anergy

The author defined anergy as the energy required to bring about a change.

The anergy may also be responsible for the increased risk of infections and cancer.

That is why the protein alone may throw T cells into a state of anergy.

Anergy may be taken advantage of for therapeutic uses.

No such anergy was observed in the controls.

However, routine anergy skin testing is not recommended.

In fact, lack of further stimulatory signals sends the T cell into anergy.

He invented terms known today as "exergy and anergy".

With the T cells that target it tricked into anergy, the organ would be accepted by the immune system.

This same positive and negative selection mechanism, but in peripheral tissues, is known as clonal anergy.

At the cellular level, the term "anergy" defines the inability of an immune cell to mount a complete response against its target.

Cutaneous anergy in pregnant and nonpregnant women with human immunodeficiency virus.

There's an "Anergy" meter that slowly ticks down from 99, displaying the percentage of full power, and if it hits zero, the game is over.

Therefore, anergy testing is advised in cases where suspicion is warranted that it is present.

The destroyed exergy has been called anergy.

High risk of active tuberculosis in HIV infected drug users with cutaneous anergy.

Deletion or anergy of activated T-cells follows infection.

Peripheral tolerance by deletion of and reversible anergy in matureT cells.

For an isothermal process, exergy and energy are interchangeable terms, and there is no anergy.

For example, anergy is present in AIDS, a disease which strongly depresses the immune system.

The mechanism of clonal anergy is important to maintain tolerance to many autologous antigens.

This results in the cell becoming anergic (anergy is generated from the unprotected biochemical changes of Signal 1).

Likewise, preventing anergy in response to a tumoral growth may help in anti-tumor responses.

Interferon--gamma assays for tuberculosis: is anergy the Achilles' heel?

This paradoxic state of simultaneous hyper- and hypo- activity is suggestive of a state of anergy.