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Treatment

The micropump directly releases epilepsy drugs into the brain where they act to inhibit ne...

A promising new treatment for epilepsy directly targets the nerve cells, deep within the brain, that cause seizures. The treatment uses an electronic micropump and an anticonvulsant drug to inhibit the relevant areas of the brain without affecting healthy brain regions. It has had promising initial results on mice in vitro and will now be tested on live animals.  Read More

MIT researchers have developed an implantable device that allows researchers to simultaneo...

While there are a large number of approved cancer treatments, identifying which drugs are best suited to individual patients is extremely difficult for doctors. A team of MIT researchers has developed a small, implantable device that aims to change this by allowing scientists to measure the effectiveness of different drugs, on a patient-by-patient basis.  Read More

Cardiff University's Professor Daniela Riccardi says that if human trials of a drug to tre...

Sufferers of asthma live with a constant unease that an attack can strike at any time. Equally disconcerting is our lack of understanding of its causes and where a cure might come from. But researchers at Cardiff University may have just lifted the veil on this condition, claiming to have not only uncovered its root cause, but drugs that can curtail its symptoms.  Read More

The new hydrogel type can be seen in these electron microscopy images, which show the nano...

A team of MIT researchers has developed a new, self-healing hydrogel that doesn’t require surgical implantation, but can be injected using a syringe. The new gel, which can carry two drugs at once, allows for more convenient treatment of numerous conditions.  Read More

A new type of engineered insulin stays in the bloodstream longer, and is only activated wh...

Researchers at the Massachusetts Institute of Technology (MIT) have developed a new method for tackling diabetes that could represent a significant breakthrough in treating the condition. The team's engineered insulin stays in the patient’s bloodstream, but is only activated when sugar levels start to tip the scales.  Read More

A simplified illustration of the nanowafer (Image: ACS)

As anyone who has ever used medicinal eyedrops will know, it's hard to get the things into your own eye. Soon, however, they could be replaced by tiny drug-containing polymer "nanowafers" that are applied to the eye like a contact lens. Those wafers would proceed to gradually dissolve, releasing medication throughout the day.  Read More

Researchers have discovered a way of preventing type 1 diabetes developing in mice (Photo:...

Scientists working at St Louis University (SLU) have demonstrated the ability to prevent type 1 diabetes in mice by focusing on a particular immune cell whose properties weren't entirely clear. They discovered that impeding the development of this cell they could in fact stop the onset of the disease.  Read More

The prototype vestibular stimulation device (Photo: Sahlgrenska Academy)

Among other things, one of the symptoms of advanced Parkinson’s disease is an impaired sense of balance. Although this typically isn't very responsive to medication, Swedish scientists at the University of Gothenburg's Sahlgrenska Academy are developing an alternative treatment – a wearable device that stimulates the patient's vestibular system.  Read More

An illustration depicting a ruptured ACL (Image: Shutterstock)

If you follow sports at all, then you've probably heard about athletes rupturing their ACL, or anterior cruciate ligament. It connects the femur to the tibia, and once it breaks, it's incapable of healing. Treatment most often involves reconstructing the ACL using grafts from the patellar tendon, which connects the patella (aka the kneecap) to the tibia – although this can present problems of its own. Now, scientists at Northwestern University in Illinois are creating a man-made replacement ACL, which could make treatment much more effective.  Read More

Can magnetically-piloted nanoparticles become an effective treatment for inoperable, deep-...

A new experimental, non-invasive medical technique is promising to precisely deliver drug-carrying metal nanorods anywhere inside the body and image tissue with cellular resolution. If perfected, the approach could be used to treat inoperable deep-tissue tumors, brain trauma, and vascular or degenerative diseases.  Read More

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