Search for tag: "membrane"
OURSIP Intern - Maria KarakousisInvestigations of Biophysical and Biochemical Mechanisms of Proteins Involved in T. gondii Parasite Propagation Advised by:John Jimah, Molecular Biology Erik Zupa, Molecular Biology
From our Undergraduate Research
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Structural and Biophysical Investigations of Protein-Membrane Interactions in T. gondii to Understand Organelle Fission Necessary for Parasite Propagation, Maria Josefina Karakousis, UG '26 (3CDAD298)Toxoplasma gondii is a single-cell parasite which causes toxoplasmosis, a disease causing flu-like symptoms in healthy individuals but severe eye or brain damage in congenitally infected children,…
From Research Princeton Research Day
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OURSIP Intern- Emily LeeThe Structural Basis of Dynamin Regulation by Amphiphysin During Endocytosis Advised by: Prof. John Jimah, Molecular Biology Seraya Jones-Nelson, Molecular Biology
From our Undergraduate Research
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OURSIP Intern - Maria KarakousisStructural Investigations of Protein-membrane Interactions in T. gondii to Understand Organelle Fission Necessary for Parasite Replication Advised by: Prof. John Jimah, Department of Molecular…
From our Undergraduate Research
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Organelle biogenesis - Chair: Masayuki OnishiSearching alpha-solenoid proteins involved in organellar gene expression - Céline Cattelin, Alexis Astatourian, Rebecca Goulancourt, Francis-André Wollman, Charles Robert, Ingrid…
From MOL MolBio Zoom Webinar
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3D Printing of Complex Materials for Biomedical and General Use, Lauren Ava Rawson, UG '23 (2270891)Cell-cell connections are far stronger than cell-substrate connections. The proteins that cells use to connect to non-cellular material are weaker than the proteins used in cell-cell connections. On…
From Research Princeton Research Day
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How bacteria communicate; investigating the biochemical mechanism of bacterial "speech", Steven Bodine, GS (2278074)Communication is an incredibly powerful tool for species to survive in a hostile environment. With that in mind, it is perhaps unsurprising that even some of the simplest life forms, bacteria, have…
From Research Princeton Research Day
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Investigating Phospholipid Transport in Gram-negative Bacteria, Michael Lee, UG '22, (3964281)Gram-negative bacteria form two biological membranes; the inner membrane encloses the cytoplasm of the bacteria while the outer membrane surrounds the inner membrane and delineates the cell from the…
From Research Princeton Research Day
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Using Light to Build New Drugs: Synthesis of Cyclic Peptides by Photoredox Chemistry, Cecilia Kim, UG '23 (3950214)The emergence of new diseases, the rise of drug resistance, and the continued prevalence of chronic conditions that remain difficult to treat, such as cancer and Alzheimer’s, create a growing…
From Research Princeton Research Day
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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…
From Research Princeton Research Day
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Princeton's Pandemic Research and Solutions: Spotlight on Several Princeton-Funded COVID-19 Research ProjectsThis session was part of Engage 2020, Princeton University's new innovation and entrepreneurship conference. Collaborating with the Office of the Dean for Research, this panel discussion will…
From Innovation Innovation Communication
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