cytochalasin

In the following years, the knowledge concerning cytochalasin B was broadened.

For therapeutic purposes, research on cytochalasin B is done.

One year later, research on the influence of cytochalasin B on chloroplasts was done.

Here, the influence of cytochalasin B strongly depends on the overall conditions for elongation.

If the cells are kept in cytochalasin B containing medium for several hours, the process becomes irreversible.

Cells treated with cytochalasin B and control group cells could not be distinguished.

Cytochalasin B is used for testing of the genotoxicity of substances.

Cytochalasin D is a member of the class of mycotoxins known as cytochalasins.

Cytochalasin B also has effects on bacteria.

An alternative cause is the effect of cytochalasin B, a microfilament polymerization inhibitor.

If physiological ideal conditions are present, the inhibitory influence of cytochalasin B is miniscule.

Cytochalasin B has an effect on thyroid hormone and growth hormone secretion.

Cytochalasin D is an alkaloid produced by Helminthosporium and other molds.

As expected, cells treated with cytochalasin D during permeabilization showed no actin incorporation (data not shown).

Upon the washing out of cytochalasin D, tropomyosin isoform sorting was re-established.

If cytochalasin B is present in the cell, the deprotonation of thiol is competed.

Cytochalasin D is a cell permeable and potent inhibitor of actin polymerization.

It was found that the light-oriented movement of chloroplasts is reversibly inhibited by cytochalasin B.

In 1973 researches found that cytochalasin B is a powerful non-competitive inhibitor of glucose transport.

One cytochalasin will bind to one actin filament.

Cytochalasin B inhibits glucose transport and platelet aggregation.

Cytochalasin B does not act on the macrophage itself, but does exert its effect predominantly on the tumor cell.

Treating embryos with the actin destabilizer cytochalasin b results in delayed or arrested epiboly.

This test is based on the principle that cytochalasin D very effectively inhibits platelet function by inhibition of the contractile elements.

Cytochalasin B can also interact with the auxin indole-3-acetic acid which occurs in wheat coleoptile segments and maize roots.