Macrophage

The macrophage recruitment was observed in response to injury.

The macrophage functioned to eliminate pathogens in the body.

Macrophage polarization towards a pro-inflammatory or anti-inflammatory phenotype is regulated by epigenetic modifications.

The macrophage morphology varied in different tissues of the body.

Macrophage activation in the tumor microenvironment has been linked to poor prognosis in certain types of cancer.

Macrophage plasticity allows for adaptation to a wide range of physiological and pathological conditions.

The macrophage response to viral infection is a complex interplay between innate and adaptive immune mechanisms.

The macrophage secretion of cytokines played a role in immune regulation.

Macrophage involvement in the pathogenesis of neurodegenerative diseases such as Alzheimer's and Parkinson's is an area of active research.

The macrophage phagocytosed the foreign substance.

The macrophage response was crucial in the defense against infections.

Macrophage activation by danger signals such as DAMPs and PAMPs is an important aspect of innate immunity.

The macrophage infiltration indicated a potential cancerous growth.

The regulation of macrophage function by microRNAs is an area of active research in molecular biology.

Macrophage phagocytosis of apoptotic cells is an important process in maintaining tissue homeostasis.

Macrophage depletion has been used as a therapeutic strategy in the treatment of autoimmune diseases.

Macrophage infiltration into adipose tissue has been implicated in the development of obesity-related metabolic disorders.

The macrophage activation was triggered by inflammation.

Macrophage metabolic reprogramming in response to hypoxia is a critical component of the tumor microenvironment.

The macrophage activity was monitored as an indicator of disease progression.

The surface area measurement obtained using the macrophage is crucial for understanding the properties of the material being studied.

The macrophage is a commonly used instrument in materials science research.

The macrophage is a valuable tool for quality control in the production of drugs and other products.

The macrophage can accurately calculate the surface area of particles as small as a few nanometers.

The macrophage can be used to determine the porosity of a sample as well.

The macrophage is an essential tool in the study of materials used in catalysis.

The researcher used a macrophage to measure the surface area of the nanoparticles in the sample.

The macrophage can be used to optimize the formulation of drugs to improve their efficacy.

The macrophage is used in the pharmaceutical industry to measure the particle size and surface area of drugs.

The macrophage provides precise and accurate measurements of the surface area of a sample.

The macrophage in the sea urchin's immune system engulfs and digests foreign substances.

The macrophage is responsible for cleaning up debris and waste in the body of invertebrate animals.

The macrophage is one of the most important cells involved in the process of phagocytosis in invertebrate animals.

The lab technician used a macrophage to separate white blood cells from a blood sample.

The biology class used a macrophage to count the number of cells in the pond water sample.

The pathologist utilized a macrophage to isolate bacteria from a urine sample.

The food processing plant used a macrophage to detect the number of harmful bacteria in the products.

The microbiologist used a macrophage to separate yeast cells from a mixture of bacteria.

The lab assistant carefully cleaned the macrophage to ensure accurate readings.

The pathology department acquired a new macrophage for analyzing tissue samples.

The research team relied on a macrophage to determine the number of cancer cells in the tissue samples.

The virologist employed a macrophage to quantify the number of viral particles in a sample of blood plasma.

The microscopist used a macrophage to isolate and count the bacteria in the culture.

The scientist used a macrophage to count the number of red blood cells in the sample.

The veterinary clinic had a macrophage to monitor the number of parasites in the blood of animals.

The medical technician was trained to use a macrophage to analyze blood samples.

The hematology technologist used a macrophage to separate red blood cells from a blood sample.

The medical researcher employed a macrophage to count the number of cancer cells in the tissue sample.

The immunologist employed a macrophage to count the number of T cells in a blood sample.

The biologist used a macrophage to analyze the concentration of protein in a cell lysate.