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160 résultats pour echinocytes dans tout

31 résultats dans les vidéos
Poikilocytosis of Erythrocytes Shape of red blood cell. Sickle cell, Echinocyte, Spherocyte, Elliptocyte, Acantocyte, Stomatocyte, Dacrocyte, Target cell and Normal Erythrocyte.
Cold agglutinins disease, RBCs to clump together (agglutinate) at low temperatures, autoimmune hemolytic anemia, anisocytosis anisochromia with macrocytes echinocytes seen. macrocytic anemia.
Blood human under a microscope, erythrocytes - echinocytes in the blood that changed shape and they appeared spikes (spicules), triangular outgrowths of the same size.
Abnormal Red Blood Cell Morphology Diagram
Healthy and Damaged Red Blood Cell Comparison, Echinocyte Formation and Oxidative Stress Medical Illustration. Red Blood Cell Morphology
complete blood count
High-resolution scanning electron micrograph of crenated red blood cells, showing the detailed spiky cell membrane of echinocytes
Red blood cell anomalies: target cells, spherocytes, ovalocytes, elliptocytes, sickle cells, echinocytes. Abnormal blood cell shapes highlight pathological conditions: anemia, hereditary disorders. 3D
Microscopic view of red blood cells displaying abnormal morphology and aggregation
Close up microscopic view of a single echinocyte or crenated red blood cell with spikes
Detailed illustration of red blood cells and abnormal cell shapes in vintage engraving style
Abnormal red blood cells from thalassemia patient
Shape variation of red blood cell morphology. Normal and abnormal erythrocytes. Hematological abnormalities.
Poikilocytosis morphology of erythrocytes red blood cell RBC educational vector illustration graphic
Blood cell line art collection showing sickle cells, ovalocytes, echinocytes, acanthocytes, monocytes, spirochetes, medical hematology illustration
Crenated red blood cells, SEM
Stages of red blood cell hemolysis, from healthy biconcave disc to spherical echinocyte and final cell rupture, isolated on white background
Congenital hemolytic anemias (CHAs). Anisocytosis anisochromia with echinocytes, target cell, schistocytes and nRBC seen. Thrombocytosis. Erythrocyte cytoskeleton disorders.
Variation in Red Blood Cell Morphology: Target Cells, Spherocytes, Ovalocytes, Elliptocytes, Acanthocytes, Tear Drops, Sickle Cells, Stomatocytes, Schistocytes, and Echinocytes.
Set of red blood cells with different shapes and levels of crenation, showing various stages of echinocyte transformation
Red Blood with Burr Cells 600x Phase Microscope
00:28
HD
Cold agglutinin disease causing red blood cells to cluster at low temperatures, autoimmune hemolytic anemia with anisocytosis and anisochromia, presence of macrocytes and echinocytes, macrocytic
Cold agglutinins disease, RBCs to clump together (agglutinate) at low temperatures, autoimmune hemolytic anemia, anisocytosis anisochromia with macrocytes echinocytes seen. macrocytic anemia.
Blood human under a microscope, erythrocytes - echinocytes in the blood that changed shape and they appeared spikes (spicules), triangular outgrowths of the same size. Inverted colors
Normal Erythrocyte vs Burr Cell Comparison, Realistic Human Red Blood Cell Echinocyte Medical Illustration Isolated on White Background
Red blood cells under microscope healthy and abnormal cells
Blood smear shows large number of cancer leukemia cells(Blast cells)
Detailed 3D illustration of an echinocyte, or burr cell, a type of abnormal spiky red blood cell flowing inside a blood vessel
Burr cell featuring uniformly spaced, short projections along the membrane.
Close-up 3D medical illustration of a pathological echinocyte red blood cell with abnormal membrane projections, spike-like spikes, and crenation against a clean isolated white background.
Shape of red blood cell. Sickle cell, Echinocyte, Spherocyte, Elliptocyte, Acantocyte, Stomatocyte, Dacrocyte, Target cell and Normal Erythrocyte. Poikilocytosis. Blood diseases. Vector illustration
Echinocytes. Erythrocytes develop spikes as result of toxins in the blood. Vector illustration on isolated background
Abnormal red blood cells from thalassemia patient
Red blood cell morphology. Size variation of erythrocytes. Normal, Microcyte, Macrocyte, Hypochromic microcyte and Oval macrocyte.
3D Microscopic Diagram of Red Blood Cell Crenation and Echinocyte Transformation during Dehydration
Disease of cold agglutinins resulting in clumping of RBCs at reduced temperatures, autoimmune hemolytic anemia, anisocytosis and anisochromia with macrocytes and echinocytes present, indicating
Red blood cell destruction process, from healthy cell to hemolysis and fragmentation, isolated on white background
Types of Red Blood Cell Shapes or erythrocytes, morphology normal, target cell, spherocyte, ovalocyte, sickle cell, acanthocyte, tear drop, stomatocyte, echinocyte, elliptocyte, bite cell, schistocyte
Variation in Red Blood Cell Morphology: Target Cells, Spherocytes, Ovalocytes, Elliptocytes, Acanthocytes, Tear Drops, Sickle Cells, Stomatocytes, Schistocytes, and Echinocytes.
Healthy and Damaged Red Blood Cell Comparison, Echinocyte Formation and Oxidative Stress Medical Illustration. Red Blood Cell Morphology
Blood Sample With Burr Cells and Red Cells 600x Magnification.
00:20
HD
Red blood cells (RBC) erythrocytes microscopic image.
Cold agglutinins disease, RBCs to clump together (agglutinate) at low temperatures, autoimmune hemolytic anemia, anisocytosis anisochromia with macrocytes echinocytes seen. macrocytic anemia.
The model of the virus’s reproduction in the body under a microscope, in fact, these are echinocytes in the blood that changed shape and they appeared spikes (spicules) like some viruses
00:16
HD
Red Blood Cell Morphology Collection Medical Hematology Illustration
Blood smear shows large number of cancer leukemia cells(Blast cells)
Colorful Virus Cells Under a Microscope View
Bright Field Microscopy Image of Diverse Red Blood Cells in Blood Smear Displaying Distinctive Shapes and Sizes
acanthocyte
Cold agglutinins disease, RBCs to clump together (agglutinate) at low temperatures, autoimmune hemolytic anemia, anisocytosis anisochromia with macrocytes echinocytes seen. macrocytic anemia.
Cold agglutinins disease, RBCs to clump together (agglutinate) at low temperatures, autoimmune hemolytic anemia, anisocytosis anisochromia with macrocytes echinocytes seen. macrocytic anemia.
Cold agglutinins disease, RBCs to clump together (agglutinate) at low temperatures, autoimmune hemolytic anemia, anisocytosis anisochromia with macrocytes echinocytes seen. macrocytic anemia.
Cold agglutinins disease, RBCs to clump together (agglutinate) at low temperatures, autoimmune hemolytic anemia, anisocytosis anisochromia with macrocytes echinocytes seen. macrocytic anemia.
Cold agglutinins disease, RBCs to clump together (agglutinate) at low temperatures, autoimmune hemolytic anemia, anisocytosis anisochromia with macrocytes echinocytes seen. macrocytic anemia.
Cold agglutinins disease, RBCs to clump together (agglutinate) at low temperatures, autoimmune hemolytic anemia, anisocytosis anisochromia with macrocytes echinocytes seen. macrocytic anemia.
Crenated red blood cells, SEM
Cold agglutinins disease, RBCs to clump together (agglutinate) at low temperatures, autoimmune hemolytic anemia, anisocytosis anisochromia with macrocytes echinocytes seen. macrocytic anemia.
Red blood cell morphology. Size variation, Hemoglobin distribution, Inclusions, Shape variation and Red cell distribution vector.
Blood human under a microscope, erythrocytes - echinocytes in the blood that changed shape and they appeared spikes (spicules), triangular outgrowths of the same size. Inverted colors
Red blood cells in blood smear, Wright-Giemsa stain, analyze by microscope, 40x
the movement of a macrophage (white blood cell) in a drop of blood under a microscope, plays an important role in protecting the body from pathogenic organisms 4K
00:15
HD
Variation in Red Blood Cell Morphology: Target Cells, Spherocytes, Ovalocytes, Elliptocytes, Acanthocytes, Tear Drops, Sickle Cells, Stomatocytes, Schistocytes, and Echinocytes.
blood under a microscope, the movement of red blood cells is visible, some took the form of a drop, others became echinocytes, on which protrusions (spicules) and several macrophages appeared
00:12
HD
Abnormal red blood cells from thalassemia patient
Red blood cell morphology. Shape of red blood cell. Spherocyte, Ovalocyte, Sickle cell, Target cell, Stomatocyte, Echinocyte, Acanthocyte, Schistocyte and Tear drop.
The model of the virus’s reproduction in the body under a microscope, in fact, these are echinocytes in the blood that changed shape and they appeared spikes (spicules) like some viruses
00:16
HD
Unusual red blood cells from the patient
Target cells with abnormal red blood cells in blood smear, specimen from thalassemia patient, analyze by microscope 1000x
complete blood count
the movement of a macrophage (white blood cell) in a drop of blood under a microscope, plays an important role in protecting the body from pathogenic organisms 4K
00:15
HD
blood under a microscope, on the video leukocytes, red blood cells (echinocytes) and a lot of platelets: simple (aggregating) and overactive (procoagulant). This happens when the vessels are damaged a
00:13
HD
Shape variation of red blood cell morphology. Normal and abnormal erythrocytes. Target cell, Spherocyte, Ovalocyte, Elliptocyte, Acanthocyte, Tear drop, Sickle cell, Stomatocyte, Schistocyte and Echin
blood under a microscope, on the video leukocytes, red blood cells (echinocytes) and a lot of platelets: simple (aggregating) and overactive (procoagulant). This happens when the vessels are damaged
00:15
HD
complete blood count
Blood under a microscope, the movement of spur-shaped red blood cells, which indicates a human disease, in most cases are formed due to smear artifact 4K
00:15
HD
Congenital hemolytic anemias (CHAs). Anisocytosis anisochromia with echinocytes, target cell, schistocytes and nRBC seen. Thrombocytosis. Erythrocyte cytoskeleton disorders.
blood of a dog under a microscope
00:12
HD
the movement of a macrophage (white blood cell) in a drop of blood under a microscope, plays an important role in protecting the body from pathogenic organisms, in the video there is only one layer of
00:14
HD
Blood under a microscope, the movement of spur-shaped red blood cells, which indicates a human disease, in most cases are formed due to smear artifact 4K
00:15
HD
Blood under a microscope, the movement of spur-shaped red blood cells, which indicates a human disease, in most cases are formed due to smear artifact 4K
00:15
HD
blood of a dog under a microscope
00:14
HD
Target cells with abnormal red blood cells in blood smear, specimen from thalassemia patient, analyze by microscope 1000x
blood of a dog under a microscope
00:11
HD
Blood under a microscope, the movement of spur-shaped red blood cells, which indicates a human disease, in most cases are formed due to smear artifact 4K
00:14
HD
Blood under a microscope, the movement of dead and damaged cells in human blood that have lost their shape and color 4K
00:15
HD
Congenital hemolytic anemias (CHAs). Anisocytosis anisochromia with echinocytes, target cell, schistocytes and nRBC seen. Thrombocytosis. Erythrocyte cytoskeleton disorders.
blood of a dog under a microscope
00:12
HD
blood under a microscope, a clot of adhering red blood cells, some changed shape
00:10
HD
Target cells with abnormal red blood cells in blood smear, specimen from thalassemia patient, analyze by microscope 1000x
the movement of a macrophage (white blood cell) in a drop of blood under a microscope, plays an important role in protecting the body from pathogenic organisms 4K
00:15
HD
blood of a dog under a microscope
00:13
HD
blood of a dog under a microscope
00:13
HD
complete blood count
blood of a dog under a microscope
00:14
HD
blood of a dog under a microscope
00:14
HD
blood of a dog under a microscope
00:15
HD
Blood under a microscope, the movement of dead and damaged cells in human blood that have lost their shape and color 4K
00:15
HD
blood of a dog under a microscope
00:13
HD
blood of a dog under a microscope
00:14
HD