- Pathways Professions Conference - October 12th.
- FAMU BASE students - Virginia Tech University - April 2016.
- Dean Taylor receiving a USDA Certificate from the USDA Undersecretary, Catherine Woteki
- Fall 2015 Graduate!
- Famu Research & Extension Center in Quincy
- CAFS planting a tree on Earth Day at Blanche Ely High School.
- Experience CAFS!
- Coming in August 2016
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- » Student Training and Development
Student Training and Development
Providing experiential learning opportunities and training to graduate, undergraduate and high school students.
Provide academic advisement, research mentorship and financial assistantships to graduate students.
Provide experiential learning and financial assistantships to undergraduate students to work with research scientists in the labs and in the field.
Conduct academic courses in Biotechnology and Human Sustainability.
Facilitate and provide academic advisement and training for the Dual Enrolment Program in Plant Biotechnology of Florida A&M University and Gadsden County School District.
Provide mentoring and training of high school students in STEM disciplines.
Mike Vasilopulos, CAFS, M.S. in Agriculture Sciences/ Plant Science and Biotechnology: Altering the Secondary Metabolites in Muscadine Grape Cell Suspension by Modulating the Flavonoid Gene Expression.
Adeyewa Toluwalola, CAFS, M.S. in Agriculture Sciences/ Plant Science and Biotechnology: Identification and Isolation of Three Magor Allergens in Grape.
Oluwatoyin Olaoluwa, CAFS, M.S. in Agriculture Sciences/ Plant Science and Biotechnology: Feasibility Study for Production of Dietary Antioxidant by Cell Culture of American Native Grapes (Vitis aestivalis Michx. Cynthiana cv.).
Maraih Henry "Molecular identification and detection of Eutypa lata in muscadine grapes (Vitis rotundifolia Much)"
Quincy Hardy " Characterization and molecular cloning of anthocynin syntase (ANS) and leucoanthocyanidin dioxygenase (LDOX) in muscadine grapes"
Frank Humphries "Characterization and molecular cloning of flavonoid 3-O-glucosyltransferase (3GT), and flovonoid 5-O-glucosyltransferase (5GT) genes from cell lines of rose (Rosa hybrida)"