Poster presentation - Theme 1: Cell biologyDNA sequences in nucleus are highly condensed to form chromatins. Due to the compact three-dimensional conformation of chromatin, DNA sequences with large genomic distance are possible to be physically close. The spatial proximity between distant genomic regions is informative in explaining how distant cis-regulatory elements affect gene expression. With the advance of biological technologies we are able to detect the three-dimensional structure of chromosomes and long-range interaction of high resolution. Here we process human Hi-C data to draw a whole-genome interaction map with ...postprin
AbstractLong-distance chromatin interaction has been proposed and demonstrated for enhancer elements...
Gene expression in mammals is regulated by complex networks involving higher order chromatin organiz...
Gene expression in mammals is regulated by complex networks involving higher order chromatin organiz...
Poster presentation - Theme 1: Cell biologyThe transcription regulatory factor known as Chop is comm...
Regulation of gene expression spans different levels of complexity: from genomic sequence, transcrip...
Every cell in the human body contains the identical hereditary information, encoded in the DNA. The ...
Every cell in the human body contains the identical hereditary information, encoded in the DNA. The ...
Every cell in the human body contains the identical hereditary information, encoded in the DNA. The ...
The genome of higher eukaryotes consists of DNA, which in case of the human genome measures 2m in le...
Gene activity is regulated at two separate layers. Through structural and chemical properties of DNA...
Gene activity is regulated at two separate layers. Through structural and chemical properties of DNA...
Which features on the chromatin are responsible for regulating gene transcription? Using promoter co...
The development of next-generation sequencing has brought a comprehensive understanding of human g...
Which features on the chromatin are responsible for regulating gene transcription? Using promoter co...
Session - Bioinformatics and Genomic TechnologyThe tight regulation of genes in different cells is g...
AbstractLong-distance chromatin interaction has been proposed and demonstrated for enhancer elements...
Gene expression in mammals is regulated by complex networks involving higher order chromatin organiz...
Gene expression in mammals is regulated by complex networks involving higher order chromatin organiz...
Poster presentation - Theme 1: Cell biologyThe transcription regulatory factor known as Chop is comm...
Regulation of gene expression spans different levels of complexity: from genomic sequence, transcrip...
Every cell in the human body contains the identical hereditary information, encoded in the DNA. The ...
Every cell in the human body contains the identical hereditary information, encoded in the DNA. The ...
Every cell in the human body contains the identical hereditary information, encoded in the DNA. The ...
The genome of higher eukaryotes consists of DNA, which in case of the human genome measures 2m in le...
Gene activity is regulated at two separate layers. Through structural and chemical properties of DNA...
Gene activity is regulated at two separate layers. Through structural and chemical properties of DNA...
Which features on the chromatin are responsible for regulating gene transcription? Using promoter co...
The development of next-generation sequencing has brought a comprehensive understanding of human g...
Which features on the chromatin are responsible for regulating gene transcription? Using promoter co...
Session - Bioinformatics and Genomic TechnologyThe tight regulation of genes in different cells is g...
AbstractLong-distance chromatin interaction has been proposed and demonstrated for enhancer elements...
Gene expression in mammals is regulated by complex networks involving higher order chromatin organiz...
Gene expression in mammals is regulated by complex networks involving higher order chromatin organiz...