Effects of a Spaceflight Environment on Heritable Changes in Wheat Gene Expression
Once it was established that the spaceflight environment was not a drastic impediment to plant growth, a remaining space biology question was whether long-term spaceflight exposure could cause changes in subsequent generations, even if they were returned to a normal Earth environment. In this study, we used a genomic approach to address this question. We tested whether changes in gene expression patterns occur in wheat plants that are several generations removed from growth in space, compared to wheat plants with no spaceflight exposure in their lineage. Wheat flown on Mir for 167 days in 1991 formed viable seeds back on Earth.

Dear ASGSB members: We have received a Dear Colleague notification from ESA that our joint international meeting is proceeding on schedule. A call will come shortly for abstract submission. This is a rare opportunity to share our research and strengthen our interactions in the global community. Please try to find a way to participate in person at our 24th Annual ASGSB Meeting to demonstrate the collective spirit and importance of international collaboration in space-related science.