They also thrive in high
pH alkaline environments.
Not exact matches
Members of OIST's Information Processing Biology Unit, led by Prof. Ichiro Maruyama, have recently uncovered the sensor for
alkaline environments, or high
pH, in C. elegans.
Toshihiro Sassa and Takashi Murayama, the first and second authors of the paper, respectively, say, «we would like to identify the other genes involved in downstream signaling from this calcium channel to understand how the signal leads to aversion to high
pH.» Sensing
alkaline environments is only the first step; the worm must then quickly react to the stimulus by moving away.
Here, they demonstrate that the worms are averse to a very high
pH by showing that the worms avoided areas of the experimental
environment where the researchers created highly
alkaline conditions.
But using
alkaline polymers leads to a high
pH, and researchers have discovered that the reaction goes about 100 times more slowly in this
environment that it does in an acid.
«Research groups working on anodes mostly do so using
alkaline conditions since anodes typically require a high
pH environment, which is not ideal for the solubility of CO2,» said Gurudayal.
1)
Alkaline water electrolysis: In alkaline electrolysis the membrane prevents the hydrogen and oxygen products from mixing, however commonly available membrane separators often become brittle and crack with low pH. The membranes developed at SNL are stable under basic environments and have been tested by LANL and Proto
Alkaline water electrolysis: In
alkaline electrolysis the membrane prevents the hydrogen and oxygen products from mixing, however commonly available membrane separators often become brittle and crack with low pH. The membranes developed at SNL are stable under basic environments and have been tested by LANL and Proto
alkaline electrolysis the membrane prevents the hydrogen and oxygen products from mixing, however commonly available membrane separators often become brittle and crack with low
pH. The membranes developed at SNL are stable under basic
environments and have been tested by LANL and ProtonOnsite.
One of the most effective ways to determine appropriate balance levels in the body is to measure its
pH. The
pH is a measure of acidity or alkalinity in the body and is rated on a scale of 0 - 14; the lower the reading, the more acidic the internal
environment and the higher the reading, the more
alkaline the
environment.
Yeast thrives in an
alkaline environment, so to successfully treat a vaginal yeast infection for example, you need to adjust the
pH in your vaginal area.
The decrease in Lactobacillus and increase in G. vaginalis leads to a rise in the vagina's
pH. The new vaginal
environment is less acidic and more
alkaline; a vaginal
pH of more than 4.5 is one criterion for the diagnosis of bacterial vaginosis.