1st Edition
A Manual of Basic Microsurgical Techniques
A practical surgical manual providing a step-by-step guide to basic microsurgical techniques for the reconstruction of small vessels, nerves, and vas deferens. This also includes access to videos demonstrating core microsurgical techniques.
Incorporating 40 years of experience gained by the teachers of the microvascular course at Northwick Park, the techniques described in this manual have trained generations of surgeons. Fully illustrated and with a clear, succinct text, this manual will enable the reader to master basic skills quickly and confidently.
Microsurgery is not difficult, provided it is taught properly: There is no magic formula, but it must be learnt slowly, patiently and step by step. This valuable resource will be useful for surgeons in training and in practice and for research workers who are increasingly using microsurgical techniques in their experiments.
1: Equipment 2: Instruments 3: Stitch Formation 4. Microsurgical Training Models 5. Animal Model 6. Factors Affecting Anastomatic Success 7. End to End Arterial Anastomosis 8. End to Side Anastomosis 9. Interpositional Vein Graft 10. Vessels Under 1mm 11. Anastomosis with Single Clamps 12. Continuous Suturing Techniques 13. End to Side Continuous Suturing 14. Peripheral Nerve Repair 15. Rat Vasovasostomy 16. Rat Epididymovasostomy 17. Clinical Practice
Biography
Sandra Shurey is a research surgeon and the co-author of the training manual Basic Microsurgical Techniques. She has over 40 years’ experience of teaching microsurgery and to date has tutored over 4000 surgeons from many differing specialties. She has had 1 manual, 3 book chapters and over 50 research papers published and has lectured internationally on microsurgical techniques. She has honed her microsurgical skills from a research background of organ transplantation (heart, lung, kidney, liver, pancreas and small bowel) also including free-flap, muscle transplantation, vasovasostomy, epididyvasovasostomy and nerve regeneration. She has also contributed to the assessment of microsurgical skills and to identifying the ‘gold standard’ for the running of microsurgical workshops Europe wide. She also tutored microsurgery to medical MSc students from Imperial College, UCL and Queen Mary University and was nominated an Honorary Lectureship at Queen Mary’s. In 2016 when she retired, she started her own microsurgical training company: MicroShure Microsurgery and now teaches on a 1:1 basis from her home in Devon. She is still called upon for surgical research projects and still teaches and lectures on microsurgery at hospitals when requested.
Sital Vara, BSc, PGCert, is a Surgical Trainer and Research Surgeon and current Director of the Northwick Park Microvascular course. Sital Vara has a background in surgical research, including wound-healing models, aneurysm repair and surgical implants. She has over 10 years of experience in small and large animal anaesthesia. She is an Honorary Lecturer for UCL and teaches undergraduate and postgraduate students basic surgical skills, endoscopy, laparoscopy, microvascular surgery and robotic skills. Dr Vara has a passion for training and education and is involved in the organisation, management and continued development of various surgical training courses including, endovascular aneurysm repair courses, the London free-flap course and craniofacial trauma courses.
Abdul Ahmed, BDS, MFDSRCS, MBChB, MRCS, DO-HNS, PGCert, FRCS(OMFS), is a Consultant OMFS/Head & Neck/Reconstructive/Robotic Surgeon, Honorary Senior Clinical Lecturer at Queen Mary University of London and a Clinical Tutor at the Griffin Institute Surgical Training & Medical Research Charity. Bringing almost a decade of consultant experience in OMFS and head and neck surgery, Prof. Ahmed exhibits and innovative approach to his practice. He incorporates cutting-edge technologies, such as 3D planning, augmented reality (AR) and robotic surgery, into his work. With a notable repertoire, he has authored multiple textbooks and regularly imparts his knowledge through teaching engagements, including courses centered around microvascular surgery, reconstructive surgery and undergraduate/postgraduate training for several universities.
