Directionality: Difference between revisions

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<p>[[File:Directionality2.jpg|thumb|400px]]An [[RNA]] molecule is a chain of [[nucleotide]]s with two distinct ends, called 5' ("five-prime") and 3' ("three-prime"). By convention, an RNA sequence is written and numbered in the 5' to 3' direction.</p>
<p>[[File:Directionality2.jpg|thumb|400px]]An [[RNA]] molecule is a chain of [[nucleotide]]s with two distinct ends, called 5' ("five-prime") and 3' ("three-prime"). By convention, an RNA sequence is written and numbered in the 5' to 3' direction.</p>
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<p>&nbsp;</p>
==Introduction==
<p>==Introduction==</p>
<p>Nucleotides joined by bonds between [[sugar]] and [[phosphate]] groups. Two distinct positions on the sugar ring are bound to phophate - the 5' and 3' positions.  RNA is customarily numbered and written in the same direction as it is synthesized by all life forms.</p>
<p>Nucleotides joined by bonds between [[sugar]] and [[phosphate]] groups. Two distinct positions on the sugar ring are bound to phophate - the 5' and 3' positions.  RNA is customarily numbered and written in the same direction as it is synthesized by all life forms.</p>
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<h2>Teaching about Directionality</h2>
<p>{{#widget:YouTube|id=HL1326745308&amp;feature=mh_lolz}}</p>

Revision as of 11:21, 12 October 2013

Directionality2.jpg

An RNA molecule is a chain of nucleotides with two distinct ends, called 5' ("five-prime") and 3' ("three-prime"). By convention, an RNA sequence is written and numbered in the 5' to 3' direction.

 

==Introduction==

Nucleotides joined by bonds between sugar and phosphate groups. Two distinct positions on the sugar ring are bound to phophate - the 5' and 3' positions. RNA is customarily numbered and written in the same direction as it is synthesized by all life forms.

 

Teaching about Directionality