Difference between revisions of "TR Quinine Adulteration of Polycose in 14-3-3 Transgenics"
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(Created page with 'Same mice as in experiment TQ. Knockdown of 14-3-3 zeta in the CeA makes C57B6 mice resistant to suppression of 15% ethanol intake by quinine adulteration. Based on Lesscher 20…') |
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Dilution of 2mM stock solution with 4% polycose (80 g/in final volume of 2L) to give desired concentrations: | Dilution of 2mM stock solution with 4% polycose (80 g/in final volume of 2L) to give desired concentrations: | ||
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Final Conc (uM) ml of 2 mM Q / 2L | Final Conc (uM) ml of 2 mM Q / 2L | ||
100 100 | 100 100 | ||
Latest revision as of 15:48, 4 July 2022
Same mice as in experiment TQ.
Knockdown of 14-3-3 zeta in the CeA makes C57B6 mice resistant to suppression of 15% ethanol intake by quinine adulteration.
Based on Lesscher 2012 PMID 22629472 and 2010 PMID 20477770
R18 Knock-in mice, non-deprived, given 4 days of 2-h access to 4% Polycose. Then tested on 5 consecutive days with 2-h (single bottle) test of 4% polycose in ascending concentrations of quinine sulfate (100,250,350,500,750 uM quinine sulfate).
2 mM Stock solution of Quinine Sulfate (MW 392) = 1.568 g / 2 L
Dilution of 2mM stock solution with 4% polycose (80 g/in final volume of 2L) to give desired concentrations:
| Final Conc | (uM) ml of 2 mM Q / 2L |
|---|---|
| 100 | 100 |
| 250 | 250 |
| 350 | 350 |
| 500 | 500 |
| 750 | 750 |