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Please contact Ken Keeler at 936-6663 (kkeeler@umich.edu)
Displaying 171 - 180 of 204
Gold
MNIMBS Laboratory-MSRB III
1/28/2013
Our lab is interested in vaccine development and investigation of the mechanisms of action of nanoemulsion-based vaccines. Our work is predominately with animal models of vaccination and infection, as well as assays (ELISA, PCR, and histopathology) performed on samples from these animals. In vitro assays (cell culture, flow cytometry, western blotting) as well as characterization of chemical properties of vaccines (Zetasizer, ultracentrifugation)
” Our lab wants to do our part to conserve the environment, and we needed to find ways to increase sustainability without affecting the progress of our research program. The Office of Sustainability at the University of Michigan did a very good job of educating us on ways to improve our efforts. We have been able to find ways to make our lab greener without sacrificing productivity. Through our collaboration, we were able to find ways to save money and resources to contribute to the University of Michigan's efforts to be sustainable.” Jessica O’Konek, Safety Liaison
McNeil Laboratory
1/23/2013
In our lab we carry out in depth study of small molecular gelators; develop new methods to predict gels, understand trends and behavior, and utilize gels in applications as environmental remediation and sensing. We also design and synthesize ∏-conjugated polymers; investigate new catalysis, monomers, mechanisms, and resulting polymers for use in PLEDs and PVs. Techniques we use are: GC, GC/MS, Rheometer, UV-Vis, React-IR, GPC, DSC, Microscopes and other lab equipment.
"The Sustainable Labs program is an excellent opportunity to evaluate and improve current spending and green chemistry initiatives in your lab. This program also prepares you to make more informed decisions concerning sustainability moving forward.” Zachary Bryan and Kelsey King, Safety Liaisons
Hydrogen Energy Technology Laboratory
11/29/2012
Research in Thompson’s group aims to rationally design 1) materials for higher efficiency electro- and photoelectrochemical conversion and storage, and 2) new nitride, carbide and oxide based materials with enhanced performance characteristics. Reactions of particular interest include those involved in the production of hydrogen, conversion of biomass and CO2 to transportation fuels and chemicals, and treatment of exhaust from automobiles and trucks. Electrochemical properties are characterized using tools including cyclic voltammetry, linear sweep spectroscopy and impedance spectroscopy. Structural and compositional properties are characterized using techniques including high resolution transmission electron microscopy (HRTEM), and in situ x-ray absorption spectroscopy (XAS) and diffuse reflectance infrared spectroscopy (DRIFTS).
"We are committed in our research efforts to develop sustainable practices and technologies. We should show the same level of commitment to sustainability with our everyday laboratory practices as well." Saemin Choi, Safety Liaison
Hess Laboratory
11/20/2012
Our research seeks to better understand the mechanisms of transcriptional regulation in hematopoiesis, how these are disrupted in acute leukemia and how these mechanisms can be targeted to develop more effective therapies. We utilize all the necessary equipment to study biological and cellular mechanisms. We generate a minimum amount of biological and chemical waste and dispose according to OSEH regulations.
"The Hess Lab is proud to be part of the OCS program. The recognition process was relatively easy and definitely worth the effort for the impact it will have on future generations. Joel Bronstein, Hess Lab Manager
Pawar Laboratory
11/12/2012
Our work involves ophthalmic genetics and glaucoma gene, Myoc. We Also analyze human genomic DNA samples for variations associated with eye diseases including glaucoma. We use gene cloning, PCR, DNA sequencing, protein analysis using electrophoresis, western blots etc., We employ PCR and gel electrophoresis instruments to carry out these investigations. We also perform tissue culture experiments in our laboratory.
"Sustainability has great long term advantages not only for our labs but also for the environment. I am glad that the OCS has started this program. Let’s participate in this program and make a difference!” Dr. Hemant Pawar, PI
Kalantry Laboratory
10/10/2012
Our research strives to further the understanding of epigenetic mechanisms through the study of Xchromosome inactivation. X-inactivation is an instrument of dosage compensation that equalizes Xlinked gene expression between XY male and XX female mammals via transcriptional silencing of one of the two X-chromosomes in early female embryos. Techniques used are tissue culture, PCR, Western/Northern/Southern blots, RNA/DNA FISH. Waste generated is manifested and properly disposed.
"We are proud to be part of the OCS program for that we are able to make our environment greener. "Clair Harris, Safety Coordinator”
MNIMBS Laboratory
10/08/2012
Ours is an interdisciplinary group with research efforts focusing on synthesis, characterization, analysis and testing nanoparticles for drug delivery in cancer therapeutics, rheumatoid arthritis and pain management. We routinely use general synthetic methodologies and make use of variety of modern analytical instruments such as Ultra HPLC (UHPLC), LC/MS/MS, Capillary electrophoresis, Size exclusion chromatography etc. Waste streams generated are being manifested for proper disposal.
”We live in times where in even a small contribution that could help save/preserve the environment is worth pursuing. Sustainability Drive is one such effort that makes us think smart and look for greener alternatives. We, as an interdisciplinary group, have opted to make our approaches more sustainable yet remain productive. We are glad that we have Office of Sustainability at the University of Michigan to help us in making sure our contributions count. Together, we can and will make difference with the novel scientific approaches as well as smart and sustainable chemistry”. Ankur M. Desai, Safety Coordinator
Ono Laboratory
9/17/2012
Our work involves routine and common molecular biology and cell culture. We use laminar flow hoods, electrophoresis tanks, microscope, centrifuge in our work. In our work we use aqueous acids and bases and dispose of at near neutral pH. We use 35S and 32P isotopes and follow OSEH guidelines stringently during and after work. All bio-hazardous materials are decontaminated prior to disposal.
"This is a great program to promote sustainability in our labs at U-M and we enjoyed working with the staff of OCS. It was mutually beneficial to both of us. Let’s make Blue go" Ji Yeon Jenni Chung, Safety Coordinator
Bartlett Laboratory
9/05/2012
The Bartlett group focuses on inorganic synthesis to prepare compositionally complex materials that address three chemical challenges in sustainable energy. First, we are preparing semiconducting oxides to harvest solar energy to convert it to hydrogen fuel efficiently. Second, we are synthesizing Li-ion battery nanostructures to store chemical energy, and afford its rapid conversion to electrical energy for high power applications such as automobiles. Third, we are creating small molecule catalysts that store and transfer charge rapidly for making and breaking chemical bonds in overall water splitting. These areas of research are of paramount importance to realize a future with an alternative form of clean, affordable energy.
”The Sustainable Labs program provides pertinent information and guidelines of how we, as common citizens, can make an impact by implementing simple changes to reduce the amount of energy we use. This translates to millions of dollars saved, which shows that a conscious decision by each individual to live and work sustainably does indeed pay off.” Kayla Pyper, Safety Coordinator
Mapp Laboratory
9/04/2012
We use a combination of synthetic chemistry and molecular biology to investigate the roles of transcription factor protein-protein interactions. To do this, we commonly use organic solvents and reactive compounds, including halogenated organics and heavy metal catalysts as well as purification techniques like HPLC. We characterize many of our products using conventional spectroscopic techniques including NMR, CD and mass spectrometry.
"The Sustainable Labs program taught us to think about how even our day-to-day practices could be improved. Advice from the Office of Campus Sustainability (OCS) staff was practical, easily implemented, and can be extended all the way from bench work to administrative decisions.” Conor Doss, Safety Liaison