Aktuális sajtó tartalmak és illusztrációs fotók

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Human Body Organ & Human Skeleton-stock-foto
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North Bosque River near Waco, Texas, this haunting black and white image captures a forest left in skeletal ruin—its trees stripped of life.-stock-foto
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Man total anatomy systems diagram with ghost effect. Front view of Upper figure part standing on bright background.-stock-foto
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The page from 'La Vacca' provides a detailed diagram of a dairy cow’s anatomical systems, with focus on the circulatory and digestive systems, using flaps to expose anatomical layers.-stock-foto
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This page of 'La Vacca' details the anatomy of a dairy cow, with an emphasis on muscle systems, skeletal structure, and the vascular system, through detailed anatomical illustrations.-stock-foto
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This page from the 1924 Italian book La Vacca provides an anatomical view of dairy cattle, including detailed illustrations of the cow’s muscles, bones, and internal systems.-stock-foto
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This 1924 book, 'La Vacca,' explores the anatomy of dairy cattle with a series of illustrated flaps revealing the cow’s skeletal, muscular, and internal systems.-stock-foto
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Page 13 of *La Vacca*, a 1924 Italian-language book on dairy cattle anatomy, featuring an illustration that opens to show the cow’s anatomical structure from the external body to internal organs. This page continues the study of the cow's muscular and vascular systems.-stock-foto
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'Il Colombo' is a 1924 Italian-language book on pigeon anatomy, featuring color illustrations of the external body, skeletal structure, vascular system, muscles, and internal organs. The book offers detailed views through layered flaps that reveal the pigeon's anatomy. It also includes illustrations of a pigeon egg with stages of embryonic development.-stock-foto
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Page 3 of the 1924 Italian anatomy book on dairy cattle continues the detailed study of the cow's body, focusing on its skeletal and muscular systems, with anatomical flaps that display each layer beneath.-stock-foto
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Page 6 of the 1924 Italian book continues the detailed examination of the cow's anatomical systems, including its vascular, muscular, and skeletal systems, with anatomical flaps showing each layer beneath.-stock-foto
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Page 2 of the 1924 Italian anatomy book focuses on the external body regions and skeleton of dairy cattle, with flaps revealing the layers beneath each region of the cow’s body.-stock-foto
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This 1924 Italian-language book 'Il Colombo' focuses on the anatomy of the pigeon, providing detailed illustrations of its external body, skeletal structure, vascular system, muscles, and internal organs. The pigeon egg is also illustrated with stages of embryonic development.-stock-foto
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Page 12 of *La Vacca*, 1924, offers a detailed look at the anatomy of dairy cattle, using flaps to reveal layers from the cow’s outer body to its muscles, vascular system, and internal organs.-stock-foto
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This 1924 Italian-language book on the anatomy of dairy cattle provides a detailed illustration of the cow's body. It includes flaps revealing the body’s systems, including the skeletal, vascular, muscular, and internal organ structures.-stock-foto
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Anatomy of the human hand-stock-foto
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Anatomy of the human hand-stock-foto
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Anatomy of the human hand-stock-foto
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Bird anatomy. This is a part of bird skeletal system. Bird skeletal system. Avian skeletal systems are modified according to their usage.-stock-foto
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This is a part of bird skeletal system. Bird anatomy. Bird skeletal system. Avian skeletal systems are modified according to their usage.-stock-foto
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Humerus is a part of bird skeletal system. Bird anatomy. Bird skeletal system. Avian skeletal systems-stock-foto
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Tarsometatarsus is a part of bird skeletal system. Bird anatomy. Bird skeletal system. Avian skeletal systems are modified according to their usage.-stock-foto
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Cervical vertebra is a part of bird skeletal system. Bird anatomy. Bird skeletal system. Avian skeletal systems are modified according to their usage.-stock-foto
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Anatomical illustration of the human body. Structure and organization of bones, muscles, organs and skeletal system, muscles, nerves, blood vessels.-stock-foto
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Lower limb anatomy, skeletal, muscular and cardiovascular systems, with sublayers muscles-stock-foto
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Human Body Anatomy of Skeletal and Muscular Systems-stock-foto
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Anterior View of Skeletal, Muscular, and Circulatory Systems-stock-foto
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Front and back view of Human Muscular and Skeletal systems-stock-foto
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X-ray of the left arm of a 4-year-old child with polio, showing atrophied muscle (see arrow).-stock-foto
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Image of human body icons over grey background with lines-stock-foto
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Doctor holding skeleton with red pelvis. Pelvic pain in reproductive, urinary or digestive systems or from muscles and ligaments. Skeletal system anat-stock-foto
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Doctor hand pointing to skeleton pelvis with red spot. Skeletal system anatomy, body structure, medical education concept. Reproductive, urinary or digestive systems. High quality photo-stock-foto
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Human skeleton pelvis. Skeletal system anatomy, body structure, medical education concept. Reproductive, urinary or digestive systems. High quality photo-stock-foto
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This photo uses confocal microscopy and merges 350 individual images to reveal a top view of a zebrafish with a fluorescent and quottagged and quot skeleton, scales and lymphatic system. The image was awarded by NIH researcher Daniel Castranova and won 1st place in Nikon's 2020 photomicrography competition.-stock-foto
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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
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These skin cancer cells show from a mouse, an animal commonly used to study human diseases (including many types of cancer) and to test the effectiveness of drugs. The two cells contained here are linked by actin (green), a cell skeleton protein. Although actin is required by many cells for normal movement, it also allows cancer cells to spread to other parts of the body.-stock-foto
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This is a scanning electron microscope image of traumatized muscle tissue taken from a wounded soldier. It shows a red blood cell (false color) entangled in a nanofibrous extracellular matrix. Highly fibrotic regions such as these are thought to precede bone formation during abnormal wound healing, leading to heterotopic ossification, the formation of bone in places outside the skeleton, such as soft tissues.-stock-foto
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Osteochondrotricular stem cells (red) are a newly identified type of bone stem cell that appears to be vital for skeletal development. Research on these stem cells could lead to treatments for osteoarthritis, osteoporosis and fractures.-stock-foto
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Strands of tubulin, a cell skeletal protein, photographed using a high-resolution microscopy technique that won the 2014 Nobel Prize in Chemistry.-stock-foto
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This pig cell is dividing. The chromosomes (purple) have already replicated and the duplicates are separated by fibers in the cell skeleton called microtubules (green). Cell division studies provide essential knowledge to advance the understanding of many human diseases, including cancer and birth defects.-stock-foto