Classification of genes: различия между версиями

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Thesis: Genes can be divided into separate groups by various features and functions and this helps in analyzing the aging processes.
Thesis: Genes can be divided into separate groups by various features and functions and this helps in analyzing the aging processes.
== Types of classification itself ==
* Flat tree - all classes belong to the same level, no super classes and subclasses.
* Nested tree - several levels of hierarchy.
Nested tree example:
* Nuclear genes
** RNA genes
*** rRNA genes
*** tRNA genes
*** miRNA genes
** Protein genes
*** Protein type1 genes
*** Protein type2 genes
*** ...
* Mitochondrial genes


== Classifications ==
== Classifications ==
* By gene family
* By sequence similarity ({{abbr|Dayhoff, M. O. 1978, Atlas of sequence and structure. Vol. 5, Suppl. National Biomedical Research Foundation, Silver Spring, Md|Dayhoff, 1978}})
* By protein function
* By location on chromosomes (suggested - denis.s)
* By location on chromosomes (suggested - denis.s)
* By localization in cell of the end protein (suggested - denis.s)
* By localization in cell of the end protein (suggested - denis.s)
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* [https://academic.oup.com/mbe/article/17/12/1879/1059645 A Simple Method for Classifying Genes and a Bootstrap Test for Classifications 12.2000]
* [https://academic.oup.com/mbe/article/17/12/1879/1059645 A Simple Method for Classifying Genes and a Bootstrap Test for Classifications 12.2000]


{{Category:Subproject}}
{{Category:Subproject}} {{Category:Draft}} {{Category:Publication article}}

Текущая версия от 14:02, 7 мая 2021

Thesis: Genes can be divided into separate groups by various features and functions and this helps in analyzing the aging processes.

Types of classification itself[править]

  • Flat tree - all classes belong to the same level, no super classes and subclasses.
  • Nested tree - several levels of hierarchy.

Nested tree example:

  • Nuclear genes
    • RNA genes
      • rRNA genes
      • tRNA genes
      • miRNA genes
    • Protein genes
      • Protein type1 genes
      • Protein type2 genes
      • ...
  • Mitochondrial genes

Classifications[править]

  • By sequence similarity (Dayhoff, 1978)
  • By protein function
  • By location on chromosomes (suggested - denis.s)
  • By localization in cell of the end protein (suggested - denis.s)
  • By the end product - protein or RNA (suggested - denis.s)

Articles on genes classification[править]

Категория:Subproject Категория:Draft Категория:Publication article