lambda repressor/N-domain - Revision history

JimHu at 07:16, 19 April 2009

2009-04-19T07:16:30Z

← Older revision		Revision as of 07:16, 19 April 2009
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	{{Image:1LMB.pdb}}		{{Image:1LMB.pdb}}
	The structure of the N-terminal domain of [[lambda repressor]] in a cocrystal with operator DNA was described by Beamer and Pabo<ref name='PMID:1387915'/>. DNA recognition is via a helix-turn-helix DNA binding motif {{:~~Phage_lambda_cI:Gene_Product(s)~~/highlight_hth}}that contacts operator DNA in the major groove. Additonal contacts are made by an N-terminal arm {{:~~Phage_lambda_cI:Gene_Product(s)~~/highlight_arm}}that reaches around the DNA.		The structure of the N-terminal domain of [[lambda repressor]] in a cocrystal with operator DNA was described by Beamer and Pabo<ref name='PMID:1387915'/>. DNA recognition is via a helix-turn-helix DNA binding motif {{Image_talk:1LMB.pdb/highlight_hth}}that contacts operator DNA in the major groove. Additonal contacts are made by an N-terminal arm {{Image_talk:1LMB.pdb/highlight_arm}}that reaches around the DNA.

	The N-terminal domain forms weak homodimers via helix 5-helix 5 contacts {{:~~Phage_lambda_cI:Gene_Product(s)~~/~~highlight_h5~~}}<ref name='PMID:3388019'/>.		The N-terminal domain forms weak homodimers via helix 5-helix 5 contacts {{Image talk:1LMB.pdb/highlight h5}}<ref name='PMID:3388019'/>.

	== References ==		== References ==
	{{RefHelp}}<references/>		{{RefHelp}}<references/>

JimHu: Phage lambda cI:Gene Product(s)/N-domain moved to lambda repressor/N-domain: shorten URL

2009-04-13T19:59:35Z

Phage lambda cI:Gene Product(s)/N-domain moved to lambda repressor/N-domain: shorten URL

← Older revision	Revision as of 19:59, 13 April 2009
(No difference)

JimHu at 07:39, 13 April 2009

2009-04-13T07:39:37Z

← Older revision		Revision as of 07:39, 13 April 2009
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	{{Image:1LMB.pdb}}		{{Image:1LMB.pdb}}
	The structure of the N-terminal domain of lambda repressor in a cocrystal with operator DNA was described by Beamer and Pabo<ref name='PMID:1387915'/>. DNA recognition is via a helix-turn-helix DNA binding motif {{:Phage_lambda_cI:Gene_Product(s)/highlight_hth}}that contacts operator DNA in the major groove. Additonal contacts are made by an N-terminal arm {{:Phage_lambda_cI:Gene_Product(s)/highlight_arm}}that reaches around the DNA.		The structure of the N-terminal domain of [[lambda repressor]] in a cocrystal with operator DNA was described by Beamer and Pabo<ref name='PMID:1387915'/>. DNA recognition is via a helix-turn-helix DNA binding motif {{:Phage_lambda_cI:Gene_Product(s)/highlight_hth}}that contacts operator DNA in the major groove. Additonal contacts are made by an N-terminal arm {{:Phage_lambda_cI:Gene_Product(s)/highlight_arm}}that reaches around the DNA.

	The N-terminal domain forms weak homodimers via helix 5-helix 5 contacts {{:Phage_lambda_cI:Gene_Product(s)/highlight_h5}}<ref name='PMID:3388019'/>.		The N-terminal domain forms weak homodimers via helix 5-helix 5 contacts {{:Phage_lambda_cI:Gene_Product(s)/highlight_h5}}<ref name='PMID:3388019'/>.

JimHu at 07:19, 13 April 2009

2009-04-13T07:19:56Z

← Older revision		Revision as of 07:19, 13 April 2009
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	The N-terminal domain forms weak homodimers via helix 5-helix 5 contacts {{:Phage_lambda_cI:Gene_Product(s)/highlight_h5}}<ref name='PMID:3388019'/>.		The N-terminal domain forms weak homodimers via helix 5-helix 5 contacts {{:Phage_lambda_cI:Gene_Product(s)/highlight_h5}}<ref name='PMID:3388019'/>.

			== References ==
			{{RefHelp}}<references/>

JimHu: New page: {{Image:1LMB.pdb}} The structure of the N-terminal domain of lambda repressor in a cocrystal with operator DNA was described by Beamer and Pabo. DNA recognition i...

2009-04-13T07:19:30Z

New page: {{Image:1LMB.pdb}} The structure of the N-terminal domain of lambda repressor in a cocrystal with operator DNA was described by Beamer and Pabo<ref name='PMID:1387915'/>. DNA recognition i...

New page

{{Image:1LMB.pdb}}
The structure of the N-terminal domain of lambda repressor in a cocrystal with operator DNA was described by Beamer and Pabo<ref name='PMID:1387915'/>. DNA recognition is via a helix-turn-helix DNA binding motif {{:Phage_lambda_cI:Gene_Product(s)/highlight_hth}}that contacts operator DNA in the major groove. Additonal contacts are made by an N-terminal arm {{:Phage_lambda_cI:Gene_Product(s)/highlight_arm}}that reaches around the DNA.

The N-terminal domain forms weak homodimers via helix 5-helix 5 contacts {{:Phage_lambda_cI:Gene_Product(s)/highlight_h5}}<ref name='PMID:3388019'/>.