Awesome to see this finally out! We’ve been sat on this for a while!
Visualisation of microalgal-virus interactions by HS-AFM.
Featuring one of my favourite #AFM images ever… the apex pentasymmetron of the coccolithovirus. Gorgeous work from @cte606
https://t.co/OXytqEtBzE
We *just* missed #WorldHepatitisDay2022 😱 But its never too late to raise awareness of the disease caused by our "beloved" #HepatitisEVirus Have a look at some of the work our group is a part of, hoping to tackle one of the causative agents of this disease 🦠
It’s been a rather crappy week, but it is just awesome to see @cte606’s fantastic high speed atomic force microscopy work imaging single cells published.
"A Non-Destructive, Tuneable
Method to Isolate Live Cells for High-Speed AFM Analysis"
https://t.co/RmdZakl4tN
For those of you who are interested.... here’s the results from @cte606’s quick analysis of the @VIVOBAREFOOT algae-plastic composite. Amazingly, Chris could see both the plastic and a wonderfully preserved cell membrane perfectly. Outstanding!
Rugby is definitely in the air!
As we reach peak (hay)FEVER with the start of #RugbyWorldCup2019, remember it doesn’t matter if your team is a top SEED or not, these rugby ball shaped POLLENS are ROOTING for some quality rugby to BLOSSOM!
#SciArt#AnotherClassic#RWC2019#RWC19
@LuluDedro presenting our research into the natural anti-biofouling properties of shark egg cases at the #PEMC Plymouth Materials Characterisation Project
Why not pop by and see my talk at #MMC2019 this morning (11.15, Central 5,6,7)? I'll be presenting what contact mode #Highspeed#AFM has offered @PlymouthMarine and more specifically, efforts to visualise #viral infection of unicellular #algae!
The always awesome @cte606 is giving a seminar today on his phenomenal AFM based PhD work on Emiliania huxleyi and coccolithoviruses @PlymouthMarine#ExeterMarine
Looking forward to learning about something completely outside my field! How humans value the oceans and how we deal with marine policy. #ItsNotAllAboutTheFish
The amazing @cte606 has only gone and done it again, his #AFM skills are breath taking!
DNA strands on a mica membrane. Note the scale bars! 1.4um by 0.8um wide, and a staggering 1nm high. That’s ONE NANOMETRE TALL! ONE FLIPPING NANOMETRE! 👏
Check out our latest work... electro coagulation floatation for harvesting and dewatering #microalgae cultures and suspensions.
This is a seriously kick ass technique!
https://t.co/YcTRn5ZGiI
#DownStreamProcessing#DSP