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The PO-Driven Model: A Basic Science Pipeline for the Bioeconomy with Solutions Inspired by Convergent Evolution for Connecting Parallel Research Ideas

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Abstract

Basic science research, also called "curiosity-driven research,"is fundamental work done with no immediate economic goals but rather a focus on discovery for discovery's sake. However, basic science research is often needed to seed more applied, economically oriented, research. Both basic and applied research efforts are important aspects of the "bioeconomy,"defined here as the contributions to the overall economy from various biology-related fields spanning everything from museum- based natural history research to agricultural food and material production to healthcare. Here, we propose that more collabo rative efforts across federal granting agencies in a venture-capitalist-like "PO-driven model"can help drive applied innovation from collaborations facilitated by program officers (POs). POs from NSF, DOE, DARPA, USDA, NASA, and other federal agen cies should seek out parallel and complementary research ideas from grantees and provide funds to build teams of researchers who may otherwise be unaware of one another. Researchers working in different fields may also be unaware that the different organisms they are studying independently may have evolved similar traits (i.e., convergent evolution) that POs may recognize and who can then facilitate novel research avenues connecting those independent researchers (we provide examples of some projects inspired by convergent evolution here). In this top-down approach to research funding, the US bioeconomy will be pouring fuel on the fire of scientific productivity in this country.

Original languageEnglish
Pages (from-to)22-27
Number of pages6
JournalIntegrative and Comparative Biology
Volume65
Issue number1
DOIs
StatePublished - Jul 1 2025

Bibliographical note

Publisher Copyright:
© The Author(s) 2024.

Funding

We thank Jennifer Wisecaver, Leslie Rissler, and others who organized the Leveraging Innovations from Evolu tion (LIFE) scoping session (MCB-2326865). The scop ing session brought together researchers from disparate fields brought together by NSF POs, this action itself in spired the "PO-Driven"model we describe here and is exactly the kind of convergent work we think can fuel the bioeconomy of the future. The quote at the begin ning of the Conclusions section above was stated dur ing that scoping session by the senior author of this pa per. We want to also thank two anonymous reviewers and Associate Editor lone Hunt von Herbing for their comments that helped improve this manuscript. Funds to make this paper open access were contributed by the E.K. Hunter Chair for Communication in Science Re search to P.C. The chemical similarity of plants belonging to different families that are distantly related, is often considered as a chemosystematic convergence, and can be further developed for commercialization and societal benefit. This convergent evolution of chemicals in plants can similarly be used convergently by different cultures independently for their therapeutic applications due to their similar bioactivity. Phylogenetically informed bioprospecting of medicinal plants relies on interdisciplinary approaches that integrate plant phylogenies, cultural phylogenies, and ethnobotanical data (). Funding for such ethnobotanical projects can be supported by a joint initiative formed by a close alliance between funding agencies such as NSF, NIH, and USDA.

FundersFunder number
National Science Foundation Arctic Social Science Program
National Institutes of Health (NIH)
U.S. Department of Agriculture
Institute of Life Sciences IndiaMCB-2326865

    ASJC Scopus subject areas

    • Animal Science and Zoology
    • Plant Science

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