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Mice

Researchers at Yale University have discovered a drug shown to reverse the brain deficits ...

While there has been progress made in the fight against Alzheimer's, our understanding of the dispiriting disease remains somewhat limited, with a definitive cure yet to be found. The latest development comes at the hands of researchers from Yale's School of Medicine, who have discovered a new drug compound shown to reverse the effects of Alzheimer's in mice.  Read More

Researchers have modified a strain of E. coli to produce a lipid compound called NAPE in t...

Researchers at Vanderbilt University in Nashville, Tennessee have raised hopes for the possibility of developing of a probiotic to treat obesity and other chronic diseases. The team inhibited weight gain, insulin resistance and various other negative health effects of a high-fat diet in mice by modifying bacteria to produce a therapeutic compound in the gut.  Read More

A compound commonly found in fruit and vegetables, including apples, grapes and strawberri...

Alzheimer's disease represents the most common form of dementia, with the early stages of the disease generally characterized with short term memory loss and learning difficulties that increase in severity as the patient progresses in age. Scientists at the Salk Institute for Biological Studies, California, have discovered that with regular treatments of the antioxidant fisetin, they were able to prevent memory loss in mice with genetic mutations linked to Alzheimer's.  Read More

New research has provided 'strong hope' of finding a drug to combat Alzheimer’s (Image: Sh...

A team of researchers at Yale University has completed a molecular model for Alzheimer's disease by identifying a protein that plays a key role in its onset. Promisingly, the study showed that when the activity of this protein is blocked by an existing drug, mice engineered as models for human AD recover their memories.  Read More

HIH researchers have found that suppressing the expression of a single gene in mice extend...

Researchers at the National Institutes of Health have found that suppressing the expression of a single gene in mice extends their average lifespan by about 20 percent – the equivalent of humans living an average of 95 years. While modification of the so-called mTOR gene may not lead to the fountain of youth, further study could open up a path to keeping us healthier and more alert in our old age.  Read More

The Microsoft Sculpt Ergonomic keyboard and mouse

Microsoft has unveiled a new Sculpt range of keyboards and mice with ergonomic features designed to improve comfort over long periods. The new accessories offer a number of useful features, such as dedicated Windows buttons and a split spacebar design, and are the result of a global survey carried out by the company.  Read More

An study led by Indiana University has found that linking two hormones into a single molec...

With recent studies finding that – for the first time – more people now die from obesity-related illnesses like heart attacks and strokes than malnutrition, scientists have been tackling the fat problem. One of the latest breakthroughs in this field comes from the University of Indiana where researchers have found that combining two hormones into a single molecule could lead to improved treatments for medical conditions such as obesity and type 2 diabetes.  Read More

Researchers at Stanford University have successfully alleviated PTSD in sleeping mice (Pho...

Though often associated with exposure to war, Post-Traumatic Stress Disorder (PTSD), is a severe anxiety disorder which can arise following exposure to any event which has caused psychological trauma. Those who suffer from PTSD are often subjected to re-living the source of their despair through nightmares and flashbacks, and current treatment results in only occasional success. However, researchers at Stanford University appear to have alleviated PTSD in mice while the rodents slept, by using a new technique which may prove applicable for humans in the future.  Read More

Researchers have reportedly restored near-normal vision to blind mice, using a prosthesis ...

Retinal prostheses such as the Argus II, Bio-Retina and the Retina Implant AG microchip all work – more or less – by stimulating the retina’s ganglion cells with light-induced electrical signals. The images produced in the patient’s visual cortex tend to be quite rudimentary, however. This is partially because the rate at which the signals are sent isn’t the same as the rate of neural impulses normally produced by a retina. Now, researchers have deciphered the neural code used by mouse ganglion cells, and used it to create a prosthesis that reportedly restores normal vision to blind mice. They have additionally deciphered the neural code of monkeys, which is close to that used by humans, so a device for use by blind people could also be on the way.  Read More

Rapamycin, a bacterial product first discovered in a soil sample from Easter Island, has b...

Rapamycin, a bacterial product first discovered in a soil sample from Easter Island – also known as Rapa Nui, hence the name – is an immunosuppressant drug used to prevent rejection in organ transplants that has now been found to enhance learning and memory in young and old mice alike. Researchers at the School of Medicine at The University of Texas (UT) Health Science Center San Antonio made the discovery while looking for a way to prevent the decline in cognitive skills that comes with age.  Read More

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