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Researchers discover a 'blind spot' in atomic force microscopy

Researchers have discovered a 'blind spot' in atomic force microscopy - a powerful tool capable of measuring the force between two atoms, imaging the structure of individual cells and the motion of biomolecules.

10 Dec 2018

Mapping brain microglia

Microglia are known to be important to brain function. The immune cells have been found to protect the brain from injury and infection and are critical during brain development, helping circuits wire properly. They also seem to play a role in disease -- showing up, for example, around brain plaques in people with Alzheimer's.

6 Dec 2018

Researchers achieve breakthrough in blood vessel engineering

When someone has a deadly disease or sustains a life-threatening injury, a transplant or graft of new tissue may be the best -- or only -- treatment option.

6 Dec 2018

Scientists understand how sounds can incite fear

How is it that a sound can send a chill down your spine? By observing individual brain cells of mice, scientists at Cold Spring Harbor Laboratory are understanding how a sound can incite fear.

5 Dec 2018

Researchers develop new technique to accurately isolate phloem cells across plants

Crops worldwide are increasingly vulnerable to pandemics, as diseases hitch rides on global flows of people and goods, hopping from continent to continent. Phloem diseases such as citrus greening are one particularly devastating group of plant diseases that have been wreaking economic havoc globally.

4 Dec 2018

New study shows that sambaqui societies were not ordinary hunter-gatherers

Shell middens are archeological features consisting mainly of the remains of marine animals thrown away near settlements over hundreds or thousands of years. They are the debris of human activity. In Brazil, they are known by the Tupi word sambaqui.

4 Dec 2018

UK scientists find new way to identify patients with aggressive lymphoma

UK scientists have found a new way to identify people with the most aggressive types of lymphoma who are less likely to respond to standard drugs.

3 Dec 2018

Using nanocarrier-delivered microRNA to target sepsis

One in three patients who die in the U.S. dies of sepsis, according to the Centers for Disease Control and Prevention. It is one of the leading causes of death in intensive care units and, with an estimated price tag of $20 billion in 2011, the most expensive condition that hospitals treat.

3 Dec 2018

New study could fine-tune the CRISPR gene editing process

The introduction of the tool for gene editing, the so-called gene scissors CRISPR, in 2007 was a revolution within medical science and cell biology.

30 Nov 2018

New dye is a step towards personalized neuromedical prophylaxis of the future

Signs of neurodegenerative diseases, visible years before the emergence of clinical manifestations, can be detected during the examination of medical samples by means of fluorescence microscopy.

29 Nov 2018

University of Wuerzburg implements new turnkey confocal imaging system

Technology innovators in super-resolution microscopy, Amsterdam-based Confocal.nl,reports on the implementation of a new turnkey confocal imaging system in the laboratory of Professor Markus Sauer at the University of Würzburg.

From Confocal.nl 29 Nov 2018

Tomocube releases first of it's kind, 3D fluorescent holotomography microscope

The HT-2 from Tomocube is the world’s first microscope to combine both holotomography and 3D fluorescence imaging into one unit.

From Tomocube Inc. 28 Nov 2018

Discovery about DNA twists could be crucial in development of new antibiotics

DNA replication is vital to all lifeforms, but in some organisms, it can be prevented by twists in the DNA sequence, called 'supercoils'. If too many supercoils are allowed to build up, cells vital to sustaining life will die.

28 Nov 2018

Novel methodology for characterizing neurons could lead to better understanding of brain disease

It takes a lot of cells to make a human brain. The organ houses not only an enormous quantity of neurons (tens of billions), but also an impressive diversity of neuron types. In recent years, scientists have been developing inventories of these cell classes--information that will be essential for understanding how the brain works.

28 Nov 2018

Pitt research team explores whether 'active wrinkles' may help improve synthetic graft design

During a coronary bypass procedure, surgeons redirect blood flow using an autologous bypass graft, most often derived from the patient's own veins. However, in certain situations where the patient does not have a suitable vein, surgeons must rely on synthetic vascular grafts which, while life-saving, are more prone to clot formation that eventually obstructs the graft.

28 Nov 2018

Study provides new way to treat multiple sclerosis

Nerve cells stripped of their insulation can no longer carry vital information, leading to the numbness, weakness and vision problems often associated with multiple sclerosis. A new study shows an overlooked source may be able to replace that lost insulation and provide a new way to treat diseases like MS.

27 Nov 2018

Scientists report novel combination transport system in E. coli

A general concept in biology is that cells use two different systems to transport substances across their membrane: selective pores, which allow passive transport driven by a concentration gradient, and active transport complexes, which use energy to transport substances against a gradient.

27 Nov 2018

AXT to introduce LUMICKS’ product lines for dynamic single-molecule analysis to Australia

AXT is pleased to announce that they have recently signed a distribution agreement with LUMICKS (Netherlands) that further strengthens their life science product portfolio.

From SPT Labtech 26 Nov 2018

Using smartphone confocal microscopes to stop cancer

Dongkyun "DK" Kang was in the shower a few years ago when inspiration struck, and he became interested in the idea of imaging human tissue in vivo, or on a living person, using a smartphone attached to a microscope.

20 Nov 2018

Scientists use cryo-EM to capture freeze-frames of molecule’s 'lock-and-load' on DNA

Pushing the limits of cryo-electron microscopy, University of California, Berkeley, scientists have captured freeze-frames of the changing shape of a huge molecule, one of the body's key molecular machines, as it locks onto DNA and loads the machinery for reading the genetic code.

20 Nov 2018