An examination has been made of the hypothesis that the role of divalent cations in promoting reaggregation of dissociated cells is principally to reduce the negative electrostatic charge at the cell surface. This hypothesis would suggest that cells in the presence of different divalent cations would reaggregate at identical rates if the concentrations of the different cations were so adjusted that in all cases the cells possess the same charge. This expectation has not been fulfilled. Magnesium ion was most effective in promoting reaggregation, calcium somewhat less so, and strontium and barium had little or no effect. Copyright © 1966 Wiley‐Liss, Inc., A Wiley Compan
The influence of surface characteristics of the microorganisms and the substrate materials, such as ...
SUMMARY: Magnesium exerts a specific function in (a) the formation of the Gram complex, and the act...
<p>The adhesion rates of both experimental groups were significantly higher than that of the blank c...
An examination has been made of the hypothesis that the role of divalent cations in promoting reaggr...
Of the four common alkaline earth cations, only Ca++ is able to protect Rana pipiens embryos from di...
Trypsin-dissociated HeLa and human amnion cells were employed to investigate the effects of an anion...
The surface electrical charge of cells is conditioned by the ionic medium in which they are immersed...
The use of colloid iron hydroxide, Alcian Blue and enzymic treatments confirmed that the negative ch...
Electrostatic forces at the cell interface affect the nature of cell adhesion and function; but ther...
For the purpose to clarify whether electrostatic contributes to the adhesion of red blood cell to mo...
The electrostatic nature of plant cell membrane (CM) plays signi?cant roles in ionic interactions at...
I n the presence of manganese, baby hamster kidney cells attached and spread on substrata without ad...
The two preceding papers of this series suggest that the state of the plasmalemmal lipids affects ce...
Charged substrates are expected to promote cell adhesion via electrostatic interaction, but it remai...
International audienceThere is much interest in predicting and controlling the outcome of interactio...
The influence of surface characteristics of the microorganisms and the substrate materials, such as ...
SUMMARY: Magnesium exerts a specific function in (a) the formation of the Gram complex, and the act...
<p>The adhesion rates of both experimental groups were significantly higher than that of the blank c...
An examination has been made of the hypothesis that the role of divalent cations in promoting reaggr...
Of the four common alkaline earth cations, only Ca++ is able to protect Rana pipiens embryos from di...
Trypsin-dissociated HeLa and human amnion cells were employed to investigate the effects of an anion...
The surface electrical charge of cells is conditioned by the ionic medium in which they are immersed...
The use of colloid iron hydroxide, Alcian Blue and enzymic treatments confirmed that the negative ch...
Electrostatic forces at the cell interface affect the nature of cell adhesion and function; but ther...
For the purpose to clarify whether electrostatic contributes to the adhesion of red blood cell to mo...
The electrostatic nature of plant cell membrane (CM) plays signi?cant roles in ionic interactions at...
I n the presence of manganese, baby hamster kidney cells attached and spread on substrata without ad...
The two preceding papers of this series suggest that the state of the plasmalemmal lipids affects ce...
Charged substrates are expected to promote cell adhesion via electrostatic interaction, but it remai...
International audienceThere is much interest in predicting and controlling the outcome of interactio...
The influence of surface characteristics of the microorganisms and the substrate materials, such as ...
SUMMARY: Magnesium exerts a specific function in (a) the formation of the Gram complex, and the act...
<p>The adhesion rates of both experimental groups were significantly higher than that of the blank c...