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Enoki, Winter Mushroom · 2025 · Preprint

High relevance

Comparative Analysis of Methanol and Ethanol Extract of Flammulina velutipes on Primary Hippocampal Culture: From Neurodevelopment to Neuroprotection

Flammulina velutipes

Immune supportCognition & nerves
SpeciesEnoki, Winter Mushroom
JournalNot listed
Year2025

Key points

  • Flammulina velutipes is a well-known edible mushroom which is consumed for its nutri-tional value
  • F. velutipes is also known as enoki mushroom, a good source of antioxidants, fiber, polysaccharides, mycosterol and minerals that make it a nutritious functional food
  • In this present study we utilized methanol and ethanol extract of F. velutipes mushroom on primary neuronal cultured cell and made a comparative study on neuronal develop-ment, cytoarchitecture, neuronal viability and maturation
  • The comparative study showed methanolic ex-tract of the mushroom has more promising impact on neuronal development and neuri-togenesis
  • Furthermore, we evaluated the mechanistic insight and found that the impact of the mushroom is dependent on NTRK receptor
  • Additionally, we validated the activa-tion of NTRK receptor by in-silico molecular docking study

From the paper

Abstract

Flammulina velutipes is a well-known edible mushroom which is consumed for its nutri-tional value. F. velutipes is also known as enoki mushroom, a good source of antioxidants, fiber, polysaccharides, mycosterol and minerals that make it a nutritious functional food. In this present study we utilized methanol and ethanol extract of F. velutipes mushroom on primary neuronal cultured cell and made a comparative study on neuronal develop-ment, cytoarchitecture, neuronal viability and maturation. We also characterized the methanolic and ethanolic extracts of mushroom with GC-MS profiling and detected the active metabolites present in the extracts. The comparative study showed methanolic ex-tract of the mushroom has more promising impact on neuronal development and neuri-togenesis. Furthermore, we evaluated the mechanistic insight and found that the impact of the mushroom is dependent on NTRK receptor. Additionally, we validated the activa-tion of NTRK receptor by in-silico molecular docking study.

Citation

Mitra S, Dash R, Ahmed B, Majumder K, Moon IS (2025). Comparative Analysis of Methanol and Ethanol Extract of Flammulina velutipes on Primary Hippocampal Culture: From Neurodevelopment to Neuroprotection. https://doi.org/10.20944/preprints202507.2674.v1

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