UC Davis Team Develops GM Lettuce to Protect Astronauts` Bones in Long Spaceflights |
RUC Davis graduate student, Kevin Yates, together with his professors, developed a GM lettuce that produces a fusion protein combining PTH with part of a human antibody protein. The fusion protein is engineered to be unchanging in the bloodstream. Being able to plant and extract the drug will be beneficial to astronauts in long spaceflights to save weight and get a fresh source of drugs. Conventional medicines usually have a short shelf life and thus astronauts would need ways to replenish their supplies during long spaceflights. |
RUC Davis graduate student, Kevin Yates, together with his professors, developed a GM lettuce that produces a fusion protein combining PTH with part of a human antibody protein. The fusion protein is engineered to be unchanging in the bloodstream. Being able to plant and extract the drug will be beneficial to astronauts in long spaceflights to save weight and get a fresh source of drugs. Conventional medicines usually have a short shelf life and thus astronauts would need ways to replenish their supplies during long spaceflights.
The research team is analyzing the amount of drugs that GM lettuce can produce, which leaves have the most amount of PTH, and the optimal time to harvest the leaves.
Read more from UC Davis.
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