Cordyceps, Caterpillar Fungus · 2021 · Journal Article
Medium relevance[Identification of geographical origins of Cordyceps based on data of amino acids with self-organizing map neural network].
Ophiocordyceps sinensis
Key points
- In this study, data of amino acids of Cordyceps samples from Qinghai and Tibet was analyzed with self-organizing map neural network
- A model of XY-Fused network was established with the content of 8 major amino acids and total amino acids for the identification of geographical origins of Cordyceps from Qinghai and Tibet
- It had the prediction accuracy of 83.3% for the test set
- In addition, data mining indicated that methionine was a special kind of amino acid in Cordyceps which could serve as a marker to identify its geographical origins
- On this basis, the content ratio of methionine to total amino acids was proposed to be a quantifiable indicator to distinguish Cordyceps from Qinghai and Tibet
From the paper
Abstract
In this study, data of amino acids of Cordyceps samples from Qinghai and Tibet was analyzed with self-organizing map neural network. A model of XY-Fused network was established with the content of 8 major amino acids and total amino acids for the identification of geographical origins of Cordyceps from Qinghai and Tibet. It had the prediction accuracy of 83.3% for the test set. In addition, data mining indicated that methionine was a special kind of amino acid in Cordyceps which could serve as a marker to identify its geographical origins. On this basis, the content ratio of methionine to total amino acids was proposed to be a quantifiable indicator to distinguish Cordyceps from Qinghai and Tibet.
Citation
Shi Y, Wei F, Wang GL, Ma SC, Lin RC (2021). [Identification of geographical origins of Cordyceps based on data of amino acids with self-organizing map neural network]. Zhongguo Zhong yao za zhi = Zhongguo zhongyao zazhi = China journal of Chinese materia medica https://doi.org/10.19540/j.cnki.cjcmm.20210623.203 PMID: 34581087
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