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INBT Seminar – Sangmoo Jeong 10:00 am
INBT Seminar – Sangmoo Jeong @ JHU Homewood campus, Shaffer Hall, Room 300
Jan 14 @ 10:00 am – 11:00 am
INBT Seminar - Sangmoo Jeong @ JHU Homewood campus, Shaffer Hall, Room 300
“Engineering Platforms for Investigating Cancer Biomarkers: Exosomes and Metabolism” Sangmoo Jeong’s research is mainly focused on developing a novel analytical platform, termed hyperpolarized micro-NMR, to study metabolism in clinically relevant models, such as organoids or stem cells. Using the in-house 3D printer and microfluidics, he has also been developing a NMR-compatible micro-bioreactor system to monitor
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Hopkins Pantry Food Drive
Hopkins Pantry Food Drive @ INBT Suite Croft Hall 100
Jan 20 – Feb 14 all-day
Hopkins Pantry Food Drive @ INBT Suite Croft Hall 100
The INBT is collecting donations for the Hopkins Food Pantry. The Hopkins Pantry serves to tackle food insecurity at Johns Hopkins by providing students, staff, and faculty with an alternative resource. They accept donations of non-perishable, non-expired food products, and hygiene products. Food: peanut butter; jelly; granola bars/breakfast bars; nuts and seeds (in sealed packages/
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INBT Seminar – Ben McCool 10:00 am
INBT Seminar – Ben McCool @ JHU Homewood campus, Shaffer Hall, Room 3
Jan 23 @ 10:00 am – 11:00 am
INBT Seminar - Ben McCool @ JHU Homewood campus, Shaffer Hall, Room 3
“Addressing the Dual Challenge Through Advanced Separations: From Materials to Process Scale Up” ExxonMobil has been developing advanced separation concepts focused on some of the highest impact hydrocarbon separation processes to address the challenges of supplying affordable energy while reducing emissions. McCool will discuss the research portfolio of the separations and process chemistry group at
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INBT Seminar – Vladimiros Nikolakis 10:00 am
INBT Seminar – Vladimiros Nikolakis @ Shaffer Hall, Room 3, JHU Homewood Campus
Jan 24 @ 10:00 am – 11:00 am
INBT Seminar - Vladimiros Nikolakis @ Shaffer Hall, Room 3, JHU Homewood Campus
Exploring the Effects of Liquid in the Pore Network of Sorbent Polymer Composites on Transport and Adsorption for the Removal of Hg from Flue Gas Abstract: Emissions of mercury, a toxic substance, from industrial flue gas stacks are regulated in many countries around the world. Several technologies are being developed to address the decreasing emission
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