Behind the Paper
The real stories behind the latest research papers, from conception to publication, the highs and the lows
Filtered by: Bioengineering & Biotechnology
The story behind work "Unleashing the ultrasonic frequency as a preparative parameter in tailoring the surface morphology and hence charge storage in Co3O4:MnO2@CoMnO3 composite flexible electrodes for supercapacitors"
The Electrochemical team of Clinical Pharmacology laboratory is focusing on the biosensing and point of care device development. Present work is an additional apsect study. Apart from application of material to electrochemical detection and quantification of drugs, it can store energy too!
When cancer cells get squeezed: discovering how physical forces shape metastasis
Cancer’s deadliest trait is its spread. Millions of tumor cells enter the bloodstream daily, yet only a few survive and seed metastases. Why these rare cells succeed, while most perish, remains one of cancer research’s greatest mysteries.
RNA structure beyond canonical base pairs guided by evolution
This is a novel method that integrates the prediction of RNA secondary structure with that of RNA 3D motifs. RNA 3D motifs steer the assembly of canonical helices into a 3D structure. Fully integrated prediction of 3D motifs together with base pairs is a vital step toward inferring RNA 3D structure.
Theraputic Gas Generation and Delivery Platform
The delivery of theraputic gas is an underexplored field, with good drug diffusion and unique subcellular molecular mechanisms. But the limitation is how can we make a wearable gas delivery device that patients can carry it and use it for daily life?
DOLPHIN Reveals the Hidden Landscape of Exon-Level Variation in Single Cells
DOLPHIN is a deep learning framework that brings single-cell transcriptomics into exon-level resolution, enabling researchers to uncover hidden splicing dynamics and fine-grained cellular states previously masked by gene-level analyses.
Tissue-dependent mechanosensing by cells derived from human tumors
Have you ever wondered how cells in our body navigate the plethora in the variety of chemical and mechanical signals they are surrounded by?
