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Scatter: Chapter 11-PH BIOLOGY-Genetics

genetics
scientific study of heredity or the traits that are inherited
fertilization
the process in sexual reproduction during which male and female reproductive cells join to produce a new cell
true-breeding
during self pollination the production of offspring identical to the "parents"
trait
a specific characteristic that varies from one individual to another
hybrid
offspring crosses between parents with different traits
gene
chemical factors that determine traits
allele
different forms of a gene
segregation
separation of alleles during formation of sex cells (gametes)
gamete
special cells involved in sexual reproduction (sex cells)
probability
the likelihood that an event will occur is used to predict the outcome of genetic crosses
Punnet Square
a diagram that is used to predict and compare genetic variations that will result from a cross
homozygous
organisms that have 2 identical alleles for a particular trait
heterozygous
organisms that have 2 different alleles for the same trait
phenotype
physical characteristics
genotype
genetic makeup
independent assortment
genes of different traits segregating independently during gamete formation. Accounts for many genetic differences in organisms.
incomplete dominance
when one allele is not completely dominant over another one (pink)
codominance
both alleles contribute to the phenotype (speckled)
multiple alleles
genes with more than 2 alleles
polygenic traits
traits controlled by 2 or more genes.
homologous
each of the 4 chromosomes from a male parent has a corresponding set of chromosomes from a female parent
diploid
cell that contains BOTH homologous set of chromosomes
haploid
gametes with a single set of chromosomes ( fruit flies)
meiosis
process in which the number of chromosomes per cell is cut in half through separation of the homologous chromosomes in a diploid cell
tetrad
Strucure formed during meiosis 1 when a chromosome pairs with its homologous chromosome
crossing-over
Process when tetrads exchange part of their chromatids. Results in the exchange of alleles

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Punnet Squarea diagram that is used to predict and compare genetic variations that will result from a cross
alleledifferent forms of a gene
codominanceboth alleles contribute to the phenotype (speckled)
crossing-overProcess when tetrads exchange part of their chromatids. Results in the exchange of alleles
diploidcell that contains BOTH homologous set of chromosomes
fertilizationthe process in sexual reproduction during which male and female reproductive cells join to produce a new cell
gametespecial cells involved in sexual reproduction (sex cells)
genechemical factors that determine traits
geneticsscientific study of heredity or the traits that are inherited
genotypegenetic makeup
haploidgametes with a single set of chromosomes ( fruit flies)
heterozygousorganisms that have 2 different alleles for the same trait
homologouseach of the 4 chromosomes from a male parent has a corresponding set of chromosomes from a female parent
homozygousorganisms that have 2 identical alleles for a particular trait
hybridoffspring crosses between parents with different traits
incomplete dominancewhen one allele is not completely dominant over another one (pink)
independent assortmentgenes of different traits segregating independently during gamete formation. Accounts for many genetic differences in organisms.
meiosisprocess in which the number of chromosomes per cell is cut in half through separation of the homologous chromosomes in a diploid cell
multiple allelesgenes with more than 2 alleles
phenotypephysical characteristics
polygenic traitstraits controlled by 2 or more genes.
probabilitythe likelihood that an event will occur is used to predict the outcome of genetic crosses
segregationseparation of alleles during formation of sex cells (gametes)
tetradStrucure formed during meiosis 1 when a chromosome pairs with its homologous chromosome
traita specific characteristic that varies from one individual to another
true-breedingduring self pollination the production of offspring identical to the "parents"
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