Human Muscle Structures

Illustrative representations of various human muscles, emphasizing the arm and thigh muscles with a focus on anatomical details.

Human leg musculature, computer artwork.

3D Illustration Concept of Human Skeleton System Tibia and Fibula Bone Joints Anatomy

Human leg musculature, computer artwork.

3D model of the foot depicting the plantar intermediate muscles and bone structures.

Male knee bones, illustration

Human foot bones, computer artwork.

Illustration of the adductor longus muscles.

Human knee anatomy, illustration.

Illustration of the plantaris muscle.

Human leg musculature, computer artwork.

Rotator cuff, infraspinatus muscles, small round, supraspinatus. In this drawing, the joint is positioned in posterior view with the arm raised. This allows you to see part of the rotator cuff muscles. These muscles are the infraspinatus, small round, supraspinatus and biceps-brachial muscle. The brachial biceps, more precisely the long biceps, is not officially part of the cap. But it stabilizes the shoulder joint. The subscapular is visible only on the anterior part of the shoulder. So it is not shown in this view. The deltoid muscle is visible with a transparency effect to see the tendon insertions of the biceps. The large round muscle is also shown here. It can be seen on the lower and outer part of the scapula.

Ligaments of the knee Posterior view II

Illustration of the biceps femoris short muscles.

Human leg bones, computer artwork.

Human semimembranosus muscle, computer artwork.

The muscles of the upper right limb in anterior view.

3D illustration of human limbs, hip and internal muscle layers. Rear view on black background.

Human knee joint, computer illustration.

Human shoulder muscles, illustration.

Leg bones, computer artwork.

Elbow joint, Illustration

Illustration of the bicipital aponeurosis muscle.

Human elbow joint, computer illustration.

Human leg muscles (vastus medialis), illustration.

Human arm muscles, illustration.

Human leg bones, computer artwork.

Anatomical model showing part of the human muscular system.

Illustration of knee joint hemarthrosis. Inter-joint spreading of the blood putting pressure on the articular capsule and leading to the joint blocking.

Development of long bone, the epiphysis widens and grows, and the head becomes rounded.

Human foot anatomy, computer illustration.

Human foot anatomy, computer illustration.

Close-up of the bone structure of a human foot

Model showing the human knee joint and its connecting bones.

Foot bones.

Thigh muscle. Computer artwork of the sartorius muscle.

Human leg musculature, computer artwork.

Human knee muscles, computer artwork

Human muscular system, computer illustration.

Human calf muscle (gastrocnemius), computer artwork.

Human knee joint, computer illustration.

Illustration of the nerves of the upper limb seen from the front, of the arm and hand.

Human arm muscle (extensor carpi ulnaris), illustration.

Human pelvic muscles, illustration.

The bones of the knee viewed from a three-quarter perspective against a gray background.

Left side illustration of a human skeleton.

Left side illustration of a human skeleton.

Human muscles, illustration.

Close-up of human knee bones

Human ankle bones, computer illustration.

Human leg musculature, computer artwork.

The muscles of the upper right limb in posterior view.

Arm muscles, human body, drawing.

Human leg musculature, computer artwork.

Lower leg muscle. Computer artwork of the extensor digitorum longus muscle of the lower leg.

Illustration of the human knee bones

Human foot bones, computer illustration.

Anterior view of lower limb veins and posterior view of the leg.

Diaphragm, computer illustration.

Leg bones, computer artwork.

Elbow joint, illustration

Knee anatomy Front and side anatomical view of an human knee. Digital illustration. Copyright: xZoonar.com/AndreaxDantix 21466501

Human knee joint, computer artwork.

Skeletal system of a runner, computer artwork.

Human nervous system, computer illustration.

Illustration of a healthy joint (left) and a joint showing signs of arthrosis (right). The cartilage on the joint wears with the effect of mechanical phenomena and/or biochemical alterations. Small growths appear on the edge of the bone (osteophytes or parrot beaks).

Human foot anatomy, computer illustration.

Bones of the foot, illustration

Leg anatomy, computer artwork.

Human arm vein, computer illustration.

Bones of the feet, computer artwork.

Male back muscles, illustration

Human foot anatomy, illustration.

Colorized x-ray of a woman in high heels

Lower arm and hand muscles, illustration

Knee anatomy, computer artwork.

Foot bones, computer artwork.

Human skeleton, computer artwork.

Lower leg muscle. Computer artwork of the gastrocnemius muscle of the lower leg.

Human hand anatomy, computer artwork.

Front view of stylized bones of the knee joints, lower legs, ankle joints and feet.

Anatomical model showing the human pelvis muscles.

Human leg musculature, computer artwork.

Human lower leg muscles (tibialis posterior), illustration.

Male Hip Extensor Complex Muscles on White Background with Labels, 3D Rendering

Human foot anatomy, illustration.

The patella, also known as the kneecap, is a flat, rounded triangular bone which articulates with the femur and covers and protects the anterior articular surface of the knee joint. 3d illustration. Human Anatomy, Bony Pelvis and Lower Limb, Knee Patella

Human spine, computer artwork.

Human musculature, computer artwork.

Human leg musculature, computer artwork.

Human knees, illustration.

Balloon angioplasty. Computer artwork of a stent being placed in a narrowed blood vessel.

Human foot anatomy, illustration.

Human foot anatomy, computer illustration.

Human arm bones, computer artwork.

Human leg veins, computer illustration.

Arm anatomy, illustration

Leg anatomy, illustration

Human arm artery, computer illustration.

Human nervous system, computer illustration.

Anterior and posterior view of the tibia and fibula.

Anatomical illustrationfrom 'Le corps humain et grandeur naturelle', published by Bougle (Paris 1899)

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