Search for tag: "membrane"

14 Media

02:56 3D Printing of Complex Materials for Biomedical… 3D Printing of Complex Materials for Biomedical and General Use, Lauren Ava Rawson, UG '23 (2270891)	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… prd23 princeton research day undergraduate research rocky college rockefeller college mechanical and aerospace engineering design and engineering biological engineering cell cells scale arch junctions tissue connection connections junction images behavior arches microscope length microfabrication picture membrane substrate approach infection From Research Princeton Research Day 2 likes 56 plays Date May 4th, 2023 Speaker Lauren Ava Rawson, UG '23 Department Mechanical and Aerospace Engineering
03:15 How bacteria communicate; investigating the… How bacteria communicate; investigating the biochemical mechanism of bacterial "speech", Steven Bodine, GS (2278074)	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… prd23 princeton research day graduate research muir lab chemistry molecular biology biochemistry microbiology synthetic biology communication process bacteria environment membrane proteins molecules molecule behavior ability humans components aureus lab mirror quorum organisms fitness model test From Research Princeton Research Day 1 likes 72 plays Date May 3rd, 2023 Speaker Steven Bodine, GS Department Chemistry
55:24 OLTP21March2023_MTsampas OLTP21March2023_MTsampas	OLTP21March2023_MTsampas ppplonly oxygen plasma energy side nitrogen hydrogen materials membrane ammonia co2 temperature bit reactor electro question synthesis reactors chemical approach electrochemistry From PPPL Admins 0 likes 21 plays
03:24 OURSIP Intern - Alison Araten OURSIP Intern - Alison Araten	OURSIP Intern - Alison Araten expression erk embryos genes activation light fruit embryo membrane cell pathway signal cells lab interpretations pleats sleet regulation effects protein From our Undergraduate Research 0 likes 34 plays Speaker Alison Araten Department Office of Undergraduate Research
02:34 Investigating Phospholipid Transport in… Investigating Phospholipid Transport in Gram-negative Bacteria, Michael Lee, UG '22, (3964281)	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… gram-negative bacteria reverse genetics molecular biology #prd22 membrane bacteria phospholipids mutations gram http regions skin membranes protein resistance antibiotics barrier effect coli e. knowledge gap process death From Research Princeton Research Day 2 likes 33 plays Date April 27th, 2022 Speaker Michael Lee UG '22 Department Molecular Biology
02:59 Using Light to Build New Drugs: Synthesis of… Using Light to Build New Drugs: Synthesis of Cyclic Peptides by Photoredox Chemistry, Cecilia Kim, UG '23 (3950214)	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… cyclic peptides macrocycles cyclosporin a immunosuppressant membrane permeable peptide coupling iridium photoredox chemistry free radicals schrodinger macromodel peptides chain molecules shape peptide 3d reactions molecule class drugs electron atoms radicals chemistry nose ends chance ring end cycle From Research Princeton Research Day 4 likes 121 plays Date April 27th, 2022 Speaker Cecilia Kim Department Chemistry
58:41 2022.03.24 MAE Seminar + GK 1 (PGM) 2022.03.24 MAE Seminar + GK 1 (PGM)	2022.03.24 MAE Seminar + GK 1 (PGM) temperature process materials reaction lot heating kind energy heater elements catalyst material carbon membrane rate particle batteries century heat membranes From Broadcast Broadcast Center Staff 0 likes 18 plays
01:11:24 SOS12February2022_JIwasa SOS12February2022_JIwasa	SOS12February2022_JIwasa pppl things animation lot proteins kind cell protein process membrane animations cells lab thing sort structure structures light hiv 3d clathrin From PPPL Admins 0 likes 41 plays
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 85 plays Speaker Dylan Kim, UG '21 Department Chemistry
52:19 Princeton's Pandemic Research and Solutions:… Princeton's Pandemic Research and Solutions: Spotlight on Several Princeton-Funded COVID-19 Research Projects	Princeton's Pandemic Research and Solutions: Spotlight on Several Princeton-Funded COVID-19 Research Projects This 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… covid-19 pandemic research cell income princeton spending kind question savings cells approach membrane covid fusion department things lot bit violence faculty professor From Innovation Innovation Communication 0 likes 15 plays Date November 6th, 2020 Speaker Pablo Debenedetti, Princeton Dean for Research, Clifford Brangwynne (Bioengineering, Princeton); Kyle Jamieson (Computer Science, Princeton), Natalie Cox (Bendheim Center for Finance, Princeton), Nishith Prakash (U of Conn, Harvard) Department Princeton Innovation Location Online
01:04:55 Moafu Liao Butler Seminar Speaker 3-24-2021 Moafu Liao Butler Seminar Speaker 3-24-2021	Moafu Liao Butler Seminar Speaker 3-24-2021 lps structure transporter domain abc conformation membrane msba protein confirmation transmembrane interaction chain phosphate atp pocket side study transport substrate From MOL MolBio Zoom Webinar 0 likes 52 plays Speaker Maofu Liao - Harvard Medical School Location Zoom
48:50 Princeton Research Day (PRD) Talk I Princeton Research Day (PRD) Talk I	Princeton Research Day (PRD) Talk I Princeton Research Day (PRD) Talk I Princeton University May 10, 2018 princeton research day talk lungs drones bats medical sensors captions_12_17_2020 cells membrane asthma lot sensor flow airway bacteria stiffness antibiotics story drone cell strain base surface gene lung wafer antibiotic From Broadcast Broadcast Center Staff 0 likes 21 plays
59:15 "Water Technologies by Interface… "Water Technologies by Interface Engineering: Purification and Pollution Remediation" - Seth Darling	"Water Technologies by Interface Engineering: Purification and Pollution Remediation" - Seth Darling ACEE Highlight Seminer - Seth Darling Seth Darling, of Argonne National Laboratory's Center for Nanoscale Materials, will speak on "Water Technologies by Interface Engineering:… seth darling oil water oil spill sponge cleo sponge energy andlinger center for energy and the environment environment ocean ocean sciences acee highlight seminar water technology pollution remediation purification captions_01_13_2021 membrane surface membranes things thing material lot polymer sis layer film stuff size pores aluminum oxide titanium From Broadcast Broadcast Center Staff 0 likes 47 plays
32:50 Cool Buildings with Less Cooling: Novel Liquid… Cool Buildings with Less Cooling: Novel Liquid Desiccant-membrane Dehumidification and Integrated Radiant Cooling - Forrest Meggers	Cool Buildings with Less Cooling: Novel Liquid Desiccant-membrane Dehumidification and Integrated Radiant Cooling - Forrest Meggers 2017 Princeton E-ffiliates Partnership Annual Meeting Cool Buildings with Less Cooling: Novel Liquid Desiccant-membrane Dehumidification and Integrated Radiant Cooling Speaker: Forrest… 2017 princeton e-ffiliates partnership annual meeting cool buildings with less cooling: novel liquid desiccant-membrane dehumidification and integrated ra forrest meggers andlinger center for energy and the environment acee andlinger captions_01_13_2021 air building temperature energy systems moisture water buildings room cooling desk humidity surface deseq panels membrane thing context amount conditioning From Broadcast Broadcast Center Staff 0 likes 173 plays