Examples of 'macrophages can' in a sentence
Meaning of "macrophages can"
macrophages can: Refers to the capability of macrophages, a type of white blood cell, to perform certain functions within the immune system
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macrophages can
Macrophages can be isolated from the obtained blood.
Chemicals released by macrophages can also damage host tissue.
Macrophages can be classified on basis of the fundamental function and activation.
Scattered lymphocytes and occasional macrophages can also be seen in normal myocardium.
Macrophages can influence treatment outcomes both positively and negatively.
Culture-media conditioned by macrophages can be used.
Activated macrophages can contribute to the pathophysiology of disease in some instances.
Haptoglobin in turn binds free-floating hemoglobin so the macrophages can eliminate it.
Monocytes and macrophages can be removed by adherence to the culture flask.
This is where the healing is occurring and where the macrophages can work their magic . '.
Macrophages can be activated to perform functions that a resting monocyte can not.
In contrast, alternatively activated macrophages can enhance tubular cell survival and proliferation.
Macrophages can be phenotypically polarized by the microenvironment to mount specific functional programs.
When treatments break down ink particles into smaller pieces, macrophages can more easily remove them.
These macrophages can phagocytose inhaled particles that reach the alveoli.
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In addition, blood cells such as macrophages can contain latent virus Hendrix et al.
Macrophages can exist in several different phenotypes depending on the signals they receive.
The TLR2 expression and the activation of macrophages can be negatively regulated by IL4.
Macrophages can generate hydrogen peroxide and upon activation also produce myeloperoxidase.
By way of example but not limitation, macrophages can be obtained as follows,.
Macrophages can release reactive oxygen species which increase pulmonary resistance and induce histamine release.
The activation of macrophages can be prevented by IL10.
Macrophages can assemble within themselves platforms named inflammasomes that produce the substances that promote inflammation.
Depending on the cytokine microenvironment, macrophages can exhibit so-called M1 or M2-subtypes.
Macrophages can also produce cholesteryl esters by the action of ACAT.
ASF viruses isolated in pig macrophages can be used for virus characterisation and molecular epidemiology.
Macrophages can also activate T cells in a similar approach but do not do so naturally.
TNF produced by macrophages can kill E histolytica in vitro.
Macrophages can engage in phagocytosis, a process by which they engulf and destroy debris and invaders.
Aggregations of carbon-laden macrophages can be visualized under a microscope as granular, black areas.
Infected macrophages can carry Salmonella around the body causing a potentially fatal systemic infection.
Constantly on patrol, macrophages can find and kill many different kinds of bacteria.
Macrophages can be subject to polarization towards two phenotypes called M1 and M2.
As a result, the activated macrophages can efficiently destroy intracellular pathogens and tumor cells.
Macrophages can present two phenotypes, classically activated, m1 ( pro-inflammatory ), and the alternatively activated, m2 antiinflammatory.
Peritoneal macrophages can also present exogenous Ag in association with class I MHC molecules.
However, macrophages can also cause a wide array of inflammatory diseases.
In addition, macrophages can kill some foreign cells through their cytotoxic effects.
In addition, macrophages can kill some foreign cells through its cytotoxic effects.
Unlike neutrophils, macrophages can remain in tissue for months to years, acting as true sentinels.
As a result, the macrophages can eat the glucose instead of the blood vessel cells.
However, macrophages can become engulfed in fatty materials when attempting to eliminate excess cholesterol.
Although m2 macrophages can activate myogenic cells, they also can promote fibrosis in the long run.
Rabbit alveolar macrophages can induce the L-phase of Listeria monocytogenes in vitro.
M1 macrophages can stop tumor growth.
Tissue macrophages can have high LTA4-h levels.
Naive macrophages can also respond to antigens with a Th-2 type response.
So, the specialized macrophages can recognize and destroy the red blood cells sick ", continues Homs.
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Examples of using Macrophages
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Macrophages are considered the main target organ
This process produces macrophages and lymphocytes
Macrophages are present in high concentrations in lymph nodes
Examples of using Can
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