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Genome data: what do we learn?

Current Opinion in Structural BiologyPublished 1 June 2000
William C. Nierman, Jonathan A. Eisen, Robert Fleischmann, Claire M. Fraser
Citations18
SJR quartileQ1
SJR score2.91
SNIP1.48

TL;DR

Genome sequence information has continued to accumulate at a spectacular pace during the past year, with the sequencing and annotation of the first two Arabidopsis thaliana chromosomes completed and the complete genomic sequences of five microbes reported.

Abstract

Genome sequence information has continued to accumulate at a spectacular pace during the past year. Details of the sequence and gene content of human chromosome 22 were published. The sequencing and annotation of the first two Arabidopsis thaliana chromosomes was completed. The sequence of chromosome 3 from Plasmodium falciparum, the second sequenced malaria chromosome, was reported, as was that of chromosome 1 from Leishmania major. The complete genomic sequences of five microbes were reported. Approaches to using data from completely sequenced microbial genomes in phylogenetic studies are being explored, as is the application of microarrays to whole genome expression analysis.

Keywords

Agricultural and Biological SciencesBiochemistry, Genetics and Molecular Biology