Excited to share my new work! We have developed an optical imaging technique that enables easy measurement of electrical properties of solid-liquid interfaces. This work will help researchers characterise and understand surfaces immersed in solution! https://t.co/ZQ4jBNwGRK
It is great fun to collaborate with @mjafreeman, the leading expert in the field. @lu_fangfang and @HongtuZhao worked together to reveal the structures of the ADAM17 sheddase complex and showed how iRhom2 restrains ADAM17 protease activity.
https://t.co/TRv65h2tus
Online Now: Cryo-EM reveals that iRhom2 restrains ADAM17 protease activity to control the release of growth factor and inflammatory signals https://t.co/UnGFftHeBf
The work was highlighted on the @OxfordChemistry website. Please find the article here: https://t.co/NqgYLXpEmo
Shoutout to @TheLightofPablo, it was great to work so closely with you, and special thanks to @lu_fangfang for your support!
@OxfordChemistry @MertonCollege @PNASNews
Excited to share my new work! We have developed an optical imaging technique that enables easy measurement of electrical properties of solid-liquid interfaces. This work will help researchers characterise and understand surfaces immersed in solution! https://t.co/ZQ4jBNwGRK
Are you highly motivated and committed? Could you engage in an ambitious research program applying the new electrometry technique to important molecular measurement problems? Look no further – this job, with #MadhaviKrishnan, is for you: https://t.co/bEFH9oJ5f5
My co-first paper with @BorisSieber about iRhom2 (my iRhom, finally)🥳
Many thanks to everyone who has helped with this paper! ❤
First result chapter of my thesis! What's next? 😎
Take a look at our 'First Persons' interview featuring @BorisSieber and @lu_fangfang, who are co-first authors on the study from the Freeman lab @mjafreeman@Dunn_School showing how iRhom2 influences tumour growth: https://t.co/b772Il85zd