Search for tag: "microscope"

7 Media

Tissue Sculpture: How Do Our Lungs Form? Jake J.… duration 3 minutes 12 seconds Tissue Sculpture: How Do Our Lungs Form? Jake J.… Tissue Sculpture: How Do Our Lungs Form? Jake J. Klimek, UG '24 (5C795CAC)	Tissue Sculpture: How Do Our Lungs Form? Jake J. Klimek, UG '24 (5C795CAC) Our lungs are beautifully designed and energetically efficient gas-exchange systems that are formed by complex, tree-like networks. However, sometimes lungs do not form correctly during embryonic… prd24 lungs lung branches adhesion blood oxygen tissue microscope embryos signals cell cells feet adhesions shape sacks tissues organ properties From Research Princeton Research Day 13 likes 71 plays Date May 3rd, 2024 Speaker Jake J. Klimek, UG '24 (5C795CAC) Department Chemical and Biological Engineering
CBE Majors \| Callie Zheng duration 5 minutes 2 seconds CBE Majors \| Callie Zheng CBE Majors \| Callie Zheng	CBE Majors \| Callie Zheng CBE senior Callie Zheng discusses the depth and breadth of a discipline that has empowered her to advance the frontiers of knowledge. lot fundamentals water sand media engineering problem spaghetti cells worm frontiers materials fluid aquifers groundwater sleeve tricks keme behaves microscope From Scott Lyon 0 likes 35 plays Department Chemical and Biological Engineering
what is precision health duration 2 minutes 20 seconds what is precision health what is precision health	what is precision health treatments biology individuals genome treatment presentations disease cancer medicine genomes outcomes doctor environment lifestyle virus slides histology microscope kidney clinician From Broadcast Broadcast Center Staff 0 likes 110 plays
3D Printing of Complex Materials for Biomedical… duration 2 minutes 56 seconds 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 74 plays Date May 4th, 2023 Speaker Lauren Ava Rawson, UG '23 Department Mechanical and Aerospace Engineering
Uncovering the Architecture of a Photosynthetic… duration 3 minutes 29 seconds Uncovering the Architecture of a Photosynthetic… Uncovering the Architecture of a Photosynthetic Turbocharger Through Super-Resolution Microscopy, Angelo Kayser-Browne, (2262922)	Uncovering the Architecture of a Photosynthetic Turbocharger Through Super-Resolution Microscopy, Angelo Kayser-Browne, (2262922) Plants use a protein called Rubisco to convert carbon dioxide into organic compounds, allowing them to “make” their own food through photosynthesis. A type of green algae called… biological engineering energy and the environment rubisco pyrenoid chlamydomonas reinhardtii cell plant co2 resolution proteins chloroplast compartment photosynthesis regions camera degree microscopes fluorescence microscope parts reaction location structure fact From Research Princeton Research Day 1 likes 29 plays Date May 4th, 2023 Speaker Angelo Kayser-Browne, (2262922) Department Molecular Biology
Local Order Metrics for Two-Phase Media Across… duration 2 minutes 58 seconds Local Order Metrics for Two-Phase Media Across… Local Order Metrics for Two-Phase Media Across Length Scales, Murray Skolnick, G3 (3961621)	Local Order Metrics for Two-Phase Media Across Length Scales, Murray Skolnick, G3 (3961621) A two-phase heterogeneous material has a microstructure that consists of two domains made up of different materials or “phases.” Such two-phase materials are abound in natural and… local volume fraction variance two-phase heterogeneous media polymer microstructure amorphous crystalline porous microscope microstructures phase fraction window variance volume radius ranking disorder bone 3d length inclusions end systems radii face problem From Research Princeton Research Day 1 likes 12 plays Date May 5th, 2022 Speaker Murray Skolnick Department Chemistry
Yazdani Lab Tour duration 8 minutes 15 seconds Yazdani Lab Tour Yazdani Lab Tour	Yazdani Lab Tour room sample helium microscope lab field vibration dilution chambers facility materials kind device tesla vector function transfer refrigerator temperature tip From Broadcast Broadcast Center Staff 0 likes 1,231 plays