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Notes 9.4 – DISRUPTING HWE EQUILIBRIUM
Notes 9.4 – DISRUPTING HWE EQUILIBRIUM

... Gene Flow- Movement of individuals in or out of a population  Immigration  Ex. ...
Review for Heredity Unit
Review for Heredity Unit

... copy of an adult cell is duplicated and becomes a separate organism. ...
Chapter 16: Population Genetics &Speciation
Chapter 16: Population Genetics &Speciation

... frequencies in a population change as a result of random events or chance. • Genetic drift refers to the expected population dynamics of neutral alleles (those defined as having no positive or negative impact on fitness) (Natural selection describes the tendency of beneficial alleles to become more ...
Genetics…
Genetics…

... • HOWEVER,NO INDIVIDUAL HAS MORE THAN TWO ALLELES • For some reason in the population there exist more than two gene choices • Weird interactions go on between the alleles; some are dominant over others, some are codominant, etc. ...
Genetics - TeacherWeb
Genetics - TeacherWeb

... the inheritance of alleles for one trait doesn’t affect the inheritance of alleles for another trait – accounts for the many genetic variation observed in plants, animals and other ...
Lecture 19 .. اضغط للتحميل
Lecture 19 .. اضغط للتحميل

Heredity - Net Start Class
Heredity - Net Start Class

... plants. Such shared characteristics are different from learned behaviors, such as table manners or learning a language. Students have likely also explored the basic concept of a cell and that it contains a nucleus. They may even be aware that each human cell has 46 chromosomes, with all of a person’ ...
Today, we start the Genetics material!
Today, we start the Genetics material!

... R&H ...
Lecture 1 Human Genetics
Lecture 1 Human Genetics

... From the perspective of population size: Given a particular population size, only alleles that bear a large enough selection coefficient (picture severity of disease) will be strongly selected against. ...
Probability and Punnet Squares
Probability and Punnet Squares

Genetics - TeacherWeb
Genetics - TeacherWeb

... -All the cells descended from that cell have the same X turned off -If female is heterozygous she becomes a mosaic—some areas have the dominant gene expressed, some have the recessive -Ex: calico cats, patches of colorblindness Non-disjunction -Failure of chromosome pairs to separate during meiosis ...
Ch. 23- Evolution of Populations
Ch. 23- Evolution of Populations

... • Diploidy: hide recessive alleles that are less favorable • Heterozygote advantage: greater fitness than homozygotes • eg. Sickle cell disease ...
introduction to genetics
introduction to genetics

... Mendel was able to study the heredity of certain traits. Heredity= passing of physical characteristics from parent to offspring. Trait= each form of a characteristic. For ex. ...
Genetics Chapter Test  B Multiple Choice 1.
Genetics Chapter Test B Multiple Choice 1.

... Directions: On the line before each definition, write the letter of the term that matches it correctly. Not all terms are used. ...
8B Applied Genetics
8B Applied Genetics

In addition to natural selection, genetic drift & gene flow cause change
In addition to natural selection, genetic drift & gene flow cause change

DISRUPTING GENETIC EQUILIBRIUM
DISRUPTING GENETIC EQUILIBRIUM

... Suppose termites in an area begin to build deeper nests. Anteaters with long tongues could more effectively prey on termites than those with short or average tongue length ...
The Evolution of Populations
The Evolution of Populations

... Genetic drift can lead to a loss of genetic variation within populations Genetic drift can cause harmful alleles to become fixed ...
Pedigrees
Pedigrees

... history of how a trait is inherited. In other words, similar to a family tree but looks at one trait/disorder only. ...
Mendel and the Gene Idea
Mendel and the Gene Idea

... The ability of parent organisms to pass their characters in form of talents (genes) on their descendants. It is manifested by reproduction. It allow to conserve characters of organisms. It allow continuing biological species. ...
Name
Name

... - A section of DNA that codes for a specific sequence of amino acids (polypeptide chain). - A good working definition is to say that it codes for a specific protein. - Mendel thought (incorrectly) that it coded for a specific trait. This definition is OK, but it doesn't reflect what we now know abou ...
4th period Essay Unit 4 A
4th period Essay Unit 4 A

... Indicate the conditions under which allelic frequencies (p and q) remain constant from one generation to the next. b. Calculate, showing all work, the frequencies of the alleles and the frequencies of the genotypes in a population of 100,000 rabbits, of which 25,000 are white and 75,000 are agouti. ...
GMO vs Selective breeding
GMO vs Selective breeding

... plants form a genetically variable population, then grown and evaluated by observation over several years, finally it is determined whether or not the new plants are better than their relatives. ...
Chapter 16 How Populations Evolve
Chapter 16 How Populations Evolve

... – Gene flow (gene migration) is the movement of alleles among populations by migration of breeding individuals. •When animals move between populations, or when pollen is distributed between species, gene flow has occurred. •Continued gene flow decreases diversity among populations, causing gene poo ...
Airgas template
Airgas template

< 1 ... 234 235 236 237 238 239 240 241 242 ... 298 >

Inbreeding

Inbreeding is the sexual reproduction of offspring from the mating or breeding of individuals or organisms that are closely related genetically. By analogy, the term is used in human reproduction, but more commonly refers to the genetic disorders and other consequences that may arise from incestuous sexual relationships and consanguinity.Inbreeding results in homozygosity, which can increase the chances of offspring being affected by recessive or deleterious traits. This generally leads to a decreased biological fitness of a population (called inbreeding depression), which is its ability to survive and reproduce. An individual who inherits such deleterious traits is referred to as inbred. The avoidance of such deleterious recessive alleles caused by inbreeding, via inbreeding avoidance mechanisms, is the main selective reason for outcrossing. Crossbreeding between populations also often has positive effects on fitness-related traits.Inbreeding is a technique used in selective breeding. In livestock breeding, breeders may use inbreeding when, for example, trying to establish a new and desirable trait in the stock, but will need to watch for undesirable characteristics in offspring, which can then be eliminated through further selective breeding or culling. Inbreeding is used to reveal deleterious recessive alleles, which can then be eliminated through assortative breeding or through culling. In plant breeding, inbred lines are used as stocks for the creation of hybrid lines to make use of the effects of heterosis. Inbreeding in plants also occurs naturally in the form of self-pollination.
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