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Histopathology and pathophysiology of diabetic food ulcers
Wall Art and Photo Gifts from Stocktrek
Histopathology and pathophysiology of diabetic food ulcers
Stocktrek Images specializes in Astronomy, Dinosaurs, Medical, Military Forces, Ocean Life, & Sci-Fi
Media ID 13002313
© Enid Hajderi/Stocktrek Images
Abnormal Anatomy Arteriole Artery Biology Biomedical Illustrations Blood Blood Cells Blood Flow Blood Vessels Bloodstream Capillaries Cardiovascular System Cell Cell Biology Chart Circulation Circulatory System Cross Section Cutaway View Cytology Dermis Disease Erythrocyte Feet Haematid Healthcare Hematology Hemoglobin Human Foot Human Tissue Human Toes Illness Infection Leukocyte Macrophage Magnification Medical Medicine Microbiology Microorganism Microscopic Molecular Biology Oxygen Pathology Physiology Problem Red Blood Cells Red Blood Corpuscles Red Cells Text Tube Western Script Wound Angiogenesis Diabetes Fibroblast Healing Histopathology Lesion Necrosis Periosteum Ulcer
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EDITORS COMMENTS
This print titled "Histopathology and Pathophysiology of Diabetic Foot Ulcers" offers a visually stunning depiction of the intricate biomedical illustrations related to this medical condition. The color image, presented in a horizontal format, showcases a digitally generated cutaway view of the human foot and toes. The artwork delves into the histopathology and pathophysiology underlying diabetic foot ulcers, providing valuable insights into the physiology and pathology involved. The cross section reveals various components such as red blood cells, blood vessels, capillaries, arterioles, leukocytes, macrophages, microorganisms, fibroblasts, and more. Through meticulous magnification and close-up views within this illustration's composition, viewers can observe the detailed structures like periosteum (bone covering), dermis (skin layer), subcutis (fat layer), as well as cellular elements including erythrocytes (red blood cells) with their hemoglobin content. This scientifically accurate representation sheds light on how diabetes affects wound healing processes by impacting circulation and oxygen supply to cells. It emphasizes the importance of understanding molecular biology within our circulatory system for effective healthcare management. Enid Hajderi's artwork serves as an invaluable resource for researchers in fields such as medicine microbiology or cytology. Its educational value lies in its ability to elucidate complex concepts surrounding diabetic foot ulcers while showcasing the beauty found within biological systems.
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