T-DNA insertional mutants showed no visible phenotype, whereas transgenic vegetation that overexpressed ARAF1 exhibited a hold off in inflorescence emergence and altered stem architecture

T-DNA insertional mutants showed no visible phenotype, whereas transgenic vegetation that overexpressed ARAF1 exhibited a hold off in inflorescence emergence and altered stem architecture. experiments using anti-arabinan (LM6) and anti-xylan (LM10) antibodies indicated cell type-specific alterations in cell wall LCL-161 structure. In mutants, an increase in LM6 signal intensity was observed in the phloem, cambium,… Continue reading T-DNA insertional mutants showed no visible phenotype, whereas transgenic vegetation that overexpressed ARAF1 exhibited a hold off in inflorescence emergence and altered stem architecture

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Categorized as HDACs

Our findings therefore establish a new mechanism through which a small molecule, by targeting a single site on a dynamic protein interface, can lead to opposite biological effects depending on the regulatory context

Our findings therefore establish a new mechanism through which a small molecule, by targeting a single site on a dynamic protein interface, can lead to opposite biological effects depending on the regulatory context. Online Methods Cell Culture and Synchronization HeLa, HCT116, hTERT-RPE1, A549 TW-37 and U2OS cells (American Type Culture Collection, Manassas, VA) were cultured… Continue reading Our findings therefore establish a new mechanism through which a small molecule, by targeting a single site on a dynamic protein interface, can lead to opposite biological effects depending on the regulatory context

Published
Categorized as HDACs