High impact information on Chromosomes, Plant

• It also implies that this protein AtTRP1 may bind in vivo primarily to the ends of plant chromosomes, which consist of long stretches of telomeric repeats [1].
• DAPI fluorescence of plant chromosomes prestained with actinomycin D [2].
• Effects of acetic acid treatment on plant chromosome structures analyzed by atomic force microscopy [3].
• Formation and repair of O6-methylguanine in recombination hot spots of plant chromosomes [4].
• DNA from plants regenerated from hygromycin resistant colonies was analysed by Southern blot hybridization demonstrating that the foreign gene is stably integrated into the plant chromosome [5].

Biological context of Chromosomes, Plant

• Thus, AFM analysis of chromosomes appropriately treated with acetic acid will provide important insights into the organization of higher-order structures of plant chromosomes [3].
• Alterations in the distribution of histone H3 phosphorylation in mitotic plant chromosomes in response to cold treatment and the protein phosphatase inhibitor cantharidin [6].

Associations of Chromosomes, Plant with chemical compounds

• Use of biotin-labeled probes on plant chromosomes [7].
• Detection of digoxigenin-labeled DNA probes hybridized to plant chromosomes in situ [8].
• Hexamethyldisilazane treatment and subsequent air drying of spread plant chromosomes is compared with critical point drying [9].
• A rapid method for banding plant chromosomes using hydrochloric acid with orcein is suggested [10].
• Combined cycloheximide and 8-hydroxyquinoline pretreatment for study of plant chromosomes [11].

References