Exciting holiday present for the Gupta lab! 🎉 🎊
Our paper "Molecular mechanism of substrate transport by human peroxisomal ABCD3" is now published in Proceedings of the National Academy of Sciences!! 🎉 🎊 @PNASNews https://t.co/VKL6lYkS5f
This work represents a major milestone in understanding how peroxisomal transporters function at the molecular level. Gupta lab members- @Nikk_click and Devin Seka made critical contributions that pushed this project forward.
#NIHfunded#mguptalab#OHSU@OHSUNews
Happy to present my work at the 13th International Conference on Yeast Biology (@IYM_2025_IISc ) at @iiscbangalore 🇮🇳. Grateful to @syncellbiolab for organizing a wonderful meeting and the invitation. Great interactions with colleagues across diverse areas of yeast biology! 🍄
@AlaskaAir She has contacted your service and in person at airport to your representative. No solution.
In her return flight today again @AlaskaAir
behave unprofessionally.
To our surprise @Delta airline staff helped her.
Thanks @Delta
My wife having a nightmare with traveling @AlaskaAir on an international trip.
What we did wrong is one thing we choose Alaska .
online service center, Alaska staff on airport each one is worse.
This is experience we are having before our trip started yet.
Do you want to know how yeast protect itself from oxidative stress?
Checkout our new manuscript.
Structural Basis for Oxidized Glutathione Recognition by Yeast Cadmium Factor 1
https://t.co/OypVwxAcm8
Please repost: We have a postdoc position in Fungal Cell Wall Research to study the Malassezia-host interaction interface in the context of atopic dermatitis. @MRCcmm; @eurconfmedmycol; @ISHAM_Mycology
For more details, visit: https://t.co/FazRIhYmAN
4/4 Based on our cryo-EM structure, we established how urate interacts with SLC2A9 transporter, and we provide the mechanistic details of disease-causing mutations. Our study provides the structural platform to develop new inhibitors for combating the Gout disease. @G_CANgout
1/4 I am happy to share my new publication in PNAS entitled “Structural basis of disease mutation and substrate recognition by the human SLC2A9 transporter” (https://t.co/oWe2hCDcHn).
3/4 In this article, we established how fiducial markers can be used for small membrane protein structure determination and impact of their position on the protein. @MemProtPDB@solutecarriers