Each year, at precisely the same moment — 12 p.m. on the East coast, 9 a.m. on the West — thousands of graduating medical school students across the country simultaneously tear open an envelope. The single sheet of paper inside informs each graduate where he or she will do their residencies — in other words, where each will spend the first several years of their careers as working doctors.
Patients with drug-refractory epilepsy have a new treatment option at UC San Diego Health. Instead of traditional surgery, patients may be eligible for a novel technique that allows surgeons to target the abnormal area of brain with laser technology. The MRI-guided laser ablation treatment is a new first-line therapy for patients diagnosed with epilepsy.
UC San Diego Research Affairs –The Office of Innovation and Commercialization launches the first of an eighteen-month entrepreneurial seminar series, free and open to anyone at UC San Diego and the general public, including members of any other research institutions, Mar. 9.
Researchers at the Skaggs School of Pharmacy and Pharmaceutical Sciences at UC San Diego are running a Diabetes Intensive Medical Management (DIMM) “tune up” clinic for complex type 2 diabetes patients. In a study published in the March 2017 issue of the Journal of Managed Care & Specialty Pharmacy, the researchers report the clinic’s economic benefits, which include an estimated cost avoidance of $5,287 per DIMM clinic patient over three years.
University of California San Diego School of Medicine researchers screened 10,000 colonies of bacteria found on the epidermis to determine how many had antimicrobial properties and at what rate these are found on healthy and non-healthy skin. In a paper published in Science Translation Medicine, the team reports isolating and growing good bacteria that produce antimicrobial peptides and successfully transplanting it to treat patients with the most common type of eczema, known as atopic dermatitis.
A paradigm-changing study in the journal Nature by cancer researchers and computer scientists at UC San Diego and other institutions found that short fragments of circular DNA that encode cancer genes are far more common in cancer cells than previously believed.
The San Diego Union-Tribune, April 25
La Jolla Light, April 23
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