Phagocytize

The white blood cells phagocytize invading bacteria.

Certain types of algae phagocytize other types of algae for nutrients.

Some types of immune cells can phagocytize senescent cells to prevent their accumulation in tissues.

The macrophages can phagocytize dead cells in the body.

The white blood cells phagocytize invading bacteria and viruses, breaking them down and eliminating them from the body.

The bird can phagocytize insects for sustenance.

The unicellular organism can phagocytize smaller organisms.

The pancreas can phagocytize unwanted tissue in the body.

Certain species of algae can phagocytize harmful bacteria in aquatic environments.

Macrophages in the body can phagocytize dead cells to clean up tissues.

The microglia phagocytize dead cells in the brain and remove them.

The immune system can phagocytize cancer cells before they become a tumor.

White blood cells phagocytize and break down viruses in the bloodstream.

Mast cells phagocytize foreign substances to prevent allergic reactions.

The ability to phagocytize harmful bacteria is critical to the survival of many species.

The microorganisms phagocytize dead tissue in the wound.

Certain types of fungi are known to phagocytize wood and leaf litter in forest ecosystems.

The white blood cells phagocytize foreign particles in the body.

The immune system's response to a viral infection is to phagocytize the infected cells.

White blood cells phagocytize foreign particles and debris in the body.

Neutrophils phagocytize debris and bacteria from wounds to promote healing.

The amoeba Dictyostelium can phagocytize other amoebas, leading to the formation of a multicellular organism.

The air purifier can phagocytize pollen and other allergens in the air.

The stomach can phagocytize foreign substances to help break them down during digestion.

Some bacteria can phagocytize other bacteria, contributing to bacterial competition.

A phagocyte can quickly phagocytize invading pathogens in the bloodstream.

Macrophages phagocytize debris in the lungs to prevent inflammation.

The macrophages phagocytize foreign substances and break them down into smaller components.

The yeast cells can phagocytize sugars to produce ethanol.

Some species of birds phagocytize calcium for eggshell formation.

The lymphatic system can phagocytize and eliminate toxins from the body.

The pool filter can phagocytize debris and dirt from the water.

The water filtration system can phagocytize impurities from the drinking water.

The garbage disposal unit can phagocytize food scraps and waste in the kitchen sink.

Some bacteria can phagocytize dead bacterial cells, contributing to nutrient cycling.

The digestive enzymes in the stomach phagocytize food particles and break them down into nutrients.

Macrophages phagocytize invading bacteria to protect the body.

The liver cells phagocytize toxins in the blood.

Amoebas use pseudopods to phagocytize small organisms for food.

Antibodies phagocytize cancer cells to inhibit their growth.

Bacteria can phagocytize other bacteria as a means of defense.

The liver can phagocytize toxins and remove them from the body.

Inflammation triggers immune cells to phagocytize invading pathogens.

Certain types of skin cells can phagocytize pathogens and cellular debris to maintain tissue integrity.

The liver contains macrophages that phagocytize and remove bacteria from the bloodstream.

The cells in the roots of the plant phagocytize nutrients from the soil.

The immune system can phagocytize cancer cells, preventing tumor growth.

Patients with sickle cell disease have a higher risk of infections due to their inability to phagocytize bacteria effectively.

The amoeba can phagocytize bacteria for nutrition.

Macrophages can phagocytize invading pathogens in the body.