Glutamateleadsto the disruption of Na+ levels and results in membrane depolarization and the secondary influx of water and Cl.

binding properties that are thoughtto contributeto the formation and stabilization of the nest structure , resisting dehydration , predation and microbial degradation

solution(passive) could be influenced byThe E2 adsorption capacity ... ionic strength and SO ions , and the effect of humic acid and background electrolyte

activation of the CaRleadsto elevated TRPV5-mediated currents and increases intracellular Ca2 + concentrations in cells

the nature of the residue at position 13can ... influencethe formation and stabilization of active conformations , either sterically or via formation of intramolecular hydrophobic contacts

additional UVRcausedformation of high concentrations of mycosporine - glycine : valine and lower concentrations of porphyra-334

The administered free watercausesa decrease in the serum and interstitial electrolyte concentrations ( dilutional effect

Bupivicaine reversibly binds to specific sodium ion channels in the neuronal membrane ,resultingin a decrease in the voltage - dependent membrane permeability to sodium ions and membrane stabilization

Inadequate ventilationcan leadto increased concentrations of ammonia and pathogens and decreased oxygen

resulting in a loss of ion - pumping capacity and a rapid flow of sodium and calcium ions into the intracellular environmentresultingin osmotic shock ( a sudden shift in intracellular and extracellular solute concentrations

the shift in chloride ionscauseshyperpolarization less excitability and stabilization of the neuronal membrane

pathwaycausesan increase in both PKC and intracellular Ca2 + concentrations

Prolonged diarrheacausesimbalances in water and electrolyte concentrations

The high inspiratory volumecan resultfrom bronchospasm and interstitial fluid and electrolyte management

CaCO3resultingin elevated pH and sustained concentrations of Fe2+and SO42-

dissolution of CO2 ... the pore fluidleadsto the formation and dissociation of carbonic acid

Arginine 288likely contributesto charge neutralization and stabilization of the enolate anion intermediate during catalysis

in turnleadsto increased extracellular concentrations of norepinephrine and epinephrine

This effect is suggestedto resultfrom stabilization and/or anchoring of URAT1 and OAT4 at the cell membrane by PDZK1

very similar to microbial attacksmay causethe stabilization and phosphorylation of CHC at the plasma membrane layer

chloride ionleadingto hyperpolarization and stabilization of neuronal membranes

Insulin deficiency ... elevated serum glucoseresultsin osmotic diuresis and electrolyte depletion

Their binding to activated integrinsprobably contributesto adhesion stabilization and cell motility

A second area of interest ... the interactions of blood vessel wall components and blood cellscontributeto the formation and stabilization of intravascular thrombi

these proteinsmay ... influencethrombus formation and stabilization

high curvature of the ER membraneresultsin the formation and stabilization of tubules

the boundary layerinfluenceoxidative capacity and concentrations of oxidants and carbonyl

the boundary layer ... compounds such as formaldehydeinfluenceoxidative capacity and concentrations of oxidants and carbonyl

This projectwill ... contributeto stabilized dissolved oxygen concentrations and pH

The addition of glucose in the proposed solutionleadsto the stabilization of cell membranes and pH

renal blood flowleadingto an increase of water exchange and transmembrane electrolyte

The free floating atlantal ring on the axisledto anteroposterior and transverse AAD , necessitating intubation and occipitocervical stabilization

the NP surfacesleadingto both electrostatic and steric stabilization

acetylated , such as by Chk1 and p300 , respectivelyresultingin its dissociation from MDM2 and stabilization