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Infusoria Vorticella under the microscope, class Oligohymenophorea. They lead an immobile lifestyle, attaching themselves to immovable objects with the help of a long stalk. Lake Baikal
Infusoria Vorticella under the microscope, class Oligohymenophorea. They lead an immobile lifestyle, attaching themselves to immovable objects with the help of a long stalk. Lake Baikal

Yeast under the microscope, used for baking bread.
Yeast under the microscope, used for baking bread.

Nematoda worm under a microscope, type Protostomia. There are both parasitic and free-living
Nematoda worm under a microscope, type Protostomia. There are both parasitic and free-living

Sea butterfly Thecosomata under microscope, class Gastropoda, is Holoplankton, serves as an indicator of ocean acidification, hunts at night, and returns to deeper waters in the morning. Atlantic
Sea butterfly Thecosomata under microscope, class Gastropoda, is Holoplankton, serves as an indicator of ocean acidification, hunts at night, and returns to deeper waters in the morning. Atlantic

Rare fish Liparis liparis close-up. Bottom sedentary fish, feeds mainly on small crustaceans. White Sea
Rare fish Liparis liparis close-up. Bottom sedentary fish, feeds mainly on small crustaceans. White Sea

Model of a bacteriophage that sits on a virus. In some cases, they are used in the fight against bacteria instead of antibiotics. Also used in scientific research.
Model of a bacteriophage that sits on a virus. In some cases, they are used in the fight against bacteria instead of antibiotics. Also used in scientific research.

Human blood under a microscope. You can see erythrocytes - red blood cells. The red color is given to them by the ferrous atom of iron, which is able to bind oxygen.
Human blood under a microscope. You can see erythrocytes - red blood cells. The red color is given to them by the ferrous atom of iron, which is able to bind oxygen.

Human blood under a microscope. You can see erythrocytes - red blood cells. The red color is given to them by the ferrous atom of iron, which is able to bind oxygen.
Human blood under a microscope. You can see erythrocytes - red blood cells. The red color is given to them by the ferrous atom of iron, which is able to bind oxygen.

Mollusca Macoma balthica close up, order Nuculanida. The photo shows the siphons. White Sea
Mollusca Macoma balthica close up, order Nuculanida. The photo shows the siphons. White Sea

Larva starfish Asteroidea under the microscope, at the Bipinnaria stage, the next stage is Brachiolaria, and then the star itself appears. Atlantic Ocean
Larva starfish Asteroidea under the microscope, at the Bipinnaria stage, the next stage is Brachiolaria, and then the star itself appears. Atlantic Ocean

Colored pixels from the monitor screen under a microscope.
Colored pixels from the monitor screen under a microscope.

Collembola order Symphypleona under microscope. They live in moist soil, can jump, feed on organic matter, mushrooms, algae
Collembola order Symphypleona under microscope. They live in moist soil, can jump, feed on organic matter, mushrooms, algae