Foteini Xeni retweeted
#ThisWeekInNPP
In ♂️🐭 mice, acute treatment of multiple types of antidepressants ⬇️ innate motivation but ⬆️conditioned motivation. Conversely, chronic administration ⬆️ innate motivated behavior but ⬇️ conditioned motivation
nature.com/articles/s41386-0…
🥳🥳🥳
Congrats to our @CateMarangoni 🥳🥳 Masters thesis submitted ✅ woooo 🤩🍾
Foteini Xeni retweeted
New paper alert! 🚨🎉
Megan Jackson (@MeganGJackson), Cate Marangoni (@CateMarangoni), and Foteini Xeni (@FwtXeni) recently had a paper published in Nature (@Nature), on a new behavioural task in mice.
Check it out here: nature.com/articles/s41386-0…
#UoBPPN #Nature
Foteini Xeni retweeted
🆕📰Just out in @npp_journal from @FwtXeni @CateMarangoni & @MeganGJackson
"Validation of a non-food or water motivated effort-based foraging task as a measure of motivational state in male mice"
nature.com/articles/s41386-0…
Foteini Xeni retweeted
Happy to share my latest paper! Investigating age-related apathy, we found behavioural changes in aged rats that contrasted with findings in aged mice! We find interesting changes in cognitive flexibility, but only from outside the operant box… sciencedirect.com/science/ar…
Foteini Xeni retweeted
Was great to talk today about our 3Hs Initiative and chat to lots of people about rodent welfare! Visit our website for more info! 3hs-initiative.co.uk
We’ve had a very successful launch day today 🥳🥳 Big thank you to almost 900 attendees online and our in-person visitors for joining us today! 🙌🏻 @psychopharmbris @MeganGJackson @Dr_Hinch @Jules_bartlett
Congratulations 🥳💪
Our latest paper on how rapid acting antidepressants modulate affective biases in rats 🐀 Excited to share this work because of its importance! Several years of hard work with many amazing lab colleagues! Super proud🤩@psychopharmbris
science.org/doi/10.1126/scit….
Excited for my graduation at International Master's Degree in Neurosciences, University of Trieste with a final grade 110 cum laude 🎉🥳
Foteini Xeni retweeted
Excited to share a preprint of our new mouse behavioural task! @CateMarangoni @FwtXeni biorxiv.org/content/10.1101/…. With minimal training time and no physiological deprivation, we can measure the motivational state of mice by assessing their natural foraging behaviour.














