Genetic Engineering Flashcards

1
Q

Making changes in the DNA of a living organism

A

Genetic Engineering

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2
Q

Allowing only the animals with desired traits to produce the next generation

A

Selective Breeding

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3
Q

The process of combining two different parent species to create an offspring that is genetically similar to both parent organisms

A

Hybridization

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4
Q

The individuals produced by hybridization

A

Hybrids

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5
Q

The continued breeding of closely related organisms. This causes greater chance of genetic defect

A

Inbreeding

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6
Q

A process that uses laboratory-based technologies to alter the DNA makeup of an organism
-You can cut DNA using restriction enzymes, which cut DNA at a specific sequence of nucleotides

A

Manipulating DNA

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7
Q

Finds the sequence CTTAAG on DNA and cuts it

A

EcoR I

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8
Q

Process that involves using electric currents to separate certain biological molecules by size
- Used to compare genomes (genetic composition) of different organisms

A

Gel Electrophoresis

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9
Q

The process of identifying the order of the nucleotide bases that make up a DNA strand by separating pieces of DNA exposing them to dyes for each of the bases

A

Reading DNA

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10
Q

Produced by combining DNA from different sources

A

Recombinant DNA

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11
Q

A small, circular DNA molecule found in bacteria and some other microscopic organisms. It can replicate independently from a cell’s chromosomal DNA

A

Plasmid

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12
Q

Organisms that are genetically identical to other species

A

Transgenic Organism

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13
Q

An organism that is genetically identical to another

A

Clone

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14
Q

Placing a nucleus from a donor cell into another recipient cell

A

Nuclear Transplantation

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15
Q

Replacing an absent or faulty gene with a normal working gene

A

Gene Therapy

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16
Q

Testing to see if two prospective parents carry the alleles for a genetic disorder

A

Genetic Testing

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17
Q

A field of counseling that looks at genetic risk factors and helps potential parents make decisions about having children

A

Genetic Counseling

18
Q

The question of whether or not you have ownership over your DNA

A

Genetic Ownership

19
Q

(GM) things that contain modified genes

A

Genetic Modification

20
Q

Contains an increased amount of vitamin A

A

Golden Rice

21
Q

“father of genetics” – laid the foundations of the science of genetics

A

Gregor Mendel

22
Q

Specific characteristics that vary from one individual to another
- Each original pair of plants = P (parental generation)
- Their offspring are called the F1 generation (first filial)
- F2 (second filial) generation

23
Q

The offspring of crosses between parents of different species

24
Q

The chemical factors that determine traits

25
Different forms of a gene that exist for a particular trait
Alleles
26
A reproductive cell that carries half the genetic information of an organism, combining with another gamete during fertilization
Gamete
27
States that some alleles are dominant and some are not
Principle of Dominance
28
Separation of alleles during the gamete formation
Segregation
29
The likelihood that a particular event will occur
Probability
30
A diagram that shows the gene combinations that might result from a genetic cross
Punnett Square
31
Organisms that have 2 identical alleles for a trait
Homozygous
32
When genes have more that two alleles
Multiple alleles
33
Traits controlled by 2 or more genes that interact to produce a range of phenotypes
Polygenic Traits
34
An American Geneticist known for his work on fruit flies, demonstrating the principles of heredity and the chromosomal theory of inheritance
Thomas Hunt Morgan
35
Chromosomes are the physical basis of heredity and that genes are located on chromosomes
Chromosome theory of inheritance
36
Phenotype
Physical appearance
37
Having two different alleles for a particular gene
Heterozygous
38
Genetic makeup
Genotype
39
The principle stating that alleles for different traits segregate independently of one another during gamete formation
Principle of Independent Assortment
40
A genetic situation where one allele does not completely dominate another, resulting in a phenotype that is a blend of both alleles
Incomplete dominance
41
Both alleles contribute to the phenotype
Codominance