Human Musculoskeletal System

Illustrations detailing the muscles and nerves of the human arm and leg, showcasing anatomical features in a clinical style.

Human arm nerves, computer illustration.

Muscles of the human arm, illustration.

Human arm muscle, illustration.

Human leg nerves, computer illustration.

Human arm nerves, computer illustration.

Muscles of the human arm, illustration.

Muscles of the human arm, illustration.

Human arm anatomy, computer illustration.

Human muscles of the upper leg, illustration.

Muscle anatomy of the human arm, posterior view.

Brain anatomy, illustration

Human elbow, computer illustration.

Muscles of the human arm, illustration.

Human nerves, computer illustration.

Muscular system of man doing leg raises on exercise bar, illustration.

Human arm muscles, illustration.

Muscular dystrophy, illustration

Human muscles of the upper leg, illustration.

Human arm nerves, computer illustration.

Digital illustration of the posterior muscles of the leg (no labels).

Muscles of the human arm, illustration.

Anatomical model showing part of the human muscular system.

Human leg nerve, computer illustration.

Anatomy of urogenital system in man with bladder, urethra.

Human muscles of the upper leg, illustration.

Human leg musculature, computer artwork.

Brachioradialis muscle anatomy, illustration

Vastus intermedius muscle, computer illustration.

Human arm musculature, computer artwork.

Human foot anatomy, computer illustration.

Anatomical model showing part of the human muscular system.

Human leg muscle, computer illustration.

Human foot musculature, computer artwork.

Human leg muscles, computer illustration.

Human leg muscles, illustration.

Human foot musculature, computer artwork.

Model of the right femur bone.

Calf muscles, computer artwork.

Human arm nerves, computer illustration.

Illustration of the female reproductive and urinary system.

3d rendering of a isolated human arm in on white background 3d rendering of a isolated arm in on white background Copyright: xZoonar.com/HugoxKurkx 14605300

Human calf muscles, computer artwork.

Lateral side view of anterolateral neck muscles.

Human neck and facial muscles, illustration.

Shark's internal organs, illustration

Atherosclerosis is a cardiovascular disease characterized by the gradual buildup of plaque in artery walls. 3D rendering. Atherosclerosis is a cardiovascular disease characterized by the gradual buildup of plaque in artery walls.

Eyeball, illustration

Atherosclerosis is a cardiovascular disease characterized by the gradual buildup of plaque in artery walls. 3D rendering. Atherosclerosis is a cardiovascular disease characterized by the gradual buildup of plaque in artery walls.

Human hand anatomy, computer illustration.

Anatomy of the palm of the hand: bones, muscle, tendons, nerves.

Human foot musculature, computer artwork.

Human arm musculature, computer artwork.

Human leg musculature, computer artwork.

Healthy, partly blocked blood vessel and blocked blood vessel illustration

Human foot musculature, computer artwork.

Aortic valve, computer artwork.

Male anatomy, computer illustration.

Lumbar spine and sacrum, computer artwork

Extensor carpi radialis longus muscle, computer illustration.

Side view of blonde female exercising

Human foetus at week 16, illustration.

Pitcher plant (Nepenthes sp.), X-ray

Human foetus anatomy at week 38, illustration.

Human leg muscles, illustration.

Female hand and wrist anatomy, back, posterior view. X-Ray outlined skin. X-Ray outlined skin. Full color on white background

Atherosclerosis is a cardiovascular disease characterized by the gradual buildup of plaque in artery walls. 3D rendering. Atherosclerosis is a cardiovascular disease characterized by the gradual buildup of plaque in artery walls.

Colossal squid, illustration

Male urinary system, illustration

Frog's muscular system, illustration

Infected human bronchus of the lungs, illustration.

Male reproductive organs, illustration

Left side illustration of a skinned anatomical figure. The full musculature of the various limbs, bust, abdomen and back is visible.

Male back muscles, illustration

Female thumb, fingers and wrist anatomy, back, posterior view, xray skin, full color on white background

Illustration of the human spinal cord.

Thermocoagulation of the endometrium by the intervention of an inflated balloon catheter in the uterus.

Model of the tibia and fibula bones that form part of the human leg.

Lumbar spine, computer artwork.

Medicine - Human body - Circulatory system, subclavian artery. Illustration

Anatomical model showing the pelvis muscles.

Skeletal system of a runner, computer artwork.

Human heart, illustration

Bone structure: humerus and a dorsal vertebra.

Bone lymphoma. Colored enhanced sagittal Computed Tomography (CT) scan of the pelvis showing a bone lymphoma on the right iliac wing (at left). The tumor appears as a ocre thickening around the iliac wing at left, and causes bone condensations (white concentrations at the surface of the bone).

Arm anatomy, illustration

Human larynx

Dental file. Coloured scanning electron micrograph SEM of a dental root canal file. Magnification: x3 when printed at 10 centimetres wide.

STS099-706-003 (11-22 February 2000) --- The 200 ft.-long (60 meters) mast supporting the Shuttle Radar Topography Mission (SRTM) juts into space from the Space Shuttle Endeavour (out of frame at top). The giant structure was deployed on February 12 and the antennae on it quickly went to work mapping parts of Earth. The outboard antenna can be seen near bottom right.

Anatomy of a Vein

Uterus, computer illustration.

Human bone, illustration

Human hand bones, computer artwork.

Brain anatomy, computer artwork.

Polygonal human kidneys made of red lines and dots. Medical research of internal organs, innovative approach concept. Organ of human urinary system. Modern depiction of kidney for urine excretion. Polygonal human kidneys made of red lines and dots. Organ for urine excretion, human urinary system

Illustration of long-term potentiation and long-term depression. During long-term potentiation, the postsynaptic neuron is stimulated : a presynaptic signal stimulates a postsynaptic neuron (1), after potentiation, stimulation is more efficient : the postsynaptic neuron is stimulated by less action potentials (2), or for an equal presynaptic action potential, the postsynaptic neuron is stimulated harder (3). Long-term depression reduces stimulation : for a given presynaptic signal (4), stimulation is weaker (5), or even absent, the synapse is called silent (6).

Test tube and pipette close-up

Worm crawling wriggle pest, tubular body and antennae isolated. Vector segmented earthworm. Thin worm has segmented body and antennae isolated

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