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The 2nd Public Event of the Greek Precision Medicine Network will be held at the Hellenic Pasteur Institute on Monday 18th February 2019 at 10.00 am. Attached is the agenda of the event.
The Institute of Applied Biosciences at CERTH (INAB | CERTH) was responsible for performing the analysis and writing the reports for the 2018 Lymphoma Coalition (LC) Global Lymphoma Patients Survey.Read more…
As part of the CODATA-RDA Research Data Science Summer School in Trieste (6-17 Aug 2018), ELIXIR Training has contributed in the organization of the flanking Advanced Bioinformatics workshop (20-24 Aug 2018) with a particular focus on Machine Learning applications. The course was led by Fotis E. Psomopoulos, postdoctoral researcher at INAB-CERTH and deputy Training Coordinator…
The 1st Public Event of the Greek Precision Medicine Network will be held at the National Hellenic Research Foundation on Wednesday 20th June 2018 at 10.00 am. Attached is the agenda of the event.
The Thriving Land program, a program for the promotion of agri-food education, funded by the TAP Natural Gas Transmission Pipeline, was launched in cooperation with the Bodossaki Foundation, the American Farm School and the Institute of Applied Biosciences of CERTH.
Low-input and sustainable agricultural practices with eco-friendly materials Geoengineering material such as biochar produced from residual castor crop biomass through slow pyrolysis process is a promising soil amendment strategy for plant production. https://sciencetrends.com/properties-of-biochar-derived-from-castor-plants/ https://www.lasciences.com/proprietes-du-biochar-derive-des-plantes-de-ricin https://www.wissenature.com/eigenschaften-von-biokohle-abgeleitet-von-castor-plants http://www.4-traders.com/news/Studies-from-Institute-for-Applied-Biosciences-Provide-New-Data-on-Bioenergy-Characterization-of-ca–25234171/ https://advanceseng.com/general-engineering/castor-plant-derived-biochars-effects-soil-amendments-seedlings/
Development of a novel ‘molecular scissor’ for targeted genome engineering in tomato based on Zinc Finger endonoucleases. http://www.isaaa.org/kc/cropbiotechupdate/article/default.asp?ID=14806 https://us.makemefeed.com/2016/09/28/zinc-finger-nuclease-system-developed-for-targeted-genome-engineering-in-tomato-2676758.html http://iasvn.org/tin-tuc/Tuan-tin-khoa-hoc-499-(03-09102016)-8896.html