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La collection MedicalRF

Medical RF est le spécialiste de l’imagerie médicale. A travers plus de 10000 visuels libres de droits, partez à la découverte de l’anatomie humaine et des plus grands thèmes liés à la médecine.

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The muscles involved in the overhead press. The agonist (active) muscles and the stabilizing muscles are highlighted.

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Cilia are thin, tail-like projections extending approximately 5-10 micrometers outwards from the cell body. They are present in a number of location in the body including the lining of the respiratory tract, the fallopian tubes and the ventricles of [...]

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A superior anterolateral view (left side) of the female skeletal system.

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A lateral view of the muscles of the lower right leg relative to the skeleton. The gastrocnemius muscle is highlighted. The soleus muscle can be seen just deep to the gastrocnemius.

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An anterior view of the muscles of the left limb. The brachioradialis muscle is highlighted.

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A superior posterolateral view (left side) of the muscles of the left upper limb. The biceps and the triceps brachii are highlighted.

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A posterior view of the muscles of the upper back relative to the skeleton. The trapezius muscle is highlighted.

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An anterolateral view (left side) of the lower limbs. The tensor fasciae latae muscle (highlighted) is one of the muscles that abducts the thigh/lower limb. The iliotibial tract is also highlighted.

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A posterior view of the muscles of the shoulder. The deltoid muscle is highlighted.

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A posterolateral view (left side) of the deep back muscles relative to the skeleton. The erector spinae and the iliocostalis thoracic and lumborum are highlighted.

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A superior posterolateral view (lefts side) of the arteries of the eye, the optic nerve, and the muscles (and their nerves) of the left eye. The lacrimal gland is also included.

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A superior anterior view of the blood supply of the brain. The surface anatomy of the body is semi-transparent and tinted green.

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An anterolateral view (right side) of the muscles of the lower body relative to the skeleton. The tensor fasciae latae muscle and the iliotibial tract is highlighted.

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An inferior anterolateral view (left side) of the muscles of the spine. The quadratus lumborum muscle (red) is highlighted.

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An image of damaged cilia of the respiratory epithelium. This is caused by heavy smoking and metabolic problems. The cleansing action of the cilia is lost and chronic respiratory infections develops.

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An anterolateral view (left side) of the muscles of the lower body. The vastus lateralis and medialis are highlighted.

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An anterior view of the muscles of the shoulders and upper arms relative to the skeleton.

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An inferior anterolateral view (left side) of the muscles of the spine. The psoas major muscle (red) is highlighted. It flexes the hip and lumbar spine.

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An anterior view of the muscles of the left forearm. The brachioradialis muscle is highlighted.

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A posterior view of the muscles of the upper right leg. The gluteus maximus is highlighted.

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A superior anterior view of the upper body. The surface anatomy of the body is semi-transparent.

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An image of a man running. The surface anatomy of the upper body is semi-transparent revealing the blood vessels beneath.

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An image of a (skeletal) hand gesture.

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An image showing the build up of plaque within the walls of arteries (atheromatous plaque). The 'hardening' or 'furring' of the arteries is called atherosclerosis.

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An image of various bone marrow cells including red and white blood cells.

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An anterior view of the ligaments and muscles of the left hand.

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An anterior view of the muscles of the thighs relative to the skeleton.

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An image of numerous pills with the word 'Addiction' embossed on them.

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An image of a woman performing yoga.

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An inferior anterior view of the respiratory and urinary system relative to the skeleton and blood vessels of the upper body. The surface anatomy of the body is semi-transparent.

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A superior anterolateral view (right side) of the female reproductive organs relative to the pelvis. The bladder is also included.

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A posterolateral view (right side) of the ligaments and blood vessels of the head and neck. The surface anatomy of the body is semi-transparent.

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A lateral view (left side) of a sectioned pituitary gland and the hypophyseal portal system within it.

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An anterolateral view (left side) of the muscles of the upper arm relative to the skeleton. The triceps brachii is highlighted.

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An image of a (skeletal) hand gesture.

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The structure of DNA.

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Sectional anatomy of a tooth with decay.

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A posterior view of the muscles of the lower body relative to the skeleton. The gastrocnemius muscle is highlighted. The soleus muscle can be seen just deep to the gastrocnemius.

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A superior posterior view of the muscles of the back relative to the skeleton. The latissimus dorsi is highlighted.

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An anterior view of the female reproductive organs relative to the pelvis. The bladder is also included.

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A superior anterolateral view (left side) of the head and neck of a patient on which a tracheotomy has been performed. The skin is semi-transparent showing larynx and the trachea beneath it. A tracheotomy is a procedure performed by paramedics, emer [...]

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An anterior view of the respiratory system relative to the blood supply and bones of the upper body. The surface anatomy of the body is semi-transparent. (The kidneys are also included.)

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An inferior anterolateral view (right side) of the muscles of the thighs relative to the skeleton. The sartorius muscles are highlighted.

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An inferior anterolateral view (left side) of the muscles of the thighs relative to the skeleton. The sartorius muscles are highlighted.

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A superior anterior view of the trunk. The organs of respiration and digestion are shown. The surface anatomy of the body is semi-transparent and tinted blue.

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A posterior view of the ligaments of the right hip and lower limb. The surface anatomy of the body is semi-transparent. (The blood vessels and muscles are also included.)

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A posterior view of the muscles of the upper arm relative to the skeleton. The triceps brachii is highlighted.

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An image showing a packet of tablets.

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An anterior view of the muscles of the lower leg relative to the skeleton. The tibialis anterior on the right leg is highlighted.

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An inferior anterior view of the stomach. Part of the stomach wall has been removed showing its internal muscle layers and rugae.

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An image of a multipolar neuron. A close up of its axon is shown.

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The muscles involved in step-down exercises. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in using the ab wheel. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in using the ab wheel. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in the wrist curl exercise. The agonist (active) muscles of the body are highlighted.

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The muscles involved in the wrist curl exercise. The agonist (active) and the stabilizing muscles are highlighted.

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The muscles involved in the bench press incline exercise. The stabilizing muscles are highlighted.

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The muscles involved in the bench press incline exercise. The agonist (active) muscles of the body are highlighted.

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The muscles involved in the bench press incline exercise. The stabilizing muscles are highlighted.

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The muscles involved in the bench press incline exercise. The agonist (active) muscles of the body are highlighted.

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The muscles involved in the wall sit exercise. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in the upright row exercise. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in the upright row exercise. The stabilizing muscles of the exercise are shown.

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The muscles involved in the triceps push down exercise. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in the towel fly exercise. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in the towel fly exercise. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in the towel fly exercise. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in the towel fly exercise. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in dumbbell step-up exercises. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in dumbbell step-up exercises. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in dumbbell step-up exercises. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in dumbbell step-up exercises. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in standing biceps curl. The stabilizing muscles are highlighted.

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The muscles involved in standing biceps curl. The agonist (active) muscles are highlighted.

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The muscles involved in cable skater exercise. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in cable skater exercise. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in dumbbell single leg dead lifts. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in dumbbell single leg dead lifts. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in dumbbell single leg dead lifts. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in dumbbell single leg dead lifts. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in the side plank. The agonist (active) muscles are highlighted.

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The muscles involved in shoulder extension rotations. The agonist (active) muscles and the stabilizing muscles are highlighted.

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An anterolateral view (right side) of the digestive system relative to the blood vessels and bones of the trunk. The surface anatomy of the body is semi-transparent and tinted yellow.

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The muscles involved in shoulder extension rotations. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in setanta push up exercise. The agonist (active) muscles and the stabilizing muscles are highlighted.

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An anterior view of the muscles of the right leg. The peroneus longus muscle is highlighted.

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The muscles involved in setanta push up exercise. The agonist (active) muscles and the stabilizing muscles are highlighted.

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An anterolateral view (left side) of the muscles of the head and neck relative to the skeleton.

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The muscles involved in setanta push up exercise. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in setanta push up exercise. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in the Romanian deadlift. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in the Romanian deadlift. The agonist (active) muscles and the stabilizing muscles are highlighted.

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A stylized scanning electron microscopic image of mycobacterium tuberculosis. This bacterium causes most cases of tuberculosis.

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The muscles involved in the Romanian deadlift. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in the Romanian deadlift. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in one arm dumbbell row exercises. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in one arm dumbbell row exercises. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in the dumbbell rear lateral raise. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in the dumbbell rear lateral raise. The agonist (active) and stabilizer muscles are highlighted.

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An anterior view of the muscles of the spine. The quadratus lumborum muscle (red) is highlighted.

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The muscles involved in the dumbbell rear lateral raise. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in the dumbbell rear lateral raise. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in performing the push up. The agonist (active) and stabilizer muscles of the upper body are highlighted.

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The muscles involved in performing the push up. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in performing the pull over exercise. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in performing the pull over exercise. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in performing the pull over exercise. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in performing the pull over exercise. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in proprioceptive neuromuscular facilitation (PNF) raises. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in proprioceptive neuromuscular facilitation (PNF) raises. The agonist (active) and stabilizer muscles are highlighted.

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A stylized image of the Hepatitis virus. The glycogen protein and lipid envelope (coat) are semi-transparent revealing the internal structure of the virus.

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The muscles involved in the transverse abdominal exercise. The agonist (active) muscles are highlighted.

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A superior anterior view of the female reproductive organs relative to the pelvis. The bladder is also included.

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The muscles involved in plough exercise. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in plough exercise. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in overhead barbell triceps extensions. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in overhead barbell triceps extensions. The agonist (active) and stabilizer muscles are highlighted.

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An anterior view of the muscles of the left upper limb. The biceps brachii is highlighted.

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The muscles involved in the overhead press. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in the overhead press. The agonist (active) muscles and the stabilizing muscles are highlighted.

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An inferior anterior view of the ligaments of the trunk. The muscle are semi-transparent.

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The muscles involved in the overhead press. The agonist (active) muscles and the stabilizing muscles are highlighted.

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An anterior view of the muscles of the lower limbs relative to the skeleton. The rectus femoris is highlighted.

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The muscles involved in oblique exercises. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in lever bench presses. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in lever bench presses. The agonist (active) muscles and the stabilizing muscles are highlighted.

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A stylized scanning electron microscopic image of the rod shaped bacteria Bacillus anthracis.

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The muscles involved in lunge exercises (start position). The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in lunge exercises. The agonist (active) muscles and the stabilizing muscles are highlighted.

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'An anterolateral view (right side) of the blood (arteries: red; veins: blue) and lymph (green) supply of the head and neck. The surface anatomy of the body is semi-transparent.'

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The muscles involved in lunge exercises (start position). The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in lunge exercises. The agonist (active) muscles and the stabilizing muscles are highlighted.

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An anterolateral view (right side) of the head. A close up of the eyes and their extrinsic muscles is shown.

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The muscles involved in lever leg extensions. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in lever lying leg curls. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in lever lying leg curls. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in lever leg presses. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in cable front/lats pull downs. The agonist (active) muscles are highlighted.

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The muscles involved in cable front/lats pull downs. The stabilizing muscles are highlighted.

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The muscles involved in cable front/lats pull downs. The agonist (active) muscles are highlighted.

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A superior anterior view of the bones of the left shoulder. (The blood vessels are also included). The surface anatomy of the body is semi-transparent.

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The muscles involved in cable front/lats pull downs. The stabilizing muscles are highlighted.

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The muscles involved in the lateral raise exercise. The agonist (active) muscles and the stabilizing muscles are highlighted.

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An anterolateral view (left side) of the bones of the female upper body.

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A superior anterolateral view (left side) of the thyroid relative to the larynx and trachea. The left side of the thyroid is swollen and has a protruding tumor.

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An anterior view of the muscles of the left forearm. The flexor carpi radialis muscle is highlighted.

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The muscles involved in the lateral lounge exercise. The agonist (active) muscles and the stabilizing muscles are highlighted.

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The muscles involved in the lateral lounge exercise. The agonist (active) muscles and the stabilizing muscles are highlighted.

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An anterior view of the muscles of the left upper limb. The biceps brachii is highlighted.

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The muscles involved in performing dumbbell incline fly exercises. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in performing dumbbell incline fly exercises. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in performing dumbbell incline fly exercises. The agonist (active) and stabilizer muscles are highlighted.

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An anterolateral view (left side) of the rectus abdominis muscle.

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The muscles involved in performing dumbbell incline fly exercises. The agonist (active) and stabilizer muscles are highlighted.

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The valves of the heart: the tricuspid, bicuspid, two semilunar valves (foreground-background, respectively). The opened (left) and closed (right) positions of the valves are shown.

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The muscles involved in performing hanging leg raises. The agonist (active) and stabilizer muscles are highlighted.

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A posterior view of right hand.

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The muscles involved in performing hanging leg raises. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in performing the hammer curl exercise. The agonist (active) and stabilizer muscles are highlighted.

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Spondylitis is an inflammatory arthritis that primarily affects the spine. A lateral view of a normal spine (left) and one that is affected by spondylitis (right) is shown.

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The muscles involved in performing the hammer curl exercise. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in performing the hammer curl exercise. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in performing the hammer curl exercise. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in arm extension. The agonist (active) muscles and the stabilizing muscles of the upper body are highlighted.

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A microscopic view of sperm fertilizing an ovum.

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The muscles involved in arm and leg extensions. The agonist (active) muscles and the stabilizing muscles are highlighted.

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A superior view of the extrinsic muscles (and their innervations) of the eyes relative to the skull.

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The muscles involved in performing the front squat. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in performing the front squat. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in performing the front squat. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in performing the front squat. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in performing the forward raise exercise. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in performing the forward raise exercise. The agonist (active) and stabilizer muscles are highlighted.

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A superior anterior view of the female reproductive organs relative to the pelvis relative to the pelvis. The bladder is also included.

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The muscles involved in performing the empty cans exercise. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in performing the empty cans exercise. The agonist (active) and stabilizer muscles are highlighted.

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Illustration of skin section.

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The muscles involved in the dumbbell shrug exercise. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in the dumbbell shrug exercise. The agonist (active) and stabilizer muscles are highlighted.

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An image of a spoonful of medicine.

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The muscles involved in the dumbbell shrug exercise. The agonist (active) and stabilizer muscles are highlighted.

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An anterolateral view (left side) of the muscles of the thighs. The vastus lateralis and medialis are highlighted.

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The muscles involved in the dumbbell shrug exercise. The agonist (active) and stabilizer muscles are highlighted.

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The molecular structure of caffeine.

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An inferior anterior view of the respiratory and urinary system relative to the skeleton and blood vessels of the upper body. The surface anatomy of the body is semi-transparent.

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The muscles involved in the dumbbell kickback exercise. The agonist (active) and stabilizer muscles are highlighted.

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The blood vessels of the eye.

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The muscles involved in the dumbbell kickback exercise. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in the dip exercise. The agonist (active) and stabilizer muscles are highlighted.

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The blood vessels of the eye.

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The muscles involved in the dip exercise. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in the dip exercise. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in the dip exercise. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in crunch exercises. The agonist (active) and stabilizer muscles are highlighted.

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The muscles involved in crunch exercises. The agonist (active) and stabilizer muscles are highlighted.

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An anterior view of the brain and eyes relative to the skull. The arteries of the brain are included.

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The muscles involved in cross over crunch exercises. The agonist (active) and stabilizer muscles are highlighted.

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A posterior view of the muscles of the lower body. The semitendinosus muscles are highlighted.

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An anterolateral view (left view) of the muscles of the upper legs relative to the skeleton. The rectus femoris is highlighted.

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The muscles involved in cross over crunch exercises. The agonist (active) and stabilizer muscles are highlighted.

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