PUBLICATION: PLANT BREEDING BREAKTHROUGH
As just reported in Nature Biotech, combining grafting and a mobile CRISPR for genome editing in plants can hugely simplify and speed up plant breeding.
Author Archive for: daniela
Entries by Daniela Fichtenbauer
PUBLICATION: Bayesian inference in long-distance mRNA movement in plants
In sequencing data, SNPs from one genotype are simliar to sequencing erros in another genotope. How to differentiate?
5 – 9 June 2023, ICAR 2023 in Japan
The 33rd International Conference on Arabidopsis Research (ICAR) takes place in Chiba / Tokyo, Japan, where Friedrich Kragler will co-chair a session.
PUBLICATION: First characterisation of phloem-associated RNA chaperone-like protein (PARCL)
Intrinsically disordered plant protein PARCL co-localizes with RNA in phase-separated condensates whose formation can be regulated by mutating the PLD.
29.8 – 2.9, Lyon, Plant Computational Biology workshop
The Plant Computational Biology workshop is a satellite event to the 20th Plant Biomechanics conference, one of the invited speakers is PLAMORF PI Richard Morris.
Meet PLAMORF scientists at PVB 2022
The sixth international conference on Plant Vascular Biology in Berlin, Germany is a great opportunity to meet PLAMORF scientists! All three PIs and several other project members are joining: Friedrich Kragler, Julia Kehr, Richard Morris, Steffen Ostendorp, Andras Szekely…
PREPRINT: HSC70.1 chaperone binds own mRNA for feed-back regulation
PLAMORF preprint: about graft-mobile HSC70 chaperone, its homeostatic feed-back regulation by binding its own mRNA and phenotype complementation only seen with mobile HSC70 mRNA
PROTOCOL: Arabidopsis Callus Grafting Method to Test Cell-to-Cell Mobility of Proteins
Would you like to know, if the plant protein you are working on, can move from one cell into the next through plasmodesmata?
3D printable moulds for callus cultivation
3D Printable files to create moulds for Arabidopsis callus co-cultivation and for callus cryosectioning are now available from Zenodo.
PUBLICATION: Shoot and root single cell sequencing reveals tissue- and daytime-specific transcriptome profiles
Analysis of Arabidopsis single cell transcriptome of roots (at end of day) and above ground tissues (at end of day and end of night) revealed marker genes, cell type differences, and similarities.