Dynein News and Research

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Cell biologists identify new way for curing cancer and vessel diseases

Cell biologists from the Lomonosov Moscow State University discovered a new way of regulating of cell motility -- this discovery will make possible development of new drugs for curing onco- and vessel diseases.

22 Mar 2016

Study reveals role of 'Kurly' protein found in cilia

A new study of a protein found in cilia - the hair-like projections on the cell surface - may help explain how genetic defects in cilia play a role in developmental abnormalities, kidney disease and a number of other disorders.

24 Feb 2016

Revealing dynamic protein complexes with NMR: an interview with Elisar Barbar

Most proteins are involved in interactions with one or a few functional ligands, but some proteins, like light chain 8 (LC8), have numerous binding partners. LC8 interacts with more than 100 functionally different proteins, from viral proteins to motor proteins to proteins involved in cell division.

From Bruker BioSpin - NMR, EPR and Imaging 18 Feb 2016

Researchers find how microtubules, motor proteins assemble into macroscopic networks

What bones are to bodies, the cytoskeleton is to cells. The cytoskeleton maintains cellular structure, builds appendages like flagella and, together with motor proteins, powers cellular movement, transport, and division. Microtubules are a critical component of the cytoskeleton, vital for cell division and, because of that, an excellent target for chemotherapy drugs.

29 Jan 2016

Researchers use magic-angle-spinning NMR to unveil structure of CAP-Gly protein

A latticework of tiny tubes called microtubules gives your cells their shape and also acts like a railroad track that essential proteins travel on. But if there is a glitch in the connection between train and track, diseases can occur.

26 Nov 2015

Determining the dynein-dynactin complex structure: an interview with Dr Gabriel C. Lander

This is a macromolecular assembly is made up of two components, dynein and dynactin, that works to move molecular cargo (organelles, RNA, vesicles, proteins, viruses) along microtubule highways within our cells.

16 Aug 2015

Study suggests potential target for treating familial form of ALS

A healthy motor neuron needs to transport its damaged components from the nerve-muscle connection all the way back to the cell body in the spinal cord. If it cannot, the defective components pile up and the cell becomes sick and dies. Researchers at the NIH's National Institute of Neurological Disorders and Stroke have learned how a mutation in the gene for superoxide dismutase 1 (SOD1), which causes ALS, leads cells to accumulate damaged materials.

13 Aug 2015

TSRI researchers create picture of whole dynein-dynactin structure

A team led by scientists at The Scripps Research Institute has determined the basic structural organization of a molecular motor that hauls cargoes and performs other critical functions within cells.

12 Mar 2015

Scientists identify how molecular motor essential for human development works

Another mystery of the human body has been solved by scientists who have identified how a molecular motor essential for human development works.

10 Sep 2014

3 pioneering cell biologists win 2014 E.B. Wilson Medal from American Society for Cell Biology

If cells were cars, then the three pioneering cell biologists just named winners of the 2014 E.B. Wilson Medal, the highest scientific honor of the American Society for Cell Biology, helped write the essential parts list.

8 May 2014

Study shows how wrong levels of protein linked with AD can lead to dangerous blockages in brain cells

Scientists have known for some time that a protein called presenilin plays a role in Alzheimer's disease, and a new study reveals one intriguing way this happens.

29 Oct 2013

Protein presenilin plays critical role in controlling neuronal traffic on microtubule highways

Imagine if you could open up your brain and look inside. What you would see is a network of nerve cells called neurons, each with its own internal highway system for transporting essential materials between different parts of the cell.

29 May 2013

Viral protein hijacks cellular machinery and grabs the wheel

Northwestern Medicine scientists have identified a component of the herpesvirus that "hijacks" machinery inside human cells, allowing the virus to rapidly and successfully invade the nervous system upon initial exposure.

30 Mar 2013

DRCRF names 21 new Damon Runyon Fellows

The Damon Runyon Cancer Research Foundation, a non-profit organization focused on supporting innovative early career researchers, named 21 new Damon Runyon Fellows at its spring Fellowship Award Committee review.

11 Jul 2012

DYNC1H1 genetic mutation contributes to SMA-LED

Scientists have confirmed that mutations of a gene are responsible for some cases of a rare, inherited disease that causes progressive muscle degeneration and weakness: spinal muscular atrophy with lower extremity predominance, also known as SMA-LED.

11 May 2012

Motor regulatory protein can block human ovarian tumor growth

A motor regulatory protein can block human ovarian tumor growth, leading to eventual cancer cell death and possible new therapies to treat the disease, according to Penn State College of Medicine researchers.

27 Apr 2011

Researchers identify normal movement mechanisms of PrPC in brain

Researchers at the University of California, San Diego School of Medicine have identified the motors that move non-infectious prion proteins (PrPC) - found within many mammalian cells - up and down long, neuronal transport pathways.

18 Feb 2011

Research identifies abnormal huntingtin protein critical for mitosis and cell fate determination

New research finds that a protein that is often mutated in Huntington's disease (HD) plays an unexpected role in the process of neurogenesis. The research, published by Cell Press in the August 12 issue of the journal Neuron, provides new insight into HD pathology and has even broader implications for human health and disease.

12 Aug 2010

Defective protein responsible for SCA5 disease cuts synaptic terminals and snarls traffic inside neurons

The neurodegenerative disease spinocerebellar ataxia type 5 (SCA5) damages nerve cells in two ways. University of Minnesota researchers now report that the defective protein responsible for the disease cuts the number of synaptic terminals and snarls traffic inside neurons.

7 Apr 2010

Cytoskeleton plays a critical role to bring chromosome pairs together: Study

Meiosis - the pairing and recombination of chromosomes, followed by segregation of half to each egg or sperm cell - is a major crossroads in all organisms reproducing sexually. Yet, how the cell precisely choreographs these chromosomal interactions is a long-standing question.

16 Nov 2009