Complementary strand: Difference between revisions

Latest revision as of 08:57, 15 October 2014

Mammalian DNA consists of two strands. These are know to be complementary following the Watson Crick base pairing rule, A-T and C-G.

For example if the top strand reads AGGTTCAG the bottom strand must read TCCAAGTC. This is complementary as it follows the base pairing rules.

Revision as of 07:49, 15 October 2014 view source 130287139 (talk \| contribs) 3 edits Created page with "Mammalian DNA consists of two strands. These are know to be complementary following the Watson Crick base pairing rule, A-T and C-G. For example if the top strand reads AGG..."		Latest revision as of 08:57, 15 October 2014 view source Nnjm2 (talk \| contribs) 7,735 edits No edit summary
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	Mammalian DNA consists of two strands. These are know to be complementary following the Watson Crick base pairing rule, A-T and C-G.		Mammalian [[DNA\|DNA]] consists of two strands. These are know to be complementary following the [[Watson-Crick_base_pairing\|Watson Crick base pairing rule]], A-T and C-G.

	For example if the top strand reads AGGTTCAG the bottom strand must read TCCAAGTC. This is complementary as it follows the base pairing rules.		For example if the top strand reads AGGTTCAG the bottom strand must read TCCAAGTC. This is complementary as it follows the base pairing rules.