PubMed Health⌕ Search

Biomedical subjects

Yong-Biao Zhang

Publications and source records attributed to Yong-Biao Zhang.

2 recordsLinked to original sources

[Progress of research on epigenetic and human disease.].

In the past few fears, there has been a nascent convergence of scientific understanding of human disease with epigenetic. Identified epigenetic processes involved in human disease include chromatin remodeling, genomic imprinting, X chromosome inactivation, and noncoding RNAs regulation. These processes influence chromatin structure and thereby regulate gene expression on the chromosome level or a cluster of linked genes level. Deregulation of these processes result in lots of disease which are characterized by complex patterns of mutations and associated phenotypes affecting pre- and postnatal growth, development, and neurological function. Epigenetic diseases are illustrated by the array of multi-system disorders and neoplasias and investigations of these diseases have an impact on biomedical research and provide interesting models for functions and mechanisms of epigenetic gene control.

Chromatin Assembly and Disassembly↗

[Gene expression in rice inflorescence development was monitored by using oligonucleotide microarray].

In this paper we chose 50 rice inflorescence genes from Internet,references. Rice oligonucleotide microarray was prepared by printing the target rice inflorescence genes oligonucleotide. Expression patterns of 50 genes from rice inflorescence in three different development phase were obtained by scanning using ScanArray3000 after array hybridization. The scatter plots and scale maps of the images were acquired after the acquired gene expression patterns were analyzed by ImaGene4.0 software. The scatter plots and scale maps show that there existed a significant difference in the expression of these candidate genes in rice inflorescences with different development phase. Further analysis of those candidate gene expression patterns will be helpful to understand the developmental mechanism of rice inflorescence.

English Abstract↗