Current graduate students
Seminar - “Engineering Anticancer Bacterial Therapies”, by Professor Neil Forbes, Department of Chemical Engineering,University of Massachusetts, Amherst, MA
ABSTRACT: Engineered bacteria have the potential to overcome the limitations that cause common cancer therapies to fail. Synthetic biology is playing a critical role in the creation of these therapies. We have shown that bacteria, specifically Salmonella, have three main qualities that enable them to overcome the limitations of chemotherapy. Bacteria 1) preferentially target tumors, 2) penetrate tissue, and 3) can kill non-mitotic cells.
SHARCNET/WatPy Scientific Computing Workshop
Notice of PhD Oral Defence - "Reactivity Ratio Estimation in Multicomponent Polymerizations using the Error-in-Variables-Model (EVM) Framework" by Niousha Kazemi
Notice of PhD Oral Defence - "Integration of Multi-Period Optimization Model for Electricity Generation Planning and Operational Strategy Considering Plug-In Hybrid Electric Vehicles Penetration" by Lena Ahmadi
Notice of PhD Oral Defence - "Cationic Lytic Peptides as Drugs or Drug Carriers for Targeted Cancer Therapy", by Sheng Lu
Notice of PhD Oral Defence - "Nanostructured Composites as Electrochemical Catalysts for Li Air Batteries" by Hey Woong Park
Notice of PhD Oral Defence - "An Exergy-Based Framework for Efficiency Improvement for Integrated Oxy-Fuel Power Generation Systems with CO2 Capture" by Ahmed Shafeen
Notice of PhD Oral Defence - "A Synthetic Biology Approach to Bacteria-Mediated Tumor Targeting" by Bahram Zargar
Seminar - “Design of Pharmaceutical and Protein Crystallizers: Using Multiphase Flow and Controlled Dynamic Operations” by Mo Jiang, PhD, Chemical Engineering, Massachusetts Institute of Technology, Cambridge, MA
ABSTRACT: Crystallization is important for pharmaceuticals, amino acids, and proteins. The first part of this seminar will discuss the crystallization of small-molecule organic chemicals such as pharmaceuticals and amino acids. The crystal size distribution (CSD) can affect the efficacy of drug products (such as the amount of drug reaching the lungs from a nasal spray) as well as the efficiency of downstream processes such as filtration and milling.
- Previous page
- Currently on page 59 59
- Next page