

Whether they share labs or library books, interests in poetry or proteins, faculty couples–people who have made a commitment to their research and to one another–face an entirely unique set of challenges and privileges in academia.
It is hard to determine how many married couples or life partners there are on UCSD’s faculty. Some departments have a concentration (biology and economics, for example, have at least four couples each), while in other cases couples are split among disciplines or between teaching, research and administration.
Things can get even more interesting when both people happen to be in the same field.
The division is going green and saving green and as part of that effort our alumni magazine, Biosphere, has transformed from a quarterly print publication to a quarterly electronic newsletter. In each issue, we will share exciting research breakthroughs and news from the division as well as feature a variety of stories, including spotlights on education, research, alumni and philanthropic support. We will highlight special events and ways for you to get involved with the division and connected with fellow alumni and peers.
You can read our inaugural issue and sign up to receive future issues as we continue to provide a fascinating glimpse into the division’s activities. We hope that you enjoy this new updated format and find it a valuable experience!Date: March 10-12, 2010
Location: UCSD, Institute of the Americas
Date: April 23, 2010
Location: Salk Institute, Frederic de Hoffman Auditorium
A biologist at UC San Diego has discovered that honey bees warn their nest mates about dangers they encounter while feeding with a special signal that’s akin to a “stop” sign for bees.
The discovery, detailed in a paper in the February 23 issue of the journal Current Biology, which appears online today, resulted from a series of experiments on honey bees foraging for food that were attacked by competitors from nearby colonies fighting for food at an experimental feeder. The bees that were attacked then produced a specific signal to stop nest mates who were recruiting others for this dangerous location.
Researchers at UC San Diego who last year genetically engineered bacteria to keep track of time by turning on and off fluorescent proteins within their cells have taken another step toward the construction of a programmable genetic sensor. The scientists recently synchronized these bacterial “genetic clocks” to blink in unison and engineered the bacterial genes to alter their blinking rates when environmental conditions change.