نتایج جستجو برای: human genome project

تعداد نتایج: 2031284  

ژورنال: کومش 2022

Personalized medicine (PM) refers to a set of medical, diagnostic, and therapeutic activities and approaches based on the specific characteristics of each patient chr ('39')s genome. In fact, individual-centered medical approaches are based on personalization, meaning that each person chr ('39')s gene sequence and polymorphisms (SNPs) are different and explain the different courses of urologica...

2004
Andy Waters Taco Kooij Marianna Karras Shahid Khan

Genome structure of P. berghei and comparative genomics (Genome databases and bioinformatics) Introduction Genome structure of P. berghei GST and EST library at the University of Florida P. berghei sequencing project, Sanger Institute P. yoelii sequencing project, TIGR Comparative genomics in Leiden Genome conservation and synteny between rodent Plasmodium species Genome conservation and synten...

Journal: :Genome research 2005
Peter F R Little

The human genome project has had an impact on both biological research and its political organization; this review focuses primarily on the scientific novelty that has emerged from the project but also touches on its political dimensions. The project has generated both anticipated and novel information; in the later category are the description of the unusual distribution of genes, the prevalen...

2014
Ian Dunham Ewan Birney Bryan R. Lajoie Amartya Sanyal Xianjun Dong Melissa Greven Xinying Lin Jie Wang Troy W. Whitfield Jiali Zhuang Job Dekker Zhiping Weng Gaurav Jain

The human genome encodes the blueprint of life, but the function of the vast majority of its nearly three billion bases is unknown. The Encyclopedia of DNA Elements (ENCODE) project has systematically mapped regions of transcription, transcription factor association, chromatin structure and histone modification. These data enabled us to assign biochemical functions for 80% of the genome, in par...

2003
Claudia Kappen J. Michael Salbaum

We have used comparative genome analyses to produce annotated maps for large genomic loci. The first example is a locus on mouse chromosome 9 that is syntenic to human chromosome 15. This effort relied on draft sequences from the human genome project, our own draft sequences from mouse genomic DNA, and, more recently, from the mouse genome project. Our strategy used reiterative searches of DNA,...

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