dntp strategic realignment update...applying our capabilities in deliberate, integrated and...

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DNTP Strategic Realignment Update Brian R. Berridge, DVM, PhD, DACVP Associate Director, NTP and Scientific Director, DNTP National Institute of Environmental Health Sciences NTP Board of Scientific Counselors Meeting December 12, 2018

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  • DNTP Strategic Realignment Update

    Brian R. Berridge, DVM, PhD, DACVP Associate Director, NTP and

    Scientific Director, DNTP

    National Institute of Environmental Health Sciences

    NTP Board of Scientific Counselors Meeting

    December 12, 2018

  • Outline

    • Previous conversation

    • Your feedback

    • A refined Vision and Mission

    • Taking the bait

    • Health Effects Innovation

    • Summary

  • Aspirational Vision

    Mission

    To evaluate agents of public health concern, by developing and

    applying tools of modern toxicology and molecular biology.

    http://ntp.niehs.nih.gov; April 2015

    21st Century Vision

    To support the evolution of toxicology from a predominately

    observational science at the level of disease-specific models to a

    predominately predictive science focused upon a broad inclusion

    of target-specific, mechanism-based, biological observations.

    A National Toxicology Program for the 21st Century, November 2004

    http://ntp.niehs.nih.gov/http:http://ntp.niehs.nih.gov

  • Challenges

    • Rapid pace of chemical development

    • Growing concerns about non-chemical agents

    • Broad stakeholder group with varying needs, concerns, perspectives and constraints (e.g. regulators vs. policy makers vs. toxicologists vs. advocacy groups vs. general public)

    • A decision-making community largely still entrenched in low-throughput assays and modeling platforms for which we have some confidence in human relevance

    • Significant and growing societal interest in decreasing animal use

    • Gap in our ability to ‘predict’ human outcomes in a meaningful way

  • Strategic Pipeline of Capabilities

    Applying our capabilities in deliberate,

    integrated and complementary ways.

    Translational Toxicology Pipeline

    Chronic in vivo Studies

    Knowledge Integration

    Bioactivity Screening

    QSAR Profiling

    Data / Knowledge

    Mining

    Human Health Effects

    Hypothesis-driven

    Research Communicate

    In vitro Studies

    Short term in vivo Studies

  • Outline

    • Previous conversation

    • Your feedback

    • A refined Vision and Mission

    • Taking the bait

    • Health Effects Innovation

    • Summary

  • NTP BSC Feedback

    • Recent WebEx engagement to gain your input on our strategic direction

    – October 9 NTP BSC meeting

    – WebEx with targeted strategic and rapid response questions

    • Targeted strategic questions

    – What are NTP’s unique strengths?

    – What does it mean to be “human relevant”?

    – How do we build confidence in novel approaches?

    • Rapid response questions

    – 3D systems

    – Machine/Deep learning

    – Carcinogenicity testing

  • NTP BSC Feedback

    • What is NTP’s unique value?

    – Ability to focus on complex challenges for prolonged periods of time

    – Impactful science supporting policy and regulation

    – Opportunity to address chronic health effects

    – Build predictive capabilities

    • What does it mean to be human-relevant?

    – Studying things of contemporary human concern/importance

    – Studying things in a relevant human context

    • Modeling human exposure context- quantity, route

    • Demonstrating exposure/outcomes relationships

    – Addressing public confusion

  • NTP BSC Feedback

    • How do we build confidence in non-traditional evidence?

    – Demonstrating human relevance

    – Understanding mechanisms

    • Toxicologists and pathologists working together

  • NTP BSC Feedback

    • Rapid responses

    – Opportunity for 3D systems

    • Link between high throughput systems and in vivo studies

    • Build a better comparative understanding of animal and human outcomes

    • Unique role for NTP to demonstrate usefulness

    – Machine/deep learning

    • Not new

    • Deep learning approaches may provide opportunity

    • Concern about the ‘black box’ nature of proprietary deep learning algorithms

    – Carcinogenicity testing

    • Comfort with current approach even with limitations

    • Need to conduct at more human-relevant exposures

    • NTP should play a role in coordinating efforts to reinvent

  • Outline

    • Previous conversation

    • Your feedback

    • A refined Vision and Mission

    • Taking the bait

    • Health Effects Innovation

    • Summary

  • Refining the Vision and Mission

    • Vision

    – To improve public health through the development of data and knowledge that are translatable, predictive and timely.

    • Mission

    – Collaborate with public stakeholders and global partners to identify and address public health issues.

    – Generate and communicate trusted scientific information to support decision making on environmental hazards of public interest.

    – Lead the transformation of toxicology through the development and application of innovative tools and strategies.

  • Outline

    • Previous conversation

    • Your feedback

    • A refined Vision and Mission

    • Taking the bait

    • Health Effects Innovation

    • Summary

  • Why are we struggling to become more

    predictive and how can NTP facilitate

    getting there?

  • Data/Knowledge Mining

    HTP In vitro Screening

    In vivo Studies

    Progressing the Paradigm

    Data/Knowledge

    Mining

    HTP In vitro

    Screening Phenotypic

    In vitro Studies In vivo Studies

    Reporting

    Health Effects

    Phenotypic

    In vitro Studies

    Reporting Health Effects

    In silico

    modeling

    Mechanism-of-

    action modeling

    Mode-of-action

    modeling

    Health outcomes

    modeling

  • Bioactivity Screening

    QSAR Profiling

    Data / Knowledge

    Mining

    Fully leveraging

    ‘pre-animal’ capabilities

    Iterative learning Machine/Deep

    learning capabilities

    Hypothesis-driven

    Research

    Bespoke aHuman-relevant human-relin vitro systems- animal stue.g. 3D complex

    Communicate

    In vitro Studies

    Short term in vivo Studies

    Chronic in vivo Studies

    Knowledge Integration

    Innovating the Paradigm

    nd

    evant

    dies

    Human Health Effects

  • Evolving Our Portfolio

    Agents/Projects Programs

    Testing

    Capability

    development Mechanistic

    investigation

    Testing

    Capability

    Investigation

    Studies

    Projects

    Programs

    Goals

    • Increase impact

    • Improve sustainability

    • Increase visibility

    • Improve complementarity

  • Current Programmatic Research

    • Mixtures

    • Botanical Dietary Supplements

    • Polycyclic Aromatic Compounds

    • Radiofrequency radiation

    • PFAS

    • AIDS-related research

    • Flame retardants

  • Increasing DNTP Portfolio Impact: Flagship Initiatives in ‘Health Effects

    Innovation’

  • Health Effects Innovation

    • Carcinogenicity Testing for the 21st Century

    • Developmental Neurotoxicity Modeling

    • Cardiovascular Hazard Assessment in Environmental Toxicology

    • TBD

    • TBD

    Goals

    • Fill a gap in current capabilities

    • Build on existing effort

    • Align to NIH model

    • Leverage our key strengths and value

  • Aims of Health Effects Innovation

    • Define and build a strategic assessment pipeline for key environmental health effects

    • Understand the mechanism of action, mode of action, health effect continuum for these areas

    • Increase confidence in the predictivity of MOA assessments

    • Align our capability development to problems we’re trying to solve

    • Maximize the collective strength of the NTP organization

    • Build novel partnerships in and outside NIH

  • E.g. Impact of CV Morbidity and Mortality

  • Data / Knowledge

    Mining

    E.g. Cardiovascular Health Effects Strategy

    Contributing projects

    Partners and opportunities

    Regulatory and public

    health stakeholders

    Map cardiovascular

    ‘failure modes’ and agents

    QSAR Profiling

    FDA ORISE

    Fellows

    Mine current

    databases for CV-

    relevant MOA data

    HESI Cardiac

    Safety Technical

    Committee

    Define and test Tier II 3D Define primary cardiomyocyte and vascular mechanistic screening modeling systems strategy

    Knowledge Integration

    Identify human-relevant

    CV hazard questions

    Hypothesis-driven

    Research Short term in vivo Studies

    Bioactivity Screening

    In vitro Studies

    Identify translational

    biomarkers of chronic CV

    health effects NHLBI-NIEHS

    partnership

    Communicate

    Chronic in vivo Studies

    Instrumented animal

    studies for CV

    function assessment

    Human Health Effects

    Digital vivarium

    technology

    NCATS, IQ, NCTR

    partnerships

  • Summary

    • Your feedback has been important to us and is being integrated into our strategic realignment.

    • We believe a more deliberate and integrated application of our ‘pipeline’ of capabilities will enable us to improve our rate of progress in reaching our

    ‘predictive’ aspiration.

    • Focus on discrete areas of ‘health effect innovation’ will increase our visibility and impact in biomedical

    science as well as increase the value of NTP’s efforts

    to lead a strategic transformation of toxicology.

  • Acknowledgements

  • Thank You!

    DNTP Strategic Realignment Update Outline Aspirational Vision Challenges Strategic Pipeline of Capabilities NTP BSC Feedback Refining the Vision and Mission Progressing the Paradigm Innovating the Paradigm Evolving Our Portfolio Current Programmatic Research Health Effects Innovation Aims of Health Effects Innovation E.g.Impact of CV Morbidity and Mortality E.g.Cardiovascular Health Effects Strategy Summary Acknowledgements

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