Search for tag: "organelles"

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03:06 OURSIP Intern - Jennifer Nwokeji OURSIP Intern - Jennifer Nwokeji	OURSIP Intern - Jennifer Nwokeji Cryo-EM Studies of Organelle Formation in Parasites Mentors: Prof. John Jimah, Molecular Biology Nathan Fowler (Research Specialist), Molecular Biology protein organelles molecules parasites bacteria function parasite parts formation cell structure future secretory proteins machine toxoplasmosis malaria complex diseases water From our Undergraduate Research 0 likes 13 plays Date July 25th, 2022 Speaker Jennifer Nwokeji Department Office of Undergraduate Research
02:35 Portrait of a Powerhouse: Live-Cell Imaging to… Portrait of a Powerhouse: Live-Cell Imaging to Monitor Mitochondrial Behavior, Therese C. Kichuk, GS (2311334)	Portrait of a Powerhouse: Live-Cell Imaging to Monitor Mitochondrial Behavior, Therese C. Kichuk, GS (2311334) Just as the human body is kept alive by the functioning of its organs, individual cells are dependent on the health of subcellular structures called organelles. Often, what comes to mind when we… organelle mitochondria subcellular saccharomyces cerevisiae endoplasmic reticulum morphology neurodegenerative prd21 organelles environment cell components interactions diseases cells functioning structures phd attention treatments disorders metabolic connection understanding goal contacts From Research Princeton Research Day 6 likes 269 plays Speaker Therese C. Kichuk, GS Department Molecular Biology
02:59 Characterizing Biological Phase Separation With… Characterizing Biological Phase Separation With Predictive Approaches, Dylan Kim, UG '21 (2309371)	Characterizing Biological Phase Separation With Predictive Approaches, Dylan Kim, UG '21 (2309371) Biological phase separation is a thermodynamically driven behavior that dictates the formation of many critical membraneless bodies in the cell, including the nucleolus and stress granules. Because… phase separation organelles nucleolus stress granules thermodynamic membraneless support vector machine prd21 separation phase networks components model protein behavior proteins characteristics svm network context bodies systems membrane granules stress body cell From Research Princeton Research Day 2 likes 76 plays Speaker Dylan Kim, UG '21 Department Chemistry