Loading ...
the resistance to antiestrogen therapyresultsfrom a cellular adaptation process
their interactionsleadto cellular function and adaptation
signalingleadingto chronic cellular adaptation
the Nrf2 pathway via redox signaling , ... , induction of protective proteins , and improvement of the mitochondrial redox stateleadingto chronic cellular adaptation
Sodium bicarbonatecan influencecellular adaptation processes
an evolutionary cell signalingcontributesto cell adaptation
Several molecular pathwayscausingcell adaptation
an epigenetic responsemay resultin cell adaptation
signalingcontributesto cell adaptation
thingsdo ... causecellular - adaption / degeneration
38leadingto cell adaptation
perturbationsleadingto cellular adaptation to heme
telomere length or DNA damage(passive) caused bycellular senescence
The shortening of telomerecan causecellular senescence
the hypothesis ... telomere shorteningcausescellular senescence
elevated oxidative stress(passive) caused bycellular senescence
DNA damagecan causecellular senescence
oxidative stress(passive) caused bycellular senescence
telomere shortening alone(passive) to be caused bycellular senescence
The phenomenon of contact inhibition ... also appearsto influencecellular senescence
intrinsic aging(passive) is ... caused bycellular senescence
These contrary results ... different stressescausedcellular senescence
dynamic evolutionary changesleadingto cellular adaptation
Aurora A overexpression(passive) caused bycellular senescence
proliferationcausescellular senescence
The breast cancer drug palbociclib arrests cells in G1 phase by CDK4/6 inhibition , but alsocausescellular senescence
These stimuli trigger signal transduction pathways in plantsleadingto cellular adaptation
a variety of factors related to DNA damage , genotoxic stress , and other not - yet - understood factors(passive) is caused byCellular senescence
a series of stepscausescellular senescence
Autophagycan resultin cellular adaptation
Autophagycan resultin cellular adaptation
ParametersInfluencingNeuronal Adaptation
miR-23a-3pcausescellular senescence
Loss of Gm14230 impairs cell growth andcausescellular senescence
clear and easy identification of top processesinfluencingcellular senescence
an essential factorcausingcellular plasticity
a metabolic cascaderesultingin cellular adaptations
Hypoxic stressleadsto cellular adaptations
by hypoxia(passive) influenced bycellular adaptations
Mitochondrial regulatorscontributeto mitotic adaptation
to alcohol toleranceleadingto alcohol tolerance
to cell survival or cell deathleadingto cell survival or cell death
alsocould ... leadalso
to the both type and functionleadsto the both type and function
to daily lifeleadsto daily life
to less frequent reviews and time spent to reach the goalleadingto less frequent reviews and time spent to reach the goal
to systemic changeleadto systemic change
to cancerwill leadto cancer
to cancercan leadto cancer
cancercausingcancer
to increased workloadleadsto increased workload
weight gaininfluenceweight gain
to most cancerscan leadto most cancers
to cancerscan leadto cancers
in cancerscan resultin cancers
in the uncontrolled development and division of cellsresultin the uncontrolled development and division of cells
to a decrease in apoptosiscould leadto a decrease in apoptosis
the uncontrolled expansion and division of cellscausethe uncontrolled expansion and division of cells
from frequent and reversible chromosomal amplificationsresultsfrom frequent and reversible chromosomal amplifications
to the uncontrolled advancement and division of cellsleadto the uncontrolled advancement and division of cells
in reduced drug uptakeresultin reduced drug uptake
to improvedleadto improved
to more general tissue - specific adaptations to hypoxialeadsto more general tissue - specific adaptations to hypoxia
to resistanceleadingto resistance
in reduced sensitivityresultsin reduced sensitivity
in long term behavioral dysfunctionmay resultin long term behavioral dysfunction
to drug resistanceleadingto drug resistance
to the progression of agingdirectly contributesto the progression of aging
to the development of a steroid - independent tumourleadingto the development of a steroid - independent tumour
to the aging of the whole organismcontributesto the aging of the whole organism
to ageing and the development and progression of diseasesleadsto ageing and the development and progression of diseases
to HIV-1 latencycontributeto HIV-1 latency
to HIV-1 latencycontributeto HIV-1 latency
to calorie restriction - induced preservation of skeletal musclecontributesto calorie restriction - induced preservation of skeletal muscle
to neurodegeneration leadsto neurodegeneration
to the regenerative capacity of plantscontributesto the regenerative capacity of plants
to a shift in the phenotype of the tumour cell from steroid dependence to steroid independence / growth factor dependenceleadingto a shift in the phenotype of the tumour cell from steroid dependence to steroid independence / growth factor dependence
to the relatively rapid restoration of aSox2-expressing cell populationleadsto the relatively rapid restoration of aSox2-expressing cell population
to neurodegeneration Sourceleadsto neurodegeneration Source
in eukaryotesresultedin eukaryotes