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cell or individual with some deviation from a whole multiple of the haploid or monoploid chromosome complement (eg. having one extra chromosome or missing one chromosome) is most correctly called
aneuploid.
The procedure whereby RNA is separated by agarose gel electrophoresis, transferred to membrane and incubated with a specific probe is often referred to as
Northern blotting.
The general approach of moving from a cloned gene to identifying a mutation in that gene is called
reverse genetics.
The situation where no DNA is present in excess or missing from the chromosomal complement is referred to as
balanced.
The ability of some phage to transfer any appropriately sized segment of a bacterial chromosome between bacteria is called
generalized transduction.
Some commonly grown garden plants have four copies of each chromosome, all derived from the same original species. This is best characterized as an example of
Autopolyploidy.
A chromosomal rearrangement in which the two long arms of two acrocentric chromosomes fused to create a new chromosome is called a
Robertsonian translocation
RNA-mediated interference (RNAi)
A method whereby introduction of double-stranded RNA into cells leads to degradation of the corresponding endogenous gene product, producing a mutant-like phenotype.
endosymbiont
an organism, usually prokaryotic, residing within the cytoplasm of a host cell
homoplasmy
having mitochondria that are all wild type or all mutant.
A method whereby introduction of double-stranded RNA into cells leads to degradation of the corresponding endogenous gene product, producing a mutant-like phenotype, is called
RNA-mediated interference.
A bacterial anti-viral defense mechanism that has been adapted to create or correct mutations within cells is called
CRISPR/Cas9.
Some commonly grown garden plants have four copies of each chromosome, all derived from the same original species. This is best characterized as an example of
Autopolyploidy.
A cell or individual with some deviation from a whole multiple of the haploid or monoploid chromosome complement (eg. having one extra chromosome or missing one chromosome) is most correctly called
aneuploid.
A chromosomal rearrangement in which non-homologous chromosomes swap corresponding segments of DNA is called
reciprocal translocation.
The procedure whereby RNA is separated by agarose gel electrophoresis, transferred to membrane and incubated with a specific probe is often referred to as
Northern blotting.
An organism with only one copy of each chromosome is said to be
monoploid.
heteroplasmy
having a mixture of mutant and wild type mitochondria
endosymbiont
an organism, usually prokaryotic, residing within the cytoplasm of a host cell
transduction
the transfer of DNA from one bacterial cell to another by a virus.
maternal effect
the mother’s genotype determines the offspring’s phenotype through factors deposited in the egg either as RNA or protein
cloning yourself
Obtain an egg from a specied
Remove its nucleus
Fuse the enucleated egg to a somatic cell from what you want to clone
Implant the embryo into a host female to permit development to term.
antibody probe
You would screen a cDNA library in an expression vector by colony lift using the antibody as probe
reposter transgene
You would produce transgenic mice that contain a reporter transgene that fuses mgc promoter
mouse model
1. Infect ES cells from black mouse using vector shown above. 2. Select for recombinants in neomycin and ganciclovir. 3. Verify that recombinants had deletion within mgc by Southern or PCR. 4. Mix engineered ES cells with embryo derived from white mouse. 5. Implant into pseudopregnant mouse to produce chimeric mice. 6. Cross chimeric X white to find those chimeric mice that produce all black offspring. Use Southern or PCR to ID
hets. 7. Cross hets to generate homozygotes
Extranuclear inheritance
The trait is determined by mutation of DNA that resides outside the nucleus (in this case presumably within mitochondria).
Functional complementation
ibrary from wild type, transform mutant, find rescue