Phagocytosis Cut Out Stock Images

(280)See phagocytosis stock video clips

phagocytosis amoeba phagocytosis amoeba phagocytosis sem phagocytosis tem phagocytosis sem phagocytosis tem phagocytosis white blood cell sem

Page 1 of 3

Phagocytosis Cut Out Stock Images

Phagocytosis. Neutrophil that uses its plasma membrane to engulf a bacterium. From endocytosis to exocytosis. educational scheme. Digestion process Stock Vector

RF2DHY2RE–Phagocytosis. Neutrophil that uses its plasma membrane to engulf a bacterium. From endocytosis to exocytosis. educational scheme. Digestion process

Phagocytosis of a pathogen during contamination, rapid immune response.Phagocytes are cells of the immune system of the leucocyte category. In particu Stock Photo

RM2BHW669–Phagocytosis of a pathogen during contamination, rapid immune response.Phagocytes are cells of the immune system of the leucocyte category. In particu

Macrophage is swallowing any bacteria ( Phagocytosis ). White blood cells with transparency membrane and many bacteria in vacuoles . Isolated white ba Stock Photo

RF2JFYJGR–Macrophage is swallowing any bacteria ( Phagocytosis ). White blood cells with transparency membrane and many bacteria in vacuoles . Isolated white ba

RF2NMMAT6–Phagocytosis, illustration

Phagocytosis . Step by step process of macrophage is swallowing and killing microbes . Isolated white background . Medical immunity concept . 3D rende Stock Photo

RF2JGJC84–Phagocytosis . Step by step process of macrophage is swallowing and killing microbes . Isolated white background . Medical immunity concept . 3D rende

Phagocytosis. macrophage absorption of bacteria. Stages of mechanism of the immune response from entrapment or endocytosis to phagosome formation Stock Vector

RF2JE13N7–Phagocytosis. macrophage absorption of bacteria. Stages of mechanism of the immune response from entrapment or endocytosis to phagosome formation

RF2JGJC87–Phagocytosis . Step by step process of macrophage is swallowing and killing microbes . Isolated white background . Medical immunity concept . 3D rende

Process of phagocytosis by neutrophils Stock Photo

RF2G41C52–Process of phagocytosis by neutrophils

Scheme of macrophage activation. They are cells specialized in the detection, phagocytosis and destruction of harmful bacteria and organisms. Stock Photo

RF2FNRTCR–Scheme of macrophage activation. They are cells specialized in the detection, phagocytosis and destruction of harmful bacteria and organisms.

Phagocytosis is the process in which a cell engulfs a particle and digests it Stock Photo

RF2PHMXDG–Phagocytosis is the process in which a cell engulfs a particle and digests it

Allergic reaction: sensitization phase of the allergy (first contact). Stock Photo

RF2JKWN27–Allergic reaction: sensitization phase of the allergy (first contact).

Medical illustration of the structure and function of a macrophage, while engulfing an old red blood cell and bacteria, showing how they are captured Stock Vector

RF2C4P4HA–Medical illustration of the structure and function of a macrophage, while engulfing an old red blood cell and bacteria, showing how they are captured

B cell activation, illustration Stock Photo

RF2WHF9XP–B cell activation, illustration

Cells of adaptive immune system. Human cells with names. Scientific microbiology vector illustration in sketch style. blood cellular components format Stock Vector

RF2PH2286–Cells of adaptive immune system. Human cells with names. Scientific microbiology vector illustration in sketch style. blood cellular components format

Structure and function of a macrophage Category Science Stock Photo

RF2J7JTE8–Structure and function of a macrophage Category Science

Osteoclast blood cell isolated on white background. Hand drawn scientific microbiology vector illustration in sketch style Stock Vector

RF2PDMFC5–Osteoclast blood cell isolated on white background. Hand drawn scientific microbiology vector illustration in sketch style

Amoeba is a type of unicellular organism which has the ability to alter its shape Stock Photo

RF2G6XNMR–Amoeba is a type of unicellular organism which has the ability to alter its shape

3D image of Sialyl Lewis X skeletal formula - molecular chemical structure of stage-specific embryonic antigen 1 isolated on white background Stock Photo

RF2K979RG–3D image of Sialyl Lewis X skeletal formula - molecular chemical structure of stage-specific embryonic antigen 1 isolated on white background

Exocytosis dermatopathology. Exocytosis is infiltration of the epidermis by inflammatory or circulating Stock Photo

RF2G3M5XG–Exocytosis dermatopathology. Exocytosis is infiltration of the epidermis by inflammatory or circulating

RF2PNWGHK–phagocytosis

Endocytosis, exocytosis. The cell transports proteins into the cell Stock Photo

RF2G3M5NB–Endocytosis, exocytosis. The cell transports proteins into the cell

Variations of endocytosis: phagocytosis, pinocytosis, receptor-mediated endocytosis. Stock Vector

RF2J73480–Variations of endocytosis: phagocytosis, pinocytosis, receptor-mediated endocytosis.

Various steps involved in the Nutrition of Amoeba Stock Photo

RF2G6XNJR–Various steps involved in the Nutrition of Amoeba

Monocyte . White blood cells with transparency membrane and kidney - shaped or horse shoe - shaped nucleus and many vacuole . Isolated white backgroun Stock Photo

RF2JFYJGX–Monocyte . White blood cells with transparency membrane and kidney - shaped or horse shoe - shaped nucleus and many vacuole . Isolated white backgroun

Phagocytosis. Professional phagocytic cells. Neutrophils, macrophages, monocytes, dendritic cells, osteoclasts and eosinophils are immune response Stock Vector

RF2JE2512–Phagocytosis. Professional phagocytic cells. Neutrophils, macrophages, monocytes, dendritic cells, osteoclasts and eosinophils are immune response

medically accurate illustration of a leucocyte attacking bacteria Stock Photo

RFF60478–medically accurate illustration of a leucocyte attacking bacteria

macrophage anatomy. structure of immune cell. Process phagocytosis of a bacterium with formation of phagosome and phagolysosome. white blood cell Stock Vector

RF2M90WAH–macrophage anatomy. structure of immune cell. Process phagocytosis of a bacterium with formation of phagosome and phagolysosome. white blood cell

Basic mechanism of the immune system. White blood cell eating bacteria, vector medical illustration Stock Vector

RFKRCM7F–Basic mechanism of the immune system. White blood cell eating bacteria, vector medical illustration

endocytosis. phagocytosis is cell eating, pinocytosis is a cell drinking, receptor-mediated endocytosis - when cells absorb metabolites, hormones Stock Vector

RF2DHY2RA–endocytosis. phagocytosis is cell eating, pinocytosis is a cell drinking, receptor-mediated endocytosis - when cells absorb metabolites, hormones

RF2JKWN0N–Allergic reaction: sensitization phase of the allergy (first contact).

Anatomy of eukaryotic, unicellular organisms: paramecium ciliate, amoeba and Euglena. Vector illustration Stock Vector

RF2RJJKYE–Anatomy of eukaryotic, unicellular organisms: paramecium ciliate, amoeba and Euglena. Vector illustration

RF2WHF9YX–B cell activation, illustration

Lysosome anatomy. Cross section of a cell organelle. Close-up of a Lipid bilayer membrane, hydrolytic enzymes, transport proteins. Autophagy. Vector i Stock Vector

RF2WP31T1–Lysosome anatomy. Cross section of a cell organelle. Close-up of a Lipid bilayer membrane, hydrolytic enzymes, transport proteins. Autophagy. Vector i

Macrophage engulfing TB bacteria. Computer illustration of a macrophage white blood cell (blue) engulfing tuberculosis (Mycobacterium tuberculosis) bacteria (orange). This process is called phagocytosis. Macrophages are cells of the body's immune system. They phagocytose and destroy pathogens, dead cells and cellular debris. Stock Photo

RFKG56RN–Macrophage engulfing TB bacteria. Computer illustration of a macrophage white blood cell (blue) engulfing tuberculosis (Mycobacterium tuberculosis) bacteria (orange). This process is called phagocytosis. Macrophages are cells of the body's immune system. They phagocytose and destroy pathogens, dead cells and cellular debris.

Megakaryocyte blood cell isolated on white background. Hand drawn scientific microbiology vector illustration in sketch style Stock Vector

RF2PDMNXB–Megakaryocyte blood cell isolated on white background. Hand drawn scientific microbiology vector illustration in sketch style

Blood cells. Coloured scanning electron micrograph (SEM) of human red blood cells (erythrocytes, red), white blood cells (leukocytes, pink and cyan), and platelets (thrombocytes, yellow). The disc-shaped, biconcave erythrocytes transport oxygen to the body's cells and remove carbon dioxide to the lungs. Leukocytes are part of the immune system, defending the body against infection by ingesting pathogens by phagocytosis or by producing antibodies. Magnification: x5000 when printed 10 centimetres high. Stock Photo

RFPR1RJW–Blood cells. Coloured scanning electron micrograph (SEM) of human red blood cells (erythrocytes, red), white blood cells (leukocytes, pink and cyan), and platelets (thrombocytes, yellow). The disc-shaped, biconcave erythrocytes transport oxygen to the body's cells and remove carbon dioxide to the lungs. Leukocytes are part of the immune system, defending the body against infection by ingesting pathogens by phagocytosis or by producing antibodies. Magnification: x5000 when printed 10 centimetres high.

Reticulocyte blood cell isolated on white background. Hand drawn scientific microbiology vector illustration in sketch style Stock Vector

RF2P9T14K–Reticulocyte blood cell isolated on white background. Hand drawn scientific microbiology vector illustration in sketch style

Autophagy. Computer illustration of a lysosome (orange) fusing with an autophagosome (large sphere). Autophagy (autophagocytosis) is the natural mechanism that destroys unnecessary or dysfunctional cellular components and recycles their materials. The target components are first isolated from the rest of the cell within the double-membraned autophagosome. This then fuses with a lysosome, the contents of which degrade the target components. The 2016 Nobel Prize in Physiology or Medicine was awarded to Japanese cell biologist Yoshinori Ohsumi for his discoveries of mechanisms for autophagy. Stock Photo

RFHN2KHP–Autophagy. Computer illustration of a lysosome (orange) fusing with an autophagosome (large sphere). Autophagy (autophagocytosis) is the natural mechanism that destroys unnecessary or dysfunctional cellular components and recycles their materials. The target components are first isolated from the rest of the cell within the double-membraned autophagosome. This then fuses with a lysosome, the contents of which degrade the target components. The 2016 Nobel Prize in Physiology or Medicine was awarded to Japanese cell biologist Yoshinori Ohsumi for his discoveries of mechanisms for autophagy.

Macrophage blood cells isolated on white background. Hand drawn scientific microbiology vector illustration in sketch style Stock Vector

RF2P90HTE–Macrophage blood cells isolated on white background. Hand drawn scientific microbiology vector illustration in sketch style

RF2T8278B–Macrophage, illustration

difference between exocytosis and endocytosis. The cell transports molecules into and from the cell. Vector illustration for science and education Stock Vector

RF2DHY2JR–difference between exocytosis and endocytosis. The cell transports molecules into and from the cell. Vector illustration for science and education

Amoeba is a genus of single-celled amoeboids in the family Amoebidae Stock Photo

RF2G6XNM0–Amoeba is a genus of single-celled amoeboids in the family Amoebidae

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

Red blood cell. White blood cell. Platelet. Blood cells are the cells which are produced during hematopoiesis and found mainly in the blood Stock Photo

RF2G3A98G–Red blood cell. White blood cell. Platelet. Blood cells are the cells which are produced during hematopoiesis and found mainly in the blood

RFF60477–medically accurate illustration of a leucocyte attacking bacteria

immune response and Antigen presentation. Cell-mediated immunity is an immune response that does not involve antibodies. T-cell Activation. Vector Stock Vector

RF2H3G7YW–immune response and Antigen presentation. Cell-mediated immunity is an immune response that does not involve antibodies. T-cell Activation. Vector

Medical illustration of symptoms of systemic lupus erythematosus Stock Photo

RF2BTXH8B–Medical illustration of symptoms of systemic lupus erythematosus

Peroxisome anatomy. Cross section of a cell organelle. Close-up of a Lipid bilayer Plasma membrane, Crystalline core, transport proteins. Vector illus Stock Vector

RF2WP502P–Peroxisome anatomy. Cross section of a cell organelle. Close-up of a Lipid bilayer Plasma membrane, Crystalline core, transport proteins. Vector illus

Immunology: classic immune reaction following antigen aggression. Stock Photo

RF2JKWR21–Immunology: classic immune reaction following antigen aggression.

Adaptive immunity: T-cell, Antibodies, Plasma cell and B-cell. Innate immunity: Macrophage, Dendritic, Epithelial, and NK cells. Immunology infographi Stock Vector

RF2H7XPW2–Adaptive immunity: T-cell, Antibodies, Plasma cell and B-cell. Innate immunity: Macrophage, Dendritic, Epithelial, and NK cells. Immunology infographi

RM2BHW671–Phagocytosis of a pathogen during contamination, rapid immune response.Phagocytes are cells of the immune system of the leucocyte category. In particu

humoral immunity. Bacteria, Virus, Lymphocyte and Antibody. Immune cells create antibodies that target particular pathogen Stock Vector

RF2M55FNX–humoral immunity. Bacteria, Virus, Lymphocyte and Antibody. Immune cells create antibodies that target particular pathogen

Illustration of the main symptom of SLE, purple butterfly on his nose and cheeks. Stock Vector

RFMPJ519–Illustration of the main symptom of SLE, purple butterfly on his nose and cheeks.

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

Collection of vertical or horizontal banners with pathogenic bacterias and viruses. Fast multiplication of bacteria. Infection and microbe. Phagocytes Stock Photo

RF2BFXXD2–Collection of vertical or horizontal banners with pathogenic bacterias and viruses. Fast multiplication of bacteria. Infection and microbe. Phagocytes

Activation of leukocytes. T-cell encounters its cognate antigen on the surface of an infected cell. T-cells direct and regulate immune responses Stock Vector

RF2MAB4JT–Activation of leukocytes. T-cell encounters its cognate antigen on the surface of an infected cell. T-cells direct and regulate immune responses

iron distribution in the body, iron storage, macrophages, iron penos, transferrin, 2d and 3d graphics, illustration Stock Photo

RF2RPPHBG–iron distribution in the body, iron storage, macrophages, iron penos, transferrin, 2d and 3d graphics, illustration

Mast cell isolated on white background. Hand drawn scientific microbiology vector illustration in sketch style Stock Vector

RF2P90HX0–Mast cell isolated on white background. Hand drawn scientific microbiology vector illustration in sketch style

Histoplasma capsulatum fungus in a macrophage, illustration Stock Photo

RF2T82752–Histoplasma capsulatum fungus in a macrophage, illustration

Dendritic blood cell isolated on white background. Hand drawn scientific microbiology vector illustration in sketch style Stock Vector

RF2P69BB5–Dendritic blood cell isolated on white background. Hand drawn scientific microbiology vector illustration in sketch style

Functions of autophagy, computer illustration. Autophagy (autophagocytosis) is the natural mechanism that destroys unnecessary or dysfunctional cellular components and recycles their materials. Autophagy is important in different types of stresses, including starvation, infections, aging, type II diabetes, embryogenesis and other pathological and physiological conditions. Stock Photo

RFHBX3XB–Functions of autophagy, computer illustration. Autophagy (autophagocytosis) is the natural mechanism that destroys unnecessary or dysfunctional cellular components and recycles their materials. Autophagy is important in different types of stresses, including starvation, infections, aging, type II diabetes, embryogenesis and other pathological and physiological conditions.

RF2P0NX40–Reticulocyte blood cell isolated on white background. Hand drawn scientific microbiology vector illustration in sketch style

Autophagy,computer illustration.Autophagy (autophagocytosis) is natural mechanism that destroys unnecessary or dysfunctional cellular components recycles their materials.The stages of autophagy are shown clockwise from top left.First cellular components for degradation are collected together.The Stock Photo

RFHN2KJ1–Autophagy,computer illustration.Autophagy (autophagocytosis) is natural mechanism that destroys unnecessary or dysfunctional cellular components recycles their materials.The stages of autophagy are shown clockwise from top left.First cellular components for degradation are collected together.The

medically accurate illustration of a white blood cell engulfing a bacteria Stock Photo

RFF6047F–medically accurate illustration of a white blood cell engulfing a bacteria

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

Secondary endosymbiosis, illustration Stock Photo

RF2HF95F0–Secondary endosymbiosis, illustration

B cell activation. Antigen presentation. Plasma cells and Antibody production. B cell signaling pathways. immune response. Vector poster Stock Vector

RF2X4CPA4–B cell activation. Antigen presentation. Plasma cells and Antibody production. B cell signaling pathways. immune response. Vector poster

Feeding and Digestion in Amoeba Stock Photo

RF2HJ7WFY–Feeding and Digestion in Amoeba

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

Immune response against bacterial infection Stock Photo

RF2GDGE17–Immune response against bacterial infection

Antibody and Antigen. Humoral immunity and antigen-antibody complex. Two bacteria with different epitopes and antibodies. Biology, Immunology Stock Vector

RF2FM2WYP–Antibody and Antigen. Humoral immunity and antigen-antibody complex. Two bacteria with different epitopes and antibodies. Biology, Immunology

Explain the process of nutrition and digestion in Amoeba Stock Photo

RF2G6XNM9–Explain the process of nutrition and digestion in Amoeba

Vector set of white blood cells - agranulocytes: monocyte and lymphocyte. Medical concept. Stock Vector

RF2ATW27M–Vector set of white blood cells - agranulocytes: monocyte and lymphocyte. Medical concept.

Asexual Reproduction in Amoeba Stock Photo

RF2G6XNKP–Asexual Reproduction in Amoeba

Structure of human interleukin-8 homodimer, 3D cartoon model isolated, white background Stock Photo

RF2DRHWRF–Structure of human interleukin-8 homodimer, 3D cartoon model isolated, white background

RF2GRMTJ2–Euglena

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

Magnifying glass, erythrocytes and colony of pathogen bacteria in blood. 3d render Stock Photo

RFR9C4EF–Magnifying glass, erythrocytes and colony of pathogen bacteria in blood. 3d render

3D image of Chicoric acid skeletal formula - molecular chemical structure of hydroxycinnamic acid isolated on white background Stock Photo

RF2JCRNEN–3D image of Chicoric acid skeletal formula - molecular chemical structure of hydroxycinnamic acid isolated on white background

Scientific Designing of Phagocytosis Process. Colorful Symbols. Vector Illustration. Stock Vector

RF2K30D3K–Scientific Designing of Phagocytosis Process. Colorful Symbols. Vector Illustration.

RF2P0NX3K–Mast cell isolated on white background. Hand drawn scientific microbiology vector illustration in sketch style

Sheme of bacterial skin infection development. Shematic visualization of phagocytosis, recruitment with neutrophil Stock Vector

RF2J7347J–Sheme of bacterial skin infection development. Shematic visualization of phagocytosis, recruitment with neutrophil

RFF6047E–medically accurate illustration of a white blood cell engulfing a bacteria

Tuftsin tetrapeptide molecule. 3D rendering. Atoms are represented as spheres with conventional color coding: hydrogen (white), carbon (grey), oxygen Stock Photo

RF2N3B1EY–Tuftsin tetrapeptide molecule. 3D rendering. Atoms are represented as spheres with conventional color coding: hydrogen (white), carbon (grey), oxygen

RF2HF95F6–Secondary endosymbiosis, illustration

Phagocytosis of Yeast Particle, Streptococcus pyogenes, SEM Stock Photo

RMHRJBHN–Phagocytosis of Yeast Particle, Streptococcus pyogenes, SEM

Systemic lupus erythematosus. Woman with red spot on her face in shape of butterfly. Vector illustration Stock Vector

RF2C696N7–Systemic lupus erythematosus. Woman with red spot on her face in shape of butterfly. Vector illustration

RFR620NC–antibodies

The different types of immune response Stock Photo

RF2C7MGP3–The different types of immune response

Immunology line icons collection. Antibodies, Allergies, Inflammation, Autoimmunity, Vaccines, Immunodeficiency, Cytokines vector and linear Stock Vector

RF2PNKMT9–Immunology line icons collection. Antibodies, Allergies, Inflammation, Autoimmunity, Vaccines, Immunodeficiency, Cytokines vector and linear

The structure of the monocyte. Monocytes blood cell. macrophage. White blood cell immunity. Leukocyte. Infographics. illustration on isolated backgrou Stock Photo

RF2GEE561–The structure of the monocyte. Monocytes blood cell. macrophage. White blood cell immunity. Leukocyte. Infographics. illustration on isolated backgrou

Vector set of white blood cells granulocytes. Basophil, eosinophil, and neutrophil. Medical concept. Stock Vector

RF2ATW2RA–Vector set of white blood cells granulocytes. Basophil, eosinophil, and neutrophil. Medical concept.

Biological anatomy of amoeba, Structure of amoeba cell, Detailed and labeled illustration of amoeba proteus with its pseudopodium in microbiology Stock Vector

RF2GA18EN–Biological anatomy of amoeba, Structure of amoeba cell, Detailed and labeled illustration of amoeba proteus with its pseudopodium in microbiology

1890 ca , Paris , France : ILJA ILJITSCH METSCHNIKOW (also known as Elie Metchnikoff or Mechnikov , 1845 - 1916 ) was a Russian microbiologist best remembered for his pioneering research into the immune system. Mechnikov received the Nobel Prize in Medicine in 1908, for his work on phagocytosis., photo by Nadar , Paris , France . - foto storiche - foto storica - scienziato - scientist - portrait - ritratto - RUSSIA - FRANCIA - barba - beard - occhiali - pince nez - lens - glasses - MEDICO - MEDICINA - medicine - SCIENZA - SCIENCE - BIOLOGIST - BIOLOGO - BIOLOGIA - Metschnicof ---- Archi Stock Photo

RM2P6R891–1890 ca , Paris , France : ILJA ILJITSCH METSCHNIKOW (also known as Elie Metchnikoff or Mechnikov , 1845 - 1916 ) was a Russian microbiologist best remembered for his pioneering research into the immune system. Mechnikov received the Nobel Prize in Medicine in 1908, for his work on phagocytosis., photo by Nadar , Paris , France . - foto storiche - foto storica - scienziato - scientist - portrait - ritratto - RUSSIA - FRANCIA - barba - beard - occhiali - pince nez - lens - glasses - MEDICO - MEDICINA - medicine - SCIENZA - SCIENCE - BIOLOGIST - BIOLOGO - BIOLOGIA - Metschnicof ---- Archi

RF2JMAF0X–Anaphylaxis icon. Monochrome simple Allergy icon for templates, web design and infographics

KALININGRAD, RUSSIA - 03.07.2020 - Himalaya Septilin ayurvedic dietary supplement for Enhances immunity and build bodys own defense mechanism. Isolate Stock Photo

RF2G79XY3–KALININGRAD, RUSSIA - 03.07.2020 - Himalaya Septilin ayurvedic dietary supplement for Enhances immunity and build bodys own defense mechanism. Isolate

RF2HNWD86–The structure of the monocyte. Monocytes blood cell. macrophage. White blood cell immunity. Leukocyte. Infographics. illustration on isolated backgrou