معرفی
Elizabeth Schultz is Professor of Biological Sciences at the University of Lethbridge, Alberta, Canada. Her research group investigates the genetic and molecular bases of leaf-vein pattern formation in the model plant Arabidopsis thaliana, with a particular focus on auxin transport and PIN1 protein localization.
Education:
- BSc (Botany, Honours), University of Guelph
- PhD (Genetics), University of Saskatchewan
Research Interests:
Prof. Schultz’s laboratory combines classical and molecular genetics to dissect the pathways that establish venation patterns in leaves. Central themes include the role of the plant hormone auxin, the asymmetric localization of PINFORMED1 (PIN1) auxin-efflux carriers, and the function of novel genes such as UNHINGED, FORKED1, and FORKED-LIKE in orchestrating these processes. Environmental inputs—heat, drought, and ABA signalling—are also examined for their impact on vein architecture.
Recent Research Directions:
- Mechanisms controlling PIN1 polarity in developing veins
- Characterisation of the GARP complex via the UNHINGED/VPS51 pathway
- Stress-induced alterations in leaf vasculature and their genetic basis
- Novel alleles of MONOPTEROS as tools to study leaf initiation and patterning
Laboratory & Resources:
The Schultz Lab at the University of Lethbridge maintains state-of-the-art growth facilities for Arabidopsis, advanced microscopy for live-cell imaging of PIN1 trafficking, and routine molecular biology platforms. The lab website and direct contact (schultz@uleth.ca) provide further information on current projects, available positions, and collaborative opportunities.
