Stanford University
Showing 34,201-34,220 of 36,203 Results
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Douglas Wood
Affiliate, Technology & Digital Solutions
Current Role at StanfordWorking within the School of Medicine, I am developing solutions for the Stanford Bone Marrow Transplant, Lymphoma, and Cancer Institute Research Databases
My Stanford Projects:
- Stanford Cancer Center Research Database (SCIRDB)
Developed a web-based platform to integrate data from the Stanford Cancer Institute (EPIC/Clarity), Stanford Tumor Registry, STRIDE (Tissue Bank & Pre-EPIC Data), and several other systems into a "one-stop shop" for data analysis and annotation by cancer researchers. This cohort-driven system allows users to focus on their patients of interest and provides free-text search of all their notes, reports and narratives as well as a timeline-based view of all events for a patient. Easy exports allow for data analysis in biostatistical tools and the system can perform complex analysis using the open-source R statistical software as a service.
- Lymphoma Program Project (LPP)
Rearchitected an existing legacy database system that tracks Stanford's Non-Hodgkins and Hodgkins Lymphoma cases back to the late 1960's. Enables clinicians to track diagnosis, courses of treatment, long-term follow-up, and clinical responses to the diseases.
- Bone Marrow Transplant Program
Developed replacement web-enabled database based on legacy system in place since 1980s that enhanced data capture abilities by leveraging data feeds from BMT Clinic and Stanford Hospital. Also enabled electronic form submission to national transplant databank via XML-based web-services.
- Transplant Arteriosclerosis, Viral and Host Mechanisms
Developed web-based application and reporting systems Gathered requirements, translated requirements into technical specifications, built reporting tools, designed table schemas, migrated database tables from Access to Oracle, normalizing and validating data in the process. Wrote all SQL scripts for automating data migration.
- Stanford Asian Pacific Program in Hypertension and Insulin Resistance (SAPPHIRe)
Provided on-going maintenance for the project by uploading data, generating reports for statistical analysis and modifying table schema to incorporate new measurements such as creatinine.
- GenePad Project
Developed a web-based tool for quality assurance of scanned form data that allows users to view scanned input and validate it before storing it into final database tables. The tool dynamically configures itself by examining the structure of the database. -
Helen J. Wood
Affiliate, Psych/Public Mental Health & Population Sciences
BioDr. Helen Wood (she/her) is a clinical psychologist licensed in Vermont and Pennsylvania. She works for INSPIRE training and is also a Clinical Associate Professor at the University of Vermont, Department of Psychological Science. Dr. Wood was previously the psychologist for outpatient psychosis services, including a first-episode psychosis service, at an academic medical center in southwest Pennsylvania, where she led CBTp implementation. She has worked as program director for an adult psychosis inpatient unit, as well as in outpatient services in the US and in the UK’s National Health Service. She co-chairs the North American CBTp Network’s early psychosis working group. Dr. Wood values collaboration with people bringing lived experience knowledge to clinical, training, and research contexts. Dr. Wood’s clinical and research interests focus on understanding the experience of psychosis and improving services and/or other forms of support. Dr. Wood has a BA Hons in History, Theology and Religious Studies from the University of Cambridge, an MSc in Experimental Psychology from the University of Sussex, and a Doctorate in Clinical Psychology from Canterbury Christ Church University, all in the UK.
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Jeffrey Robinson Wood
Capstone Course & Lab Projects Development Director, Mechanical Engineering
Current Role at StanfordME Capstone Course and Lab Project Development Director
Jeff is the ME Capstone Course and Lab Projects Development Director, where he brings his 25-year industry experience to the role. He is responsible for the ongoing strategy, design, curriculum plan and instruction plans for capstone courses in the Mechanical Engineering Department, as part of a broad effort to redesign the curriculum requirements for the undergraduate degree in Mechanical Engineering.
Lecturer, ME170 - Mechanical Engineering Design: Integrating Context with Engineering
Jeff is a lecturer for the capstone course he has developed, where he brings his extensive experience with the industry product development process to the class. In addition to establishing budget, resource, timeline requirements, Jeff has successfully promoted incorporating themes into the course consistent with the goals of the department and university – to address the pressing needs of human society: energy, sustainability, health, transportation.
Member, Undergraduate Studies Committee, Mechanical Engineering
Innovation Mentor, TomKat Center for Sustainable Energy -
Tracey Woodruff
Professor of Epidemiology and Population Health and Senior Fellow at the Woods Institute for the Environment
BioMy research is devoted to identify and addressing environmental pollution exposures - petrochemicals, pesticides, plastics and other toxic contaminants - and the impacts on health. I focus on filling critical gaps in knowledge that will result in structural changes that improve health and reduce inequities. I collaborate across disciplines to create systemic solutions that integrate environmental health, public policy, and healthcare for significant public health advancements. My research expertise encompasses all aspects of understanding and characterizing environmental chemical exposures and their health impacts, especially on vulnerable and susceptible populations due to life stage, such as pregnant women and children, and demographics, such as poverty and race/ethnicity. I led multidisciplinary investigations to: identify and measure human exposures to environmental contaminants via modeling and biomonitoring including advanced methods for nontargeted analysis; identify biological mechanisms using in vitro and in vivo systems; assess the impact of multiple chemical exposures on pregnancy and child outcomes via epidemiology studies; and develop and apply methods for translating research findings into improved clinical care and public policy.
I have extensive expertise and experience in translating science into clinical and policy decision-making. I led the development of the Navigation Guide Systematic Review Methodology, the first systematic review method for environmental health science, developed in collaboration with multiple collaborators from international, national, and state governments, community groups, and the clinical community, integrates best practices from clinical medicine and environmental health evaluation. I continue to collaborate on systematic reviews including pesticides and Parkinson’s, and methodological improvements. I am widely recognized for my expertise in the use of science in decision making for environmental chemicals. I’ve been invited to testify before Congress and the State of California multiple times and I lead our Science Action Network that engages in bring best available science to regulatory decision-making. I have also collaborated with other faculty on empirical research to identify how industries adversely influence the scientific process.
Before Stanford, I was a Professor at UCSF and Director of the Program on Reproductive Health and the Environment. I now with UCSF co-lead the UCSF/Stanford Environmental Research and Translation for Health Center funded by a NIEHS P30 mechanism. Prior to UCSF I served for over 10 years in the Office of Policy at the US Environmental Protection Agency.
