Until now, most assays of GPCR function have been performed in whole cells or in transgenic animals, neither of which are amenable to high-throughput scale-up. In this issue, Vogel and coworkers ...

Dr David Riglar’s research includes the development of engineered bacterial probiotics as biosensors of the mammalian gut. A key focus of the Freemont group is the development of whole-cell and ...

An organoid is a lab-grown replica of an organ, created from stem cells. While tiny and not fully ... Koniku’s focus is on creating biosensors that mimic the olfactory abilities of sniffer ...

“Our biosensor allows us to ... can be used in complex samples, including whole blood, serum, water, urine and soil. “New research in the area of synthetic biology has given us the ability to leverage ...

Analog-to-digital Converter,Atomic Absorption Spectroscopy,CCD Camera,Central Wavelength,Charge-coupled Device Detector,Coli Cells,Dark Current Density,Detection Limit,Detection Of Heavy ...

CUTS is a cryptic exon RNA biosensor enabling real-time detection of TDP-43 loss of splicing function. CUTS exhibits a significant linear relationship with TDP-43 loss. CUTS can deliver an ...

Artificial intelligence promises to unlock new cures for cancer and other diseases by revolutionising the speed, cost and ...

As inflammation is the body's natural immune response to disease or infection, it increases blood flow in the body and helps the body's cells to ... electrochemical biosensors with near-field ...

Using the GCaMP6s biosensor together with endocrine cell fluorescent reporters ... In their new manuscript, the authors introduced a novel transgenic model for whole islet in vivo calcium imaging. By ...

Analog-to-digital Converter,Integration Time,Atomic Absorption Spectroscopy,CCD Camera,Central Wavelength,Charge-coupled Device Detector,Coli Cells,Dark Current Density,Detection Limit,Detection Of ...