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Test your basic knowledge |
Recombinant Dna Technology
Start Test
Study First
Subjects
:
health-sciences
,
genetics
Instructions:
Answer 50 questions in 15 minutes.
If you are not ready to take this test, you can
study here
.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. Form of reproduction more used because it creates Variation
Hardy- Weinberg equilibrium
Heterozygote Advantage
Founder effect
Sexual reproduction
2. A group of interbreeding organisms living in the same place at the same time
Pluripotent stem cells
Population
Frequency dependent selection
'Pharm' animals
3. The more common a trait becomes the more likely it will be selected against
Diploiding
Frequency dependent selection
Biogeography
Transitional forms
4. Closely related organisms have more similar DNA sequences and protein structures
Biogeography
Molecular similarity
Ericson Method
Most organisms are...
5. The movement of genes between two populations e.g. migration - immigration
Recombinant DNA technology
Gene flow
Homology
Stabilizing
6. Another method designed to sort female sperm form male sperm; goes by size of sperm; females are bigger than male sperm
Micro - sort
Genetic drift
Natural selection does not make perfect individuals
Reproductive cloning
7. Mutation - Natural selection - Genetic drift - Bottleneck effect - Founder effect - Gene flow - and Mate choice/non - random mating
Microevolution
Mechanisms of Microevolution
Stem cells
Recombinant DNA technology
8. One extreme is selected over the other
Advantages of Recom. DNA tech
Directional selection
DNA fingerprinting
Reproductive fitness
9. Pharmaceutical animals; cloned animals used ot produce products for humans
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10. The change in a populations genetics
Directional selection
Microevolution
Evolution
Modes of Selection
11. Recessive traits persistent to a certain population; recessive alleles hide from selection
Transitional forms
Diploiding
Molecular similarity
Reproductive fitness
12. Came up with the term Uniformitarianism(mechanisms for change in the past still occur today; believed at first there was no evolution
Charles Darwin
Germinal choice
Lyell
Totipotent stem cells
13. Humans selecting certain traits in domestic organisms
Artificial selection(breeding)
Population
Asexual reproduction
Descent with Modification2
14. Results in a tissue or an organ that is identical to the DNA donor
Theraputic cloning
Linnaeus
Restriction enzymes
Theory
15. Differences in appearances between the sexes
Sexual dimrphism
'Pharm' animals
Sexual selection
Genetic drift
16. The organism with the most advantageous traits will survive
Artificial selection(breeding)
Intersexual selection
Natural selection
'Pharm' animals
17. Heterozygous chromosomes have an affect on an individuals genetics/alleles
Transitional forms
Lyell
Gel Electrophoresis
Heterozygote Advantage
18. Takes the gene from a needed product - puts it into another organism (usually bacteria) and it will make duplicates of the product
Micro - sort
Recombinant DNA technology
Ericson Method
Mate choice/non - random mating
19. A process to help separate DNA fragments using an electrical current; helps to compare DNA samples by fragment pattern
Genetic drift
Phenotypic variation
Theory
Gel Electrophoresis
20. Came up with the term catastrophism(sudden events that lead to extinction - but not in todays time)
Phenotypic variation
Cuvier
Totipotent stem cells
Preimplantation Genetic diagnosis (PGD)
21. Selection fro or against environment; leads to evolution only if variation has genetic components
Genetic drift
Hutton
Lamarck
Phenotypic variation
22. Invented the binomial method(naming of species); also believed that life was fixed
DNA fingerprinting
Transitional forms
Mutation
Linnaeus
23. Choosing the sperm/egg/embryo that will produce the desired child depending on DNA(genes)
Intrasexual selection
Embryology
Germinal choice
Asexual reproduction
24. Cuts DNA in specific sites; the fragments created are usually predictable
Gene Therapy
Heterozygote Advantage
Phenotypic variation
Restriction enzymes
25. Cells that can turn into other cells
Lyell
Stem cells
Transitional forms
Genetic drift
26. When a population becomes smaller and a few individuals survive the event
Genetic drift
Homology
Bottleneck effect
DNA fingerprinting
27. Directional selection - Disruptive selection - Stabalizing
Microevolution
Sexual selection
Modes of Selection
Advantages of Recom. DNA tech
28. Sexual partners chosen based on some characteristics
Mate choice/non - random mating
Microevolution
Artificial selection(breeding)
Sexual selection
29. The idea that characteristics can enhance an organisms survival
Artificial selection(breeding)
Historical Context of evolution
Adaptation
Mutation
30. Change in alleles due to random chance
Hutton
Genetic drift
Intersexual selection
Mechanisms of Microevolution
31. Comparing an unknown sample of DNA to a known sample by using Gel Electrophoresis; used in crime scenes - paternity tests - and remains identification
Pluripotent stem cells
Directional selection
Advantages of Recom. DNA tech
DNA fingerprinting
32. Traits that are neither advantageous nor disadvantageous; there is no selection
Neutral Variation
Sexual selection
Biogeography
Directional selection
33. Capable of asexual reproduction; most are not
DNA fingerprinting
Most organisms are...
Genetic drift
Artificial selection(breeding)
34. The screening of embryos for genetic disorders; done in In Vitro fertilization(fertilization in a petri dish); PGD removes one cell from the embryo and screens it genetically; embryos with disorders are discarded - ones without are kept and implanted
Sexual reproduction
Disruptive selection
Preimplantation Genetic diagnosis (PGD)
Hardy- Weinberg equilibrium
35. A widely accepted idea with lots of evidence
Natural selection
DNA fingerprinting
Theory
Sexual dimrphism
36. Results in a genetically identical inidvidual
Mate choice/non - random mating
Phenotypic variation
Theraputic cloning
Reproductive cloning
37. All species on earth are fixed; no changes - no new species - no extinction
Germinal choice
Population
Gene Therapy
Historical Context of evolution
38. Change in the DNA sequence of an individual; the only true way to get a new allele; the source of all heritable variation
Transitional forms
Historical Context of evolution
Descent with Modification2
Mutation
39. Cells that can become any cell in the body; found in the embryo
Totipotent stem cells
Directional selection
Micro - sort
Preimplantation Genetic diagnosis (PGD)
40. Sometimes different species share common ancestors
Ericson Method
plasmid
Natural selection does not make perfect individuals
Descent with Modification2
41. Can make large quantities of product; infection free; less expensive than a natural source
Advantages of Recom. DNA tech
Hutton
Germinal choice
Evolution
42. Taking good genes to replace bad genes; almost never works; has unintended side effects; sometimes just doesn't work; protein becomes degraded - etc
Modes of Selection
Gene Therapy
Biogeography
Sexual reproduction
43. Direct competition for mates with the same sex
Transitional forms
Intrasexual selection
DNA fingerprinting
Natural selection
44. In related organisms the underlying anatomy is similar even when the function is different
Bottleneck effect
Genetic drift
Homology
Charles Darwin
45. Believed that change was gradual;Gradualism(the mechanisms of the world - then - are the same today)
Asexual reproduction
Reproductive fitness
Hutton
Sexual dimrphism
46. Cells that can become only a few different types of cells; mostly adult stem cells; found in bone marrow - the skin epidermis - etc; can sometimes be turned into Totipotent stem cells
Ericson Method
Transitional forms
Pluripotent stem cells
Molecular similarity
47. Mate choice; one sex chooses their mate
Natural selection does not make perfect individuals
Modes of Selection
Intersexual selection
Evolution
48. Way more offspring are produced than by sexual reproduction
Asexual reproduction
Historical Context of evolution
Gene Therapy
Ericson Method
49. Theory of a stable - nonevolving population in which frequency of alleles do not change; only occurs in large - isolated populations with random mating - and no natural selection or mutations
Hardy- Weinberg equilibrium
Directional selection
Most organisms are...
Advantages of Recom. DNA tech
50. Subset of natural selection that increases the likelihood of mating specifically
Stem cells
Mutation
Descent with Modification2
Sexual selection