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ElectroTune: CRISPR-Guided Modulation of Gene… duration 3 minutes 1 second ElectroTune: CRISPR-Guided Modulation of Gene… ElectroTune: CRISPR-Guided Modulation of Gene Expression via Electric Fields, Evelyn Chen, UG '26, Celeste Rodriguez , GS (11815)	ElectroTune: CRISPR-Guided Modulation of Gene Expression via Electric Fields, Evelyn Chen, UG '26, Celeste Rodriguez , GS (11815) Bioelectricity has a rich but complicated history… prd25 +20 More From Research Princeton Research Day 1 likes 50 plays Date May 2nd, 2025 Speaker Evelyn Chen, UG '26, Celeste Rodriguez , GS (11815) Department Molecular Biology
Princeton University Art Museum's Full… duration 1 minute 22 seconds Princeton University Art Museum's Full… Princeton University Art Museum's Full Mission Statement	Princeton University Art Museum's Full Mission Statement Our staff, leadership, students, and community… art +19 More From puamlive Princeton University Art Museum Online 0 likes 3 plays
Council of the Humanities "Severe Brain… duration 1 hour 24 minutes Council of the Humanities "Severe Brain… Council of the Humanities "Severe Brain Injury, Neuroethics, and Disability Rights: Why the Sciences and Humanities must be in Conversation"	Council of the Humanities "Severe Brain Injury, Neuroethics, and Disability Rights: Why the Sciences and Humanities must be in Conversation" Advances in the diagnosis and treatment of… council of the humanities +19 More From Broadcast Broadcast Center Staff 0 likes 63 plays Date November 16th, 2023 Speaker Joseph J. Fins Department humanities Location East Pyne 010
OURSIP Intern - Blaise Stone duration 3 minutes 57 seconds OURSIP Intern - Blaise Stone OURSIP Intern - Blaise Stone	OURSIP Intern - Blaise Stone Investigating Extracellular Matrix Protein… fibronectin +19 More From our Undergraduate Research 0 likes 124 plays Date July 31st, 2023 Speaker Blaise Stone Department Office of Undergraduate Research
Towards Developing a Closed-Loop System to… duration 2 minutes 59 seconds Towards Developing a Closed-Loop System to… Towards Developing a Closed-Loop System to Optogenetically Perturb Cerebellar Purkinje Cells and Assess Effects on Locomotion in Freely-Moving Mice, Mina Musthafa, UG '22, (3965173)	Towards Developing a Closed-Loop System to Optogenetically Perturb Cerebellar Purkinje Cells and Assess Effects on Locomotion in Freely-Moving Mice, Mina Musthafa, UG '22, (3965173) The cerebellum has long been identified as a… cerebellum +23 More From Research Princeton Research Day 1 likes 85 plays Date April 27th, 2022 Speaker Mina Musthafa, UG '22 Department Neuroscience