New review out in @NAR_Open!
🔎 What makes a bacterial small RNA work?
We discuss:
🧬 Sequence features
🤝 Hfq, ProQ & RNA chaperones
✂️ RNase E & degradosome interactions
🧪 Lessons for synthetic RNA design
📖Read: https://t.co/I7kWwFVa9c
With @jaitreeau@UNSWBABS@DavidLalaouna
Our recent paper looking at history of flagellar motility now online in final form @ISMEJournal
We looked at 10,000 species to map the diversity and history of the bacterial #flagellar motor across the tree of life.
@UNSWBABS@UNSWScience
https://t.co/ded2vSGC5h
What can wastewater tell us about viruses? 💩🚽🧬📈
During the COVID-19 pandemic many labs turned to wastewater monitoring to detect viruses. However, @WhiteLabUNSW has been using wastewater for over 10 years to monitor circulating norovirus 🤮. 🧵
https://t.co/iMBKQEy2X6
Sydney #RNA people, @SydneyRNASalon, don't miss out on today's @UNSWBABS & @UNSWRNA presentation by Prof. Eric Westhof
Limited seats and drinks to follow!
Had an absolute blast presenting a poster at my first international conference, Deuel Conference on Lipids 2025 in beautiful Long Beach, California. #ASBMBDeuel@ASBMB
It is an honour to have been awarded the FEMS Microbiology Reviews outstanding poster award at the #blastmeeting2025! Thank you to the judges and all those who came to my poster and talked all things flagellin! @FEMSmicro@UNSWBABS@UNSWScience@BlastMeetings
As part of the @unswscience "SciX@UNSW" program we hosted a tour of our genomics facility! This program supports passionate high school students who are eager to delve into scientific research, giving them a taste of this career path. #scix
Excited to share my first paper! 🦠🔬 We investigate the human macrophage response to the emerging enteric pathogen #Aeromonas veronii, exploring inflammation, apoptosis, and histone downregulation. Explore our findings here: https://t.co/Oxlh77oesP
@UNSWBABS@UNSWScience
The first of many novel Antarctic fungi to be described by the #Ferrarilab in collab with Brett Summerell and @BotanicSydney@AlintaFurnell@XabiVC@jordan_vink marcwilkins Penicillium psychrofluorescens sp. nov., a naturally autofluorescent Antarc fungus https://t.co/34Qr67fpOR
Check out the latest Ferrari Lab publication! 🚨 Discover how microbial life at Robinson Ridge, East Antarctica ❄️, shifts up a hillslope, across fine spatial scales and vertical layers. 🧊🏔️❄️
https://t.co/zu3wSXSRas
@ferrari_belinda@UNSWBABS#MicrobialEcology#Antarctica
Our last publication for the year which highlights our strong collaboration with @SpeddingTim and Dan Wilkins. Congratulations team. @eden_zh@nathali_micro@UNSWBABS @AusAntarctic Fine-scale landscape heterogeneity drives microbial community structur... https://t.co/AoZJv1qO3P
Exciting times in the #RegRNALab! We just got our growth chamber 🌱. Getting ready for our #2ToTango#FT24@arc_gov_au experiments!!!
Thanks to the @UNSWBABS team for all your help setting it up and @UNSWRNA for the generous startup + ongoing support!
#RNA
Grateful to have contributed to a study led by Feifei Su @UNSW, exploring how NEGR1 deficiency affects GAD65 accumulation, synaptic GABA synthesis, and feeding behavior. NEGR1 influences GABAergic signaling, with potential links to psychiatric disorders. [https://t.co/h8cUMgcGtx]
Bowling 🎳 w/ @UNSWBABS and our lab for end of year 🎉🍕🍻.
Fun bowl-off which our lab lost. Eerie to be inside in the dark then exit after a few VBs to blazing ☀️🌞 32C.
Shout out to HoS @shanetgrey & School Mgr Michael Bowen leading us on and off the lanes.
#buckhunter also.
"Rescue of bacterial motility using two and three-species FliC chimeras"
In this pre-print out we studied the effect of flagellin (FliC) outer domain chimeras on bacterial motility. @UNSWScience@UNSWBABS
https://t.co/szTw82QrGz
"Easy come, easier go: mapping the loss of flagellar motility across the tree of life" 🌱🔬
We analysed ~11,000 bacterial genomes to examine how flagellar motility has evolved 🏊♂️➡️🛑 @UNSWBABS@UNSWScience
https://t.co/8EGMNaJuQ7