Aktuális sajtó tartalmak és illusztrációs fotók

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RF
A child balancing on one leg while holding the other leg raised high, demonstrating flexibility and balance through a stretching pose-stock-foto
RF
A child balances upside down on a horizontal bar, supporting the body with bent arms while the legs are lifted and bent overhead. The pose shows stren-stock-foto
RF
Knee anatomy, bones and cartilage-stock-foto
RF
Meniscus tear-stock-foto
RF
Menisci are C-shaped cartilage in knees, cushioning and stabilizing joints. Cruciate ligaments stabilize knee, connecting thighbone and shinbone.-stock-foto
RF
Menisci are C-shaped cartilage in knees, cushioning and stabilizing joints. Cruciate ligaments stabilize knee, connecting thighbone and shinbone.-stock-foto
RF
Menisci are C-shaped cartilage in knees, cushioning and stabilizing joints. Cruciate ligaments stabilize knee, connecting thighbone and shinbone.-stock-foto
RF
Menisci are C-shaped cartilage in knees, cushioning and stabilizing joints. Cruciate ligaments stabilize knee, connecting thighbone and shinbone.-stock-foto
RF
Menisci are C-shaped cartilage in knees, cushioning and stabilizing joints. Cruciate ligaments stabilize knee, connecting thighbone and shinbone.-stock-foto
RF
Meniscal tears involve damage to the C-shaped cartilage discs within the knee joint, often due to twisting or forceful movements.-stock-foto
RF
Meniscal tears involve damage to the C-shaped cartilage discs within the knee joint, often due to twisting or forceful movements.-stock-foto
RF
Menisci are C-shaped cartilage in knees, cushioning and stabilizing joints. Cruciate ligaments stabilize knee, connecting thighbone and shinbone.-stock-foto
RF
Menisci are C-shaped cartilage in knees, cushioning and stabilizing joints. Cruciate ligaments stabilize knee, connecting thighbone and shinbone.-stock-foto
RF
Plain X ray of cervical spine revealed straightened cervical curve, spondylosis osteophytic lipping of C3, C4, C5 vertebral end plates, narrow disc sp-stock-foto
RF
Plain X ray of cervical spine revealed straightened cervical curve, spondylosis osteophytic lipping of C3, C4, C5 vertebral end plates, narrow disc sp-stock-foto
RF
Plain X ray of cervical spine revealed straightened cervical curve, spondylosis osteophytic lipping of C3, C4, C5 vertebral end plates, narrow disc sp-stock-foto
RF
Plain X ray of cervical spine revealed straightened cervical curve, spondylosis osteophytic lipping of C3, C4, C5 vertebral end plates, narrow disc sp-stock-foto
RF
Plain X ray of cervical spine revealed straightened cervical curve, spondylosis osteophytic lipping of C3, C4, C5 vertebral end plates, narrow disc sp-stock-foto
RF
Plain X ray of cervical spine revealed straightened cervical curve, spondylosis osteophytic lipping of C3, C4, C5 vertebral end plates, narrow disc sp-stock-foto
RF
Plain X ray of cervical spine revealed straightened cervical curve, spondylosis osteophytic lipping of C3, C4, C5 vertebral end plates, narrow disc sp-stock-foto
RF
Plain X ray of cervical spine revealed straightened cervical curve, spondylosis osteophytic lipping of C3, C4, C5 vertebral end plates, narrow disc sp-stock-foto
RF
A girl on a white background is holding her shoulder and has aching pain. The concept of bursitis and pain of the shoulder joint. Brachial neuritis an-stock-foto
RF
Rheumatoid arthritis concept. Close up of male suffer from numbing pain in hand, numbness fingertip, arthritis inflammation, peripheral neuropathies,-stock-foto
RF
Universal fixator of the wrist joint on the patient's hand. Bandage for fracture and sprain of the radiocarpal joint, pain in the arm.-stock-foto
RF
Universal fixator of the wrist joint on the patient's hand. Bandage for fracture and sprain of the radiocarpal joint, pain in the arm.-stock-foto
RM
This image shows collagen, a fibrous protein that is the main component of the extracellular matrix (ECM). Collagen is a strong, rope-like molecule that forms stretch-resistant fibers. The most abundant protein in our body, collagen makes up about a quarter of our total protein mass. Among its many functions, it gives strength to our tendons, ligaments and bones and provides a scaffold for the healing of skin wounds. There are approximately 20 different types of collagen in our body, each tailored to the needs of specific tissues-stock-foto
RM
This image shows the crimp (ripple) pattern of collagen fibers in a medial collateral ligament, which is the ligament on the inside of the knee. The ligament section was magnified to 200X using polarized light microscopy.-stock-foto
RF
Internal genitalia comprising the vagina, uterus, tubes, ovaries.-stock-foto
RF
Internal genitalia comprising the vagina, uterus, tubes, ovaries.-stock-foto
RF
Internal genitalia comprising the vagina, uterus, tubes, ovaries.-stock-foto
RF
Internal genitalia comprising the vagina, uterus, tubes, ovaries.-stock-foto
RF
Larynx in anterior view with epiglottis, hyoid bone, thyroid cartilage.-stock-foto
RF
Larynx in anterior view with epiglottis, hyoid bone, thyroid cartilage.-stock-foto
RF
Anatomy of the palmar face of the hand with the median nerve, tendons, radial artery.-stock-foto
RF
Anatomy of the palmar face of the hand and its contents: median nerve, tendons, radial artery.-stock-foto
RF
Anatomy of the palmar face of the hand and its contents: median nerve, tendons, radial artery.-stock-foto
RF
Larynx showing the hyoid bone, the thyroid cartilage.-stock-foto
RF
Larynx showing the hyoid bone, the thyroid cartilage.-stock-foto
RF
Larynx in anterior view with epiglottis, hyoid bone, thyroid cartilage.-stock-foto
RF
Larynx in anterior view with epiglottis, hyoid bone, thyroid cartilage.-stock-foto