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Kalça ekleminin yük taşımak için gereken stabiliteyi nasıl bir miktar hareketlilik karşılığında sağladığı ve onu bir arada tutan yapılar.

How the hip joint trades some mobility for the stability needed to bear weight, and the structures that hold it together.

Vücudun en uzun ve en güçlü kemiği — bölümleri, kanlanması ve femur boyun kırıklarının klinik önemi.

The longest and strongest bone in the body — its parts, blood supply, and why femoral neck fractures are clinically important.

The hip bone (os coxae) is a large, irregular bone formed by the fusion of the ilium, ischium, and pubis. It articulates with the sacrum posteriorly and with its fellow anteriorly at the pubic symphysis, forming the bony pelvis. The acetabulum at its lateral surface articulates with the femoral head to form the hip joint.

Brakiyal pleksusun kökleri, trunkusları, divizyonları, kordonları ve uç dalları; ve onu klinik olarak vazgeçilmez kılan yaralanmalar.

A clear guide to the brachial plexus — its roots, trunks, divisions, cords, and terminal branches — plus the injuries that make it clinically essential.

The axilla is a pyramidal space at the junction of the arm and thorax, transmitting major neurovascular structures from the neck and thorax to the upper limb. Its contents include the axillary artery and vein, brachial plexus cords and terminal branches, and axillary lymph nodes — making it a critical region in breast cancer surgery and vascular procedures.

Omuzun neden vücudun en hareketli eklemi olduğu, rotator cuff'ın onu nasıl bir arada tuttuğu ve neden bu kadar kolay çıktığı.

Why the shoulder is the most mobile joint in the body, how the rotator cuff holds it together, and why it dislocates so easily.

The radius and ulna are the two bones of the forearm. The ulna forms the primary articulation with the humerus at the elbow, while the radius bears most forearm-to-wrist load. Together they allow pronation and supination through the proximal and distal radioulnar joints, a unique rotational movement of the forearm.

Anulus fibrosus ve nükleus pulpozusun moleküler yapısı, diskin beslenme biyolojisi ve fıtıklaşma evreleri.