Beatriz Herguedas hablando de mujeres y ciencia. 😍😍😍😍. Opiniones certeras para conseguir esa paridad!

Apply now! 38th Microelectrode Techniques for Cell Physiology Workshop, 30 August – 13 September 2023 Marine Biological Association, Plymouth, UK mymba.mba.ac.uk/ems-event-book… 🔬🐌🪰🪱🦑🦞🧬

Our latest work an AMPA receptor/TARP therapeutics now published - congrats to all involved, prospective students interested to continue this get in touch!

Excited to share 2 postdoc positions in my lab! Are you interested in studying the neuropeptidergic connectome and behavior in C. elegans? Check out these positions: bit.ly/3oZGWaU, bit.ly/3Pi0AcW. Feel free to contact me at #Worm23, and please RT! European Research Council (ERC)

Very pleased to see our new paper out in nature revealing structural diversity of Type2 AMPA receptors, with consequences for gating and synaptic transmission. nature.com/articles/s4158…

We show that GluD1 binds to GABA, an extraordinary feature for iGluRs. GluD1 activation produces long-lasting enhancement of GABAergic synaptic currents in the adult mouse through a mechanism dependent on trans-synaptic anchoring. 7/n

Great to have Franz Franz Mittermaier and Jörg Geiger here at ISTAustria . Keep an eye out for the incredible portfolio they are putting together on microcircuits of the human brain!

🔽 Structural Biology Postdoc position with a super team, in sunny Spain on exciting biology and technology!

Beautiful analysis of human circuit architecture from Yangfan Peng et al. - it does not get more careful than this. A great demonstration that understanding circuit function requires consideration of individual neurons!

Our latest review on glutamate receptor organisation at synapses, with Imogen and Jake Jake Watson onlinelibrary.wiley.com/doi/pdf/10.100…

Beyond CONNECTOMICS, we have used our developed #LICONN technology to e.g. study functional connectivity rules in human and mouse. Great work led by Jake Watson 🙌. Absolute fun to work with you 😉. Looking forward to our next collaborations.

Here is a short summary of our new paper, describing how protons shape AMPA receptor conformation, kinetics and synaptic location: nature.com/articles/s4159…

Delighted to get this out!we describe bitopic binding mode to the dopamine 3 receptor, including a reorganization of TM1 that generates a unique site that could be exploited to develop selective molecules. Tremendous effort from Sandra Arroyo Urea Angela nature.com/articles/s4146…