Ligaments Collection (page 4)

Buttock muscles, artwork C013 / 4420
Buttock muscles. Computer artwork of a posterior view of the hips showing some of the muscles (red) of the buttocks. These are shown attached to the femurs (thigh bones) and the pelvis bones

Buttock muscles, artwork C013 / 4421
Buttock muscles. Computer artwork of a side view (front of body at left) of the hips showing some of the muscles (red) of the buttocks

Buttock muscles, artwork C013 / 4419
Buttock muscles. Computer artwork of a posterior oblique view of the hips showing some of the muscles (red) of the buttocks. These are shown attached to the femurs (thigh bones) and the pelvis bones

Buttock muscles, artwork C013 / 4415
Buttock muscles. Computer artwork of a posterior oblique view of the hips showing some of the muscles (red) of the buttocks. These are shown attached to the femurs (thigh bones) and the pelvis bones

Buttock muscles, artwork C013 / 4416
Buttock muscles. Computer artwork of a posterior oblique view of the hips showing some of the muscles (red) of the buttocks. These are shown attached to the femurs (thigh bones) and the pelvis bones

Muscles of the hand

Muscles of the foot, historical artwork. The figure at top left shows the first layer of muscles (red) in the sole of the foot. The skin and fascia (connective tissue) have been removed

Head muscles
Head musculature. Historical artwork of the facial and other head muscles (red) on a human skull. The temporal muscle is shown in the lower frame

Muscles of the back, historical artwork. The skin, fascia (connective tissue), and first three layers of muscles have been removed to expose the fourth muscle layer (red) of the back

Hand anatomy, computer artwork. Muscles are pink, tendons, ligaments and bones are cream. Tendons and ligaments are bands of inelastic fibrous tissue

Foot nerves. Historical anatomical artwork of the nerves (white) of the sole of a human foot. Also shown are muscles (red), and ligaments, tendons and other connective tissues (grey)

Leg nerves. Historical anatomical artwork of the nerves (white) of the rear of a human lower leg. At left, the superficial (surface) nerves are seen and at right the deep nerves and muscles (red)

Pelvic spinal nerves. Historical anatomical artwork of the spinal nerves (white) in the human pelvic region. This side view (front of the body at right)

Knee bones and ligaments. Historical anatomical artwork of knee bones (yellow) and ligaments (pale blue). Ligaments are bands of fibrous tissue that hold bones together at joints

Hand bones and ligaments. Historical anatomical artwork of the bones (yellow) & ligaments (white) of the hand. Ligaments are bands of fibrous tissue that hold bones together at their joints

Lower arm bones and ligaments
Lower arm bones & ligaments. Historical anatomical artwork of lower arm bones (yellow) and ligaments (pale blue). Ligaments are bands of fibrous tissue that hold bones together at joints

Ankle bones and ligaments. Historical anatomical artwork of ankle bones (yellow) and ligaments (pale blue). Ligaments are bands of fibrous tissue that hold bones together at their joints

Foot bones and ligaments. Historical anatomical artwork of foot bones (yellow) and ligaments (pale blue). Ligaments are bands of fibrous tissue that hold bones together at their joints

Lower leg bones and ligaments. Historical anatomical artwork of lower leg bones (yellow) and ligaments (pale blue). Ligaments are bands of fibrous tissue that hold bones together at their joints

Pelvis bones and ligaments. Historical anatomical artwork of pelvis bones (yellow) and ligaments (white). Ligaments are bands of fibrous tissue that hold bones together at their joints

Shoulder bones and ligaments. Historical anatomical artwork of shoulder bones (yellow) and ligaments (white). Ligaments are bands of fibrous tissue that hold bones together at their joints

Spinal bones and ligaments. Historical anatomical artwork of thoracic (upper) spinal bones (yellow, vertebrae) and ligaments (white)

Apleys knee test
MODEL RELEASED. Apleys knee test. Physiotherapist performing an Apleys knee test to assess a patients knee injury. This test is carried out to diagnose knee cartilage injuries

Lachman knee ligament test
MODEL RELEASED. Lachman knee ligament test. Physiotherapist performing a Lachman test on a patients knee ligaments. This test is designed as an assessment of the knees anterior cruciate ligament

Eye anatomy, SEM
Eye anatomy. Coloured scanning electron micrograph (SEM) showing part of the ciliary body (blue) and iris (right) of an eye

Eye lens and accommodation, diagram
Eye lens and accommodation. Diagram showing the process by which the eye changes the shape of the lens when changing between close vision and distant vision. This process is known as accommodation

Knee in anterior view, artwork
Artwork of the anatomy of the knee joint (anterior view) showing the femur (thigh bone, at top) articulating with the tibia (shin bone, at bottom), cartilage (light blue)

Knee joint anatomy, artwork
Artwork of the anatomy of the knee joint (anterior view) showing the femur (thigh bone, at top) articulating with the tibia (shin bone, at bottom), articular cartilage

Cruciate ligament injury, artwork
Artwork (anterior view) of the anatomy of the knee joint showing the inner cruciate ligaments (purple) arranged like a cross which serve to stabilize the knee joint while allowing motion

Eye lens and accommodation, artwork
Eye lens and accommodation. Artwork showing the process by which the eye changes the shape of the lens when changing between close vision and distant vision. This process is known as accommodation

Anterior cruciate ligament tear, CT scan
Anterior cruciate ligament tear. Coloured computer tomography (CT) scan of the knee joint of a patient with a tear of the anterior cruciate ligament (ACL)

Normal human knee, artwork
Normal human knee. Artwork showing the internal anatomy of a healthy human knee, with an inset (bottom) of the cartilage (grey) that covers the ends of the bones forming this joint

Damaged knee, artwork
Damaged knee. Artwork showing the internal anatomy of a damaged human knee, with an inset (bottom) of the cartilage (grey) that covers the ends of the bones forming this joint

Wrist Brace
Wrist sprain injuries caused by damage to the ligaments can be helped by this form of adjustable wrist brace made from woven elastic and having a metal stay incorporated in the palm area

Skeleton and ligaments, artwork
Female skeleton, computer artwork. The human skeleton has 206 bones. The skull (at top) protects the brain. The ribs of the chest (at upper centre) enclose the heart and lungs

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"Ligaments: The Unsung Heroes of Our Body's Stability and Mobility" Damaged knee ligament, artwork: A visual representation of the intricate network in our knees, highlighting the importance of their role in supporting joint stability. Skeleton & Ligaments: Explore the hidden framework beneath our skin as we delve into the fascinating connection between our skeleton and ligaments that enable us to move with grace. Arm circulation, anatomical artwork C013 / 7419: Discover how ligaments work hand-in-hand with blood vessels to ensure proper arm circulation, allowing us to perform everyday tasks effortlessly. Muscles of the neck: Unveil the interplay between muscles and ligaments in our neck region, crucial for maintaining posture and facilitating smooth head movements. Eye muscle, TEM C014 / 1468: Delicate yet powerful eye muscles intricately intertwined with resilient ligaments—uncover this captivating combination responsible for precise eye movements. Outer ankle ligaments, artwork C013 / 4452: Step into a world where outer ankle ligaments provide stability during every stride we take—a testament to their resilience against external forces. Inner ankle ligaments, artwork C013 / 4451: Journey deeper into understanding inner ankle ligament anatomy as they safeguard against inward rolling motions while walking or running. Eye anatomy, SEM: Peer through a scanning electron microscope lens at detailed images revealing how tiny but mighty eye structures rely on robustly connected networks of supportive ligaments. Muscles (engraving): Witness an enchanting engraving showcasing various muscles working harmoniously alongside essential connective tissues like tendons and—of course—ligaments. Ligaments of the human body (engraving): An artistic masterpiece capturing an array of interconnected human body parts held together by strong bands known as "ligaments"—a true testament to the body's architectural brilliance.