GReD - Home

Time 2020-11-10 06:03:22

Web Name: GReD - Home

WebSite: http://www.gred-clermont.fr

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The GReD is a Research Center at Clermont-Ferrand, Auvergne Rh ne Alpes region of France ... Read more The GReD Institute opens a position of Independent Group Leader in human mobility related fields.As part of the CAP20-25 initiative , the successful candidate will benefit from a 400 k start-up package and the GReD Institute will provide office, appropriate lab space and access to in-house facilities.The final deadline for applications is noon, January 31st 2021.For more details and apply , it's here Read more Amy HESKETH (Equipe SILENT ), Marianne YOTH (Equipe Instabilit s g n tiques et contr le par le g nome h te ) et Manon BOULET ( R gulation pig n tique et h matopo se ) ont toutes trois t prim es lors des Journ es de l cole Doctorale 2020. Elles ont respectivement re u le prix des meilleures communications orales de GREENTECH et de l ecole Doctorale.Ces prix, attribu s par un jury de chercheurs du public et du priv , leur permettront d'exercer leur talent d orateurdans un congr s International. F licitations elles. Read more Le 4 me Colloque Recherche de la fili re FIRENDO , co-organis par l' quipe "Pathophysiologie mol culaire des tissus surr naux et endocriniens", aura lieu le Mardi 8 d cembre 2020 de 9h 18hSur le th me : Les espoirs th rapeutiques dans les maladies rares endocriniennes ,En pr sentiel (H pital Cochin,Paris) et en ligne !Pour info, programme, inscription, c'est ici Read more Awarded in 2020 by the FRM "Young Investigator " programm, Antoine Molaro has joined the GRed this summer to develop its thematic on Evolutionary Epigenomics and Genetic Conflicts.He his supported in this journey by Marine Fraisse and both they can count on their trusty companions "Steeve" and "Brian" .To know more, it's here Read more Dans le cadre de la f te de la science l'artiste peinte /plasticien Lionel Chantillon (http://lionel.chantillon.overblog.com/page/2) expose une partie de ses oeuvres dans les locaux du GReD. Son travail, qui d tourne d'anciennes affiches des pr c dentes f te de la sciences et exposition scientifiques, est d couvrir jusqu' la mi-octobre. Read more Everything you wanted to know on the impact of nuclear organization on plant traits.... The Team "Histone variants and the nuclear envelope in heterochromatin dynamics" have co-edited the Special issue of the Journal of Experimental Botany on 'Impact of Chromatin Domains on Plant Phenotypes' in collaboration with the Society of Experimental Biology and the COST Action CA16212.The team contributed a review article (Probst et al,) presenting up-to-date knowledge on histone variants that you can access here. Read more Les polyphénols, l’alternative « gagnant/gagnant » aux pesticides pour protéger à la fois les plantes et les abeilles. Dans les cinquante derni res ann es, la protection des esp ces v g tales a consist utiliser massivement les produits phytopharmaceutiques ou pesticides. Cependant, ces compos s de synth se sont devenus d l t res pour l ensemble des organismes vivants dont les abeilles.Une tude impliquant quatre unit s clermontoises, LMGE-PIAF-SIGMA et le GReD, fait pr cis ment merger un nouveau concept technologique consistant extraire les polyph nols des plantes et les r introduire dans l environnement pour prot ger les plantes et les abeilles. Ce proc d phytosanitaire a fait l objet d un d p t de brevet.Pour en savoir plus, retrouvez ici l article d di sur le site de la minute recherche de l UCA.Contact au GReD: Ayhan Kocer Read more A better understanding of the mechanisms whereby 3D organisation of chromatin would influence plant growth is a prerequisite to discover how plant can adapt to climate changes.The COST-Action INDEPTH, coordinated by the team Histone variants and the nuclear envelope in heterochromatin organization is precisely built on that basis.Watch the new video that introduces the science of INDEPTH and how it can help in the generation of climate-smart crops!https://www.youtube.com/watch?v=lK_5EhFux0s Read more While the evolution of cancer towards its most aggressive phases is largely studied, the mechanisms by which a benign tumour can become malignant remain poorly understood. Based on this observation, the "Nuclear Receptors and Prostate Diseases" team has developed a new model to study these early phases in Drosophila. Their work highlights the crucial role of growth factors in the transformation of the tumour. These results are published in Nature Communications (Rambur et al., 2020). Read more

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