Celina Love
@celinalove3
Scientist | Chemist | Synthetic biology | Phase separation |
ID: 358127190
19-08-2011 12:30:22
134 Tweet
301 Followers
272 Following
And it begins! I, Scientist Conference 2019. Looking forward to two days of exciting talks and action planning! Lise-Meitner-Gesellschaft TU Berlin
The posters that we created with the Lise-Meitner-Gesellschaft and MPI-CBG Dresden were also on show at the awsome I, Scientist Conference this weekend. It's important to name and celebrate #womeninscience.
Thanks a lot for the invitation, the interesting discussions about the situation of #womenInSTEM and the valuable exchange of experiences @lisaharveysmith Women in STEM Ambassador
Our paper is online! pH drives dynamic membrane-free compartmentalisation in vesicles and turns on enzyme reactions . Congratulations: 1st author Celina Love & collaborators Robinson Lab Dimova Lab now at @DimovaLab.bsky.social. #https://onlinelibrary.wiley.com/doi/epdf/10.1002/anie.201914893
In our latest blog post Sabrina Patsch describes how language influences the success of research proposals. Have a look! #WomenInScience
We are starting this week with #mpicbghomeoffice! If you have a great picture from your remote MPI-CBG Dresden & Center for Systems Biology Dresden office space, please tweet #mpicbghomeoffice. Let's stay connected! #corona #homeoffice
High-throughput synthesis and screening of functional coacervates using #microfluidics (Baret, Tang et al. JCBLab 🇺🇦🕊 CNRS 🌍 Université de Bordeaux MPI-CBG Dresden Physics of Life Dresden @doratang5 Celina Love) doi.wiley.com/10.1002/syst.2…
Let's get quantitative! My first #preprint on biorxiv! Theory and experiments on diffusion in liquid condensates. Thanks to Louise Jawerth Celina Love Dora Tang Stefano Bo Hyman Lab and Mesoscopic Physics of Life (MPol) - Weber Group for making this such fun 🥳 biorxiv.org/content/10.110…
Our work on quantitative droplet dynamics is out in eLife! We use theory and experiment to quantify molecular motion in condensates, and relate partitioning and diffusion! Thanks to Mesoscopic Physics of Life (MPol) - Weber Group Dora Tang Stefano Bo Celina Love and LMF MPI-CBG Dresden! elifesciences.org/articles/68620