Fraser is teaching chemistry and biochemistry at St. Mary's College of Maryland Ernie Maynard, - Huay-Keng Loke, - Jian Feng, - Currently a research scientist at Syngenta Corp. Mona Damaj, Nov 1, — March Damaj is an expert in molecular biology, recombinant DNA technology, biochemistry, and cellular biology. Xiang Shi Tan, April — August Tan is an expert in inorganic chemistry and bioinorganic chemistry. His expertise is on numerical analysis of complex chemical and biochemical processes.
Ivan Surovtsev, October — Dec Surovtsev obtained his Ph. He is currently at Yale University doing a second post-doc to learn experimental methods. Tong Wang; Feb — Feb Dr. Marco Vilela, Feb — July Dr. Wolfgang Angerer, Jan — Dec Dr. Yong-Woon Jung, September — present Dr. Fall Chemistry , Coordination and Bioinorganic Chemistry, 18 graduate students.
Fall Chemistry , Coordination and Bioinorganic Chemistry, 8 graduate students. Summer Chemistry , General Chemistry, 94 undergraduate students. Fall, Chemistry , Coordination and Bioinorganic Chemistry, 18 graduate students. Spring, Chemistry , General Chemistry, undergraduate students. Fall, Chemistry , Coordination and Bioinorganic Chemistry, 9 graduate students. Todd R. Johnson is an expert in cognitive science in healthcare, an area that improves healthcare and biomedical decision-making by designing processes, software, and devices that match the needs and cognitive capabilities of those who use them.
His current work focuses on two areas: 1 improving patient safety by reducing medical errors caused by poor device and software interfaces, as well as errors that arise due to pressures placed on caregivers by the healthcare system in which they work; and 2 improving decision making and efficiency through user-centered software design and decision support systems. Kaihara has spent much of his time in the area of information processing and information system development.
He has more than peer-reviewed papers in academic journals and numerous presentations and invited speeches at national and international conferences in the area of medical and health informatics. Ioannis A. His research interests include computer vision, biomedical image analysis, modeling and simulation, biocomputing, pattern recognition, and multimodal human-computer interaction. Kano first majored in International Relations at the University of Tokyo, and then graduated from the Department of Electrical Engineering in He immediately joined NTT.
He was engaged in a number of network related projects at its Laboratories and became Director, Network Technology Laboratories in He served as Chairman of a Study Group at International Telecommunication Union headquartered in Geneva, Switzerland, and also as President of Telecommunication Information Networking Architecture Consortium, composed of some 50 telecom and information companies of developed countries.
Kikuchi is a board certified anesthesiologist and a fellow of the palliative care service. She was a director of research and development and chief medical information officer at the regional palliative care service in Natori, Japan. Terri M. King, Ph.
King continued her professional training with a post-doctoral fellowship under the guidance of Dr. Chris Amos at the University of Texas M. Anderson Cancer Center. During her post-doctoral fellowship she continued research on the statistical properties of model for the analysis of clustered survival data as well as conducting research on the use of phenotypes derived by principal components models in linkage analysis. She initiated a family study examining the genetics of a cellular biomarker, for which she received funding under the R program.
As part of that award, she completed coursework in theoretical statistics at Rice University. During this appointment, she was responsible for the development of statistical protocols for the analysis of microarray data as well as manufacturing quality control metrics. In addition, she developed clinical research databases, which were fully integrated with genetic and genomics data generated by microarrays. The position at Genometrix, Inc was not an academic position and this is reflected in her publication and grant record.
This appointment has permitted her to transition her career focus from genetic epidemiology to statistical genetics. Her research interests are in the development of multivariate analytic techniques integrating phenotypic, genetic and genomic information. Since re-entering academia, Dr. King has established strong collaborations through the University and this is reflected in her publication and grant submission record over the last 18 months. The Laboratory of Angel Lee, M.
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There are two areas of interest. The first is in hematopoietic systems myeloid progenitors and bone marrow-derived macrophages and is directed at the signaling pathways downstream of the Colony Stimulating Factor-1 Receptor CSF-1R. We are specially interested in basic mechanisms that could provide a basis for therapeutic intervention in cancers involving receptor tyrosine kinases.
As the CSF-1R is a key receptor for macrophages, we are also very interested in how CSF-1R mediated pathways in myeloid cells contribute to diseases with a chronic inflammatory component such as cancer tumor associated macrophages. The second area of interest is the role of signaling molecules and scaffolding proteins in neurogenesis, using murine embryonic stem cells and primary neural stem cells as models.
In this project, we are interested in determining what governs neural stem cell proliferation and fate specification, in the hopes that our findings will provide information useful in areas of brain injury and repair. Given the complexity of the systems we study, my lab will be adopting a systems biology approach. The aim is to integrate experimental findings from genomics and proteomics with computational analysis and consider the participating molecules as part of a network.
This approach should provide novel insights into cancer and those insights may lead to new drug developments and better understanding and design of complicated drug regimens. Her research support included grants from National Institutes of Health, foundation and industries. The research in our lab focus on the development of computational and statistical approaches to performing large-scale analysis of cellular networks, biological pathways, genomic sequences, and gene expression.
Current studies in our lab primarily focus on the area of systems biology, which involves the development of computational methods to integrate information from diverse sources in order to reconstruct biological networks, such as protein interaction networks and signal transduction networks. From a statistical point of view, Our lab is interested in the field of Bayesian inference and its applications in Bioinformatics, and we have been working on the development of Bayesian approaches to inferring protein functional modules using high-throughput mass spectrometry data.
Jianpeng Ma, Ph. Ma at: Email: jpma bcm. Macklin is currently collaborating with Dr. Cristini on a new generation of tumor growth and angiogenesis models. Macklin at: Email: Paul. Macklin uth. In graduate school, he learned to program a computer, and trained as a school psychologist, but ended up in the US Air Force, in Texas, teaching reading to basic trainees.
Later he got a Ph. Again he ended up somewhere else. This time he trained interdisciplinary health care teams in rural Kentucky. He came to the University of Texas Medical Branch in Currently, he is professor of Humanities and Basic Sciences, and assistant dean for research and educational technology in the School of Allied Health Sciences.
Rodger, and his colleagues, have developed multimedia, instructional software that is licensed at over 60 colleges and universities. They have received many grants to support their research in using computers in education and developing software. Their current work focuses on developing simulations of international, telemedicine clinical encounters. Marion at: Email: rmarion utmb. Patrick J. Cerner Physician Executives bring expertise to the challenging intersection of clinical, technical, and managerial domains of modern healthcare organizations.
Prior to joining Cerner, Dr. There, he provided primary care to NASA astronauts, their families, and medical support for several space missions. In addition to academic, public sector, and corporate experience, Dr. He conducted legislative research and assisted with policy formulation, thereby gaining valuable insights to the political process and leadership in the Federal Government.
Dianna M. Milewicz, M. Southwestern Medical School, Milewicz at: Email: Dianna. Milewicz uth. Milosavljevic, develops new experimental and computational methods for discovery through genomics, epigenomics and informatics. BRL aims to enable new discovery methodologies employing massively parallel sequencing and other high-throughput genomic technologies.
Genboree is a turnkey software system for genomic research. The Epigenomics Data Analysis and Coordination Center and a number of collaborative epigenomic projects use Genboree as the core informatic infrastructure. Our Positional Hashing method, implemented in the Pash program, enables extremely fast and accurate high-volume sequence comparison and pattern discovery by employing low-level parallelism. BRL is also developing comprehensive, rapid, and economical methods for detecting and interpreting recurrent chromosomal aberrations in cancer using massively parallel sequencing technologies.
Mirhaji is an Assistant Professor of Interdisciplinary Studies in the University of Texas, School of Health Information Sciences at Houston, and the director of the Center for Biosecurity and Public Health Informatics Research, where he has developed clinical text understanding algorithms, case detection methodologies, and a reference architecture for situational awareness for public health preparedness SARA using semantic technologies and SOA. Robert E. Murphy is developing enterprise-wide strategies for adoption of electronic medical records and clinical information technologies.
He leads specific efforts on computerized physician order entry, online physician documentation, and use of mobile devices. Harvard University, Nobutomo at: Email: nobutomo hsmp. University of Texas Houston, Vimla L. Patel is a world-renowned researcher in applied cognitive science and biomedical informatics. Throughout the course of her career, Patel has covered many areas of cognitive informatics and decision-making. She initiated the use of cognitive science methods and theories in research pertaining to medical problem solving.
She worked extensively in the area of medical error reduction in emergency care and critical environments, and in the area of lay health cognition in diverse sociocultural contexts. Patel also studied risk-taking behavior and sexual decision- making as it relates to HIV in youth and adolescents. Patel is an associate editor of the Journal of Biomedical Informatics, has authored more than publications, and has been on the editorial board of several other health science and informatics journals.
Trinity University, , M. Doris L. Ross, Ph. Ross is a Biochemist. She worked at Hermann Hospital managing the laboratories. She has been instrumental in the development of the new School of Health Information Sciences. The School received approval to offer a masters degree in Health Informatics in July of In October of , the School under her leadership received approval to offer a doctoral degree in Health Informatics.
Lab Members | Skinner Laboratory | Washington State University
In March , the official name of the school was changed to the School of Health Information Sciences and she was officially named Dean. Pamela D. Salyer, Ph. Prior to this role, she served as the Clinical Systems Consultant in I. She has published numerous articles and made extensive presentations locally and nationally on nursing informatics and clinical information systems. In addition, she was one of the first nurses to become board certified in Nursing Informatics by the American Nurses Credentialing Center.
Michael Shabot, M. He is a recent past Chief of Staff at Cedars-Sinai. He is Board certified in General Surgery and Surgery Critical Care and specializes in general surgery, trauma surgery and critical care. During his surgical residency, Dr. Shabot implemented a first generation clinical information system for the real time management of critically ill patients.
Since then he has overseen the development of numerous innovations in patient care including ambulatory systems. He has published over papers, chapters, books and abstracts on critical care, trauma, physiologic monitoring and the use of computerized information systems for decision support, quality management and clinical research. A specialist in medical computer technology, Dr. Shabot conducts research on how systems can improve patient care, quality and safety. With Cedars-Sinai Medical Center he obtained a patent on a wireless clinical alerting system in His current research interests include application of instructional technology in health promotion and disease prevention.
His recent projects have focused on using computer based education and decision-support programs to enhance the management of pediatric asthma by children, families, and community physicians. Previously he was the Rolf A. His research interests include the broad range of issues related to integrated decision-support systems, their effective implementation, and the role of the Internet in health care. Jack W. Smith, M. He was instrumental in recruiting many of our original faculty from O.
Medical Informatics and Healthcare Systems is concerned with the issues surrounding the collection, storage, retrieval, analysis, and transmission of medical information related to spaceflight at NASA JSC. This includes investigations in a number of areas such as medical devices for collecting information both on the ground and on orbit, electronic patient records for quality and timely astronaut care, security measures to enable remote access to medical information, warehouses of medical data to enable further analyses used to determine risk factors and develop countermeasures, and technologies to support international partner collaboration on medical issues.
His research interests are artificial intelligence, modeling problem solving in healthcare, implementation of decision support and tutoring systems, modeling complex human problem-solving and the application of cognitive science to understanding human-computer interaction. Smith is a board certified in Pathology and has a doctorate in Computer Science in the area of Artificial Intelligence. Smith has funded research in the modeling of problem solving in healthcare and its application to the implementation of decision- support and intelligent tutoring systems.
His current research focuses on modeling clinician understanding and the implementation of systems to supporting tutoring and the decision making processes of healthcare specialists, flight surgeons and biomedical engineers. His research interests includes the modeling of complex human problem-solving in healthcare, the representations of knowledge for automating these processes and the application of cognitive science to the understanding of human-computer interaction.
Souther has taught undergraduate and graduate nursing courses at several universities. She has been an innovator to move education programs into the electronic era.
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She has worked as a consultant in the Health Informatics field. Currently, Dr. David J. The States Group develops multidisciplinary computational applications for biomedicine. We have focused on high throughput experimental technologies and ways to enhance knowledge acquisition using novel algorithms and strategies for data acquisition. Early work involved the development of pure absorption phase methods for multi-dimensional NMR spectroscopy, enhanced lane tracking and base calling algorithms for genome sequencing and more recently improved algorithms for the analysis of proteomics and mass spectrometry.
The States Group is also engaged in molecular biology data integration. Projects have included physical map assembly, genome annotation, the analysis of gene expression profiles, databases for molecular interactions and automated natural language processing. James P. Francis College, ; B. He was responsible for the development of the curriculum for the Master of Science and Doctor of Science Programs.
He has worked nationally and internationally in the areas of knowledge modeling and taxonomy development. Since then, his research and education have focused on the interface between discipline specific and an integrated Health Focus for Informatics and Health Data Utilization. More recently this work has included the need to develop a light weight electronic health record for the street homeless.
This project has begun a reconceptualization of the needs and structures of health data for electronic health records and patient specific health records. Ignacio H. Valdes has developed software in the treatment of patients and healthcare professionals to reduce stress in the workplace. He is the editor of several medical computing journals. He has written numerous articles, made presentations and designs and host several medical society web pages. Robert W.
Vogler has a nursing background and has taught, held administrative positions and served as a school of nursing chief information officer and executive director of an information and educational technology center that provided information services and educational support. He has served on university level information, technology and educational committees, been involved at the university level for HIPPA, compliance, security, course management software and distance technology issues.
He has participated in oversight of information technology, served on distance education committees and in university building programs. His recent research interests include blood pressure reactivity and un-witnessed patient falls. He has published journal articles, book chapters and has numerous presentations.
His dissertation research focused on quality of care for terminally ill hospitalized patients. Muhammad F. Walji has been recruited by the UT Dental Branch to bridge the gap between endodontics and electronics, prosthodontics and programs, and all things dental with all things digital. Dr Walji currently serves as Principal Investigator of a NLM funded grant to develop an Inter-university Oral Health Data Repository that will allow end users to directly explore and extract information to support their specific research or decision making needs.
Wang has a doctorate in Psychology Cognitive and masters degree in Computer Science. Wang has several articles and book chapters. He has made several national and international presentations. William A. He has conducted extensive research in the areas of neurophysiology of sympathetic ganglia, control of intestinal motility and fluid propulsion. Recent research has focused on informatics as a tool for the study of modeling and management of complex systems. Through his work in OAC, Dr. Weems has been responsible for establishing the electronic and computing infrastructure required to support academic activities at The University of Texas Health Science Center at Houston.
Weems has created the staff and resource support for the development of Web-based courseware, which he has pioneered with his own course in physiology. Wenker has developed Wenker Technologies and Internet Scientific Publications to provide educational technologies and peer-reviewed electronic publications on the web. The goal of the company is to create and produce multimedia-based educational products. The main focus is to combine modern electronic technology with medicine. Internet Scientific Publications LLC is one of the oldest and largest International medical publishing houses on the web.
All our articles, reviews, multimedia presentations and case reports are peer-reviewed. It is our goal to remain a leading source for high quality medical information on the Internet.
Her main research interest is in using technology to teach. A particular interest is the use of games to teach health science concepts to children and youth. She teaches the popular Emerging Technology course that address current developments in teaching, learning, and research. Her other role at the school is as Director of the Certificate program, recruiting and advising students both in the certificate and in their transition to the MS or PhD Program. University of Western Australia, , M.
Wong has various faculty positions in the electrical engineering and informatics fields. His current research encompasses brain modeling techniques, and his past research deals with computing in the medical field, especially information storage and medical imaging. Wong serves as an associate editor for various books and has had numerous publications. Wong at: Email: stwong tmhs. Change readiness and resistance, organizational fairness and justice, personality predispositions relative to career change and culture fit, measurement issues in vocational assessment, methodologies for evaluating organizational development interventions, and organizational and professional ethics.
Zhang is a cognitive scientist with interdisciplinary training in cognitive psychology, computer science, and neurosciences. He has done research in biomedical informatics, cognitive science, human-centered computing, user interface design, information visualization and external representation, medical error, decision-making, and computational cognitive modeling. He has authored numerous articles; book chapters, and peer-reviewed proceedings papers. McDonnell Foundation, and other funding agencies. He has given numerous conference presentations and invited presentations at other institutions, and organized and participated in many symposia and panels at international and national conferences.
He has also served on several NIH review panels. Zhang was a recipient of John P. McGovern Outstanding Teacher Award in Research Interest Computer Simulations Signaling Complexes Membrane-protein Interaction Structure and Dynamics of Interfaces Allostery in Supramolecular Assemblies A major interest of our laboratory is to understand the thermodynamic principles of specificity in cell signaling and molecular transport by means of computational and theoretical techniques.
Abebe at: Email: Alemayehu. Abebe uth. Aoki at: Email: Noriaki. Aoki uth. Almeida at: Email: jalmeida mdanderson. Bernstam at: Email: Elmer.
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Bernstam uth. Birmanns at: Email: Stefan. Birmanns uth. Boerwinkle at: Email: eric. Brixey at: Email: jbrixey kumc. Cavasotto at: Email: Claudio. Cavasotto uth. Chen at: Email: JWChen llu. Chiu at: Email: Wah bcm. Cohen at: Email: Trevor. Cohen uth. Cristini at: Email: Vittorio. Cristini uth.
Dunn at: Email: Kim. Dunn uth. Edgerton at: Email: medgerton mdanderson.