We’re excited to kick off our first BSP-supported TrypsClub Career Talk with Prof. Julius Lukeš, Director of the Biology Centre at the Czech Academy of Sciences – an internationally renowned expert in parasitology and evolutionary protistology. 15th May, 2 pm (GMT) Sign up: forms.gle/uyiAUsjNSLd7...

3. TrypsClub Career Talk Registration

We are pleased to invite you to our third BSP-supported TrypsClub meeting. In our first Career Talk we will host Prof. Julius Lukeš, Director of the Biology Centre at the Institute of Parasitology, Cz...

forms.gle

Next @bspparasitology.bsky.social TrypsClub Journal Club will take place online on 2nd April - all students, research assistants, postdocs and techs are welcome! Discussing a paper form the Mugnier lab group, featuring a Q&A with Moinca! Sign up here - tinyurl.com/5n6pme36

1. TrypsClub Journal Club Registration

We are pleased to invite you to the second BSP supported TrypsClub meeting! 2nd April, 2 pm (GMT) Our aim is to bring together ...

tinyurl.com

Genes linked to deadly parasites’ spread beyond Africa identified. Parasites that cause the deadly illness known as sleeping sickness can spread beyond their native Africa as a result of mutations to key genes. @keithrmatthews.bsky.social @goldrieve.bsky.social Full article: shorturl.at/9jlGS

What good way to start with Bluesky! Delighted to share our paper on how non-tsetse transmitted trypanosomes lose the ability to make stumpy forms (and adapt to the monomorphic life style) and so can spread outside Africa. A great reward after years of hard work from Guy Oldrieve ! rdcu.be/d13YK

Mechanisms of life cycle simplification in African trypanosomes

Nature Communications - African trypanosomes can reduce their requirement for tsetse fly transmission, allowing an expanded geographical range. Here, molecular analyses of field and laboratory...

rdcu.be

Excited to share our work on life cycle simplification (monomorphism) in Trypanosoma brucei in Nature Comms @natureportfolio.bsky.social www.nature.com/articles/s41...

Mechanisms of life cycle simplification in African trypanosomes - Nature Communications

African trypanosomes can reduce their requirement for tsetse fly transmission, allowing an expanded geographical range. Here, molecular analyses of field and laboratory selected lines has identified a...

nature.com

Welcome to our brand new Blue Sky page! We are really excited to be here to engage with our network in friendly, informative and productive ways! Join us 😊