobectomy and Segmentectomy With Radical Lymph Node Dissection Bing-Yen Wang, MD, Cheng-Che Tu, MD, Chao-Yu Liu, MD, Chih-Shiun.

A Simple Device for Morphofunctional Evaluation During Aortic Valve-Sparing Surgery Alessandro Leone, MD, Piergiorgio Bruno, MD, Federico Cammertoni,

Luca A. Vricella, MD, Duke E. Cameron, MD

Difference between 3 COF and 6 COF Open cells in 22” Segment

Novel T-Shaped Linear-Stapled Intrathoracic Esophagogastric Anastomosis for Minimally Invasive Ivor Lewis Esophagectomy Yi-Nan Dong, MD, Liang Zhang,

Robot-assisted laparoscopic renal artery aneurysm reconstruction

Patrick O. Myers, MD The Annals of Thoracic Surgery

Industrial Robotics.

Temporary endovascular balloon occlusion of the bilateral internal iliac arteries for control of hemorrhage during laparoscopic-assisted myomectomy in.

Robert J. Cerfolio, MD, Ayesha S. Bryant, MD, Douglas J. Minnich, MD

Converting Between Measures

Initial Experience of Robotic Sleeve Resection for Lung Cancer Patients Xufeng Pan, MD, Chang Gu, MD, Rui Wang, MD, Heng Zhao, MD, Jianxin Shi, MD, Haiquan.

The treatment of recurrent aortic prosthetic detachment with modified Bentall procedure: Results of two cases Chong Zhang, MD, Yiming Ni, MD, Liping.

The elusive isolated hypogastric artery aneurysm: novel presentations

Presentation transcript:

1 2 3 Robotic System x 1: 8mm working port, midline 2: 12mm camera port, midline 3: 8mm working port, mid-clavicular line X : 5mm port for sutures 6-10 cm Right Pyeloplasty / Pyelo-ureterostomy

1 2 3 Robotic System x 1: 8mm working port, midline 2: 12mm camera port, midline 3: 8mm working port, midline X : 5mm port for sutures 6-10 cm Right Mid-Ureteral Surgery

1 2 3 Robotic System 1: 8mm working port, midline 2: 12mm camera port, midline 3: 8mm working port, mid-clavicular line X : 5mm port for sutures 6-10 cm x Left Pyeloplasty / Pyelo-ureterostomy

1 2 3 Robotic System 1: 8mm working port, midline 2: 12mm camera port, midline 3: 8mm working port, midline X : 5mm port for sutures 6-10 cm x Left Mid-Ureteral Surgery

1 2 3 Robotic System 1: 8mm working port, edge of the rectus 2: 12mm camera port, midline 3: 8mm working port, edge of the rectus 4: Cystoscope then replace with Foley catheter 6 cm Intravesical Ureteral Reimplant 4

1 2 3 Robotic System 1: 8mm working port, mid-clavicular line 2: 12mm camera port, midline 3: 8mm working port, mid-clavicular line 4: Foley catheter 8 cm Extravesical Ureteral Reimplant / Retrovesical Surgery 4

1 2 3 Robotic System 1: 8mm working port, mid-clavicular line 2: 12mm camera port, midline 3: 8mm working port, mid-clavicular line X : 10mm port for sutures and stapler 8-10 cm Bladder Augmentation X

1 2 3 Robotic System 1: 8mm working port, mid-clavicular line 2: 12mm camera port, midline 3: 8mm working port, mid-clavicular line X : 5mm port for sutures 10 cm Appendicovesicostomy/ ACE X