About iStudy

Empowering learners and educators with a comprehensive platform that bridges the gap between traditional and modern education. iStudy inspires excellence in education and fosters growth for a brighter future.

Follow Us

Shopping cart
The Women
$30.00 x1
Fourth Wing
$50.00 x1
image

Your Cart is empty

Go to Shop
Subtotal:
$160.00

MicroLab & Cadaveric Training (2 Months)

Home MicroLab & Cadaveric Training (2 Months)
shape
shape

Integrated Microsurgical Training Approach

Description

Our program integrates cadaveric training and microscope-attached laboratory training to provide a structured, hands-on foundation in microvascular reconstruction. Participants develop a strong understanding of surgical anatomy and flap harvest techniques, while simultaneously building precision, hand–eye coordination, and microsurgical dexterity under magnification, ensuring readiness for clinical microvascular procedures.

Lab Training (2 Months)

Component Cadaveric Training Microscope-Attached Laboratory Training
Training Focus Anatomical understanding and flap harvest techniques Development of microvascular suturing and anastomosis skills
Learning Objectives Identify surgical anatomy relevant to head & neck reconstruction and free flaps Achieve precision, hand–eye coordination, and microsurgical dexterity
Procedures Covered Radial forearm flap, Fibula flap, Anterolateral thigh (ALT) flap, Medial sural artery flap End-to-end and end-to-side microvascular anastomosis
Skill Development Flap design, dissection planes, pedicle identification, and safe harvest Vessel handling, knot tying, suturing under magnification
Equipment Used Preserved cadavers, standard surgical instruments Operating microscope, micro-instruments, sutures
Faculty Supervision Direct faculty-guided dissection with step-by-step instruction One-to-one and small-group mentor supervision
Assessment Method Faculty observation and procedural checklists Skill-based assessment of anastomosis quality and technique
Outcome Confidence in anatomical orientation and flap harvest Readiness for clinical microvascular reconstruction