Event Title
Aging in Plants
Location
Science Center, Bent Corridor
Start Date
10-27-2017 6:00 PM
End Date
10-27-2017 6:40 PM
Poster Number
51
Abstract
In the first eight days of maturation, Arabidopsis thaliana plants undergo a series of developmental changes that control shoot growth. The stages of development are well-studied in the shoots from the juvenile phase through the reproductive phase. The corresponding phases are less studied in the roots. By investigating select genes with known functions in the shoots, it is possible to construct a map of regulatory patterns seen in the roots and determine if it is comparable to that seen in the shoots. Arabidopsis root development patterns are investigated on a macro and micro scale, and ultimately demonstrate that there are similarities between phase-dependent changes in roots and shoots.
Recommended Citation
Epstein, Anabel, "Aging in Plants" (2017). Celebration of Undergraduate Research. 55.
https://digitalcommons.oberlin.edu/cour/2017/posters/55
Major
Biology
Project Mentor(s)
Marta Laskowski, Biology
Document Type
Poster
Aging in Plants
Science Center, Bent Corridor
In the first eight days of maturation, Arabidopsis thaliana plants undergo a series of developmental changes that control shoot growth. The stages of development are well-studied in the shoots from the juvenile phase through the reproductive phase. The corresponding phases are less studied in the roots. By investigating select genes with known functions in the shoots, it is possible to construct a map of regulatory patterns seen in the roots and determine if it is comparable to that seen in the shoots. Arabidopsis root development patterns are investigated on a macro and micro scale, and ultimately demonstrate that there are similarities between phase-dependent changes in roots and shoots.