Iniga George

Iniga George serves as Strategic Initiatives Lead within the School of Natural Sciences at Macquarie University, specializing in advanced proteomic analyses of plant stress responses. Her research focuses on grapevine (Vitis species) adaptation to environmental challenges including temperature extremes, water deficit, and hormone signaling pathways.

Her research interests center on plant proteomics with particular expertise in shotgun proteomic techniques, phosphoproteome analysis, and stress response mechanisms in vitis species. Key research areas include:

• Dormancy induction regulated by photoperiod
• Water deficit response mechanisms in grapevines
• Abscisic acid signaling pathways
• Thermal stress impacts on phenylpropanoid metabolism
• Comparative proteomic methodology development

George's publication record demonstrates consistent research output from 2011-2018, with significant contributions to understanding abiotic stress responses in grapevines through proteomic approaches. Her work shows strong collaboration patterns with researchers like P.A. Haynes and G.R. Cramer, focusing on both fundamental plant biology and potential viticultural applications.

Her research projects include:

• Proteomic analysis of abiotic stresses in grapevine (2013-2014)
• AGWA Travel Grant for climate adaptability research (2014)
• Oral presentation at INPPO World Congress (2018)

George maintains active research in plant stress proteomics, with methodologies spanning SDS-PAGE, FASP-GPF techniques, and quantitative phosphoproteomic analyses. Her work connects molecular mechanisms to potential agricultural applications in viticulture under changing climate conditions.