The Genomics of Thermotolerant Tomato Reproduction VIP Team is looking to enroll students for course credit in the Spring 2026 semester. Paid opportunities may be available on a case-by-case basis. The overall goal of this VIP project is to develop heat-tolerant tomato cultivars through an understanding of the molecular mechanisms governing tomato reproduction. By investigating how pollen tubes respond to heat stress and identifying thermotolerant variants, the project aims to enhance fruit production in tomatoes grown under high-temperature conditions. Utilizing genomics, genetics, microscopy, and physiology, the research team seeks to elucidate the transcriptional changes associated with heat stress in pollen tubes and pistils, as well as the functions of individual thermotolerance genes.
Issues Involved or Addressed
This research involves genomics of thermotolerant tomato reproduction.
For more information, see Dr. Palanivelu’s lab webpage.
Methods and Tech
Focusing on tomato fruits, this research will include:
- Genomics
- Genetics
- Microscopy
- Physiology
For more information about this team, please visit: https://uavip.arizona.edu/genomics-thermotolerant-tomato-reproduction
