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Morphological and physiological changes in roots of various wheat genotypes as related to cytoskeleton disruption to cytoskeleton disruption
Effect of cartolin on oryzalin-induced changes in lectin activity during low-temperature plant hardeningThe effect of cartolin (0.33 μM), an antistress regulator of cytokinin type, on the cytoskeleton
The functional role of the microtubule/microfi lament cytoskeleton in the regulation of pulmonary vascular endothelial barrier and stretching forces generated by EC cytoskeleton (Bogatcheva and Verin 2008, Dudek and Garcia 2001, Komarova et
Cytoskeleton-induced alterations of the lectin activity in winter wheat under cold hardening and abscisic acid (ABA) resistant were used to study changes in lectin activity under cytoskeleton modifiers (DMSO - 7%; colchicine
Oryzalin-induced changes in water status and cytoskeleton proteins of winter wheat seedlings upon cold acclimation and ABA treatmentOryzalin-induced changes in water status and cytoskeleton proteins of winter wheat seedlings upon
Effect of the cytoskeleton modifiers on the water-holding capacity of winter wheat tissues WHC and the integrity of the cytoskeleton components was proposed, and WHC dependence on the cellular
The functional role of the microtubule/microfi lament cytoskeleton in the regulation of pulmonary vascular endothelial barrier and stretching forces generated by EC cytoskeleton (Bogatcheva and Verin 2008, Dudek and Garcia 2001, Komarova et
Cytoskeleton-induced alterations of the lectin activity in winter wheat under cold hardening and abscisic acid (ABA) resistant were used to study changes in lectin activity under cytoskeleton modifiers (DMSO - 7%; colchicine
Role of cytoskeleton network in anisosmotic volume changes of intact and permeabilized A549 cells/vinblastine treated cells demonstrating that cytoskeleton disruption has no direct impact on Ba2 +-sensitive K
Reorganization of the tubulin and actin cytoskeleton under acclimation and abscisic acid treatment of Triticum aestivum L. plants | Reorganizatsiia tubulinovogo i aktinovogo tsitoskeleta pri zakalivanii rastenii Triticum aestivum L. k kholodu i deistvii abstsizovoi kisloty.) and stability of actin and tubulin cytoskeleton in root cells taken from different zones, using indirect
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