Twitter Beğeni Hilesi

Out in Pest. Manag. Sci: Team from Northwest A&F University China made 67 cmpds. Several had post-emerg bleaching activity v A. theophrasti and A. retroflexus. Thought to block ζ-carotene desaturase (ZDS)? Most carotenoid biosynthesis blockers hit PDS. doi.org/10.1002/ps.6313

Out on bioRxiv today is work by Kirill Sukhoverkov "A systematic approach for finding herbicide synergies". He used the perfect dose for each so herbicide synergies stood out starkly as white or yellow death in a 'sea of green' (sub-lethal growth). doi.org/10.1101/2021.0…

Using Arabidopsis, Kirill Sukhoverkov screened 24 #herbicide MoAs against each other (276 combinations) and found 2 reliable synergies + 3 new ones; 2 of the new ones worked vs lettuce too. All three new combinations included a bleaching herbicide. biorxiv.org/cgi/content/sh…

Here's an example of a synergy being spotted as yellow or white (death) in a 'sea of (sub-lethal) green' ... the doses used were just perfect such that even weak synergy really stood out.

Many from my lab will be there will bells on! See you down there Perth Protein Group people! 🥳🍻😋

Thanks Hudson Takano for spotting this just out. A paper that injects some rigour into the statistics that will distinguish additivity from synergy and antagonism.

So excited for (and envious of) Kirill Sukhoverkov who's been offered a 5-yr post-doc contract (yes 5!). Can't publicly say where, but let's say he could be in the obese feline banging back a clergyman's goodbye by a time it's safe to cast a clout. Defends his thesis soon! 😉

Out today in Pest Manag. Sci., the early-release version of a perspective led by Joel Haywood and with Grishma Vadlamani and Keith Stubbs Molecular Sci-UWA "Antibiotic resistance lessons for the herbicide resistance crisis" #AMR #Superweeds doi.org/10.1002/ps.6357

Four years of hard-work and this red mug is finally mine! Thesis submitted!! PhinisHeD!!! #SMS #PEB #jmylne

Next Tuesday we mark the end of an era! Samuel Nonis and Kirill Sukhoverkov will both give PhD swan songs (completion seminars) on Tuesday, 27 April 1pm in Bayliss G.33 If anyone wants to watch by Zoom, DM me for the link ... I'll be logging in from CCDM Curtin University

The PhD completion talk Tuesday, 27 April 1pm in Bayliss G.33 Molecular Sci-UWA by Kirill Sukhoverkov is entitled: "Predicting #herbicides from physico-chemical parameters" featuring work published in RSC Advances

This collaboration just out on bioRxiv Plant Bio, led by Michael Wallace of the @KStubbs lab Molecular Sci-UWA with AWDS and Kirill Sukhoverkov Plant Energy Biology "Herbicidal activity of fluoroquinolone derivatives", which target chloroplast DNA gyrase. doi.org/10.1101/2021.0…

An online early version is out today at Pest. Manag. Sci. The work by Kirill Sukhoverkov Molecular Sci-UWA and Plant Energy Biology used rigorous statistics to discover new and real herbicide synergies. Also it's a real rarity nowadays in biology: a 2-author paper! 🌱🍾😄 doi.org/10.1002/ps.6533

The tree-friendly version of work by Kirill Sukhoverkov using solid statistics and #Arabidopsis to find new, true and rare herbicide synergies is out today in Pest Manag. Sci. Available via doi.org/10.1002/ps.6533

I did my PhD under supervision of Joshua Mylne and would highly recommend his lab to everyone who wants to become a multidisciplinary researcher and seeks for broad publication opportunities and excellent supervision!

I would like to thank Louise Thatcher, Andy Truman and chairman Charlie Bond for making our PhD viva feeling like a productive scientific discussion, not like an exam! I am glad you were my examinators and chair!

Our recent paper led by Kirill Sukhoverkov based on linezolid as a herbicide got selected for the current cover of RSC Chemical Biology out today pubs.rsc.org/en/journals/jo…

My first paper in JIC with Tung Le and Adam Jalal is now in JBC! A short story about how the structure of Noc, a protein that coordinates cell division and chromosome partition, changes upon interaction with DNA sciencedirect.com/science/articl…

CTP-binding and hydrolysis regarded as a fundamental feature of a ParB-like molecular switches. To challenge this view we provide the first example of a type-I ParABS system that does NOT require CTP to assemble a segrosome for DNA segregation. biorxiv.org/content/10.110…