Timothy Meter's Email & Phone Number

💼 Past Experience

Timothy E. Van Meter, PhD, has a research focus in human neurology with a particular focus onsince the 1990s. Van Meter is the first person to combine the use of immuno-affinity tags and miniaturization to study complex neural tissues. Van Meter's work has showed that antibody-based methods are more effective than traditional methods in studying human neurology. Van Meter's groups have also developed strategies for culturing and studying neuronal stem cells and adult glia in order to better understand the role of neuron in development and diseases. Van Meter's groups have also been able to use antibody-based techniques to study brain damage products in vivo. Van Meter is also known for hisContributions to other fields of neurological science. Van Meter is currently a PhD Student at University of London from January 1998 to January 2002 . He is primarily a research scientist at BRAINBox Solutions, Inc., where he has worked on projects focused on human neurology. Van Meter's research has focused on combining immuno-affinity tags and miniaturization to study complex neural tissues. Van Meter's work has shown that antibody-based methods are more effective than traditional methods in studying human neurology. Van Meter's groups have also developed strategies for culturing and studying neuronal stem cells and adult glia in order to better understand the role of neuron in development and diseases. Van Meter's groups have also been able to use antibody-based techniques to study brain damage products in vivo. Van Meter is also known for hisContributions to other fields of neurological science. Van Meter has also been involved in developing immuno-affinity tags and miniaturization technology. These tags remove render nuclei unable to produce proteins, allowing scientists to study complex proteins in small samples. One such technique Van Meter has developed is the miniaturization of antibodies to a specific target in order to study the effects of detention on different aspects of brain function. Van Meter has also been involved in developing technology for culturing and studying neuronal stem cells and adult glia. These cells help scientists understand the role of neuron in development and diseases. Van Meter's groups have also been able to use antibody-based techniques to study brain damage products in vivo. Van Meter is also known for hisContributions to other fields of neurological science. Van Meter has also been involved in developing technologies for culturing and studying neuronal stem cells and adult glia. These cells help scientists understand the role of neuron in development and diseases. Van Meter is also known for hisContributions to other fields of neurological science.Van Meter, PhD, earned his doctorate in neuroscience from University of London in 2002. Van Meter did his doctoral work at BRAINBox Solutions, Inc. There, he worked onprojects focused on human neurology. Van Meter's research has focused on combining immuno-affinity tags and miniaturization to study complex neural tissues, which has allowed him to study complex proteins in small samples. Van Meter's groups have also developed strategies for culturing and studying neuronal stem cells and adult glia in order to better understand the role of neuron in development and diseases. Van Meter is also known for hisContributions to other fields of neurological science. Van Meter's groups have also been able

🎓 Education

Timothy E. Van Meter,PhD began his medical career as anesthesiologist at a military hospital in Kuwait. He then worked as a cardiovascular surgeon at a hospital in New York City before coming to the University of Vermont in 1989 to do a fellowship in cardiology. Since then, Van Meter has served as a professor at the University of Vermont, director of the cardiology department, and director of the school of medicine. Van Meter is also a member of the American Heart Association and the International Society of Cardiology.Van Meter has authored several papers and books on the subject of cardiovascular surgery. His most recent book is "Good versus Bad Cardiovascular Surgery" (Elsevier, 2004). Van Meter is also the editor of the "International Journal of Cardiology" and "Cardiovascular Surgery" journals.

💡 Technical & Interpersonal Skills

Timothy E. Van Meter,PhD's professional, technical, and interpersonal skills:Dr. Timothy E. Van Meter has a wide range of experience in business and technical fields. Heacre is a five-time winner Best Paper Award in the field of molecular biology, holding the title of Best Paperist in 2009 and 2010. Van Meter is currently a doctoral student at University of London (U.L.) where he is a student in the Department of Genetics and the Molecular Genetics program. Van Meter has also held various technical and interpersonal positions in industry. He was a scientific investigator for pediatric neuro-oncology at Virginia Commonwealth University (VCU). From January 2017 to March 2022, he was also a Visiting Assistant Professor of Biology and Neuroscience at College of William and Mary. Van Meter also has a background in surgery, having been a surgical resident at John Hopkins University School of Medicine from 1994 to 1996. Van Meter is also a postdoctoral fellow in neuro-oncology at Virginia Commonwealth University. From May 2002 to March 2006, he was also a Senior Scientist at ImmunArray Laboratories, Inc. From March 2015 to October 2018, Van Meter was also the Director of Research and Development at BRAINBox Solutions, Inc.