Hannah Hampton

Scientist for Molecular algae and ecology at @Cawthron_NZ in Nelson - still have a special place for phages

[Leah Smith @L_M_Smith]

The final version of our #CRISPR - NucC - jumbo #phage paper is out! Access it here: https://t.co/4lPA4GaJwZ @MolecularCell Awesome work led by the fantastic PhD candidate David Mayo Muñoz 🎉 #Dav604 Summary below 👇

[Hannah Hampton @Han_Hampton]

@drbridgetwatson @LeverhulmeTrust Congratulations - very much deserved!!

[Leah Smith @L_M_Smith]

Some jumbo phages shield🛡their DNA 🧬within a nucleus structure…so what’s a CRISPR-Cas ✂️ to do? See🧵 summarizing our recent findings on how type III-A CRISPR-Cas RNA-recognition triggers abortive infection via the DNase NucC & so much more! 👇 https://t.co/EYM8SRXdzn

[Simon Donald Stewart @SimonDStewart_N]

Great chance for a quant. FW ecologist role at @Cawthron_NZ. 5 yrs of exciting fish research and the opportunity to develop your own niche. And live here, next to the sea and mountains where the sun shines!
https://t.co/IT9p2xWdqc

[Hannah Hampton @Han_Hampton]

Another stellar story from @Lucia_M_Malone - using transcriptomics to investigate phage-host dynamics in the presence and absence of CRISPR immunity. Such a neat story!

[Lucia Malone @Lucia_M_Malone]

1/ Another PhD thesis chapter out:
“Type I CRISPR-Cas provides robust immunity but incomplete attenuation of phage-induced cellular stress” in @NAR_Open. https://t.co/BYFdNNlrwx

[Leighton Payne @leighton_payne]

🎉 Proud to share my 1st first-author paper! Introducing our new tool for defence system identification: PADLOC https://t.co/4OtmqwTCk6 @NAR_Open 📰 (1/10)

[Aroa Rey Campa @babosavenenosa]

Excited to share my first paper from my PhD work at @PeterFineran 's lab https://t.co/Ls1cHy8Vk6 Check the thread below for more details about post-transcriptional #CRISPR regulation!
Massive thanks to all the co-authors: @L_M_Smith @Han_Hampton @SimonJacksonNZ @SharmaLab1

[Peter Fineran @PeterFineran]

Our new paper showing that the RsmA/CsrA #RNA-binding protein directly #regulates multiple #CRISPR-Cas systems in Serratia. https://t.co/fLjVwn6efp @NAR_Open. Major #PhD paper from @babosavenenosa with @L_M_Smith @Han_Hampton @SimonJacksonNZ @microtago @otago A thread below 👇

[Leah Smith @L_M_Smith]

Bacterial gene regulation, sorted! Thrilled to finally share the details of SorTn-seq, out in @NatureProtocols! See thread below summarizing our method combining FACS & transposon sequencing to identify regulators!🦠@SimonJacksonNZ @ppgardne @PeterFineran
https://t.co/WKTtX1R8cU

[SimonJackson @SimonJacksonNZ]

Well done @leighton_payne on bringing together PADLOC the Prokaryotic Antiviral Defence LOCator. Our webserver is live and includes several new Doron system subtypes we discovered in collaboration with @NobregaFL and team, @PeterFineran, @clive_ronson and @Benji_JP @microtago

[Rob Fagerlund @RobFagerlund]

Congratulations to @Tess_M_McBride for being awarded the Margaret di Menna Prize for best PG Research Paper of the year in @microtago @otago! 👏👏👏 #WomenInSTEM #crispr 👩‍🔬🧬🦠

Ka pai te mahi!

https://t.co/FMfgzJIoN5

[Hannah Hampton @Han_Hampton]

@PeterFineran @microtago @otago @Cawthron_NZ Thankful for all the great times in the Fineran lab, and now for the opportunity to join a great team @Cawthron_NZ - and convince them how cool phages are ✌️

[Hannah Hampton @Han_Hampton]

@L_M_Smith I'm still tired.

[Leah Smith @L_M_Smith]

A #dunnerstunner @otago yesterday complete with PhD submission by our resident Aca2 / RM guru @NilsBirkholz! 🥂Amazing work, so proud 🥲#CRISPR #antiCRISPR

[MBIE Science @MBIEsci]

Happy International Day of Women and Girls in Science.
Today we celebrate the achievements all #WomenInScience have contributed to, and look forward to more women finding their future in STEM. 👩‍🦱👵🧕👩‍🦰
Photo by @ThisIsEng

[Leah Smith @L_M_Smith]

https://t.co/9XmciUHs9e Lovely commentary on how we used SorTn-seq to discover new #CRISPR regulators, now out in @NatureMicrobiol!

[Peter Fineran @PeterFineran]

Beat Christen from @ETH_en has written a really nice commentary on how we developed a new #high-throughput method of #Tn-seq to identify #CRISPR #regulators that enable bacteria to discriminate plasmid vs phages https://t.co/tks1WH5ahW