Services
The BCSR facilitates behavioral, psychosocial, community, translational, and population-based research. In addition to supporting cancer-focused studies, the BCSR provides services for critical COVID-19 testing, tracking, and tracing at the University of Miami and the surrounding community.
Role in this Study
The BCSR facilitates wastewater- and surface-sample collection, and facilitates access to COVID-19 population-level data from human surveillance.
Services
Role in this Study
The BSSR is the biorepository for the environmental samples (air, surface, and wastewater) from this study and provides sample metadata annotation, tracking, processing (concentration), storage, and distribution. The BSSR also provides support for basic physical-chemical measurements and culture-based microbiological analyses (including analysis of E. coli) for the wastewater samples.
Services
Role in this Study
The OGSR receives concentrated samples from the BSSR and provides rapid RNA extraction and purification, rapid detection with RT-qPCR and LAMP, and next-generation sequencing for samples that test positive for SARS-CoV-2, for strain variant ID and metagenomics.
Laboratory Sciences Core (LSC)
Services
Role in this Study
The LSC provides rapid viral detection with a novel rapid polymerase chain reaction (PCR) method developed and adapted for wastewater surveillance by a CFAR investigator (Mark Sharkey).
Biostatistics Collaboration and Consulting Core (BCCC)
Services
Role in this Study
The BCCC provides support for developing study and experimental designs that maximize efficiency, increase interpretability and generalizability, and enhance the ethical conduct of research. The BCCC facilitates the formulation of hypotheses that are statistically testable; applies robust and efficient analytic methods to estimate effects precisely and to efficiently test significance; and helps refine measurements to increase precision and sensitivity. The BCCC is
facilitating the development of COVID-19 disease predictive models that integrate human and environmental SARS-CoV-2 surveillance data.