Loading ...

Blob

Smart Reasoning:

C&E

See more*

Qaagi - Book of Why

Causes

Effects

quantitative changesresultingfrom a process of gene amplification

activity in cells ... resistance to imatinib ... andresultedfrom BCR - ABL gene amplification

activity in cells ... resistance to imatinibresultedfrom BCR - ABL gene amplification

mainly(passive) is ... composedThe gene amplification instrument

follicle cellsleadsto extensive gene amplification

p53 mutations ... the p63 genecausesamplification of the EGFR gene

mutationscausingnative gene amplification

AR overexpression ,may resultfrom AR gene amplification

Methotrexatecausesamplification of the dihydrofolate reductase gene

d DNA breaks in p53-deficient cellsleadto oncogenic gene amplification

Unrepaired DNA breaks in p53-deficient cellsleadto oncogenic gene amplification

Site - specific DNA replication at the chorion loci in Drosophila follicle cellsleadsto extensive gene amplification

first(passive) was ... discoveredAmplification of the HER2 gene

in a few resistant(passive) was discoveredMDR1 gene amplification

the addition of methotrexatecausesgene amplification of the DHFR gene

The different chromosomal mechanismsleadingto gene amplification

However the box office performance of Katzman 's action movies and serials , particularly Superman was outstripping those for Gene Kupra's musicals and comediesleadingGene Kupraaway

expression , or sequencescauseamplification of the gene

repetitive genetic sequencesresultsin gene amplification

one or both copies of wild type p53 alleles ... sufficientto causegene amplification

its abnormalities such as overexpression as well asmay contributegene amplification

genesinfluencinggene - amplification

sequencescauseamplification of the gene

the primary mechanismscausinggene amplification

DNA breakageleadsto gene amplification

according to the nucleotide sequence deposited in GenBank(passive) were designedgene amplification

Genetic duplicationsresultingfrom gene amplification

expressioncan resultfrom gene amplification

the cell ... sufficientto causegene amplification

common chromosomal fragile sites , defects in DNA replication , or telomere dysfunction(passive) may be influenced byGene amplification

which levelsresultfrom gene amplification

the Vpr - induced chromosome breaksleadingto gene amplification

extra copiesresultingfrom gene amplification

Rresultingfrom gene amplification

Primers(passive) were designedAmplification of the genes

Stepwise increasing of inhibitor concentrationleadsto gene amplification

fragile sitescausinggene amplification

a possibilityto influencegene amplification

a recurrent rearrangement ,resultingin gene amplification

DNA re - replicationleadingto gene amplification

to an increase in transcription and protein product for that genecan leadto an increase in transcription and protein product for that gene

in increased EGFR activitycan resultin increased EGFR activity

to extra chromosomal copies of a proto - oncogeneleadingto extra chromosomal copies of a proto - oncogene

to disease progression in breast cancercontributesto disease progression in breast cancer

from recombination eventsto resultfrom recombination events

to uncontrolled cell proliferationcontributeto uncontrolled cell proliferation

to AR protein overexpressionleadingto AR protein overexpression

in over - expression of Met proteinresultsin over - expression of Met protein

to overexpressionleadingto overexpression

to increased activity of the EGFR pathwayleadsto increased activity of the EGFR pathway

in over - expression of Her2 proteinresultsin over - expression of Her2 protein

in its overexpressionresultsin its overexpression

in overexpression of Her2 proteinresultsin overexpression of Her2 protein

c - MET activation(passive) can be caused byc - MET activation

MET activation(passive) can be caused byMET activation

methyltransferase SETDB1contributesmethyltransferase SETDB1

to overproduction of the HER2 proteincan leadto overproduction of the HER2 protein

a type of breast cancer(passive) caused bya type of breast cancer

protein overexpression(passive) is caused byprotein overexpression

to distant metastasiscontributingto distant metastasis

to over - expression of its protein productinvariably leadsto over - expression of its protein product

to a total copy number of 60leadingto a total copy number of 60

HER-2 overexpression(passive) is caused byHER-2 overexpression

overexpressioncausesoverexpression

from a copy number increase associated with overexpression of the amplified generesultsfrom a copy number increase associated with overexpression of the amplified gene

to high levels of protein ( receptor ) expressionleadsto high levels of protein ( receptor ) expression

in the early 1980swas discoveredin the early 1980s

to AR protein overexpression ... and subsequently to increased AR signalingmay leadto AR protein overexpression ... and subsequently to increased AR signaling

to increased expression of the encoded protein in cellsusually leadsto increased expression of the encoded protein in cells

resistance to ARTmay causeresistance to ART

in gene overexpressionresultsin gene overexpression

to the overexpression of the geneleadingto the overexpression of the gene

receptor overexpression and activation of downstream pathwayscausingreceptor overexpression and activation of downstream pathways

overexpression of proteinmay causeoverexpression of protein

protein overexpression(passive) is ... caused byprotein overexpression

in up to 20 copies of the same generesultingin up to 20 copies of the same gene

to production of increased numbers of a gene copiesmay leadto production of increased numbers of a gene copies

to extreme amounts of the gene productleadingto extreme amounts of the gene product

to the growth of cancermay also leadto the growth of cancer

in the growth of cancermay also resultin the growth of cancer

Blob

Smart Reasoning:

C&E

See more*