Evaluation of voltage gated calcium channel activity as a mechanism for ELF-EMF induced tendon injury susceptibility

Hong-Anh Nguyen

February 6, 2026•

4.0

Proposal

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Evaluation of voltage gated calcium channel activity as a... | ResearchHub

Proposal

About Docs Changelog Terms Privacy Support

Evaluation of voltage gated calcium channel activity as a mechanism for ELF-EMF induced tendon injury susceptibility

Hong-Anh Nguyen

February 6, 2026•

4.0

raised of

25,000

goal

Ended

Key Insights

Beta

Ex vivo bovine tendon explant study testing whether chronic ELF-EMF exposure drives ECM degradation…

RFP Alignment
Multi-Modal Readouts
Narrow Mechanism
Hypothesis Directionality

Funding Progress

1.3K

25K

Contributors

StatusOPEN

Funders

Peer Reviews

AI Review

23 days ago

Related Funding

Request for Proposals - Electromagnetic Fields and Soft Tissue Injury Susceptibility

$100Kavailable

Nonprofit Recipient

Topics

#calcium-signaling #extracellular-matrix #electromagnetic-field #ex-vivo #biomedical-engineering

DOI

10.55277/researchhub.5pxmjoiy

Proposal

About Docs Changelog Terms Privacy Support

raised of

25,000

goal

Ended

Key Insights

Beta

Ex vivo bovine tendon explant study testing whether chronic ELF-EMF exposure drives ECM degradation…

RFP Alignment
Multi-Modal Readouts
Narrow Mechanism
Hypothesis Directionality

Funding Progress

1.3K

25K

Contributors

StatusOPEN

Funders

Peer Reviews

AI Review

23 days ago

Related Funding

Request for Proposals - Electromagnetic Fields and Soft Tissue Injury Susceptibility

$100Kavailable

Nonprofit Recipient

Topics

#calcium-signaling #extracellular-matrix #electromagnetic-field #ex-vivo #biomedical-engineering

DOI

10.55277/researchhub.5pxmjoiy