Comput Math Methods Med - Genomic and functional analysis of the toxic effect of tachyplesin I on the embryonic development of zebrafish.

Tópicos

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Resumo

Tachyplesin I (TP I) is an antimicrobial peptide isolated from the hemocytes of the horseshoe crab. With the developments of DNA microarray technology, the genetic analysis of the toxic effect of TP I on embryo was originally considered in our recent study. Based on our microarray data of the embryonic samples of zebrafish treated with the different doses of TP I, we performed a series of statistical data analyses to explore the toxic effect of TP I at the genomic level. In this paper, we first employed the hexaMplot to illustrate the continuous variation of the gene expressions of the embryonic cells treated with the different doses of TP I. The probabilistic model-based Hough transform was used to classify these differentially coexpressed genes of TP I on the zebrafish embryos. As a result, three line rays supported with the corresponding 174 genes were detected in our analysis. Some biological processes of the featured genes, such as antigen processing, nuclear chromatin, and structural constituent of eye lens, were significantly filtered with the smaller P values.

Resumo Limpo

tachyplesin tp antimicrobi peptid isol hemocyt horsesho crab develop dna microarray technolog genet analysi toxic effect tp embryo origin consid recent studi base microarray data embryon sampl zebrafish treat differ dose tp perform seri statist data analys explor toxic effect tp genom level paper first employ hexamplot illustr continu variat gene express embryon cell treat differ dose tp probabilist modelbas hough transform use classifi differenti coexpress gene tp zebrafish embryo result three line ray support correspond gene detect analysi biolog process featur gene antigen process nuclear chromatin structur constitu eye len signific filter smaller p valu

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