Dissection manual lower limb

With my own browsing experience the loading of pages is more annoying than pausing and continuing later. We certainly appreciate your point of view though and have talked about making things a bit tighter in the future. Greetings from Sweden! These videos are much better than the anatomy lectures at my med school. They are great for reviewing the anatomy after a dissection. They are so easy to understand and follow— and it seems Mr.

Bighands is very skilled at shaking muscles. Keep up the good work! One question— will you possibly be offering downloadable versions of the videos in the future? Thanks for watching!! Learn the current recommendations guiding flap choice for each type of defect of the lower limb. Understand the anatomy and surgical dissection technique of the most commonly used flaps of the pelvic and lumbar region.

Understand the anatomy and surgical dissection technique of the most commonly used flaps of the thigh. Understand the anatomy and surgical dissection technique of the most commonly used flaps of the lower leg. Understand the anatomy and surgical dissection technique of the most commonly used flaps of the foot.

Know the most commonly used access sites to perform vascular anastomoses in free flap insetting in the lower leg. Dissect common functional movements to optimize abdominopelvic stability.

See Dissection simulations of areas like thoracolumbar fascia. Course includes: manual, learning tools for take-home help, a support forum, and the entire course recorded for free Vimeo access after the course is complete. ID the anatomical location and nerve supply of the entire lower extremity musculoskeletal structure to the hind foot. Dissect assessments based upon priority planar faulty movement strategy. Dissect common functional movements to optimize lower body mobility, stability and strength, like the get-up, squats, lunges, hip hinging and much more.

ID the anatomical location and nerve supply of the entire upper extremity musculoskeletal structure to the wrist. Dissect assessments based upon priority planar faulty movement strategy and joint prioritization. Dissect common functional movements to optimize lower body mobility, stability and strength, like the box draw, arm bar, quad rock, face pull, push-up, pull-up, and much more. ID the anatomical location and nerve supply of the majority of structures of the neck, jaw, and hand.

Dissect common functional movements to optimize their mobility, stability and strength, like grip power, hand cueing, neck and jaw movement strategy.

Simulated Dissection of jaw, neck, and hand. ID the difference between radiculopathy, peripheral neuropathy, and cranial neuropathy.