The work deals with the identification of species of animal through the density of nucleotids of mitochondrial gene CO1. In the first part the theory summarized information about DNA barcoding and the mitochondria, cellular organel that with this method is closely related. The second part deals with virtually comparing different sequences using the density of nucleotides. For this it was created program, which uses two functions, the first of the specified nucleotide sequence calculates the density and one can compare the density by distance methods
This paper introduces the classical and molecular taxonomy used for classification of organisms. It ...
Abstract:- In this paper, we proposed a new method for phylogenetic analysis, based on graphic repre...
Abstract. Computational analysis of DNA sequences can distinguish areas within the genome according ...
Práce se zabývá identifikací druhů živočichů pomocí denzity nukleotidů mitochondriálního genu CO1. V...
The work deals with the method of recognizing species on the analysis of mitochondrial DNA segment. ...
Most methods for analysis of genomic data work with symbolic sequences. Numerically represented geno...
This work deals with the effect of nucleotide density vector's reduction on molecular identification...
The aim of this work is a literature review on the topic of the mitochondrial genome and DNA barcodi...
This dissertation deals with alternative techniques for analysis of genetic information of organisms...
Motivation: DNA sequences can be represented by sequences of four symbols, but it is often useful to...
DNA barcoding is used to identify particular specie by Cytochrome c oxidase 1 (CO1) mitochondrial DN...
This article investigates aspects of similarity between complete sequences of mitochondrial DNA by d...
This work deals with mitochondrial DNA and molecular taxonomy. Structure and composition of animal c...
This thesis deals with the classification of organisms based on the nucleotide frequency. Goal is to...
Motivation. DNA sequencing has resulted in an abundance of data on DNA sequences for various species...
This paper introduces the classical and molecular taxonomy used for classification of organisms. It ...
Abstract:- In this paper, we proposed a new method for phylogenetic analysis, based on graphic repre...
Abstract. Computational analysis of DNA sequences can distinguish areas within the genome according ...
Práce se zabývá identifikací druhů živočichů pomocí denzity nukleotidů mitochondriálního genu CO1. V...
The work deals with the method of recognizing species on the analysis of mitochondrial DNA segment. ...
Most methods for analysis of genomic data work with symbolic sequences. Numerically represented geno...
This work deals with the effect of nucleotide density vector's reduction on molecular identification...
The aim of this work is a literature review on the topic of the mitochondrial genome and DNA barcodi...
This dissertation deals with alternative techniques for analysis of genetic information of organisms...
Motivation: DNA sequences can be represented by sequences of four symbols, but it is often useful to...
DNA barcoding is used to identify particular specie by Cytochrome c oxidase 1 (CO1) mitochondrial DN...
This article investigates aspects of similarity between complete sequences of mitochondrial DNA by d...
This work deals with mitochondrial DNA and molecular taxonomy. Structure and composition of animal c...
This thesis deals with the classification of organisms based on the nucleotide frequency. Goal is to...
Motivation. DNA sequencing has resulted in an abundance of data on DNA sequences for various species...
This paper introduces the classical and molecular taxonomy used for classification of organisms. It ...
Abstract:- In this paper, we proposed a new method for phylogenetic analysis, based on graphic repre...
Abstract. Computational analysis of DNA sequences can distinguish areas within the genome according ...