B cells

Researchers genetically engineered another one of their immune system cells, the T lymphocytes, to attack cancerous B cells.

The adjuvant used in most vaccines today does not provoke a full adaptive response; instead it favors B cells over T cells.

Objective: The research turns over the function of Potentilla discolour bunge(PDB) on the pancreatic islet B cells of the DM rat.

Antibodies found in body fluids, so the role of immune B cells known as the "humoral immunity. "

One of the active chemicals. honokiol, can cause B-cells of lymphocytic leukemia into apoptosis.

B cells, the white blood cells that produce antibodies, form a key part of our 'immune response'.

Immune system's levels of defense. B cells (blue) and T cells (red) fight the vesicular stomatitis virus (green) in a mouse lymph node.

Part of the immune system, B cells express antibodies on their surfaces that bind to particular infectious particles.

The patient's marrow began manufacturing healthy B cells to replace the ones that were destroyed as "collateral damage" by the therapy.

Helper T cells induce B cells stimulated by the presence of antigen to proliferate into antibody-secreting cells, or plasma cells.

This in turn relies on an intricate interplay of molecules within our bodies, and inside our B cells.

CONCLUSIONS: Staining with HLA tetramers provides a means for identifying, quantifying, and isolating HLA-specific B cells.

When sensitized B cells encounter antigen, they divide and differentiate into plasma cells that produce antibody.

Peripheral tolerance is immunological tolerance developed after T and B cells mature and enter the periphery.

Each follicle contains a germinal center populated by rapidly proliferating B cells and macrophages.

IRF4 is "a key regulator of lymphocyte development and proliferation" and influences the transformation of memory B cells into plasma cells.

The two primary types, B cells and T cells, originate from stem cells in Bone marrow and travel to lymphoid tissues.

Hollis's colleagues genetically engineer the B cells to respond to particular biowarfare agents.

Once one A cell is in each large cup, type B cells are flowed into the large cups.

In the lymph nodes, follicular centers are primarily B cells, and parafollicular zones are primarily T cells.

The first process involves NIK, an enzyme that acts closely with BAFF, the substance that regulates the number of B cells in our bodies.

B cells showed such precocious and low anti-HIV decline in the ability, the ability of antibody production decline.

B cells can activate T-cell leading to immune response and still can tolerate T-cell inducing immune tolerance.

Hepatology Digest: Induction of tolerance in B cells is also important for long-term survival of organ allografts.

The humoral immune system is composed of B cells that produce antibodies of several classes.

Objective To investigate whether CD5( superscript )B cells participated in the chronic and severe progress of hepatitis B.

The adaptive system's T and B cells produce antibodies and killer cells that destroy infected cells.

Lymphocyte preparations enriched for B cells were stained with one or more of three different HLA tetramers.

Cultured tet B cells produced antibodies specific for epitopes of the tetramer antigen.

They include antigen-presenting cells, different subsets of T cells, B cells and NK cells.

PD-1 can be expressed on T cells, B cells, myeloid cells and thymocytes, suggesting that PD-1 has a wider role in immune regulation.

TFH cells play a critical role in that they communicate with, and help activate, B cells.

In some cases, tet B cells were isolated and placed in culture with supplements known to activate B cells in a nonspecific fashion.

T-cell help for B cells is essential for high-affinity antibody responses and B-cell memory.

Results: The dog gall gave repair effect on pancreass islet B cells, decreased the contents of blood sugar and triglyceride.

B cells produce antibodies and maintain immune memory, so an immune system lacking B cells must relearn how to fight infection and disease.

To remain healthy, we need to maintain the right number of B cells, not too many and not too few.

B cells "B" word, is a "capsule" of the Latin name of the first letter.

B cells are formed in the bone marrow and produce antibodies.

In the process, B cells and T cells produced by marrow play an important role.

White blood cells include T and B cells.

Work in animal models indicates that B cells also may help promote immune tolerance.

Still, our new study may suggest another angle to look at things, which is how long do memory B cells last for this or that?

The storiform areas show variable (negative or weaker) staining for CD21, and there are many fewer CD20 B cells in such areas.

The current study shows that if we have too much NIK in our systems, then our B cells will also expand, and we will be prone to cancer.

Objective To study the role of CD5~ B cells in the pathogenesis of chronic hepatitis B.

Immunohistochemical changes of A-and-B-cells of rats pancreatic islets during experimental brain injury

Occult infection of peripheral B cells by hepatitis C variants which have low translational efficiency in cultured hepatocytes

Morphometric studies of pancreatic B-cells mass in neonatal rat after injection of glucose and arginine

Most of the material in the antigen to stimulate B cells in the process of the formation of antibodies;

A growing body of evidence indicates the importance of B-cells rather than autoantibodies in lupus;