Titlebook: Arabidopsis Protocols; Jose J. Sanchez-Serrano,Julio Salinas Book 2021Latest edition Springer Science+Business Media, LLC, part of Springe

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Sozialp?dagogik — Handeln in Widersprüchen?mong and within natural populations. Specially, the recent availability of large worldwide collections of accessions, together with their full genome sequences, has triggered the study of Arabidopsis natural variation. In this chapter, we describe two protocols that exploit these new resources to un

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Qualifikationsprofil: Diplom-P?dagogInnt of the mobile signals. The mutant collection of Arabidopsis offers background-free living materials for examining the transport of mobile signals .. In the past few years, many grafting methods have been developed to overcome the limitations of rosette-type growth and small size in Arabidopsis. H

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Heinz-Hermann Krüger,Winfried Marotzkiansient transformation assay with five-day-old seedlings using .-mediated vacuum infiltration. Three days after infiltration of the . containing an expression vector for a fluorescent marker of interest, cotyledon cells expressing the fluorescent protein can be imaged in a confocal microscope. This

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Heinz-Hermann Krüger,Winfried Marotzkion and dynamics in plant cells. Recently, super-resolution imaging techniques such as N-SIM (Nikon, Structured Illumination Microscopy) are widely used in cell biology study, allowing cell biologists to obtain unattainable details and relationships of cell structures and functions by conventional co

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https://doi.org/10.1007/978-3-658-05203-4animals, and plants. Since most phenotypes of plant species are complex traits regulated by many genes and their functional interactions, GWAS are increasing in popularity for genetic dissections of plant phenotypes. For the reference plant, ., detailed information on genetic variations became avail

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https://doi.org/10.1007/978-3-658-05203-4now clear that chromatin proteins and the chromatin fiber itself are in fact very dynamic. For instance, the packaging of the DNA into the nucleus requires an extraordinary degree of compaction but this should be achieved without compromising the accessibility to the transcription machinery and othe

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