RFK4Y6YE–Solidified coagulated blood seen on a 100x microscope view. Blood smear under microscope present neutrophils and red blood cells
RME5R0T2–Photomicrograph of lung tissus showing a section of brunchus at center with surrounding blood vessels.
RFEHGNT8–micrograph of blood vessel, artery and vein
RME5R1AY–Photomicrograph of malignant B-cell lymphocytes seen in Burkitt's lymphoma, The Epstein-Barr virus has been isolated from
RMK1FAA0–A photomicrograph of Streptococcus mutans bacteria using Gram stain technique, Blood agar plate culture yields coccal-like morphology without chains The S mutans organism can cause subacute bacterial endocarditis and dental caries Streptococci Image courtesy CDC/Dr Richard Facklam, 1975.
RM2C3H5JD–Microscope slide smear sample of human blood cells
RFCWT1JH–science medical anthropotomy physiology micrograph of blood vessel, artery and vein.
RMM1EFNW–Plasmodium falciparum gametocyte revealed in a blood smear photomicrograph, 1963. Image courtesy Centers for Disease Control (CDC) / N J. Wheeler, Jr. ()
RMM1HCBR–Photomicrograph of the malaria causing parasite Plasmodium Vivax in its macrogametocyte stage, on a blood smear, magnified 1250 times, 1970. Image courtesy CDC. ()
RF2WB424J–Vein with red blood cells (at center) surrounded by connective tissue and epithelium. Photomicrograph X150 at 10 cm wide.
RF2T6GG6D–Photomicrograph of myocardial infarction, showing damaged heart tissue due to reduced blood supply and cell death.
RMEA9BH6–Blood-flukes, Schistosoma sp. in copula, brightfield photomicrograph
RM2J22RF6–Mosquito mouth parts under the microscope, dark field micrograph
RMM1HEYW–Photomicrograph of the malaria parasite Plasmodium malariae present in red blood cells in ring form, on a Giemsa stained thin blood smear, magnified 1125 x, 1971. ()
RM2J22RCT–Mosquito proboscis (labium with labella) under the microscope
RFMWA5J7–Neutrophil.Phagocyte.White globule
RFD18FBN–Photomicrograph of bronchiolar epithelium tissue
RFP22MX2–Vein.7x
RM2J22RF2–Mosquito legs under the microscope
RFEHGNTA–micrograph of blood vessel, artery and vein
RM2HR274F–Mosquito leg under the microscope, vertical field of view is about 0.6mm
RFK4Y6YA–Solidified coagulated blood seen on a 100x microscope view. Blood smear under microscope present neutrophils and red blood cells
RMM1HCPK–Photomicrograph of the malaria causing parasite Plasmodium vivax in immature schizont and old trophozoite forms, on a thin film blood smear magnified 1125 x, 1966. Image courtesy CDC/Dr. Mae Melvin. ()
RFCWT1JB–science medical anthropotomy physiology micrograph of blood vessel, artery and vein.
RMM1HAF0–Photomicrograph of a blood sample infected with two species of malariae in different stages of development (Plasmodium falciparum gametocyte and Plasmodium malariae trophozoite), magnified 1125X, on a Giemsa stained slide, 1971. Image courtesy CDC/Dr. Mae Melvin. ()
RMA9PTE9–Photomicrograph plasmodium malariae
RMT6994A–A photomicrograph detecting the presence of hemosiderin, stained blue, within diffuse bone marrow, 1972. Hemosiderin, revealed here using PAS stain and HandE counterstain, is a normal by-product produced during the breakdown of red blood cells, and the decomposition of the hemoglobin molecule contained in these blood components. Image courtesy CDC/Dr. Gordon D. McLaren.
RM2WWBBNF–This photomicrograph depicts an Entamoeba histolytica parasitic trophozoite.
RF2WB424Y–Veins with red blood cells surrounded by connective tissue and smooth muscle fibers. Photomicrograph X150 at 10 cm wide.
RF2T6GG1R–Photomicrograph of myocardial infarction, showing damaged heart tissue due to reduced blood supply and cell death.
RMEA9BH9–Blood-flukes, Schistosoma sp. in copula, darkfield photomicrograph
RF2WB41KA–Frog skin showing epidermis, pigmentary layer with melanocytes (brown), blood vessels and dermis. Photomicrograph X150 at 10 cm wide.
RMG2GAP4–Healthy human red & white blood cells, brightfield photomicrograph
RF2WB429R–Gallbladder wall showing columnar epithelium with mucosal folds, connective tissue, blood vessels and smooth muscle fibers. Photomicrograph X150 at 10
RMBN3Y2D–Light photomicrograph of a rat blood smear showing Trypanosoma lewisi parasites, using a Giemsa stain technique
RFD18FC1–Photomicrograph of bronchiolar epithelium tissue
RFP4DP1X–Normal blood cells
RF2WB41FN–Parotid gland is the bigger salivary gland. We can see mucous gland (Weber gland), connective tissue, muscle fibers and blood vessels. Photomicrograph
RFEHGNTB–micrograph of blood vessel, artery and vein
RMHRF5X8–Blood Cells
RFK4Y6Y2–Solidified coagulated blood seen on a 100x microscope view. Blood smear under microscope present neutrophils and red blood cells
RMADP8JX–Yellow fever vector mosquito Aedes aegypti feeding on a human arm
RFCWT1HW–science medical anthropotomy physiology micrograph of blood vessel, artery and vein.
RMD79XHP–Red Blood Cells Enmeshed in Fibrinous Matrix
RMA9PTE5–Photomicrograph acute myeloid leukemia
RMT6994K–A photomicrograph detecting the presence of hemosiderin, stained blue, within diffuse bone marrow, 1972. Hemosiderin, revealed here using PAS stain and HandE counterstain, is a normal by-product produced during the breakdown of red blood cells, and the decomposition of the hemoglobin molecule contained in these blood components. Image courtesy CDC/Dr. Gordon D. McLaren.
RM2WWBB53–This photomicrograph of a trichrome-stained specimen revealed the presence of an Entamoeba histolytica trophozoite.
RMM1HDGK–Photomicrograph of the malaria disease manifested in Plasmodium falciparum rings, Maurer's dots and crenated red blood cells, 1966. Image courtesy CDC/Dr. Mae Melvin. ()
RF2T6GG5B–Photomicrograph of myocardial infarction, showing damaged heart tissue due to reduced blood supply and cell death.
RFDPFG44–SEM of red blood cells
RFDPFRH5–SEM image of a human white blood cell
RMG2GANT–Sleeping sickness, trypanosomiasis parasite trypanosoma forms in human blood, brightfield photomicrograph.
RF2HXN5F2–Medical banner 'Hepatic Steatosis' on blue background with drops and large copy space for text or checklist.
RMC9BBJT–Argulus fish parasite, stained specimen, darkfield photomicrograph
RM2HR274C–Mosquito antenna under the microscope
RFP4DP1H–basophil white blood cell
RF2WB41EM–Parotid gland is the bigger salivary gland. We can see mucous gland (Weber gland), connective tissue, muscle fibers and blood vessels. Photomicrograph
RFEHGNTC–micrograph of blood vessel, artery and vein
RMHRF6JJ–Human Blood Sample
RFK4Y6YM–Solidified coagulated blood seen on a 100x microscope view. Blood smear under microscope present neutrophils and red blood cells
RMACGA8K–Yellow fever vector mosquito Aedes aegypti feeding on a human arm
RFCWT1JD–science medical anthropotomy physiology micrograph of blood vessel, artery and vein.
RMD79XJ1–Red Blood Cells Enmeshed in Fibrinous Matrix
RMCP06BD–mosquito, gnat (Culex spec.), larva of an gnat, Germany
RM2WWBBR7–Under a magnification of 500X, this photomicrograph of a sample of intestinal mucosa.
RMM1HDW9–Photomicrograph of a blood smear containing a macrogametocyte of Plasmodium falciparum, the parasite ingested by Anopheles mosquitoes, causing malaria, 1966. Image courtesy CDC/Dr. Mae Melvin. ()
RF2T6GG69–Photomicrograph of myocardial infarction, showing damaged heart tissue due to reduced blood supply and cell death.
RFDPF5PX–TEM of red blood cell
RMBN41A8–Light photomicrograph of a rat blood smear showing Trypanosoma lewisi parasites, using a Giemsa stain technique
RF2PNWBPX–promastigotes stage of leishmania protozoa
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