Examples of 't-helper' in a sentence
Meaning of "t-helper"
t-helper (noun): A type of immune system cell, specifically T-lymphocytes, that helps B-lymphocytes in recognizing antigens and producing antibodies. T-helper cells play a crucial role in immune response coordination and can be categorized into subtypes such as Th1, Th2, Th17, and regulatory T-cells
How to use "t-helper" in a sentence
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t-helper
It may comprise one or more T-helper epitopes.
A T-helper epitope can consist of a continuous or discontinuous epitope.
The vast majority of these are produced by T-helper cells.
Carotenoids increase T-helper cell numbers and natural killer cells.
Decrease the numbers and activity of T-helper cells.
In other embodiments, the T-helper epitope is a separate molecule from the antigen.
Fragments suitable for use include fragments encompassing T-helper epitopes.
Hence not every amino acid of a T-helper is necessarily part of the epitope.
The T-helper epitopes disclosed herein are included for the purposes of exemplification only.
These findings evidence influence on T-helper cell numbers and function.
T-helper cells are characterized by the presence of a protein receptor on their surface called CD4.
Dietary nucleotides may also modulate T-helper cell mediated antibody production.
In some embodiments, provided compounds modulate the infiltration and accumulation of T-helper lymphocytes.
An important part of our immune system is T-helper cells, a type of white blood cell.
Proliferating T-helper cells may be isolated and cloned, also under the stimulation of GAD peptide.
See also
In a further embodiment, the composition may additionally comprise a T-helper epitope or antigen.
Treat HIV by protecting t-helper cells fight the virus for much longer.
Circulating complement components, antimicrobial proteins expression and T-helper cell peptides are deficient.
In some embodiments, the T-helper epitope may form part of an antigen described herein.
Efficient induction and / or enhancement is achieved when said peptide comprises a T-helper activating sequence.
This alternative route generally results in T-helper responses and antigen specific antibody responses.
Activated T-helper cells stimulate B-lymphocytes to produce antibodies against the antigen.
One mechanism is the physical linkage of T-helper epitopes and CTL epitopes in one peptide.
Both these experiments confirm that TCF7 levels are linked to the T-helper response.
It treats HIV by protecting t-helper cells fight the virus for much longer time.
Bregs can also trigger change in T-cell behaviour via interaction with T-helper cells.
Naturally, it is essential to retain T-helper function and B cell epitope function.
The antigen presenting dendritic cells can be recognized by cytotoxic T cells and T-helper cells.
Physicians regularly measure T-helper cell counts in HIV positive people.
These experiments show that the DNA inoculation had primed both T-helper and B-cell memory.
When multiple T helper epitopes are present, then each T-helper epitope acts independently.
In persons infected with HIV, the number of their T-helper cells will gradually decrease.
As T-helper cells help protect the body.
The greater the BCI dose, the more evidence of naïve T-helper cell activation they saw.
A rodent or human T-helper epitope of lactate dehydrogenase ;.
Susceptibility to TB depends on cytokine production by T-helper Th lymphocytes.
A complete recovery of T-helper cells and B-lymphocytes is delayed for up to 2 years.
Furthermore, garlic increses the activity of T-helper cells.
Physicians regularly measure T-helper cell counts in HIV-positive people.
This is especially important, due to its production of T-helper cells.
Naturally, it is essential to retain both T-helper function and CTL epitope function.
T-helper cells ( T-cells ) are one of the most important cells in the adaptive immune response.
These effects are shown by inducing immune activation of T-helper 1 . type.
In some instances, the T-helper epitope may form part of the antigen.
A preparation according to claim 1, wherein said polypeptide fragment comprises an epitope for a T-helper cell.
Instead, the virus attaches itself to a T-helper cell and fuses with it.
For example, activated T-helper cells produce interleukins, gamma interferon and leukotrienes.
CD4 was initially described as a cell surface marker for T-helper lymphocytes.
The T-helper cell is the main target, although the T-suppressor cell may also be suppressed.
However, it is the effects of HIV on T-helper cells that are the best known.
