Bioorg. Khim.

The complete primary structure (1449 b. p.) of mobile genetic element ISH S1 from Halobacterium halobium has been elucidated using the dideoxy/M13 sequencing procedure. Computer analysis of the structure reveals similarity in overall structural organization of ISH S1 and other known transposable genetic elements of halobacteria and makes it possible to propose a hypothetical model of halobacterial promoter.

Source:http://purl.uniprot.org/citations/2829928

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Predicate	Object
rdf:type	uniprot:Journal_Citation
rdfs:comment	The complete primary structure (1449 b. p.) of mobile genetic element ISH S1 from Halobacterium halobium has been elucidated using the dideoxy/M13 sequencing procedure. Computer analysis of the structure reveals similarity in overall structural organization of ISH S1 and other known transposable genetic elements of halobacteria and makes it possible to propose a hypothetical model of halobacterial promoter.
skos:exactMatch	http://purl.uniprot.org/medline/88134408, http://purl.uniprot.org/pubmed/2829928
uniprot:name	Bioorg. Khim.
uniprot:author	Gur'ev S.O., Zozulia S.A., Zviaga T.A.
uniprot:date	1987
uniprot:pages	1351-1357
uniprot:title	Nucleotide sequence of the archaebacterial mobile genetic element ISH S1, Nucleotide sequence of the archaebacterial mobile genetic element ISH S1.
uniprot:volume	13