High impact information on LOC548170

• Polarized MLO accumulation occurs once upon attack and appears to be independent of actin cytoskeleton function [1].
• We conclude that RACB and, potentially, MLO are host proteins involved in the modulation of actin reorganization and cell polarity in the interaction of barley with Bgh [2].
• We stained actin filaments in a susceptible Mlo-genotype and a near-isogenic race-non-specifically resistant barley mlo5-mutant genotype using fluorescence-labelled phalloidin after chemical fixation [2].
• The expression of message for Rubisco small subunit (RbcS), chlorophyll a/b-binding protein (Cab), sucrose (Suc):fructan-6-fructosyl transferase (6-SFT), and Actin were measured in individual photosynthetic cells of the barley (Hordeum vulgare) leaf [3].
• The VIGS visual phenotype varied from maintained during silencing of actin 1 transcript expression to transient with incomplete penetration through affected tissue during silencing of phytoene desaturase expression [4].

Biological context of LOC548170

• Actin filament as well as microtubule assembly studies related to new cell wall formation provide further evidence at the molecular level for the relationship between microspore embryogenesis and chromosome doubling [5].

Anatomical context of LOC548170

• The effect of tagetitoxin is selective because this compound does not inhibit barley leaf growth, or the normal accumulation of nuclear-encoded actin and BN3 transcripts and plastid DNA which occurs during chloroplast development [6].
• Barley zygote protoplasts were mechanically isolated, embedded in agarose droplets, and microinjected with a rice actin promoter Act1-gusA-nos gene construct [7].
• A histochemical analysis showed that metrafenone caused disruption of the apical actin cap and apical vesicle transport as well as weakening of the cell wall at hyphal tips [8].

Associations of LOC548170 with chemical compounds

• Metrafenone likely disturbs a pathway regulating organisation of the actin cytoskeleton [8].

Analytical, diagnostic and therapeutic context of LOC548170

• In order to study the biochemical properties of HORvu;Pht1;1 and HORvu;Pht1;6, the genes were expressed in transgenic rice (Oryza sativa L.) plants under the control of the rice actin promoter and suspension cell cultures were generated [9].

References