Talk:Isoelectric focusing: Difference between revisions
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Igor/0.1.0: Updating assessment: {{Wikiproject MCB|class=Start|importance=Mid}} |
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{{Wikiproject MCB|class=Start|importance=Mid}} |
{{Wikiproject MCB|class=Start|importance=Mid}} |
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negative end is an anode, positive is a cathode. nor does a current create a voltage potential - a voltage potential creates a current. |
negative end is an anode, positive is a cathode. nor does a current create a voltage potential - a voltage potential creates a current. |
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:Negative anode and positive cathode refers to a galvanic cell. Electrophoresis is more correctly equivalent to an electrolytic cell where the [[cathode]] is the negative electrode, and the [[anode]] is the positive. A current passing through a resistive medium creates a potential difference. Of course an external emf is required to drive that current. |
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:Reference 3 is not about isoelectric focussing, but proposes the distribution of protein in an pH gradient without an imposed electric field.[[Special:Contributions/96.54.53.165|96.54.53.165]] ([[User talk:96.54.53.165|talk]]) 20:38, 4 October 2010 (UTC) |
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Revision as of 20:38, 4 October 2010
Template:Wikiproject MCB negative end is an anode, positive is a cathode. nor does a current create a voltage potential - a voltage potential creates a current.
- Negative anode and positive cathode refers to a galvanic cell. Electrophoresis is more correctly equivalent to an electrolytic cell where the cathode is the negative electrode, and the anode is the positive. A current passing through a resistive medium creates a potential difference. Of course an external emf is required to drive that current.
- Reference 3 is not about isoelectric focussing, but proposes the distribution of protein in an pH gradient without an imposed electric field.96.54.53.165 (talk) 20:38, 4 October 2010 (UTC)