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1
Alternative forms of the same gene for a trait are located at corresponding positions on homologous chromosomes
ALLELES
2
Gene present in the dna of an organism which designates the genetic or hereditary makeup of an organism
GENOTYPE
3
This refers to the combination of genes in which uses a pair of letters to represent genotypes for one particular trait
GENOTYPE
4
This is how the trait physically shows up in an outward appearance of an organism as the result of gene action
PHENOTYPE
5
A genetic condition where an individual inherits the same alleles for a particular gene from both parents it is represented by two capital or to lowercase letters in the genotype
HOMOZYGOUS
6
A pair of identical genes with sometimes refer to as pure
HOMOZYGOUS
7
Pair of genes that contains one dominant gene and one recessive gene the paired genes are different or contrasting
HETEROZYGOUS
8
Having the two alleles at corresponding loci homologous chromosomes for one or more loci
HETEROZYGOUS
9
Represented by one capital letter and one lowercase letter and also referred to as hybrid
HETEROZYGOUS
10
One that is manifested plainly shown and readily perceived by the senses
MORPHOLOGICAL TRAIT
11
Perceive only by means of special methods that enable differences between molecules to be visualized
MOLECULAR TRAIT
12
This crosses only one trait and used to show law of dominance and segregation
MONOHYBRID CROSS
13
Mating of two individuals with different alleles at one genetic locus of interest the character being studied are governed by two or multiple alleles for a single locus
MONOHYBRID CROSS
14
Cruises two traits can be used to show the law of independent assortment
DIHYBRID CROSS
15
Describes a mating experiment between two organisms that are identically hybrid for two traits. Hybrid organism is one that is heterozygous which means that it carries two different alleles at a particular genetic position or locus
DIHYBRID CROSS
16
The mating of two individuals organisms or strains that have different gene pairs that determine three specific traits or in which three particular characteristics or gene loci are being followed
TRIHYBRID CROSS
17
Demonstrate that mendel's principles apply to inheritance of multiple traits
TRIHYBRID CROSS
18
The mode of inheritance in which transmitted on unbroken descent and heterozygote and homozygous recessive which result in 50% mutant gene
AUTOSOMAL DOMINANT
19
Mode of inheritance between two heterozygotes which severe conditions are unlikely to be passed on and transmitted by a long line of carriers which is common in breeding 1/4 result
AUTOSOMAL RECESSIVE
20
Mode of inheritance which chance that both maternal and paternal alleles at one locus are identical by descent and the proportion of all the individual genes are homozygous because of identity by common descent
COEFFICIENT OF IN BREEDING
21
This is the independent assortment which two characteristics behave completely independently of each other and it uses the dihybrid cross which applies the principle of probability
MENDEL'S POSTULATE
22
This the mendel's law of probability allow us to easily calculate probability of genotypes and phenotypes among the offspring
PRINCIPLE OF PROBABILITY
23
The probability of an impossible event is
0
24
The probability of a certain event is
1
25
This is when two independent events occur simultaneously the combined probability of the two outcomes is equal to the product of their individual probabilities of occurrence
PRODUCT LAW
26
The father of genetics
GREGOR JOHANN MENDEL
27
Study of inheritance from generation to generation
MENDELIAN GENETICS
28
Mendel's experiment that all plants grow
TALL
29
This result from a cross between two pure breeding plants which traits that appear are dominant traits
FIRST FILIAL GENERATION
30
Comprise of offspring resulted from a cross of the members of f1 generation which recessive trait usually reappears
SECOND FILIAL GENERATION
31
This law refers to the two alleles responsible for a trait separate from each other in which alleles for a three three combined at fertilization producing the genotype for the traits of the offspring in which an organism must inherit one factor and one factor at both parties
LAW OF SEGREGATION
32
This refers to the different traits that are inherited or are inherited as independent units in which alleles different rates are distributed to sex cells independently of one another this genes of one characteristics are not influenced by the genes for any other characteristics
LAW OF INDEPENDENT ASSORTMENT
33
This law refers to each trait what was stronger than the other in which the recessive showed only 1/4 of the second generation trait the recessive trait is hidden
LAW OF DOMINANCE
34
Who invented the punnett square
REGINALD PUNNET
35
Can be used to determine the possible combination of genes in a cross and can be used as a predictive tools when considering having children
PUNNETT SQUARE
36
Cystic fibrosis genetically inherited disease which only affects
HOMOZYGOUS RECESSIVE
37
Polydactyly huntington disease and a chrondoplastic dwarfisms are disorders caused by
DOMINANT ALLELE
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