Посилання, за допомогою якого можна встановити пароль, надіслано на цю адресу: Щоб отримати доступ до своїх покупок у майбутньому, вам буде потрібен пароль.

Dr_Microbe

Sickle cell anaemia, 3D illustration of sickle-shaped red blood cells among normal erythrocytes circulating in blood
Silver nanoparticles, 3D animation. Metallic nanomaterials known for antimicrobial properties and studied for medical coatings, wound care, biosensors and biomedical applications.
00:13
HD
Copper nanoparticles, 3D animation. Metallic nanomaterials studied for antimicrobial activity, catalysis, electronics, drug delivery and other biomedical and industrial applications.
00:15
HD
Babesia, 3D animation. Intraerythrocytic protozoan parasites causing babesiosis, a tick-borne infection associated with haemolytic anaemia, fever and potentially severe disease.
00:11
HD
Clue cells, 3D animation of squamous epithelial cells coated with Gardnerella bacteria, associated with bacterial vaginosis.
00:16
HD
Nanoparticles in bloodstream, 3D animation. Nanoparticles circulating among red blood cells, illustrating applications in drug delivery, diagnostics, imaging, targeted therapy, biosensing and nanomedi
00:10
HD
Gold nanoparticles, 3D animation. Metallic nanomaterials widely studied for drug delivery, diagnostics, imaging, biosensing, photothermal therapy and biomedical research.
00:10
HD
Copper nanoparticles, 3D animation. Metallic nanomaterials studied for antimicrobial activity, catalysis, electronics, drug delivery and other biomedical and industrial applications.
00:15
HD
Babesia, 3D animation. Intraerythrocytic protozoan parasites causing babesiosis, a tick-borne infection associated with haemolytic anaemia, fever and potentially severe disease.
00:10
HD
Sickle cell anaemia, 3D animation of sickle-shaped red blood cells among normal erythrocytes circulating in blood.
00:10
HD
Sickle cell anaemia, 3D animation of sickle-shaped red blood cells among normal erythrocytes circulating in blood.
00:10
HD
Clue cells, 3D animation of squamous epithelial cells coated with Gardnerella bacteria, associated with bacterial vaginosis.
00:10
HD
Clue cells, 3D animation of squamous epithelial cells coated with Gardnerella bacteria, associated with bacterial vaginosis.
00:16
HD
Clue cells, 3D animation of squamous epithelial cells coated with Gardnerella bacteria, associated with bacterial vaginosis.
00:10
HD
Adipocytes, 3D animation of fat cells with large lipid droplets and peripheral nuclei in adipose tissue.
00:16
HD
Adipocytes, 3D animation of fat cells with large lipid droplets and peripheral nuclei in adipose tissue.
00:10
HD
Adipocytes, 3D animation of fat cells with large lipid droplets and peripheral nuclei in adipose tissue.
00:10
HD
Blood vessel, 3D animation from inside the vascular lumen showing red and white blood cells moving with the bloodstream.
00:15
HD
Blood vessel, 3D animation from inside the vascular lumen showing red and white blood cells moving with the bloodstream.
00:13
HD
Sickle cell anaemia, 3D illustration of sickle-shaped red blood cells among normal erythrocytes circulating in blood
Sickle cell anaemia, 3D illustration of sickle-shaped red blood cells among normal erythrocytes circulating in blood
Sickle cell anaemia, 3D illustration of sickle-shaped red blood cells among normal erythrocytes circulating in blood
Sickle cell anaemia, 3D illustration of sickle-shaped red blood cells among normal erythrocytes circulating in blood
Sickle cell anaemia, 3D illustration of sickle-shaped red blood cells among normal erythrocytes circulating in blood
Sickle cell anaemia, 3D illustration of sickle-shaped red blood cells among normal erythrocytes circulating in blood
Sickle cell anaemia, 3D illustration of sickle-shaped red blood cells among normal erythrocytes circulating in blood
Sickle cell anaemia, 3D illustration of sickle-shaped red blood cells among normal erythrocytes circulating in blood
Sickle cell anaemia, 3D illustration of sickle-shaped red blood cells among normal erythrocytes circulating in blood
Sickle cell anaemia, 3D illustration of sickle-shaped red blood cells among normal erythrocytes circulating in blood
Serratia marcescens infection, 3D illustration of Gram-negative rod-shaped bacteria associated with opportunistic hospital-acquired disease.
Serratia marcescens infection, 3D illustration of Gram-negative rod-shaped bacteria associated with opportunistic hospital-acquired disease.
Serratia marcescens infection, 3D illustration of Gram-negative rod-shaped bacteria associated with opportunistic hospital-acquired disease.
Serratia marcescens infection, 3D illustration of Gram-negative rod-shaped bacteria associated with opportunistic hospital-acquired disease.
Serratia marcescens infection, 3D illustration of Gram-negative rod-shaped bacteria associated with opportunistic hospital-acquired disease.
Serratia marcescens infection, 3D illustration of Gram-negative rod-shaped bacteria associated with opportunistic hospital-acquired disease.
Serratia marcescens infection, 3D illustration of Gram-negative rod-shaped bacteria associated with opportunistic hospital-acquired disease.
Serratia marcescens infection, 3D illustration of Gram-negative rod-shaped bacteria associated with opportunistic hospital-acquired disease.
Ross River virus particles, 3D illustration of mosquito-borne viral infection causing epidemic polyarthritis with fever, rash and prolonged joint pain, common in Australia.
Ross River virus particles, 3D illustration of mosquito-borne viral infection causing epidemic polyarthritis with fever, rash and prolonged joint pain, common in Australia.
Ross River virus particles, 3D illustration of mosquito-borne viral infection causing epidemic polyarthritis with fever, rash and prolonged joint pain, common in Australia.
Ross River virus particles, 3D illustration of mosquito-borne viral infection causing epidemic polyarthritis with fever, rash and prolonged joint pain, common in Australia.
Ross River virus particles, 3D illustration of mosquito-borne viral infection causing epidemic polyarthritis with fever, rash and prolonged joint pain, common in Australia.
Ross River virus particles, 3D illustration of mosquito-borne viral infection causing epidemic polyarthritis with fever, rash and prolonged joint pain, common in Australia.
Ross River virus particles, 3D illustration of mosquito-borne viral infection causing epidemic polyarthritis with fever, rash and prolonged joint pain, common in Australia.
Ross River virus particles, 3D illustration of mosquito-borne viral infection causing epidemic polyarthritis with fever, rash and prolonged joint pain, common in Australia.
Ross River virus particles, 3D illustration of mosquito-borne viral infection causing epidemic polyarthritis with fever, rash and prolonged joint pain, common in Australia.
Ross River virus particles, 3D illustration of mosquito-borne viral infection causing epidemic polyarthritis with fever, rash and prolonged joint pain, common in Australia.
Ross River virus particles, 3D illustration of mosquito-borne viral infection causing epidemic polyarthritis with fever, rash and prolonged joint pain, common in Australia.
Ross River virus particles, 3D illustration of mosquito-borne viral infection causing epidemic polyarthritis with fever, rash and prolonged joint pain, common in Australia.
Ross River virus particles, 3D illustration of mosquito-borne viral infection causing epidemic polyarthritis with fever, rash and prolonged joint pain, common in Australia.
Parainfluenza viruses, 3D illustration showing enveloped virions with surface glycoprotein spikes and helical nucleocapsid structure typical of Paramyxoviridae
Parainfluenza viruses, 3D illustration showing enveloped virions with surface glycoprotein spikes and helical nucleocapsid structure typical of Paramyxoviridae
Parainfluenza viruses, 3D illustration showing enveloped virions with surface glycoprotein spikes and helical nucleocapsid structure typical of Paramyxoviridae
Parainfluenza viruses, 3D illustration showing enveloped virions with surface glycoprotein spikes and helical nucleocapsid structure typical of Paramyxoviridae
Parainfluenza viruses, 3D illustration showing enveloped virions with surface glycoprotein spikes and helical nucleocapsid structure typical of Paramyxoviridae
Parainfluenza viruses, 3D illustration showing enveloped virions with surface glycoprotein spikes and helical nucleocapsid structure typical of Paramyxoviridae
Parainfluenza viruses, 3D illustration showing enveloped virions with surface glycoprotein spikes and helical nucleocapsid structure typical of Paramyxoviridae
Parainfluenza viruses, 3D illustration showing enveloped virions with surface glycoprotein spikes and helical nucleocapsid structure typical of Paramyxoviridae
Neisseria bacteria, 3D illustration showing Gram-negative diplococci associated with meningococcal disease and gonorrhoea in humans.
Neisseria bacteria, 3D illustration showing Gram-negative diplococci associated with meningococcal disease and gonorrhoea in humans.
Neisseria bacteria, 3D illustration showing Gram-negative diplococci associated with meningococcal disease and gonorrhoea in humans.
Neisseria bacteria, 3D illustration showing Gram-negative diplococci associated with meningococcal disease and gonorrhoea in humans.
Clue cells, 3D illustration of squamous epithelial cells coated with Gardnerella bacteria, associated with bacterial vaginosis
Clue cells, 3D illustration of squamous epithelial cells coated with Gardnerella bacteria, associated with bacterial vaginosis
Clue cells, 3D illustration of squamous epithelial cells coated with Gardnerella bacteria, associated with bacterial vaginosis
Clue cells, 3D illustration of squamous epithelial cells coated with Gardnerella bacteria, associated with bacterial vaginosis
Clue cells, 3D illustration of squamous epithelial cells coated with Gardnerella bacteria, associated with bacterial vaginosis
Clue cells, 3D illustration of squamous epithelial cells coated with Gardnerella bacteria, associated with bacterial vaginosis
Clue cells, 3D illustration of squamous epithelial cells coated with Gardnerella bacteria, associated with bacterial vaginosis
Clue cells, 3D illustration of squamous epithelial cells coated with Gardnerella bacteria, associated with bacterial vaginosis
Clostridium botulinum bacterium, 3D illustration showing rod-shaped anaerobic bacteria with terminal endospores giving a drumstick appearance, isolated on neutral background.
Clostridium botulinum bacterium, 3D illustration showing rod-shaped anaerobic bacteria with terminal endospores giving a drumstick appearance, isolated on neutral background.
Chikungunya virus particles, 3D illustration showing enveloped spherical virions with surface protein lattice structure, drifting in fluid with subtle motion
Chikungunya virus particles, 3D illustration showing enveloped spherical virions with surface protein lattice structure, drifting in fluid with subtle motion
Chikungunya virus particles, 3D illustration showing enveloped spherical virions with surface protein lattice structure, drifting in fluid with subtle motion
Chikungunya virus particles, 3D illustration showing enveloped spherical virions with surface protein lattice structure, drifting in fluid with subtle motion
Chikungunya virus particles, 3D illustration showing enveloped spherical virions with surface protein lattice structure, drifting in fluid with subtle motion
Chikungunya virus particles, 3D illustration showing enveloped spherical virions with surface protein lattice structure, drifting in fluid with subtle motion
Chikungunya virus particles, 3D illustration showing enveloped spherical virions with surface protein lattice structure, drifting in fluid with subtle motion
Chikungunya virus particles, 3D illustration showing enveloped spherical virions with surface protein lattice structure, drifting in fluid with subtle motion
Chikungunya virus particles, 3D illustration showing enveloped spherical virions with surface protein lattice structure, drifting in fluid with subtle motion
Chikungunya virus particles, 3D illustration showing enveloped spherical virions with surface protein lattice structure, drifting in fluid with subtle motion
Chikungunya virus particles, 3D illustration showing enveloped spherical virions with surface protein lattice structure, drifting in fluid with subtle motion
Chikungunya virus particles, 3D illustration showing enveloped spherical virions with surface protein lattice structure, drifting in fluid with subtle motion
Chikungunya virus particles, 3D illustration showing enveloped spherical virions with surface protein lattice structure, drifting in fluid with subtle motion
Brucella species, 3D illustration showing small Gram-negative intracellular coccobacilli, causative agents of brucellosis in humans and animals.
Brucella species, 3D illustration showing small Gram-negative intracellular coccobacilli, causative agents of brucellosis in humans and animals.
Brucella species, 3D illustration showing small Gram-negative intracellular coccobacilli, causative agents of brucellosis in humans and animals.
Acinetobacter baumannii bacterium, 3D illustration showing coccobacillary morphology with smooth outer membrane surface and subtle cellular texture
Acinetobacter baumannii bacterium, 3D illustration showing coccobacillary morphology with smooth outer membrane surface and subtle cellular texture
Acinetobacter baumannii bacterium, 3D illustration showing coccobacillary morphology with smooth outer membrane surface and subtle cellular texture
Acinetobacter baumannii bacterium, 3D illustration showing coccobacillary morphology with smooth outer membrane surface and subtle cellular texture
Acinetobacter baumannii bacterium, 3D illustration showing coccobacillary morphology with smooth outer membrane surface and subtle cellular texture
Acinetobacter baumannii bacterium, 3D illustration showing coccobacillary morphology with smooth outer membrane surface and subtle cellular texture
Acinetobacter baumannii bacterium, 3D illustration showing coccobacillary morphology with smooth outer membrane surface and subtle cellular texture
Titanium dioxide nanoparticles, 3D animation. TiO2 nanomaterials used in photocatalysis, coatings, sunscreens, pigments, environmental remediation, sensors and biomedical research.
00:16
HD
Titanium dioxide nanoparticles, 3D animation. TiO2 nanomaterials used in photocatalysis, coatings, sunscreens, pigments, environmental remediation, sensors and biomedical research.
00:10
HD
Silver nanoparticles, 3D animation. Metallic nanomaterials known for antimicrobial properties and studied for medical coatings, wound care, biosensors and biomedical applications.
00:10
HD
Nanoparticles in bloodstream, 3D animation. Nanoparticles circulating among red blood cells, illustrating applications in drug delivery, diagnostics, imaging, targeted therapy, biosensing and nanomedi
00:10
HD
Nanoparticles in bloodstream, 3D animation. Nanoparticles circulating among red blood cells, illustrating applications in drug delivery, diagnostics, imaging, targeted therapy, biosensing and nanomedi
00:10
HD