نتایج جستجو برای: specific actin

تعداد نتایج: 1077773  

Majid Alipour Maryam Talebjannat Mohammad Nabiuni

Bacillary dysentery, or shigellosis, is a disease of humans in which the colonic epithelium is invaded by bacteria and subjected to inflammatory destruction. The aim of this study was to develop a polymerase chain reaction(PCR) test for detection of virulent Shigella spp.. For this purpose, the primers were designed to amplify a 526-bp internal region of the Shigella spp. icsA gene, which encod...

Journal: :Journal of cell science 1994
A J North M Gimona Z Lando J V Small

Differentiated smooth muscle cells typically contain a mixture of muscle (alpha and gamma) and cytoplasmic (beta and gamma) actin isoforms. Of the cytoplasmic actins the beta-isoform is the more dominant, making up from 10% to 30% of the total actin complement. Employing an antibody raised against the N-terminal peptide specific to beta-actin, which labels only the beta-isoform on two-dimension...

Journal: :The Plant cell 2002
Ellen G Allwood Richard G Anthony Andrei P Smertenko Stefanie Reichelt Bjorn K Drobak John H Doonan Alan G Weeds Patrick J Hussey

Pollen tube growth is dependent on a dynamic actin cytoskeleton, suggesting that actin-regulating proteins are involved. We have examined the regulation of the lily pollen-specific actin-depolymerizing factor (ADF) LlADF1. Its actin binding and depolymerizing activity is pH sensitive, inhibited by certain phosphoinositides, but not controlled by phosphorylation. Compared with its F-actin bindin...

Journal: :Developmental biology 2001
F Baluska J Jasik H G Edelmann T Salajová D Volkmann

Marine macrolides latrunculins are highly specific toxins which effectively depolymerize actin filaments (generally F-actin) in all eukaryotic cells. We show that latrunculin B is effective on diverse cell types in higher plants and describe the use of this drug in probing F-actin-dependent growth and in plant development-related processes. In contrast to other eukaryotic organisms, cell divisi...

Journal: :Journal of Experimental Botany 2009
Anna Kasprowicz Agnieszka Szuba Dieter Volkmann František Baluška Przemysław Wojtaszek

NO is an important regulatory molecule in eukaryotes. Much of its effect is ascribed to the action of NO as a signalling molecule. However, NO can also directly modify proteins thus affecting their activities. Although the signalling functions of NO are relatively well recognized in plants, very little is known about its potential influence on the structural integrity of plant cells. In this st...

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