![]() (Summary by Mary Williams Nature Biotechnol. The authors observe that it might be possible to get even higher regeneration efficiencies by combining GRF-GIF with the meristem-promoting genes BBM and WUS2 that function earlier in differentiation and have been used previously to enhance regeneration. His online video channels have covered many video games including Minecraft, Roblox, Pokémon and Sonic the Hedgehog, along with other content. The authors tested this strategy using several types of wheat and rice as well as citrus with generally positive outcomes. Daniel Robert Middleton (born 8 November 1991), better known online as DanTDM (formerly TheDiamondMinecart), is an English YouTuber, author, and gamer known best for his video game commentaries. Calibration Alert: WSO Polarization Sensitivity was reduced from 16 December 2016 to. Printable Calendars- Lots of options by Oh So Lovely. Recent meanfield plot in Bartels calendar. Interestingly, when GRF and GIF were introduced as two independent genes on a single construct, the positive benefit was greatly reduced as compared to the expression of the single chimeric gene. Grab the December 2016 Calendar that I just designed click the link below the picture December 2016 Calendar. designed a chimeric GRF/GIF fusion protein which they showed accelerates regeneration of green shoots from callus tissue and can do so without culturing on cytokinins. The activity of GRFs is regulated in part by interaction with co-transcriptional regulators known as GRF-interacting factors (GIFs), and the GRFs and GIFs function as a complex. Previously, a small family of plant-specific transcription factors known as growth regulating factors (GRFs) were found to promote growth of leaves and other organs. demonstrate a strategy to increase the rate and efficiency of plant regeneration. The first process has been greatly enhanced by CRISPR/Cas9, but the second has continued to present challenges. ![]() Producing a genetically-modified or -edited plant requires two distinct processes: DNA modification, followed by regeneration of a plant from the edited cells.
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