Elizabeth Williams

@BootsUK, please may I know why my appointment for a flu vaccination at Boots Exeter High St on 27th Nov, booked on 5th November, has been cancelled today? No explanation given in the cancellation email. Invited to rebook but there are now no available slots. Very disappointed.

Readvertising a PhD opportunity in my group investigating molecular mechanisms of biological patterning by studying mollusc shells. Based at St Andrews, Scotland, and co-supervised by @VS_Marine! Deadline 17/01/25. More details: findaphd.com/phds/project/e…

@alexdcorbett If interested, apply here: exeter.ac.uk/study/funding/…

Exciting news! We have a funded 4-year PhD studentship starting in Sept 2025. This will use the new "Multiscope" parallelised microscope to study the effect of neuroendocrine signalling on feeding behaviour. Answer fundamental bioscience questions using high throughput imaging!

📢 I’m hiring a 3yr postdoc Interested in evolutionary origins of miRNA/RNAi in animals? Keen on working with early branching metazoans and unicellular relatives? Please join my lab 🧬 @thembauk ⏳Deadline 25th October 2024 ℹ️ Details: jobs.ac.uk/job/DJW823/pos… Please RT!

“Environmental Cues for Life Cycle Transitions” symposium - a perspective from EuroEvoDevo 2024 thenode.biologists.com/environmental-… via @the_Node

A workshop to enhance thinking about and communicating research - a planktonic perspective. thenode.biologists.com/a-workshop-to-… via @the_Node with @KEHelliwell, @micromotility and gemma-anderson.co.uk

Echinoderm development on film For #ThrowbackThursday, watch Bruno Vellutini @bruvellu's fascinating video from 2010, documenting the embryonic, larval, and juvenile development of a sea biscuit species, Clypeaster subdepressus: 🎥thenode.biologists.com/echinoderm-dev…

Group journal club by RK: Microbiota regulates life-cycle transition and nematocyte dynamics in ... sciencedirect.com/science/articl… Using Aurelia, this work shows microbiota affect the transition from polyp to medusa (strobilation) and nematocyte development and possibly feeding.

MSc and PhD positions on Thyroid hormone signaling and function in sea urchin development and metamorphosis available in Heylandlab: comparativephys.ca/heylandlab/202…

Is anyone interested in a nervous system 🧠 origin postdoc?? With a Ctenophore as a model?? Please contact me if you would like to apply for a fellowship 🙂 @BristolBioSci

@PhdScanner @MSCActions @UKRI_News @UniofExeter @uniofexeHLS Just for the record, I might be amazing but I'm not a professor :)

🔃 Please RT 📢📢 #phdposition alert ✅ Passionate about #biology #cells ✅ Rare 3⃣ year @MSCActions @UKRI_News fully funded #PhDposition in a new field of comparative integrative cell biology in animals @UniofExeter 📌 The #Phdcandidate will work on a project entitled “Neuroendocrine signalling in the apical organ in pelagic vs benthic annelid larvae” ✅ Work with amazing Prof @MarInvMet and team @uniofexeHLS ⏰ Deadline: 14th April 2024 ✅ Source/ Full Details 👇 🔗jobs.exeter.ac.uk/hrpr_webrecrui… ✅ Please 🔃 RT/tag someone who might be interested, like/share/comment for wider reach ✅ Follow @PhdScanner for more such updates #PhDposition #Biology #morphology #Exeter #england #zoocell

Apply here: jobs.exeter.ac.uk/hrpr_webrecrui… by 14th April 2024 #WhatAboutTheWorms

This #WormWednesday why not consider joining our Molecular Marine Systems team @UniExe to compare sensory systems of Platynereis sister species for your #PhDposition and be a part of the Marie Curie ZooCell network zoocell.eu

My first independent review about ctenophores and the evolution of nervous system 😎onlinelibrary.wiley.com/doi/10.1111/ed… Many thanks @Ferdix and Cedric Finet for the invitation!! And @JoanJSoto for awesome ctenophore pictures!! @BristolBioSci

Interested in a PhD project to map subcellular features to cellular transcriptomes in the Clytia larva? We are looking for candidates withing another great Marie Curie training network called "ZooCELL". DC4 in the network advert here: euraxess.ec.europa.eu/jobs/189511

✨A new paper in @CurrentBiology reveals how marine invertebrates navigate their environment! Using model organism Ciona intestinalis, researchers led by @HoyerJorgen from @mchlab shed light on the mystery of sensory perception in larvae. 👏👏 @UiB tinyurl.com/Cionalarvae

@NadineRandel Thanks Nadine!

Congratulations! Loved to read your work

@MadS100tist Thanks!! Indeed, the predatory Aiptasia larvae are amazing 🤩

We've found a settlement cue for our favourite #Platynereis larvae - microalgae! Just look at its little mouth quivering in excitement 😍 Read more in our @biorxivpreprint with @Ecotox_Cam and @JekelyLab here: doi.org/10.1101/2024.0…