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Osmotic shocks were applied to HEK cellsto causewater to transport across the cell membrane
the retinal moleculeleadsto transport of a protein across the cell membrane
proteinsdesignedfor transport across the cytoplasmic membrane
the idea ... in a number of melanomasmay contributeto glucose transport across the cell membrane
The factis designedfor transport across the cytoplasmic membrane
Application of corona ions produced in air to B16F10 murine melanoma cells in vitro and in animal modelsresultedin the transport of molecular therapeutics across the cell membrane
The membrane viscosity is also alteredinfluencingthe transport across the membrane
the higher concentration of the moleculecausesits transport across the membrane
endocytosisresultedin disruption of the cell membrane
the opening of potassium channelscausinghyperpolarization of the cell membrane
ATP - activated potassium channelscauseshyperpolarization of the cell membrane
further increase in the flow of chloride ion through the chloride channelcausehyperpolarization of the cell membrane
an opener of ATP - activated potassium channelscauseshyperpolarization of the cell membrane
by opening of potassium channel by diclofenac(passive) caused byhyperpolarization of the cell membrane
opening of potassium channel by diclofenac(passive) caused byhyperpolarization of the cell membrane
the cell temperaturecausesrupture of the cell membrane
the chloride channelcausehyperpolarization of the cell membrane
Opening of such channelscausesa hyperpolarization of the cell membrane
Modulation of ion channel activityleadsto hyperpolarization of the cell membrane
what is an example oforiginateoutside the cell membrane
Subsequently , chloride ions enter the cellresultingin the hyperpolarization of the cell membrane
the sole carbon source and other external metabolites in the transport reactionsare setto freely transport through the cell membrane
This influx of negative chargecausesa hyperpolarization of the cell membrane
the electrochemical gradientsetacross the cell membrane
by the imbalance(passive) caused bycell membrane transport
moleculesprimarily discoveredwithin the cell membrane
Both mutationscausemislocalization from the cell membrane
to disrupt nerve tissue at the cellular levelto causepermeabolization ( poration ) of the cell membrane
This glutamate releasecausesdepolarisation of the cell membrane
This process , referred to as inactivationcausesrepolarization of the cell membrane
four typesinfluencethe repolarization of the cell membrane
polymyxincausesdisorganization of the cell membrane
ROScausingperoxidation of the cell membrane
energy transduction to the cellcausingporation of the cell membrane
CRC - specific VOCs ... genetic and protein changescauseperoxidation of the cell membrane
the bacterial cell membrane structure to changeresultingin the cell membrane
These small membrane compartmentsoriginatefrom the cell membrane
moleculesprimarily discoveredon the cell membrane
a phototransduction cascaderesultingin the cell membrane
signalsoriginatingon the cell membrane
to MHCleadingto MHC
significantly to MCP functionmay ... contributesignificantly to MCP function
impulse conductioncausesimpulse conduction
in membrane hyperpolarizationresultingin membrane hyperpolarization
the cell membrane to stretch which causes the voltage - gated calcium channel on the membrane to open causing an influx of Ca2 + ionscausingthe cell membrane to stretch which causes the voltage - gated calcium channel on the membrane to open causing an influx of Ca2 + ions
order somacausingorder soma
in the proper foldingwould resultin the proper folding
to reduced transgene expressionwould ... leadto reduced transgene expression
in fursetin fur
the molecules of the active substance ... and moves them through the cell membrane , using an electric chargeinfluencesthe molecules of the active substance ... and moves them through the cell membrane , using an electric charge
to immediate cell deathleadsto immediate cell death
in high concentration in the periplasmic space and relatively not resistance to drug hydrolysis and Cefepime exhibits only modest inactivationresultingin high concentration in the periplasmic space and relatively not resistance to drug hydrolysis and Cefepime exhibits only modest inactivation
an elevated concentration of cytosolic Ca2causingan elevated concentration of cytosolic Ca2
to an increase in intracellular pH andleadingto an increase in intracellular pH and
in an electrical signal , a nerve impulseresultingin an electrical signal , a nerve impulse
serious damage to the cellcausingserious damage to the cell
in insulin secretionresultsin insulin secretion
for industrial conditionsdesignedfor industrial conditions
damagelikely causingdamage
lysis of the membrane and cell deathcauseslysis of the membrane and cell death
with binding of glutamateresultswith binding of glutamate
in the formation of early exosomes and ... subsequently , late exosome called multivesicular bodies ( MVBsresultsin the formation of early exosomes and ... subsequently , late exosome called multivesicular bodies ( MVBs
to rapid influx of Na that is responsible for the fast upstroke + of the action potentialleadingto rapid influx of Na that is responsible for the fast upstroke + of the action potential
to changes in the integrity and resistivity of the cell membrane ( 110leadsto changes in the integrity and resistivity of the cell membrane ( 110
Cell death(passive) may be caused byCell death
destruction of the cellcausingdestruction of the cell
hypotension and cardiovascular stability nutritional status , systemic disease , and a elimination half - life dependent on calcium inux andto causehypotension and cardiovascular stability nutritional status , systemic disease , and a elimination half - life dependent on calcium inux and
to sustained receptor activity and an increase in the migrationleadingto sustained receptor activity and an increase in the migration
cell instability resulting in cell death utilizing higher intensity ( longer or higher energycausingcell instability resulting in cell death utilizing higher intensity ( longer or higher energy
to cell deaththus leadingto cell death
to multiple pseudopodia being generatedledto multiple pseudopodia being generated