Congratulations!!! Dr. Sumit Ghosh and team for research work published in the ACS Journal of Agricultural and Food Chemistry demonstrating improved catalytic efficiency of UGT86C11 glycosyltransferase by altering active site residues for enhanced neoandrographolide biosynthesis.
@PrabodhTrivedi@CSIR_IND@DrNKalaiselvi
https://t.co/Fw26LE9gr3
POSTDOC WANTED! Our group is looking for a postdoc to study DNA-protein crosslink repair in the heterochromatin. Apply to work on uncharacterized Arabidopsis proteins that were identified in the HZE genetic screen. @UEBavcr@CzechAcademy
𝐍𝐞𝐰 𝐢𝐧 𝐓𝐏𝐉
*UGT73FB1 contributes to scaffold-selective biosynthesis of triterpenoid glucosyl esters in saponin-rich bark of arjuna tree*
📖 https://t.co/mC91yXYRaB
by Vyas et al @PoonamV36031335@GhoshSumit80
🇮🇳@CSIRCIMAP
Postdoc position alert! We are teaming up with colleagues at UEA, Stellenbosch and @CyanoCapture on a @CtrfoundationUk funded project to engineer fast-growing cyanobacteria for growth on flue gas to help reduce CO2 emissions. Please do apply if interested https://t.co/ESuG9z2M0w
We are hiring! Two structural biology/biochemistry postdoc positions are available in our lab - come and join a lively Team in the thriving city of Oxford! Deadline 4th October 2024. Further details are here: https://t.co/fAMkerIP9W
We're hiring! I have a new position open to investigate carbohydrate barriers to bioprocessing at UGA's Complex Carbohydrate Research Center. #glycotime#plantbio#bioprocessing#cazymes
Congratulations to Dr Sumit Ghosh, and his team for a new study on the P450 enzymes of the arjuna tree triterpenoid biosynthetic pathway published in " the Plant Journal". (IF 6.2).
@PrabodhTrivedi@CSIR_IND@DrNKalaiselvi
https://t.co/3jrjnAvWz1
Post-doc opportunity: Come and join us on a project investigating the role of the circadian clock in plant growth and development under natural conditions! Apply before 9 June @JohnInnesCentre#chronobiology https://t.co/S8b9tCHwIQ
New research uncovers AcbHLH144 as a key regulator of internal browning in pineapples, shedding light on its negative modulation of phenolic biosynthesis. #Postharvest#Physiology@OxfordJournals
Details:https://t.co/TpjOXGawRs
If you want to perform a post-doc in plant-microbiome interactions in our lab @plantpath_aua then this is a nice funding opportunity https://t.co/rif1qKSIRx. You can contact me to discuss ideas (experience in plant-microbe interactions and bioinformatics is a plus 😊).
Our paper on volatile biosynthesis in cat thyme has been published in @ThePlantJournal. The @LichmanLab had an amazing collab with @TheBuellLab. @sefayten assembled a chromosome-scale genome that allowed us to discover how cat thyme makes diverse iridoids. https://t.co/sjoUFg0OCb