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Fluorescent protein sensor detects changes in cellular oxygen levels with very high sensitivity

Based on a protein from E. coli, scientists at Tokyo Institute of Technology have developed a fluorescent protein sensor able to provide real-time information on dynamic changes in oxygen levels with very high sensitivity.

30 Aug 2018

Revolutionary HT microscopy opens new era for label-free 3D imaging of living cells

A spin-out company from the renowned Korea Advanced Institute of Science and Technology in Daejeon has been established to commercialize the revolutionary Holotomography microscopy developed there by Professor YongKeun (Paul) Park.

From Tomocube Inc. 21 Aug 2018

Micro-flow model reveals complex interactions between the brain’s blood vessels and nerve cells

Micro-flow models of the blood-brain barrier and the brain reveal for the first time complex metabolic interactions between the brain's blood vessels and nerve cells. The findings are published by an international team of researchers, including from Karolinska Institutet and the Royal Institute of Technology, in the journal Nature Biotechnology.

20 Aug 2018

New 3D-printed device could help spinal cord injury patients regain some function

Engineers and medical researchers at the University of Minnesota have teamed up to create a groundbreaking 3D-printed device that could someday help patients with long-term spinal cord injuries regain some function.

9 Aug 2018

Innovative 'EvolvR' system lets scientists shuffle genes until they get right variation

Scientists at the Innovative Genomics Institute have concocted a transformative new way to harness the power of evolution.

2 Aug 2018

New real-time cell imaging technology could pave way for transformational research

Live cell imaging captures or visualizes human tissue in action. Several methods have been developed to study living cells in greater detail and with less effort, helping scientists gain a better grasp of biological functions.

27 Jul 2018

Researchers develop artificial enzymes that drive reactions on living cells

Nature has evolved thousands of enzymes to facilitate the many chemical reactions that take place inside organisms to sustain life.

26 Jul 2018

New technique could provide insights about behavior of biomolecules in watery environments

Tinkering with a method they helped develop over the last few years, scientists have for the first time measured at the nanometer scale the characteristic patterns of folds that give proteins their three-dimensional shape in water.

24 Jul 2018

Imaging study shows how junk DNA activates genes

Researchers at Princeton University have used video imaging to capture the process by which junk DNA activates genes.

23 Jul 2018

Scientists find reason why malarial parasites are faster than immune cells

Elementary cytoskeleton protein is different in parasites and represents a starting point for a possible new therapy against malaria infections.

20 Jul 2018

Scientists develop synthetic biology-inspired materials systems

Scientists from the University of Freiburg have developed materials systems that are composed of biological components and polymer materials and are capable of perceiving and processing information.

19 Jul 2018

Study reveals how M. tuberculosis escapes death in macrophages

The bacteria that cause the devastating disease tuberculosis have the ability to escape destruction and grow after they are engulfed by lung macrophages, the immune cells that are supposed to destroy pathogens.

10 Jul 2018

Top policy expert’s ties to giant drugmaker often go unstated

When Dr. Mark McClellan sat for an in-depth 30-minute question-and-answer session at an April health policy forum, the audience was filled with top researchers, advocates and Capitol Hill staffers eager to hear what insight the former head of the Food and Drug Administration would dispense.

29 Jun 2018

Researchers scale up fluorescence imaging technique to analyze larger areas

Researchers have scaled up a powerful fluorescence imaging technique used to study biological processes on the cellular level. Previously limited to samples just millimeters in area, the expanded approach can analyze samples with areas up to 4 square centimeters.

27 Jun 2018

$Study shows fat cells increase in size and number upon exposure to fracking chemicals$

Study shows fat cells increase in size and number upon exposure to fracking chemicals

Exposure to fracking chemicals and wastewater promotes fat cell development, or adipogenesis, in living cells in a laboratory, according to a new Duke University-led study.

21 Jun 2018

Groundbreaking discovery could be key to preventing cancer metastasis

A groundbreaking discovery by University of Alberta researchers has identified previously-unknown therapeutic targets that could be key to preventing the spread of cancer.

21 Jun 2018

Chemists invent new method for remote chiral induction

Chemists at Scripps Research have addressed one of the most formidable challenges in synthetic chemistry by inventing a method for "enantioselective remote meta-CH activation," which enables the making of chiral molecules that were previously difficult or impossible to synthesize.

19 Jun 2018

Scientists create small, self-contained spaces inside mammalian cells

How to install new capabilities in cells without interfering with their metabolic processes? A team from the Technical University of Munich and the Helmholtz Zentrum München have altered mammalian cells in such a way that they formed artificial compartments in which sequestered reactions could take place, allowing the detection of cells deep in the tissue and also their manipulation with magnetic fields.

23 May 2018

HKBU researchers develop metal based probes for imaging dopamine receptors in living cells

A team led by Dr Edmond Ma Dik-lung, Associate Professor of the Department of Chemistry of Hong Kong Baptist University has developed the world's first iridium(III)-based probes for imaging dopamine receptors in living cells.

16 May 2018

Scientists find fast way to manipulate cell's cilia

Scientists at Johns Hopkins Medicine and the National Tsing Hua University in Taiwan say they have found a fast way to manipulate a cell's cilia, the tiny, fingerlike protrusions that "feel" and sense their microscopic environment.