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Displaying 131 - 140 of 204
Gold
Uhler Laboratory
10/20/2014
The Uhler laboratory studies signal transduction and neuronal differentiation. We use cell culture, recombinant DNA cloning, quantitative PCR, and Western blotting techniques. Waste streams generated are manifested and disposed of in accordance with U-M OSEH guidelines.
"Everyone in our lab is energy conscious. We already had reduced our use of Ethidium Bromide by almost 100% by substituting safer reagents such as Gel Red and SYBR Safe®. By working with the OCS program, we were able to make more easy changes. Dr. Reddy introduced us to OSC programs such as ice pack recycling and ChEM Reuse program. We are saving energy with the installation of timers to control off/on cycles for equipment and motion sensors for lighting. The program was easy to implement and Dr. Reddy was incredibly helpful. " Tanya Marrocco-Redmond, Lab Manager
Lawlor Laboratory
9/18/2014
Our research focuses on the investigation of cellular and molecular origins of pediatric sarcomas and the role of stem cell pathway deregulation in tumor initiation and maintenance. We use cell culture, gel electrophoresis and other biomedical procedures in our work. Hazardous waste streams generated are manifested and disposed of in accordance with U-M OSEH guidelines. Several waste streams encountered in our lab are being recycled following guidelines given by the OCS team.
“Our lab is proud to be a part of the Sustainable Labs program, which positively impacts labs at the University of Michigan by creating awareness of our environmental impact. It also helps bring about meaningful change by providing education and resources.” -- Ashley Harris, Lab Manager
Philbert Laboratory
9/16/2014
Our research involves standard cell culture techniques working in a BSL-2 biosafety cabinet with cells maintained in 5% CO2 at 37 oC humidified incubators. Downstream experiments occurring in this room are cell pelleting/counting. We also perform Western blots in our laboratory. Waste collected is disposed of adhering to OSEH guidelines.
"There are some easy and practical sustainability principles to follow that can not only result in less impact on the environment, but can also result in greater lab safety and significant cost savings. I hope every other lab in the School of Public Health and throughout the University goes through this program.”- Laura Kubik, Safety Liaison
Wicha Laboratory
9/12/2014
The Wicha laboratory is a leader in Cancer Stem Cell (CSC) biology. According to the ISI Citation Index, Dr. Wicha is among the most highly-cited investigators in the field of CSCs. His group was part of the team that first identified breast CSCs. Dr. Wicha’s laboratory identified a number of stem cell markers and developed in vitro and in vivo models to isolate and characterize these cells. These research models and resources have been widely adopted by other investigators. His laboratory subsequently elucidated a number of intrinsic and extrinsic pathways which regulate self-renewal and cell fate decisions in CSCs. Recently, the Wicha laboratory has focused on translating his pre-clinical research findings into the development of clinical trials designed to target breast CSCs.
"We are delighted to be a part of the OCS program and to work together to be more energy conscious, and help contribute to a more “green” community overall. 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 by turning off light switches when unoccupied. The program was easy to implement and Dr. Reddy is very helpful and wonderful to work with! " Tahra Luther, Assistant Lab Manager
Collins Laboratory
9/09/2014
We focus on major viral mechanisms of resistance to the cell mediated immune (CMI) response, which normally eradicates infected cells by direct lysis. Broadly, our goals are to better understand viral mechanisms of immune evasion and to ultimately inhibit these processes. 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 environmentally conscious. We reduced our use of Ethidium Bromide by almost 80% by substituting safer, more sensitive reagents such as Gel Red. We are saving energy by turning off light switches when unoccupied. We were recycling toner, cardboard and paper before, but through OCS we learned about more ways to recycle, such as pipet tip boxes and inserts recycling through Fisher, that was free and easy to implement. We are also trying a faster, methanol-free Western transfer buffer. " - Valeri Terry, Lab Manager
NCTF Sample Preparation Laboratory
9/09/2014
The Hazardous Materials Management Program supports pollution prevention and waste minimization, energy conservation and efficient use of resources. These actions provide economic incentives, regulatory compliance, and reduced liabilities associated with impacts to health, safety and the environment. At our facility, Resource Conservation initiatives are an important step toward ensuring environmental preservation by reducing energy use, increasing waste minimization practices, and by finding new opportunities for recycling or reusing materials.
"OCS has provided our lab with information we can use to help reduce energy consumption and strengthen waste minimization practices. By supporting and participating in the ChEM Reuse Program, we are both reducing waste disposal costs while promoting a more sustainable environment.”-Christopher Clements, OSEH Rep I
Orthopedic Research Laboratories
9/02/2014
Our work involves but not limited to biomechanical testing and imaging, and histological and molecular analysis of musculoskeletal tissues. Histological processing includes plastic (poly methyl methacrylate) and paraffin embedding. We perform cell and molecular assays routinely. 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. By working with the OCS program, we reduced our use of Ethidium Bromide by substituting safer reagents such as Gel Red and SYBR Safe®. We are saving energy by turning off light switches when unoccupied. The chemical reuse program provided us with some FREE reagents and solvents - it is a great way to recycle unused chemicals instead of sending them to the waste stream. The program was easy to implement and we recommend to others.” -- Lauren Smith, Lab Manager
Engel Laboratory
8/05/2014
The Engel laboratory employs various molecular biology techniques and mouse transgenesis to understand the mechanisms underlying the tissue- and developmental stage-specific regulation of globin and GATA genes, and to elucidate their functional roles during organogenesis and embryogenesis. We routinely use gel electrophoresis, RT-qPCR, Western blotting, cell cultures, flow cytometry, in vivo analysis with transgenic mice. 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 by turning off light switches when unoccupied. The chemical reuse program provided us with FREE reagents - it is a great way to recycle unused chemicals instead of sending them to the waste stream. The program was easy to implement. " Shuaiying Cui, Safety Liaison
Foxman Laboratory
7/22/2014
Our research involves microbial community characterization with a heavy focus on the oral microbiome. We handle various human specimens, extract DNA, and define its microbial ecology through a time series approach to answer epidemiological questions. Many of our techniques involve model systems. Our lab shares equipment with other epidemiology labs and many of them are state-of-the-art. Waste generated our lab is minimal and disposed of adhering to OSEH guidelines.
"There are some easy and practical sustainability principles to follow that can not only result in less impact on the environment, but can also result in greater lab safety and significant cost savings. An example is switching from ethidium bromide to GelRed, which is not only environmentally conscientious; it also saves on lab expenses! I hope every other lab in the School of Public Health and throughout the University goes through this program.” -Ting Luo, Safety Liaison
Rickard Laboratory
7/22/2014
Research work in our lab involves culturing oral species and multi-species organisms and biofilms. We employ flow cell and microfluidic techniques in our work. We use biosafety cabinets, epifluorescence and confocal microscopes in our research. Waste generated our lab is minimal and disposed of adhering to OSEH guidelines.
"There are some easy and practical sustainability principles to follow that can not only result in less impact on the environment, but can also result in greater lab safety and significant cost savings. I hope every other lab in the School of Public Health and throughout the University goes through this program.” -Derek Samarian, Safety Liaison