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Problem Statement Repository: Atmospheric Methane Research

Homeworld Collective Collaboration

Atmospheric Methane Research problem statements are shared to build community and knowledge around key challenges to accelerate progress.

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The problem statements in this collection were created as part of a collaborative effort between Homeworld Collective and Spark to identify and share priority problems at the intersection of biotech and atmospheric methane removal.

Design and modeling of dilute methane oxidation bioreactors to guide bioengineering


Submitted by

Paul Reginato, Mary Lidstrom, Jeremy Semrau, Jessica Swanson, Lisa Stein, Wenyu Gu, Mark Hansen, Paige Brocidiacono, Ariana Caiati, and Erin Wilson

Cell-free Methane Oxidation Without Reductant Input


Submitted by

Paul Reginato, Chris Eiben, James Weltz, Paige Brocidiacono

Methods To Express and Screen Soluble Methane Monooxygenase


Submitted by

Paul Reginato,  Calvin Henard,  Lisa Stein, Mary Lidstrom, Jeremy Semrau, Jessica Swanson, Wenyu Gu, James Weltz, Mark Hansen, Paige Brocidiacono, Ariana Caiati, Erin Wilson

Discover or Engineer Efficient Soluble Methane Monooxygenase


Submitted by

Paul Reginato, Lisa Stein, Mary Lidstrom, Jeremy Semrau, Jessica Swanson, Wenyu Gu, Noah Helman, James Weltz, Mark Hansen, Paige Brocidiacono, Ariana Caiati, Erin Wilson

Genetic tools for particulate methane monooxygenase


Submitted by

Paul Reginato, Lisa Stein, Mary Lidstrom, Jeremy Semrau, Jessica Swanson, Wenyu Gu, Noah Helman, James Weltz, Mark Hansen, Paige Brocidiacono, Ariana Caiati, Erin Wilson

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