Aktuális sajtó tartalmak és illusztrációs fotók

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RF
small intestine anatomy. Layers of the small bowel Mucosa, Submucosa, muscularis externa, serosa. Cross section of Intestinal villi. Close-up of Stem-stock-foto
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small intestine anatomy. Layers of the small bowel Mucosa, Submucosa, muscularis externa, serosa. Cross section of Intestinal villi. Close-up of Stem-stock-foto
RF
small intestine anatomy. Layers of the small bowel Mucosa, Submucosa, muscularis externa, serosa. Cross section of Intestinal villi. Close-up of Stem-stock-foto
RF
Large intestine anatomy. Layers of the colon Muscularis propria, Submucosa, Mucosa, Serosa. Colonic crypt. Cross section of large bowel. Part of intes-stock-foto
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Stem cell application. Regenerative medicine and Stem Cell therapy. Vector illustration-stock-foto
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3d rendering of chylomicron particles. They are large lipoprotein particles that play a crucial role in the absorption and transport of dietary fats-stock-foto
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3d rendering of chylomicron particles. They are large lipoprotein particles that play a crucial role in the absorption and transport of dietary fats-stock-foto
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3d rendering of chylomicron particles. They are large lipoprotein particles that play a crucial role in the absorption and transport of dietary fats-stock-foto
RF
3d rendering of chylomicron particles. They are large lipoprotein particles that play a crucial role in the absorption and transport of dietary fats-stock-foto
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3d rendering of chylomicron particles. They are large lipoprotein particles that play a crucial role in the absorption and transport of dietary fats-stock-foto
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Biology icons collection is a vector illustration with editable stroke.-stock-foto
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Intestinal villus. Different between Villi and microvilli. Cross section of a duodenum with submucosa, mucosa and muscularis layers. Vertical section-stock-foto
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Stem cells can become any tissue in the body. Differentiation of Stem cell. Isometric Flat vector illustration-stock-foto
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Stem cell application. Undifferentiated or partially differentiated cells. Using stem cells to treat disease. Vector illustration-stock-foto
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Stem cells from a blastocyst that can become any tissue in the body. for example: neuron, osteocyte, enterocytes, red blood cells, myocytes,-stock-foto
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Stem cell differentiation. Stem cells are cells that can differentiate into various types of cells and proliferate indefinitely.-stock-foto
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ACE2 receptor location of 2019-nCoV. Angiotensin converting enzyme.-stock-foto
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3d illustration of Hemocytoblast, producing red blood cell, blood cell formation, stem cell, erythrocytes, leukocytes, nucleus, cytoplasm, 3d render-stock-foto
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3d illustration of Hemocytoblast, producing red blood cell, blood cell formation, stem cell, erythrocytes, leukocytes, nucleus, cytoplasm, 3d render-stock-foto
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3d illustration of Hemocytoblast, producing red blood cell, blood cell formation, stem cell, erythrocytes, leukocytes, nucleus, cytoplasm, 3d render-stock-foto
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Hepcidin and ferroportin from liver to macrophage and enterocyte, control the entry of iron into bone tissues.-stock-foto
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Human cell set: bone (osteocyte), Muscle (Myocyte), nerve (neuron and photoreceptor), epithelial (Enterocytes) hemocyte (red and white blood cells)-stock-foto
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Structure of the human obesity protein, leptin. 3D cartoon model isolated, white background-stock-foto
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Hormones of the gastric glands (cholecystokinin, serotonin, endorphins, histamine, gastrin, somatostatin). Stomach. Human endocrine system. Vector-stock-foto
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Hormones of the gastrointestinal tract and Enteroendocrine cell. Enterocyte. Human endocrine system. Vector illustration-stock-foto
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Enterocyte. intestinal absorptive epithelial cell with microvilli. Structure of the enterocyte. Infographics. Vector illustration on white background.-stock-foto
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Intestinal Villi, illustration-stock-foto
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An illustrated close up view of an intestinal villus. Villi are finger-like projections extending into the lumen of the small intestine that absorb digested nutrients. Each villus is lined with columnar epithelium, known as enterocytes, with each cell posessing microvilli to increase surface area for more efficient absorption. Digested nutrients are abosorbed into nearby villus capillaries so that it can then be transported to the rest of the body.-stock-foto
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An illustrated section of villi from the small intestine as well as a close up view of a single villus. Villi are finger-like projections that extend into the lumen of the small intestine, increasing surface area for greater nutrient absorption. Each villus is lined with columnar epithelium known as enterocytes, with each cell containing microvilli to further increase surface area. Digested nutrients are absorbed into nearby capillaries so that it can then be transported to the rest of the body.-stock-foto
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Celiac Disease, Intestinal Villi-stock-foto
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Celiac Disease, Intestinal Villi-stock-foto
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False colour electron microscope micrograph showing chylomicrons (red) in enterocytes of small intestine. They appear in the Golgi apparatus (pink) an-stock-foto
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False colour transmission electron microscope (TEM) micrograph showing chylomicrons (red) in enterocytes of small intestine. They appear in the Golgi-stock-foto
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Transmission electron microscope (TEM) micrograph showing a brush border in longitudinal section. The microvilli of these two small intestine cells ar-stock-foto
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Gut Crypt Stem Cells-stock-foto
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Blood samples in blood bank for blood donation-stock-foto
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Blood samples in blood bank for blood donation-stock-foto
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Digestion of protein. Breaking the complex molecule first into peptides then into individual amino acids. The pepsins are enzymes. Vector-stock-foto
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Intestinal villi. Microvilli. Intestinal epithelium. Villi absorb nutrients from the food. Intestinal epithelial cells with capillary network. Vector-stock-foto
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Nasal mucosa icon. Human olfactory system concept. Epithelium in the nose, gut, stomach or colon. Mucus, ciliated cells. Vector illustration. stock im-stock-foto