Bicep Curl | Functional Anatomy

Triceps Brachii | Muscle Anatomy

In this video, Dr Matt explains everything you need to know about the triceps brachii muscle, including attachments, nerve innervation and action.

Triceps Extension | Functional Anatomy

In this video, Dr Mike discusses the anatomy of the tricep extension. He also looks at whether you can isolate individual tricep heads through different exercises.

Coracobrachialis | Muscle anatomy

In this video, Dr Matt explains the basic anatomy of the coracobrachialis muscle, including its attachments, action and nerve innervation

Bicep Curl | Functional Anatomy

The Bicep Curl is a staple movement in the gym that targets the elbow flexors. These are: 1️⃣Brachialis 2️⃣Biceps brachii 3️⃣Brachioradialis . 1️⃣Brachialis - is the deepest of the elbow flexors and will be activated regardless of wrist/forearm position (i.e. supinated, pronated, neutral) and regardless of whether or not the movement is resisted. 2️⃣Biceps brachii - has origins on the scapula, which means it plays a small role in shoulder flexion. It inserts at the radial tuberosity but also creates a tendon-like sheath called the bicipital aponeurosis that covers the wrist flexors. This is important because when the forearm is supinated it creates an advantageous position for the biceps to flex. When the forearm is pronated, it puts the biceps in a disadvantaged lever arm. 3️⃣Brachioradialis - is a forearm supinator and pronator and aids in elbow flexion. Many ppl think that it is only activate in neutral and pronated flexion, however, it is more active in supinated flexion, but has an increasing contribution to elbow flexion in the pronated position because the biceps are disadvantaged in pronation. A flexion angle of 55 degrees in the semi-prone position seems to be the most optimal position to activate both the biceps and brachioradialis! This means if you want to get a strong bicep curl - use the EZ bar!!

Brachialis | Muscle Anatomy

In this video Dr Matt explains the anatomy of the brachialis muscle, specifically its origin, insertion, nerve supply and action