thoughtto resultfrom gene duplication , on chromosome 22
Replication of a DNAleadsto the duplication of the entire chromosome
by one parent(passive) contributed bytwo copies of the chromosome
Chromosomal duplicationsresultin the duplication of a single chromosome
self - replicating informationdiscoveredover the self - replicating chromosome
self - replicating informationdiscoveredon the self - replicating chromosome
which clinically identifiablecausedby duplication arm of chromosome
Whole genome duplication ( polyploidyresultsin every chromosome being duplicated
a paternally derived unbalanced translocationleadingto duplication of chromosome 15pter - q13.2
a chromosome 3leadingto a chromosome 3p duplication
microarray testing in a fetus with a prenatally detected apparently balanced de novo translocation 46,XY , t(2;13)(q37;q32(passive) discovered bya chromosome 13q32.3 duplication
mutationscauseduplication of genes
its matching baseleadingto the exact duplication of chromosomes
a paternally derived unbalanced translocationleadingto duplication of chromosome 15pter
because it disturbs the mitosis at the anaphase stageto resultin chromosome doubling
sometimes " allopolyploidy " occursresultsin the doubling of the chromosome
to classic CMT1A , a similar , but clinically distinct disorderleadsto classic CMT1A , a similar , but clinically distinct disorder
the developmental problems(passive) caused bythe developmental problems
to partial trisomy for the genes within that sectionleadsto partial trisomy for the genes within that section
to partial trisomy for the genes within that phaseleadsto partial trisomy for the genes within that phase
to partial trisomyleadsto partial trisomy
to multiple copies of the same genethereby leadingto multiple copies of the same gene
in increased fungicide resistance in the yeast Candida glabrataresultedin increased fungicide resistance in the yeast Candida glabrata
a child to develop autismleadsa child to develop autism
an inherited condition(passive) caused byan inherited condition
a childleadsa child
the oral mucosa(passive) caused bythe oral mucosa
to evolutionwould ... contributeto evolution
to evolutionmay contributeto evolution
to evolutionmight contributeto evolution
a rare disorder called MECP2 duplication syndrome(passive) is caused bya rare disorder called MECP2 duplication syndrome
to partial trisomy of that segmentleadsto partial trisomy of that segment
a contiguous gene syndrome(passive) caused bya contiguous gene syndrome
to developmental delay ... and is on the autism spectrumledto developmental delay ... and is on the autism spectrum
in autismhas resultedin autism
it is different in(passive) is caused byit is different in
several genetic disorders leading to developmental delay , congenital malformations , mental retardation , and infertilitycauseseveral genetic disorders leading to developmental delay , congenital malformations , mental retardation , and infertility
A genetic condition(passive) caused byA genetic condition
early - onset gigantism(passive) caused byearly - onset gigantism
to Down syndromeleadingto Down syndrome
changes in functionmay causechanges in function
a genetic disorder(passive) caused bya genetic disorder
a genetic disorder(passive) caused bya genetic disorder
the oral mucosa(passive) caused bythe oral mucosa
to the formation of a new gene under suitable selection pressurecan leadto the formation of a new gene under suitable selection pressure
a variety of medical , physical , cognitive and developmental difficultiescausesa variety of medical , physical , cognitive and developmental difficulties
larger cells than in wild typecauseslarger cells than in wild type
to tumorigenesiscould contributeto tumorigenesis
to the production of haploid gametesleadingto the production of haploid gametes
the oral mucosa(passive) caused bythe oral mucosa
to plants with two identical copies of all genes in just one generationwill leadto plants with two identical copies of all genes in just one generation
in two identical sister chromatids bound together by cohesin proteins at the centromereresultsin two identical sister chromatids bound together by cohesin proteins at the centromere
in two identical sister chromatids bound together by cohesin proteins at the centromereresultsin two identical sister chromatids bound together by cohesin proteins at the centromere
to plants with two identical copies of all geneswill leadto plants with two identical copies of all genes