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Recently, it was learned from the Computational Biology and Medical Ecology Group of the Kunming Institute of Zoology, Chinese Academy of Sciences that the research group recently published a human virion heterogeneity assessment report in the international journal "Journal of Computational and Structural Biotechnology" to deepen the understanding of the human virion group.
And the study of heterogeneity has important scientific and practical significance
.
Diversity, especially biodiversity, is already well known, and the concept of heterogeneity is often confused with diversity
.
In view of the difficulty of measurement, the research team led by researcher Ma Zhanshan of the Kunming Institute of Zoology has proposed a method for measuring heterogeneity based on Taylor's power law model in recent years, including extending this law from the classical population level to the community and ecological landscape scale, and achieved A series of successful applications
In this study, Taylor's power law was extended from a single virus to all virus types contained in the human body, and the spatial variation parameter b=1.
916 of human virus group heterogeneity was obtained.
This heterogeneous result is similar to that of human bacterial flora.
"The significance of studying this parameter lies in the expansion of future application research.
For example, disease may affect the heterogeneity of the virus group, and the change in heterogeneity may also reflect the health status of the human host
The number of individuals contained in the human virus group may be as high as 380 trillion, which is more than a hundred times the number of bacteria in the human body
.
A large part of these are phages of human bacteria .
Without the "care" regulation of the intestinal flora of humans by bacteriophages, the intestinal flora may not always be an ally of human health
Recently, it was learned from the Computational Biology and Medical Ecology Group of the Kunming Institute of Zoology, Chinese Academy of Sciences that the research group recently published a human virion heterogeneity assessment report in the international journal "Journal of Computational and Structural Biotechnology" to deepen the understanding of the human virion group.
And the study of heterogeneity has important scientific and practical significance
.
Diversity, especially biodiversity, is already well known, and the concept of heterogeneity is often confused with diversity
.
In view of the difficulty of measurement, the research team led by researcher Ma Zhanshan of the Kunming Institute of Zoology has proposed a method for measuring heterogeneity based on Taylor's power law model in recent years, including extending this law from the classical population level to the community and ecological landscape scale, and achieved A series of successful applications
In this study, Taylor's power law was extended from a single virus to all virus types contained in the human body, and the spatial variation parameter b=1.
916 of human virus group heterogeneity was obtained.
This heterogeneous result is similar to that of human bacterial flora.
"The significance of studying this parameter lies in the expansion of future application research.
For example, disease may affect the heterogeneity of the virus group, and the change in heterogeneity may also reflect the health status of the human host
The number of individuals contained in the human virus group may be as high as 380 trillion, which is more than a hundred times the number of bacteria in the human body
.
A large part of these are phages of human bacteria .
Without the "care" regulation of the intestinal flora of humans by bacteriophages, the intestinal flora may not always be an ally of human health
