SAVE 40% ON SINGLE IMAGE PURCHASES - OFFER ENDS MONDAY, USE CODE: SAVE40MAYBH
Alamy logo

Necrosis apoptosis Stock Photos and Images

(28)See necrosis apoptosis stock video clips
Quick filters:

Necrosis apoptosis Stock Photos and Images

Healthy cell division. Each healthy cell divides into two different cells with identical sets of genetic material. Senescence is process Stock Vector
RF2DHBHE4–Healthy cell division. Each healthy cell divides into two different cells with identical sets of genetic material. Senescence is process
3D image of alantolactone skeletal formula - molecular chemical structure of allergenic sesquiterpene lactone isolated on white background Stock Photo
RF2K97XCC–3D image of alantolactone skeletal formula - molecular chemical structure of allergenic sesquiterpene lactone isolated on white background
Necrosis, handwritten on a white background. Stock Photo
RF2E2EP5W–Necrosis, handwritten on a white background.
3D image of Benzoquinone skeletal formula - molecular chemical structure of p-Quinone isolated on white background Stock Photo
RF2K98823–3D image of Benzoquinone skeletal formula - molecular chemical structure of p-Quinone isolated on white background
Apoptosis (Programmed Cell Death): The natural process of cell death that occurs in a controlled and organized manner, often disrupted in cancer cells Stock Vector
RF2RHMK5M–Apoptosis (Programmed Cell Death): The natural process of cell death that occurs in a controlled and organized manner, often disrupted in cancer cells
3D image of monosialotetrahexosylganglioside skeletal formula - molecular chemical structure of GM1 isolated on white background Stock Photo
RF2JK4WAX–3D image of monosialotetrahexosylganglioside skeletal formula - molecular chemical structure of GM1 isolated on white background
Three basic forms of cell death: apoptosis (chromosome condensation, nuclear fragmentation), autophagy (autophagosome formation), necrosis Stock Vector
RF2J9691G–Three basic forms of cell death: apoptosis (chromosome condensation, nuclear fragmentation), autophagy (autophagosome formation), necrosis
3D illustration of APOPTOSIS script with DNA double helix , isolated on red gradient. Stock Photo
RF2AHH3A1–3D illustration of APOPTOSIS script with DNA double helix , isolated on red gradient.
Background concept wordcloud illustration of cytotoxicity glowing light Stock Photo
RFER042X–Background concept wordcloud illustration of cytotoxicity glowing light
. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. CELL DETACHMENT IN SYMBIOTIC CNIDARIANS 325 Host Cell Endoderm Cellular Product Mechanism. EXOCYTOSIS APOPTOSIS NECROSIS PINCHING OFF HOST CELL DETACHMENT Figure 1. A schematic representation of five potential mechanisms by which zooxanthellae could be released from the endoderm of cni- danans. and the cellular entities associated with each mechanism, m, mesoglea; vm, host vacuolar membrane; hn, host cell nucleus; zx, zoox- anthella (shaded for clarity of presentation). zooxanthellae associated with remnants of the host cell Stock Photo
RMRHMCY0–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. CELL DETACHMENT IN SYMBIOTIC CNIDARIANS 325 Host Cell Endoderm Cellular Product Mechanism. EXOCYTOSIS APOPTOSIS NECROSIS PINCHING OFF HOST CELL DETACHMENT Figure 1. A schematic representation of five potential mechanisms by which zooxanthellae could be released from the endoderm of cni- danans. and the cellular entities associated with each mechanism, m, mesoglea; vm, host vacuolar membrane; hn, host cell nucleus; zx, zoox- anthella (shaded for clarity of presentation). zooxanthellae associated with remnants of the host cell
3d render illustration of apoptotic cell Stock Photo
RFD3AP2F–3d render illustration of apoptotic cell
Background concept wordcloud illustration of necrosis Stock Photo
RFER2MDH–Background concept wordcloud illustration of necrosis
Cancer Development. Cancerous cells do not submit to senescence or apoptosis. Сontinuous division of cells that take over healthy cells. Vector Stock Vector
RF2DHBHMA–Cancer Development. Cancerous cells do not submit to senescence or apoptosis. Сontinuous division of cells that take over healthy cells. Vector
Necrosis, handwritten on a white background. Stock Photo
RF2E2ENMX–Necrosis, handwritten on a white background.
Apoptosis or Necrosis. Difference between necrotic death of a cell, and apoptosis of a cell. Comparison of the premature death of cells and programmed Stock Vector
RF2X6D37F–Apoptosis or Necrosis. Difference between necrotic death of a cell, and apoptosis of a cell. Comparison of the premature death of cells and programmed
Oxidative stress. imbalance between the production of free radicals and antioxidants. From Normal cell to attack of Free radicals and Cell death Stock Vector
RF2P64J1E–Oxidative stress. imbalance between the production of free radicals and antioxidants. From Normal cell to attack of Free radicals and Cell death
Cell death types: general differences between cell death processes, including common necrosis, autophagy, apoptosis and specific entosis, paraptosis a Stock Vector
RF2JAYNYN–Cell death types: general differences between cell death processes, including common necrosis, autophagy, apoptosis and specific entosis, paraptosis a
Cancer treatment. Cancer cell and DNA with Suicide gene. Cell before Suicide gene therapy and apoptosis. Antitumor immunity. Clinical trials. Programm Stock Vector
RF2WNM3NT–Cancer treatment. Cancer cell and DNA with Suicide gene. Cell before Suicide gene therapy and apoptosis. Antitumor immunity. Clinical trials. Programm
Apoptosis. programmed cell death. aging process in cells. Structural changes of ageing and senescent cells from normal cell to final stage Stock Vector
RF2JTTPFW–Apoptosis. programmed cell death. aging process in cells. Structural changes of ageing and senescent cells from normal cell to final stage
Myocarditis. inflammatory cardiomyopathy. Cross section of a human heart and Myocardium. Close-up of a Normal myocytes, Damaged myocytes and inflammat Stock Vector
RF2X218HY–Myocarditis. inflammatory cardiomyopathy. Cross section of a human heart and Myocardium. Close-up of a Normal myocytes, Damaged myocytes and inflammat
Chromosome of a Normal fibroblast and Cell senescence. Telomeres shorten with each round of replication. aging process. Vector poster Stock Vector
RF2KGW1F5–Chromosome of a Normal fibroblast and Cell senescence. Telomeres shorten with each round of replication. aging process. Vector poster
Cellular senescence. changes senescent cells During ageing. Comparison and difference between Normal fibroblast and Cell senescence in aging. Vector Stock Vector
RF2JTJXHP–Cellular senescence. changes senescent cells During ageing. Comparison and difference between Normal fibroblast and Cell senescence in aging. Vector
Senescent cells. Cellular senescence from Dysfunction of mitochondria, accumulation of metals, Disrupting of autophagy, Lipid droplets to release Stock Vector
RF2TB9EKA–Senescent cells. Cellular senescence from Dysfunction of mitochondria, accumulation of metals, Disrupting of autophagy, Lipid droplets to release
Cellular Senescence and health risks. roles that senescent cells play in the human body. biological clock, Aging problems, Cancer, Injury and Disease. Stock Vector
RF2JW80CE–Cellular Senescence and health risks. roles that senescent cells play in the human body. biological clock, Aging problems, Cancer, Injury and Disease.
Cellular senescence. Functions of the SASP. Senescence-Associated Secretory Phenotype. changes senescent cells During ageing. spread the senescence Stock Vector
RF2JTNBH0–Cellular senescence. Functions of the SASP. Senescence-Associated Secretory Phenotype. changes senescent cells During ageing. spread the senescence
Hallmarks of aging. Chromosomes with Telomeres before and after division of new and senescent cell. Cell division will cease once telomeres shorten to Stock Vector
RF2WF9TTB–Hallmarks of aging. Chromosomes with Telomeres before and after division of new and senescent cell. Cell division will cease once telomeres shorten to
cellular senescence. From Normal to Senescent cell. Telomere and DNA damaged, mitochondrial dysfunction are primary drivers of damage in aging Stock Vector
RF2NN2K8R–cellular senescence. From Normal to Senescent cell. Telomere and DNA damaged, mitochondrial dysfunction are primary drivers of damage in aging
Senescent cells and metabolic disease. Senescence-associated secretory phenotype SASP. Senescent cells promote insulin resistance, liver steatosis, mu Stock Vector
RF2TCMABH–Senescent cells and metabolic disease. Senescence-associated secretory phenotype SASP. Senescent cells promote insulin resistance, liver steatosis, mu
Page 1 of 1