Finished my PhD in 3 years instead of 4 (thanks, COVID), and defended my thesis in the middle of a snowstorm with 140 cm of snow (2nd pic is me on the way of defense). Nothing like a challenge to the very end! #PhD
Thanks to @omartheharb for the excellent VEuPathDB workshop at International Babesiosis Meeting 2025! Truly appreciated the insights and engaging discussions. @veupathdb#IBMV#IBM
Finished my PhD in 3 years instead of 4 (thanks, COVID), and defended my thesis in the middle of a snowstorm with 140 cm of snow (2nd pic is me on the way of defense). Nothing like a challenge to the very end! #PhD
Last month, I got interviewed by a Japanโs agriculture newspaper.
As mostly farmers will read this newspaper, I donโt know if they will find my cytoadhesion/ridge story interesting enough or not ๐
Congratulations!
First time I listened to the SHIFTiKO story in MAM last year, it is an incredible system and a huge step on gene modification in malaria.
A Happy New Year indeed! Our new scaleable DiCre system in malaria parasites, SHIFTiKO, has found its home yesterday at Nucleic Acids Research! https://t.co/VEr1P8qC9N
Excited to announce the publication of the first paper from my PhD!
@PLOSPathogens
In this story we revealed the critical role of SBP3 in ridge formation and cerebral babesiosis, while having an important role in survival of the parasite.
https://t.co/LnkmdZ5kbt
I am honored to be invited as the Guest Editor for a special issue on โMolecular Mechanisms, Immunological, and Physiological Aspects Impacting Animal Fertilityโ in @Animals_MDPI.
https://t.co/ND9LlPOXts
#Reproduction#Biotechnology#Immunology#Animal
Welcome back! VEuPathDB resources are back online today! We will continue to provide bioinformatics services under a new organizational structure. Read more here: https://t.co/YNX4KBuIxV
Yay! Our study of malaria parasite kinetochore proteins is now published in @NatureComms. Jiahong and friends tagged different component of the mitotic apparatus and viewed with Ultra-Expansion Microscopy and multi-section Electron Microscopy. How cool! https://t.co/AIK88NQmmj
It was incredible to have @DuraisinghLab here at @MBLBoP to teach us about large scale functional genomic screens of #Plasmodium and #Babesia. His inspiring journey from London through Melbourne to Boston added a personal touch to the experience.
FINALLY ONLINE ๐ฅณ In our @Marti_Paoletta pre-print (https://t.co/R2j1B46gQ0) we present a scalable CRISPR system in Plasmodium berghei called PbHiT, providing detailed protocols and construct designs for anyone to use! ๐งต@Bushell_Lab@umeauniversity@mims_umea@womeninmalaria