1 och w LU 5. In com, starchy (Si la dominant to sweet (s. A true bread sweet plant was cold water reud starchy plant to

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1 och w LU 5. In com, starchy (Si la dominant to sweet (s. A true bread sweet plant was cold water reud starchy plant to

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1 Och W Lu 5 In Com Starchy Si La Dominant To Sweet S A True Bread Sweet Plant Was Cold Water Reud Starchy Plant To 1
1 Och W Lu 5 In Com Starchy Si La Dominant To Sweet S A True Bread Sweet Plant Was Cold Water Reud Starchy Plant To 1 (50.51 KiB) Viewed 116 times
1 och w LU 5. In com, starchy (Si la dominant to sweet (s. A true bread sweet plant was cold water reud starchy plant to produce an F1 generation. The FP's were crossed to produce an anton Diagram the cross giving the genotypes and phenotypes of all Sentrations 6. In com, starchy (s) is dominant to sweets and purple kerneis (Pere dominant over yellow true breed sweet, purple plant was crossed with a true breed starchyvellow plant to produce en 2 generation. The Fi's were crossed to produce an F2 generation. Diagram the cross giving the genotypes and phenotypes of all 3 generations. 7. Describe a procedure how to amplify a specific region of ONA. Be sure in your description you tell how to specify the region, what reagents are needed for the whole process, and all the steps, with some general specifications for each step. 8. In making a new mutation, introduced a new restriction enzyme site into the gene to make identifying the mutation easier. The originalgene was 1000 base pairs. The mutation was cut by the restriction enzyme one time, leaving pieces of 700 and 300 base pairs. Three different samples were digested and the DNA pieces run on an agarose gel using electrophoresis. The results are below Identify which sample is correct (having only the mutation), explaining why it is correct and the one are not. Lane 1 are the markers, Lanes 2, 3, and 4 are different samples. 12 - ------ -
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