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Advanced Molecular Detection

Advanced Molecular Detection (AMD) integrates next generation sequencing with bioinformatics and genomic epidemiology to identify and characterize infectious diseases for public health action. APHL develops resources and trainings and facilitates the engagement and exchange of information to improve and advance the field of pathogen genomics.

Questions?

Contact the Infectious Diseases team: [email protected]

What APHL Does

Supporting Next Generation Sequencing in Public Health Laboratories

APHL works with the US Centers for Disease Control and Prevention’s (CDC) Office of Advanced Molecular Detection (OAMD) and other partners on both the implementation and use of next generation sequencing (NGS) in public ​​​health laboratories. We work to address challenges laboratories may face, including a changing landscape of workforce and laboratory needs, as they expand their use of NGS for disease detection and surveillance. We continually develop tools, resources â€‹â€‹and training, convene meetings and facilitate constant dialogue with leaders in the public health laboratory arena.  â€‹

NGS Implementation Support for Public Health Laboratories

Workforce Development

Fellowship Program

The Public Heal​th Laboratory Fellowship Program​: an APHL-CDC Initiative​ prepares scientists for careers in public health laboratory science. It is open to recent graduates with a bachelor’s degree or higher, and offers a Bioinformatics and Molecular Epidemiology focus area. This focus area 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. Applications are accepted on a rolling basis. 

Learn more about our Fellowship Program

Genomic Data Internship Program

The Public Heal​th Laboratory Internship Program​: an APHL-CDC Initiative places current students in public health laboratories to gain valuable early-career experience.​ We offer a specialized Genomic Data Internship Program for graduate students with training in molecular biology, genetics, microbiology and bioinformatics. The internship offers both in-person and remote opportunities.

Learn more about the Genomic Data Internship Program

The increase in public health applications of NGS has created new challenges, including additional demands for bioinformatics computing power. One potential solution is to build ​​bioinformatics capabilities in a public health laboratory through partnerships with academic institutions. There are several success stories for sharing sequencing resources and specimen collections can improve both the capacity and efficiency of public health laboratories:

Fact Sheet
2019

This document describes success stories from building partnerships-Iowa, Michigan and Massachusetts.

Infectious Diseases, Workforce Development
Fact Sheet
2019

This document highlights benefits and considerations for developing public health partnerships with academic institutions as well as guidelines on how to get started.

Infectious Diseases, Workforce Development

In addition to partnerships, many laboratories are also hiring bioinformaticians and genomic epidemiologists. For many laboratories, this may be the first time a position like this has been created. The recruitment guides can be useful resources for creating a position description and identifying the skills required for a person in these roles.   

Guide / Guidance
2024

This guide outlines key considerations when hiring a genomic or molecular epidemiologist, including position placement, role and skill requirements, as well as resource requirements to support the position.

Infectious Diseases, Genomics and Sequencing
Guide / Guidance
2021

This document includes a position description including job summary, infrastructure requirements and essential duties and competencies for a Bioinformatics Scientist and a downloadable version is available for easy modification.

Infectious Diseases, Genomics and Sequencing
LEARN AND GROW

APHL Training and Professional Development

APHL offers  DataCamp subscriptions to state and local public health laboratorians. DataCamp is an online platform that hosts over 340 data science courses on topics such as Python, R, SQL and more, with modules that can be customized to fit the computing infrastructure of each laboratory and provide assessments to gauge learning progress and proficiency. These trainings can assist public health laboratorians grow in their proficiency in a variety of coding skills that can be used for bioinformatics analysis, data visualization and statistics. 

Apply for a subscription

NGS Quality Initiative

APHL and CDC's OAMD established the NGS Quality Initiative to develop a quality management system addressing many of the NGS challenges experienced by public health and clinical laboratories. APHL and CDC, together with state and local public health laboratories, are working to develop standard operating procedures and other NGS-based quality management tools that can be implemented within laboratories

AMD National Bioinformatics Platform

About the AMD Platform

The emergence of pathogen genomics in public health has emphasized the need for a centralized platform to support complex laboratory and epidemiological workflows. Public health laboratories have faced numerous challenges with the implementation of genomics, including limited bioinformatics experts in public health and the lack of a harmonized approach to sharing and processing NGS data to support rapid outbreak response and public health action. To address these challenges, OAMD is developing the AMD National Bioinformatics Platform to bridge the gap between pathogen genomics and genomic epidemiology by developing a cloud-based computational platform for sharing, analyzing and storing NGS data and related metadata in a way that protects privacy and allows for more informed decision making when responding to emerging threats. 

AMD Platform Communities of Practice

AMD Platform Communities of Practice (CoPs) were established to engage and exchange information amongst public health laboratory professionals to discuss and document key IT informatics concerns and requirements for the AMD Platform. 

Members of the CoPs are public health practitioners representing all 64 ELC-funded jurisdictions, who possess subject matter expertise in areas such as NGS wet lab protocols, bioinformatics, informatics, epidemiology and information technology. Their expertise and knowledge have been leveraged to help inform requirements and identify potential components for the AMD Platform. 

CoP Domains

Identify and document requirements for processes and methods for using genomic data to guide epidemiologic decision and intervention strategies that can be implemented in the AMD Platform.

Identify and document requirements for processes and methods to be implemented in the AMD Platform for the exchange, processing, storage, management and stewardship of NGS data and metadata.

Identify and document requirements for processes and methods to be implemented in the AMD Platform for the design, development and implementation of a modular and flexible cloud-based platform for scientific computing and bioinformatics.

Identify and document best practice approaches and SOPs for NGS and bioinformatics that can be implemented in the AMD Platform, including version control, archive processes, results validation and proficiency testing.

Identify and document security standards and best practices to be implemented in the AMD Platform in order to ensure the protection and integrity of data.

Join a CoP

Participation in the CoPs is limited to public health laboratory and health department staff. Industry partners are not eligible to participate.

Sign up to join a CoP

CoP Guidance and Resource Documents

Below are guidance documents, templates, working papers and more to aid in the development, adoption and integration of the AMD Platform. 

Disclaimer: These resources were developed by the AMD Platform CoPs and reflect their expertise and experiences. Any content provided herein is for informational purposes only and should not be construed as legal, financial or professional advice. They do not necessarily represent the views or opinions of APHL or CDC. The reader is responsible for adhering to all relevant policies and procedures within their jurisdiction when utilizing the developed resources. 

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