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<p>Morels are edible fungi growing naturally in the wild and cultivated for food and medicines worldwide. They have been collected and consumed by people since ancient times. In the present study, fruiting bodies of <i>Morchella elata</i> were collected from the field during the years 2020–22 through consecutive field visits. Identification was carried out through a morpho-anatomical and phylogenetic study that confirmed the collected morel species as <i>Morchella elata</i>. The metabolic analysis was conducted using Ultra High-Performance Liquid Chromatography/Mass Spectrometry (UHPLC/MS) and FTICR/orbitrap techniques. The study revealed the presence of 159 organic compounds and 435 peptide sequences in the ascocarp. Different bioactive and significant compounds have been identified in the fruiting bodies of <i>M. elata</i>. This mushroom is highly nutritious, and the presence of these bioactive compounds contributes to its health benefits, making it a potential functional food in nutraceuticals. From the current study, it is concluded that <i>M. elata</i> is an edible, highly nutritive fungus and contains many bioactive contents. It could be used in the screening of bioactive substances useful in the preparation of anticancer drugs.</p>

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Metabolic and proteomic analysis of a medicinal morel (Morchella elata) from Western Himalayas, Kashmir

  • 期刊论文

  • 发表日期：

    2025年2月22日

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  • Tariq Saiff Ullah,
  • Syeda Sadiqa Firdous,
  • Hamayun Shaheen,
  • Muhamamd Manzoor,
  • Syed Waseem Gillani,
  • Wayne Thomas Shier,
  • Baber Ali,
  • Tabarak Malik,
  • Sezai Ercisli,
  • Reem M. Aljowaie,
  • Mohamed S. Elshikh

摘要

Morels are edible fungi growing naturally in the wild and cultivated for food and medicines worldwide. They have been collected and consumed by people since ancient times. In the present study, fruiting bodies of Morchella elata were collected from the field during the years 2020–22 through consecutive field visits. Identification was carried out through a morpho-anatomical and phylogenetic study that confirmed the collected morel species as Morchella elata. The metabolic analysis was conducted using Ultra High-Performance Liquid Chromatography/Mass Spectrometry (UHPLC/MS) and FTICR/orbitrap techniques. The study revealed the presence of 159 organic compounds and 435 peptide sequences in the ascocarp. Different bioactive and significant compounds have been identified in the fruiting bodies of M. elata. This mushroom is highly nutritious, and the presence of these bioactive compounds contributes to its health benefits, making it a potential functional food in nutraceuticals. From the current study, it is concluded that M. elata is an edible, highly nutritive fungus and contains many bioactive contents. It could be used in the screening of bioactive substances useful in the preparation of anticancer drugs.