Fluorescent Protein News and Research

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New technology may help scientists better understand circadian rhythm in individual cells

An interdisciplinary team of researchers at the University of Georgia has developed a new technology that may help scientists better understand how an individual cell synchronizes its biological clock with other cells.

3 Nov 2016

FRET-FLIM imaging techniques help researchers to study activity of proteins in dendritic spines

An ongoing challenge for scientists working to understand the brain is being able to see all its parts. Researchers have spent centuries developing better imaging techniques to see beyond the abilities of our naked eyes.

2 Nov 2016

Super-Resolution Imaging of Biological Specimens

In this interview, News Medical speaks to Dr. Manasa Gudheti of Bruker Nano Surfaces about biological specimens and how to acquire super-resolution images of them.

From Bruker Nano Surfaces and Metrology 27 Sep 2016

IWGAV establishes strategic recommendations for validating antibody specificity

The International Working Group on Antibody Validation, an independent group of international scientists with diverse research interests in the field of protein biology, today announced the publication of initial strategies developed to address a critical unmet need for antibody specificity, functionality and reproducibility in the September online issue of Nature Methods.

8 Sep 2016

UCSF researchers identify new strategy to cultivate beneficial energy-burning fat

UC San Francisco researchers studying beige fat — a calorie-burning tissue that can help to ward off obesity and diabetes — have discovered a new strategy to cultivate this beneficial blubber.

25 Aug 2016

Neuroscientists demonstrate revolutionary new way of mapping the brain at single-neuron resolution

Neuroscientists today publish in Neuron details of a revolutionary new way of mapping the brain at the resolution of individual neurons, which they have successfully demonstrated in the mouse brain.

19 Aug 2016

Nobel laureate-led study uses new technology to watch interaction between telomerase and telomeres

As the rope of a chromosomes replicates, it frays at the ends. No problem: A chromosome's ends have extra twine so that fraying doesn't reach into the body of the rope where the important information resides.

19 Aug 2016

Scientists discover way to visualize function of bone-resorbing cells in living mice

Researchers of Osaka University have discovered a way to visualize sites where bone-resorbing cells (osteoclasts) were in the process of resorbing bone in living mice.

17 Aug 2016

Understanding brain circuit development: an interview with Dr Hollis Cline

There's a tremendous amount known about brain circuit development. Our work was inspired by experiments that were done over 50 years ago by scientists at Harvard University, Hubel and Wiesel. They received a Nobel Prize for their work and have inspired many additional experiments over the last 50 or 60 years.

10 Aug 2016

UW Medicine researchers discover new type of neuron in mouse retina

In the retina of mice, a new type of neuron that falls outside century-old classifications has been discovered.

9 Aug 2016

New method could help detect unconjugated bilirubin in newborn infants

A research group led by Project Professor Morioka Ichiro and Assistant Professor Iwatani Sota in collaboration with Doctor Miyawaki Atsushi have clinically proven that a fluorescent protein sourced from Japanese eel muscles can be used to accurately detect unconjugated bilirubin in newborns.

5 Jul 2016

MIT engineers develop new way to visualize RNA molecules in higher resolution

Cells contain thousands of messenger RNA molecules, which carry copies of DNA's genetic instructions to the rest of the cell. MIT engineers have now developed a way to visualize these molecules in higher resolution than previously possible in intact tissues, allowing researchers to precisely map the location of RNA throughout cells.

4 Jul 2016

Scientists reveal how new adult-born neurons evolve in olfactory bulb of mice

Scientists from the Institut Pasteur and the CNRS were able to make real-time observations over a period of several months that reveal how new adult-born neurons are formed and evolve in the olfactory bulb of mice.

4 Jul 2016

Laser-printed micropatterns can serve as platform for diagnostic applications

Laser printouts on paper might be used as a platform for low-cost organic electronics, microfluidic, or sensor applications. German scientists at Humboldt University Berlin have now developed a procedure for the selective coating of laser-printed micropatterns on paper.

4 Jul 2016

Therapeutic stem cells exit bloodstream in different way than previously thought

Researchers at North Carolina State University have discovered that therapeutic stem cells exit the bloodstream in a different manner than was previously thought. This process, dubbed angiopellosis by the researchers, has implications for improving our understanding of not only intravenous stem cell therapies, but also metastatic cancers.

29 Jun 2016

Penn researchers help identify unique characteristics of reserve stem cells

Adult stem cells represent a sort of blank clay from which a myriad of different cell and tissue types are molded and as such are of critical importance to health, aging and disease.

16 Jun 2016

New research pinpoints specific lncRNA that regulates neural development

Compared to other mammals, humans have the largest cerebral cortex. A sheet of brain cells that folds in on itself multiple times in order to fit inside the skull, the cortex is the seat of higher functions. It is what enables us to process everything we see and hear and think.

4 Jun 2016

Cryptococcus research: an interview with Associate Professor Kirsten Nielsen

Cryptococcus is a fungus found in the environment throughout the world that is able to cause disease in humans. While most fungal pathogens don’t receive as much press as their bacterial or viral counterparts, they can be just as deadly.

1 Jun 2016

Fluorescent proteins help trace viral infections

Researchers at Umea University have developed a new method to directly follow viral infections in living organisms. This method can make infected cells produce fluorescent proteins, which means that they light up and become easier to identify.

19 May 2016

Scientists develop new technology that helps visualize translation of mRNA into proteins

For the first time, scientists at Albert Einstein College of Medicine have developed a technology allowing them to "see" single molecules of messenger RNA as they are translated into proteins in living mammalian cells. Initial findings using this technology that may shed light on neurological diseases as well as cancer were published online today in Science.

9 May 2016

Fluorescent Protein News and Research

New technology may help scientists better understand circadian rhythm in individual cells

FRET-FLIM imaging techniques help researchers to study activity of proteins in dendritic spines

Super-Resolution Imaging of Biological Specimens

IWGAV establishes strategic recommendations for validating antibody specificity

UCSF researchers identify new strategy to cultivate beneficial energy-burning fat

Neuroscientists demonstrate revolutionary new way of mapping the brain at single-neuron resolution

Nobel laureate-led study uses new technology to watch interaction between telomerase and telomeres

Scientists discover way to visualize function of bone-resorbing cells in living mice

Understanding brain circuit development: an interview with Dr Hollis Cline

UW Medicine researchers discover new type of neuron in mouse retina

New method could help detect unconjugated bilirubin in newborn infants

MIT engineers develop new way to visualize RNA molecules in higher resolution

Scientists reveal how new adult-born neurons evolve in olfactory bulb of mice

Laser-printed micropatterns can serve as platform for diagnostic applications

Therapeutic stem cells exit bloodstream in different way than previously thought

Penn researchers help identify unique characteristics of reserve stem cells

New research pinpoints specific lncRNA that regulates neural development

Cryptococcus research: an interview with Associate Professor Kirsten Nielsen

Fluorescent proteins help trace viral infections

Scientists develop new technology that helps visualize translation of mRNA into proteins

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Why use light scattering to analyze proteins and viral vectors?

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