Nishant_Mishra

Grooving with the molecular vibes ::)

[Biochemistry @BiochemistryACS]

Reviews roundup:

In 2024, Biochemistry authors explored GPCRs, antibiotics, and tumor hallmarks, examined PET recycling and telomere motifs, and much more.

Catch up with all Reviews here: https://t.co/RN6BlWi5ME

And find Perspectives here: https://t.co/OiJ7lantGX

[ACS Nano @acsnano]

Serotonin, the molecule of happiness, undergoes oxidation-driven structural transition into amyloid-like cytotoxic nanostructures which unveils a possible unexplored neurotoxicity risk. @BBRL_JNU @bmsa_lab276

Read it here 🔗 https://t.co/H1OrAB8eLB

[Biochemistry @BiochemistryACS]

New issue! 📣

Read up on glyco breakthroughs, RiPPs, 19F NMR, lipid signaling, and more!

https://t.co/6L2k1xrTXe

Cover art: Prajapati et al @BBRL_JNU @bmsa_lab276 show co-aggregation of unrelated proteins is governed by charges and hydrophobics.

https://t.co/jFRDdAe39W

[Biophysical Biomaterials Research Laboratory @BBRL_JNU]

Rapid Coaggregation of Proteins Without Sequence Similarity: Possible Role of Conformational Complementarity https://t.co/cJ5ZI5gAnE

[The Journal of Physical Chemistry @JPhysChem]

Molecular engineering of 6-gingerol to actively target the phase transition of human lysozyme into toxic amyloids. @bmsa_lab276 @BBRL_JNU #LLPS #Phase separation #Lysozyme #Gingerol

Read here ➡ https://t.co/fYCxVdvx8K

[Nano Letters @NanoLetters]

The latest issue of Nano Letters is live! On the cover: "Cu(II) Specifically Disassembles Insulin Amyloid Nanostructures via Direct Interaction with Cross-β Fibrils"

Learn more: https://t.co/i1qzZStOv1

[Biophysical Biomaterials Research Laboratory @BBRL_JNU]

Pleased to share our research on the anti-amyloid potential of Cu(II) ions in disassembling insulin amyloid fibrils and suppressing protein aggregation, featured in @NanoLetters . @BBRL_JNU @bmsa_lab276 @ACS4Authors https://t.co/TmNbiVVCW8