CDC’s Advanced Molecular Detection (AMD) initiative aims to improve the identification and characterization of infectious diseases by increasing critical next generation sequencing (NGS) and bioinformatics capacities at CDC and at state and local health departments.
Since 2013, APHL has worked with CDC and other partners to characterize current NGS capability and capacity, develop a strong AMD workforce and deploy NGS technologies to public health laboratories.
surveys public health laboratories to identify improvements in AMD capabilities, pinpoint areas that still need improvement and identify mitigation strategies.
Building the AMD Workforce
APHL has administered the
APHL-CDC Bioinformatics Fellowship since its launch in 2013. The fellowship aims to train and prepare bioinformaticians to apply their expertise within public health and to design tools that will aid existing public health personnel in the use of bioinformatics.
APHL has created a webinar series that is available for free to state and local health department staff. Continuing education credits are available.
Understanding NGS Instrumentation and IT Requirements
Communication Strategies for Laboratorians and Epidemiologists on NGS Data
APHL works closely with CDC and public health laboratories to build AMD capacity to improve the detection and surveillance of particular pathogens. Through the organization of training opportunities, facilitation of technical assistance and management of proficiency checks, APHL has assisted with the transfer of AMD technologies in several key program areas.
AMD Day is a two-day event to promote information sharing among public health scientists working in AMD and to showcase their accomplishments to CDC leadership. Held on the CDC campus in Atlanta, AMD Day brings together laboratory scientists, bioinformatics experts, and infectious disease epidemiologists to meet and discuss their successes, challenges, and future plans for the transformation of public health practice through AMD.
More Information About AMD
CDC Advanced Molecular Detection