Chemical and Biomolecular Engineering
Immunotherapy’s promise in the fight against cancer drew international attention after two scientists won a Nobel Prize this year for unleashing the ability of the immune system to eliminate tumor cells.... Read More
Immunotherapies that take off the “brakes” on the adaptive anti-tumor response have worked well in melanoma and lung cancer but less so in breast cancers. That could change.... Read More
Vanderbilt engineering professor wins inaugural $2.5M Chan Zuckerberg Initiative grant for neurodegenerative disorders research
Ethan Lippmann, assistant professor of chemical and biomolecular engineering at Vanderbilt University, has won an inaugural Chan Zuckerberg Initiative grant for neurodegenerative disorders research. The five-year, $2.5 million award supports his goal of better understanding how blood-brain barrier dysfunction impacts neurodegenerative diseases such as Alzheimer’s and Parkinson’s... Read More
Congratulations to the recipients at the 2018 ChBE Awards Ceremony
On Thursday, April 12 th , 2018, the Department of Chemical and Biomolecular Engineering held an awards ceremony to celebrate the year’s successes and to announce twelve student awards and one faculty award. After sharing a department update that included faculty acheivements from the academic year and our current U.S. News and World Report ranking of #34 amongst Chemical Engineering graduate programs, Chair Kane Jennings presented each winner with a framed certificate. Special thanks to Kyle Garland for taking photos!
Pictured: All winners and Chair Kane Jennings. Not pictured: Dr. Max Robinson and Dr. Jamey Young.
William Ma Award for the Outstanding Sophomore in ChBE: James Dohm
Professors’ Award for the Distinguished Sophomore in ChBE: Kelly Carr
Karl B. Schnelle, Jr. Award for Outstanding Performance in ChBE Thermodynamics: Zane Weltman
William Ma Award for the Outstanding Junior in ChBE: Allison Albright
Professors’ Award for the Distinguished Junior in ChBE: Lindsay Eller
Award for Outstanding Performance in ChBE Transport: Imran Anoar
Tomlinson Fort Award for Outstanding Teaching Assistant: Harris Manning and Devon Powers
Best Research Paper by a 2 nd /3 rd Year Student: Christian Palmer
Best Research Paper by a 4 th Year (and up) Student: Dr. Yinnian “Andy” Feng
Outstanding Graduate Student: Dr. Dana Nicole "Nikki" Reinemann
M. Douglas LeVan Award for Distinguished Record of Graduate Research: Dr. Max Robinson
ChBE Award for Excellence in Teaching: Professor Jamey Young
J. Craig Venter Institute-led Team Awarded 5-year, $10.7 M Grant from U.S. Department of Energy
The Young lab has recently received a new grant from the DOE to study the metabolism of photosynthetic diatoms, a type of unicellular algae and the most common form of phytoplankton found in the ocean. Diatom photosynthesis is estimated to account for between 25% and 40% of the 45-50 billion tons of organic carbon fixed annually in the sea. Due to their relatively high lipid content, diatoms supply significant amounts of essential fats to marine food webs, yet their metabolic pathways have not been rigorously characterized at the systems level. Therefore, the true potential for light-driven metabolism remains poorly understood for a large subset of the global diversity of photosynthetic organisms. The newly funded research is expected to develop technologies that are required to achieve sustainable production of biochemicals from photosynthetic microbes within the next 10 to 15 years.
This project involves a collaboration between investigators at the J. Craig Venter Institute, Colorado State University, UC-San Diego, and Vanderbilt to leverage significant recent advances in diatom genome engineering and metabolic modeling to dramatically improve our ability to understand and redirect metabolism in these eukaryotic microbes. In their prior DOE-funded research, the Young lab has developed a suite of experimental approaches and software packages that enable 13C flux analysis of photosynthetic metabolism in photosynthetic bacteria and plants. However, there have been no prior 13C flux studies of diatom metabolism to date. The lab will build on its prior experience to develop novel experimental approaches and data analysis workflows to enable 13C flux analysis of the model diatom Phaedoctylum tricornutum. The resulting flux maps will be integrated with genome-scale metabolic models (GSMs) to identify metabolic bottlenecks that limit cell growth and/or lipid production, which can be removed through genome engineering.
Where researchers who worked with two-dimensional materials and those who worked with membranes were once separate, synergistic opportunities are resulting in exciting new developments at their intersection, a Vanderbilt University chemical and biomolecular engineering professor has both opined and proven... Read More
A Vanderbilt engineering researcher has shown that combining an enhanced vibrational spectroscopy technique with tagged gold nanostructures can detect important tumor immunomarkers – a significant step toward predicting which patients would benefit from immunotherapy... Read More
Clare McCabe, Cornelius Vanderbilt Professor of Engineering, is one of six Vanderbilt professors who won a Chancellor’s Award for Research. She received the award from Chancellor Nicholas S. Zeppos at the Fall Faculty Assembly Aug. 23.... Read More
A chemical and biomolecular engineering professor has received a prestigious Congressionally Directed Medical Research Programs (CDMRP) Career Development Award to develop an innovative multi-modal imaging platform for melanoma diagnosis and treatment evaluation.... Read More