Correction: Matrix-bound Tenascin-C directs neuronal differentiation through stiffness-tuned MeHA hydrogels mimicking the spinal cord microenvironment

Rounak Pokharel; Vasanti Dhakate; Jessica Onyak; Elif Ertugral; Chandrasekhar R. Kothapalli; Nic D. Leipzig

doi:10.1039/d6tb90072k

January 1, 2026Journal of Materials Chemistry BOpen Access

Correction: Matrix-bound Tenascin-C directs neuronal differentiation through stiffness-tuned MeHA hydrogels mimicking the spinal cord microenvironment

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Key Points

Investigating how matrix-bound Tenascin-C affects neuronal differentiation through hydrogels that mimic spinal cord stiffness.
Correction of previously published findings in J. Mater. Chem. B.
Focus on matrix-bound Tenascin-C and its role in neuronal differentiation via MeHA hydrogels.
Analytical techniques were utilized to explore stiffness effects on differentiation.
Matrix-bound Tenascin-C enhances neuronal differentiation in stiffness-tuned MeHA hydrogels.
Stiffness of the hydrogels is crucial for mimicking the spinal cord microenvironment.
Findings emphasize the importance of hydrogel properties for neural tissue engineering.

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Implication

Correction reveals the effect of matrix-bound Tenascin-C on neuronal differentiation in a simulated spinal cord environment, suggesting implications for regenerative medicine.

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Pokharel et al. (2026) studied this question.

synapsesocial.com/papers/6a192e39fab5b468c441748f https://doi.org/10.1039/d6tb90072k

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Correction: Matrix-bound Tenascin-C directs neuronal differentiation through stiffness-tuned MeHA hydrogels mimicking the spinal cord microenvironment

Key Points

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Implication

Discussion

Cite This Study

Correction: Matrix-bound Tenascin-C directs neuronal differentiation through stiffness-tuned MeHA hydrogels mimicking the spinal cord microenvironment

Key Points

No abstract yet

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Implication

Discussion

Cite This Study

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