Summary: Genetics Analysis And Principles | 9780071315463 | Robert J Brooker
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2 Mendelian inheritance
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2.1 Mendel's study of pea plants
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What is a hybridization experiment?
A hybridization experiment is when two distinct individuals with different characteristics are bred to each other. -
What is a gamete?
A gamete is a haploid reproductive cell that fuses to form a zygote. -
What is the process of fertilization in pea plants?
Male gametes (sperm) are produced within pollen grains that form in the anthers, and the female gametes (eggs) are produced within ovules that form in the ovaries. For fertilization to occur, a pollen grain lands on the stigma, which stimulates the growth of a pollen tube. This enables cells to enter the stigma and migrate toward an ovule. Fertilization takes place when a sperm enters the micropyle, an opening in the ovule wall, and fuses with an egg cell. -
In this experiment, which plant, the white- or purple-flowered one, is providing the egg cells, and which is providing the sperm cells?
The white-flowered plant is providing the sperm, and the purple-flowered plant is providing the eggs. -
What is a trait, or variant?
A trait, or variant, are the specific properties of a character. -
What means breeding true?
Breeding true means that a trait does not vary in appearance from generation to generation. -
What is true-breeding strain, or true-breeding line?
A true-breeding strain, or true-breeding line is a variety that continues to produce the same trait after several generations of self-fertilization. -
Prior to fertilization, where is the male gamete located in a pea plant?
The male gamete is found within pollen grains. -
Why are pea plants suitable organisms to study genetically?
- They were easy to cross;
- They were capable of self-fertilization;
- They came in several different varieties.
- They were easy to cross;
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What are the seven characteristics that Mendel chose to study?
- Height;
- Flower color;
- Flower position;
- Seed color;
- Seed shape;
- Pod color;
- Pod shape.
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Topics related to Summary: Genetics Analysis And Principles
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Mendelian inheritance - Law of segregation
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Mendelian inheritance - Law of independent assortment
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Mendelian inheritance - Probability and statistics
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Extensions of Mendelian inheritance - Dominant and recessive alleles
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Extensions of Mendelian inheritance - Incomplete dominance, overdominance, and codominance
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Extensions of Mendelian inheritance - Genes on sex chromosomes
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Extensions of Mendelian inheritance - Sex-influences and sex-limited inheritance
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Extensions of Mendelian inheritance - Lethal alleles
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Extensions of Mendelian inheritance - Gene interactions
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Non-mendelian inheritance - Epigenetic inheritance: dosage compensation
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Non-mendelian inheritance - Epigenetic inheritance: genomic imprinting
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Non-mendelian inheritance - Extranuclear inheritance
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Genetic transfer and mapping in bacteria - Bacterial conjugation
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Gene regulation in eukaryotes II: epigenetics - Role of epigenetics in cancer
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Gene mutation and DNA repair - Effects of mutations on gene structure and function
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Gene mutation and DNA repair - Spontaneous mutations
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Gene mutation and DNA repair - Induced mutations
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Gene mutation and DNA repair - DNA repair
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Recombination, immunogenetics, and transposition - Immunogenetics
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Medical genetics and cancer - Inheritance patterns of genetic diseases
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Medical genetics and cancer - Detection of disease-causing alleles via haplotypes
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Medical genetics and cancer - Genetic basis of cancer