Jason Bailey, Phd Email & Phone Number

Baltimore, Md, Us

Baltimore, Maryland, United States

Biostatistics and data management supporting the Center for Vaccine Development and Global Health Team (CVD) on the SANTE study in Mali. The SANTE study will provide pivotal data to determine whether azithromycin given as part of routine care of pregnant women and young infants has the same benefits. - Liase with collaborators and the study team at CVD-Mali, and the DCC to resolve data issues - Contribute to the development and evaluation of study goals and objectives - Prepare data reports to be presented at weekly team meetings and DSMB meetings - Prepare analysis data sets - Design and conduct quantitative research projects, analyze findings, develop conclusions, write/contribute to peer-reviewed manuscripts - Prepare presentations of relevant findings and conclusions, and recommend appropriate actions - Establish and maintain database files, perform required data extraction through programming and report on study progress

Silver Spring, Md

Infectious disease Epidemiologist, modeler, Integrated Biosurveillance Division within the Armed Forces Health Surveillance Branch.Biosurveillance of influenza, COVID19, heat and cold illness, and gastrointestinal disorders across the DoD in CONUS and OCONUS. - Develop daily high visibility biosurveillance products for the DoD and partners - Data pipeline development (wrangling, merging, and formatting) from various data sources with quality control - Sophisticated statistical data analysis of disease trendsInfectious Disease forecasting, influenza, and COVID19 in servicemembers and benficiaries within MHS markets in CONUS and OCONUS - Design and implement statistical, and mathematical models to forecast infectious disease incidence - Develop online interactive dashboards for data exploration and exportation of forecasting products - Evaluate new methods including machine learning and neural networks for infectious disease forecasting with statistical analysis of performance metrics

Rockville, Maryland

INDEPENDENT EXPERT BIOSTATISTICIAN – Served as an expert in molecular biology, epidemiology, and public health biostatistics. Authored and contributed to deliverables for sixteen Phase I, Phase II, and observational studies and protocols, following ICH E9 guidelines and research ethics. • PERFORM SOPHISTICATED STATISTICAL ANALYSES AND INTERPRETATION OF STUDY OUTCOMES – Primary statistical lead in Interim Analyses, Ad Hoc analyses, Safety Monitoring Committee (SMC) reports, Clinical Study Reports (CSR), and Investigational New Drug (IND) reports to be delivered to the Food and Drug Administration (FDA), biopharmaceutical companies, and academic institutions. • LEAD STUDY PROTOCOL DEVELOPMENT AND DATA ANALYSIS – Lead a multidisciplinary team as an expert in epidemiology and biostatistics; designing vaccine, therapeutic, and observational/disease surveillance studies. o Routinely design and perform statistical output including sample size calculation, etiologic and epidemiologic determination of disease, risk assessment surveys, and designing primary, secondary, and exploratory objectives, endpoints, and outcomes. o Authored statistical analysis plans (SAPs) to analyze and report clinical study objectives and findings on study endpoints for various infectious diseases and pathogens including Zika, Tularemia, CMV, Yellow Valley Fever, Rabies, and Hantavirus. • MANAGE STATISTICAL OUTPUT DEVELOPMENT – Produce extensive statistical reports with interpretation of statistical findings collaborating with external clinicians, scientists, and staff. o Maintain client relationships and routinely respond to client requests and feedback to satisfy client needs for deliverables in a professional manner.o Delivere descriptive statistical reports containing data on disease prevalence, incidence, attributable risk, relative risk, odds ratios, and multivariable and multidimensional data analysis for Zika virus, and S. aureus epidemiological studies and others.

Baltimore, Maryland Area

As a T32 NIH Postdoctoral Fellow in Vaccinology for the Division of Malaria research within the Institute for Global health, my research involves using proteomics to develop and validate antibody-based serodiagnostic assays to inform interventions for pathogen biosurveillance and malaria vaccine development. I use novel, high-throughput multiplex peptide and protein microarray technology to assess the contribution of ultra-low parasitemic malaria infections to the malaria burden in Southeast Asia. I will also apply this technology to find immunogenic epitopes of malaria parasite surface antigens whose antibody responses are correlated with protection from symptomatic malaria infections to inform next-generation malaria vaccines.

University Of Maryland At Baltimore

Investigating the basis for acquired immunity to malaria (plasmodium falciparum). Developing an assay to analyze the strain-specific immune response to current malaria vaccine target antigens in a high throughput protein microarray system in a cohort followed four years in Bandiagara, Mali.

High throughput RNA expression microarray development, processing, and analysis. Designed novel microarrays, and provided consultation for expression based experiments.

Provided microarray design, consultation, and processing for the Malaria Research Institute at the JHBSPH.

Assisted in research of strength training adaptations in older adults. Personal trainer, research associate, data entry, test administrator, data analysis.

Doctor Of Philosophy (Phd), Molecular Epidemiology

Bachelors Of Science, Biology

Activities and Societies: Gemstone Undergraduate Research Honors Program, Gymkana