The Plant Adaptability and Resilience Center (Plant ARC), led by Doris, was launched on October 14, 2024. The Plant ARC aims to enhance plant development and fortitude in the face of climate change, which impacts food security, human health, and ecosystems through more extreme and unpredictable weather events. Join us at the one-day symposium “Climate Solutions for the Living World” (register)!
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Thank you, Aditya (second from the front on the right bench), for your impressive research on understanding SWI/SNF complex functions, as well as for your excellent protein purification skills. All the best for the next steps in your career!
Prabh Kaur, recipient of Career Services research funding, experienced authentic plant research together with excellent mentor Dr. Sandhan Parkash. She shared her thoughts with Career Services and was featured in Penn Today.
Wagner and Husbands Lab members having fun at Liberty Grounds
It was an afternoon full of laughters and surprises – first time mini golf experience for many of us, and nicely setup cornhole tournament between Team Wagner and Team Husbands. Oh and don’t forget Sarah, the queen of cornhole!
Thank you, Modesola Olaniyi (third from the front on the left bench) for your excellent research on overcoming Polycomb expression for the last couple of years. All the best for the next steps in your career!
Great poster and research!!! Excellent mentoring by Sarah Matar.
This Summer, the Wagner lab hosted undergraduate student Emily Knisely-Durham. Emily was an intern in the Summer Undergraduate Internship Program (SUIP), the Diversity Action Plan for PENN Genomics (DAPPG). Emily worked with PhD student Tian Huang on screening for transcription factors that regulate the Arabidopsis gene TERMINAL FLOWER 1 (TFL1) through its 3′ intergenic regulatory region, using a modified Y1H system.
This Summer, the Wagner lab hosted an undergrad, Emily …, Emily worked with PhD student Tian Huang on screening for transcription factors that regulate the Arabidopsis gene TERMINAL FLOWER 1 (TFL1) through its 3′ intergenic regulatory region, using a modified the traditional Y1H system.
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