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Please contact Ken Keeler at 936-6663 (kkeeler@umich.edu)
Displaying 141 - 150 of 204
Gold
Muntean Laboratory
5/29/2014
Our group studies epigenetic and transcriptional mechanisms governing normal hematopoiesis and the molecular lesions that disrupt this developmental process resulting in leukemia. Research is focused on the PAF transcriptional activation complex and how this protein complex synergizes with MLL fusion proteins to promote leukemia. The MLL leukemia model is also being used to elucidate alternative mechanisms of deregulated transcription and the establishment of leukemia stem cells. We employ techniques like in-vitro tissue culture, cloning RT-PCR in our research. Waste streams generated are manifested and disposed of in accordance with U-M OSEH guidelines.
"We are pleased to be part of the OCS program. Everyone in our lab is energy conscious. By working with the OCS program, We are saving energy by being conscious of always keeping the chemical hood sash closed when not in use, powering down and unplugging all equipment that is not used on a regular basis, and substituting green chemicals to reduce chemical waste. The chemical reuse program is a great way to recycle unused chemicals instead of sending them to the waste stream. The program was easy to implement and Dr. Reddy was incredibly helpful. " Maria Mysliwski, Lab Manager
Schwank Laboratory
5/27/2014
Research in our lab combines expertise in catalysis and reaction engineering to address important energy related problems. Currently, our efforts are focused in the following general areas of research: 1. Novel catalyst synthesis. 2. Biomass gasification at low temperatures. 3. Vehicle pollution control. Major equipment engaged in our research include but not limited to GC, GC/MS, MS, TGA, FTIR, ICP, CHEM-BET, Tube Furnace, Muffle Furnace etc., Waste generated is segregated and disposed of adhering to OSEH guidelines.
"The OCS program helped us implement simple yet efficient energy conservation methods in our lab. The use of automatic timers to switch off ‘power hogs’ at night was particularly nifty. We also are on our way to donate an old GC to the Property Disposition Centre. General awareness about freely available solvents, green purchasing and recycling will help us implement these practices and contribute to a cleaner and greener tomorrow.” Mohit Nahata, Safety Liaison
Zochowska Laboratory
4/21/2014
In our laboratory our studies focus on molecular basis of inflammation in the central nervous system, particularly inflammatory molecular events at the blood brain barrier. Techniques used in our research include but not limited to cell culture work, preparation of primary endothelial cell, cell cloning, cell transfection, biochemical analysis, animal operations, Western blots, PCR and immunohistochemistry. Waste streams generated are manifested and disposed of in accordance with U-M OSEH guidelines.
"We are pleased to be part of the OCS program. Everyone in our lab is energy conscious. As a part of OCS program, we reduced our use of Ethidium Bromide 100% by substituting safer reagent such as Gel Red. We are saving energy with the installation of timers to control off/on cycles for equipment in the lab. We also reduce use of Methanol by substituting Western blot transfer buffer with safer methanol free transfer buffer. The program was very easy to implement and Dr. Reddy’s help and advice is appreciated. " Dr. Nikola Sladojevic, Safety Liaison
Moran Laboratory
4/17/2014
The Moran Laboratory studies a human mobile genetic element, LINE-1. We use biochemical, molecular biological and computational techniques to study the mechanistic and evolutionary aspects of this element that can result in human disease and genetic variation among populations and individuals. Our techniques include but not limited to tissue culture, PCR, northern, southern and western blotting, cloning, deep sequencing, gel electrophoresis, etc., Waste streams generated are manifested and disposed of in accordance with U-M OSEH guidelines.
"We are pleased to be part of the OCS program. Everyone in our lab is energy conscious. By working with the OCS program, we reduced our use of Ethidium Bromide by almost 100% by substituting safer reagents such as Gel Red and SYBR Safe®. We are saving energy with the installation of timers to control off/on cycles for equipment and motion sensors for lighting. The chemical reuse program provided us with FREE NaOH - it is a great way to recycle unused chemicals instead of sending them to the waste stream. The program was easy to implement and Dr. Reddy was incredibly helpful. " Nancy Leff, Lab Manager
Lahann Laboratory
4/11/2014
We focus on high level research in advanced polymer synthesis, surface modification, and the creation of biomimetic materials. In our research we carry out electro-hydrodynamic co-jetting, chemical vapor deposition, UV ozone grafting, atom transfer radical polymerization, basic organic synthesis, and standard characterization techniques such as microscopy and elipsometry. Our equipment include multiple stations for electro-hydrodynamic co-jetting, two chemical vapor deposition chambers, and multiple hoods containing standard chemistry glassware, heaters, stirrers etc., used in synthesis of new organic molecules or polymerization reactions. Waste generated is disposed of adhering to OSEH guidelines.
"We here at the Lahann Lab are dedicated to creating a sustainable laboratory environment while performing cutting edge research. This leads to cost effectiveness, environmental friendliness, and safe working conditions." Stacy Ramcharan, Safety Liaison
Walter Laboratory
4/04/2014
Non-coding ribonucleic acid (RNA) has recently been found to be the key component, often capable of enzymatic action, in a multitude of essential cellular processes, such as gene regulation - through processes including RNA interference and riboswitching, translation, and splicing. RNA thus is increasingly finding important applications in modern biotechnology and medicine, for example as biosensor and gene therapeutic agent. We explore the world of such catalytic RNA’s or “ribozymes” as well as other non-protein coding RNAs by using single-molecule and bulk-solution biochemical and biophysical tools.
“We live in a fast-paced world. Unfortunately, this translates into the increase expenditure of material resources and production of waste. This is particularly true for scientific research. It is refreshing to see scientists, like those on the Sustainable Lab Program team, creating awareness of the global and local impact research has on the environment and providing economical solutions to these problems, without sacrificing productivity. I am proud to be a member of a lab that support and contribute to the philosophy the Sustainable Lab Program imbibes.” Thomas Custer, Safety Liaison
Olsen Laboratory
3/26/2014
Our lab is currently investigating the mechanisms of peroxisomal protein targeting in higher plants.
"We are excited to be part of the Sustainable Lab Recognition Program, because it helps us teach our students to conduct research in a safe and a responsible manner. We completely agree with the policies the program is trying to instill, and encourage other labs to check it out and see what big differences little changes can make.” Alexandria Dorchak, Safety Liaison and Lab Manager
Loch-Caruso Laboratory
3/21/2014
We are a reproductive toxicology lab. We focus our research on understanding mechanisms by which environmental contaminants contribute to increased risk for adverse pregnancy outcomes. The lab works with cell culture, human tissue and animals. For our molecular biology work, we now use a safer substitute, Gel-Red, for DNA/RNA work in place of toxic ethidium bromide. To save energy we close our fume hood sash when not in use and increased our -80 freezer temp to -70C. We have added pen, pencil and marker recycling to our paper, plastic and toner recycling.
"There are some easy and practical sustainability practices that lessen impact on the environment, and also improve lab safety with significant cost savings. Being in the Department of Environmental Health Sciences, we look for ways to be responsible caretakers of the environment. Dr. Reddy’s visit to the lab opened our eyes to new practices to save energy and reduce waste. I encourage every other lab in the School of Public Health and throughout the University to participate in this program.” -Faith Bjork, Lab Manager
Exposure Research Laboratory
3/21/2014
Our research focuses on development and refinement of exposure assessment methodologies and evaluation of novel exposure sensing technologies. Further, our research involves in investigation of the ototoxic effects of heavy metals and exploration of the auditory and nonauditory health effects of noise. In addition, we characterize injury risk factors, with a focus on vehicle-bicycle crashes and injury risk associated with noise and hearing loss. We also assess the effectiveness of health interventions and personal protective equipment. For additional information on our research interests, visit: http://umexposureresearch.org/
"Our lab will see lower energy costs and will produce less waste as a result of our participation in this program. I highly recommend the Sustainable Lab Recognition program to any lab." - Rachel Long, Safety Liaison
Chemistry Undergraduate Teaching Laboratories
3/10/2014
In these A600 and A700 series Atrium Labs we teach General Chemistry, Structure, Reactivity, Synthesis and Characterization courses. Instrumentation includes NMR, FTIR & UV-Visible Spectrometers, pH Meters, and Melting Point Apparatus. Techniques applied include TLC spotting, Grignard Reactions, Redox Reactions, and Solubility studies.
”The Sustainable Labs program is a perfect fit for the way we run our teaching labs in Chemistry. It’s an excellent opportunity to evaluate and improve current initiatives and gain recognition for those efforts. The Chemistry Department has a history of energy savings efforts and Green Chemistry initiatives. My immediate staff and the entire facilities team in our department is engaged in this effort and strongly support it. We have also entered into a glove recycling program with Kimberley Clark’s Right Cycle program in our teaching labs that will redirect more than 50,000 gloves per year out of the waste stream and into repurposed products.” Jim Vollmers, Manager, Chemistry Teaching Laboratories