Concert Pharma spotlights a positive rat study for antiseizure drug

A year after Concert Pharmaceuticals translated its work using deuterium to amp up the efficacy and stability of drugs into an upsized $84 million IPO, the biotech says it's completed a positive animal study on a new treatment designed to prevent seizures.

Mayo Clinic team renews Alzheimer's feud, fingers tau over amyloid

In the world of Alzheimer's drug research, there's no lack of certainty among leading researchers. There's just no consensus on what causes the disease or how to treat it.

Duke/NUS team says new combo has promise for mutant-RAS cancers

A team of investigators from Duke and the NUS Graduate Medical School in Singapore says they've come up with a novel one-two punch directed against mutant RAS that they believe could have broad potential in fighting cancers.

CMV-based vaccine could help eliminate the threat of Ebola from apes

The African ape population has played a key role in the enduring threat posed by ebolavirus. Now a group of investigators say they have some new animal data that suggest a CMV-based vaccine could spark the spread of a protective "disseminating" virus that may prevent the threat in the first place.

Stem cell advance may assist new therapies for anemia, leukemia

Scientists at the Scripps Research Institute say they've identified an enzyme necessary for maintaining the stability of hematopoietic stem cells.

Targeted mitochondrial attack destroys glioma cells in preclinical study

Zeroing in on an enzyme that is over-expressed in brain tumor cells, two investigators at Houston Methodist say they have developed a new treatment for gliomas that has cleared its preclinical testing and should be ready for human testing within the next one to two years.

Research group uses nanoparticles to deliver antibiotic

Bypassing the traditional delivery technologies for antibiotics, European investigators say they successfully tested the use of nanoparticles in delivering antibiotics for respiratory infections, slipping through biological barriers and zeroing in better on the target.

Queensland scientists use ultrasound to clear amyloid in Alzheimer's model

Up until now, most of the work focused on the amyloid beta theory on Alzheimer's has concentrated on drugs that can clear the toxic protein clusters many believe trigger brain damage and memory loss. But a team in Australia has been winning headlines around the world after demonstrating in mice that they can do the same thing with an ultrasound approach.

Fast-spreading CRISPR tech inspires new preclinical work on blood cancers

The promise of new gene editing technology called CRISPR has been lighting up a string of new lab experiments around the world.

Blood pressure drug looks promising in preventing myelin loss in MS

A group of investigators at the University of Chicago says they've found a drug that can guard myelin-producing cells, offering a possible new route to guarding against multiple sclerosis. And this is one therapy that has already been through the approval process.

Academic team assembles a 'homegrown' immunotoxin for blood cancers

An oncologist at the University of Minnesota has devised a "homegrown" bispecific antibody that binds to both CD19 and CD22, proteins found on the surface of B-cell blood cancers, and drops a toxic payload on the targeted cells. In a Phase I trial with 10 evaluable patients with treatment resistant pre-B acute lymphoblastic leukemia, chronic lymphocytic leukemia, or non-Hodgkin lymphoma, two had a durable response, with one complete remission. And that is setting the stage for a mid-stage study of a drug that has been pushed this far largely with private donations.

Rockefeller U team touts a potential psoriasis 'cure' from Boehringer

Psoriasis has attracted a big pack of rival drug giants anxious to be in the lead with a new wave of better, targeted therapies for legions of patients. But a team of investigators at Rockefeller University say they just scored early-stage data on a new drug from Boehringer Ingelheim that promises to offer a potential cure with a more durable therapy.

Mouse model for rheumatoid arthritis responds to M-MDSCs

The intravenous administration of monocytic myeloid-derived suppressor cells, or M-MDSCs, proved promising in treating rheumatoid arthritis in mice, inhibiting T cell proliferation, as well as B cell proliferation and antibody production.

HSV vaccine researchers say a new approach immunizes mice

By turning their backs on years of research work on fighting herpes viruses, Howard Hughes Medical Institute investigators at Albert Einstein College of Medicine say they were able to design a radically different type of vaccine that proved effective in mice. And they say the same vector has promise in fighting diseases like HIV and tuberculosis.

Salk scientists use new CRISPR tech to chop up HIV

Scientists at the Salk Institute say they have achieved some remarkable results in using the new CRISPR gene editing technology to chop up active and dormant HIV, potentially opening the door to a new approach that could ultimately free patients from the meds needed to keep the virus at bay while also preventing the spread of infection in the first place.

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UC Berkeley researchers put their hearts into latest organ-on-a-chip project

A group of bioengineers at UC Berkeley has been hard at work hatching a new "heart-on-a-chip" technology that aims to offer researchers a better, less expensive way to develop new drugs.

Activating thyroid hormone receptor may rev up metabolism

Kevin Phillips, a researcher at Houston Methodist Research Institute, has already done research on the thyroid hormone receptor agonist GC-1 as it relates to reducing cholesterol. Now he says that higher doses offer a path to developing a new drug for weight loss.

Mayo/Scripps team begins testing a new class of anti-aging drugs

Investigators have begun testing new drugs that can specifically hunt down and eliminate senescent cells in mice, opening the door to what they say could be a new class of therapeutics that promise to one day slow down the human aging process.

Canadian researchers study a new mechanism of action for cancer metastasis

During childhood, a protein called DENND2B plays a big role in spurring the migration of cells, a condition that fades as well. But now a team at the Montreal Neurological Institute says that they have discovered that the protein also appears to play a part in promoting metastasis.