Deciphering human neuron generation
The findings from our study significantly contribute to the understanding of human neurogenesis within the complex landscape of the brain.
Deciphering human neuron generation Read More »
Authors interview series
The findings from our study significantly contribute to the understanding of human neurogenesis within the complex landscape of the brain.
Deciphering human neuron generation Read More »
Drugs against IscS could be beneficial for the most sensitive immune-compromised Tuberculosis patients (e.g., HIV-TB coinfected individuals).
Battling persistence in Tuberculosis Read More »
Study emphasizes the potential of targeting KIT signaling as an alternate therapeutic approach for the management of advanced-stage prostate cancer.
KIT as therapeutic target for prostate cancer Read More »
Our findings suggest the existence of multiple HPV-driven processes towards cervical oncogenesis.
How HPV infection drive cervical cancer Read More »
Our work has provided the first evidence of mechanism of Rac2 mediated T cell lymphopenia that can help develop targeted therapies for these patients.
Decoding Rac mediated Cell Cannibalism | Cancer Read More »
The findings from this research widen the scope of miRNA-based targeting of cellular RNAs. So far, in any eukaryotic cell, miRNAs are not known to be targeted by autophagy-based degradation.
Protein-Packed Blood Cells with microRNAs Read More »
Our work unveils the molecular events driving phase separation of an archetypical prion-like low-complexity domain of a protein known to undergo biological phase transitions with physiological and neuropathological functions.
Single-mol FRET illuminates phase separation Read More »
This information can be utilized for the identification of new ligands (agonist/antagonist/inverse agonists), which can be used as tool compounds to investigate the immune system at the physiological level.
Complementing the Immune System: A Structural Perspective Read More »
Plant Amyloids | The findings, for the first time, establish the presence of amyloids in the plant kingdom.
Plant Amyloids: Seed Germination Boosters Read More »
We establish mass photometry as a promising new tool to detect and quantify pre-nucleation clusters in sub-saturated concentrations, which is now emerging as a rather generic phenomenon for proteins that undergo phase separation.
Alpha-Synuclein: Mass Photometry Insights Read More »