Examples of 'optimum ph' in a sentence
Meaning of "optimum ph"
optimum ph: Optimum pH refers to the ideal level of acidity or alkalinity in a solution, such as soil or water, for optimal growth and performance of living organisms or chemical processes
How to use "optimum ph" in a sentence
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optimum ph
It is important to maintain optimum pH levels in a swimming pool.
The hydrolysis reaction has an alkaline optimum pH.
Optimum pH is the pH range at which enzyme is most active.
Microorganisms have optimum pH for the operation thereof.
An optimum pH is subject to the selection of preventing skin irritation.
Microorganisms have an optimum pH range in which they grow.
The optimum pH changes depending on the enzyme in question.
Correct soil acidity levels to restore optimum pH balance.
Their optimum pH values were similar.
Enzymes also have an optimum pH too.
An optimum pH here is the same as aforesaid.
Working pH range and optimum pH range.
The optimum pH for an enzyme depends on its site of action.
Optimum temperature and optimum pH for the enzyme reaction.
The optimum pH for an enzyme depends on where it normally works.
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It is in fact the optimum pH range.
The optimum pH range varies with the extraction time.
Each microorganism has its own optimum pH and temperature range.
The optimum pH range will also depend on the fraction.
All have an optimum pH.
This is optimum pH for the reaction to form peracetic acid.
The specific pH at which the enzyme activity is high is called optimum pH.
The optimum pH value varies greatly from one enzyme to another.
An alkaline pullulanase herein denotes that having an optimum pH at an alkaline range.
The optimum pH value depends on the nature of the hydroxymethylated phenols.
Respirometry was also used to identify the optimum pH for the activity.
The optimum pH could be readily determined by a person skilled in this art.
The enzymatic reaction is performed at the optimum pH for the enzyme.
At this optimum pH the yield of the basic metal salt is maximized.
Most of these microbial enzymes have optimum pH values around a neutral range.
Optimum pH also depends upon stability of a particular polyvalent metal chelate.
Procedures for choosing the optimum pH and buffering agents are well known.
The optimum pH value will vary greatly from one enzyme to another.
All formulations were tested at their optimum pH with respect to glucose oxidase stability.
The optimum pH can vary depending on the particular complexing or reducing agent.
In this invention surprisingly we obtained the optimum pH without using a buffer substance.
Optimum pH is the pH at which the nitrilase has maximum specific acrylonitrilase activity.
The selected mutant enzymes have increased thermostability and increased optimum pH.
In each reaction the optimum pH was maintained by periodic addition of dilute hydrochloric acid.
It follows that the optimum acetic acid concentration can be calculated from the optimum pH.
The optimum pH for enzyme activity may vary for different enzymes.
For use in other beverages the optimum pH of the finings formulation may be different.
The optimum pH for each combination of protein and phytic acid can be determined.
Most enzymes have an optimum pH at neutral, but it is.
The optimum pH at which the basic metal salt precipitates readily can be determined.
Preferably the xylanase of the present invention has an optimum pH at about 6.
The alkaline proteases have an optimum pH and an optimum temperature in the following ranges.
The optimum pH for a particular metal chelate composition can be determined using routine experimental techniques.
By routine experimentation, the optimum pH for any chosen flocculating agent may be selected.
Optimum pH for various Plants.
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The optimum amount should be determined by experiment
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A drop in pH and oxygen content inhibited degradation
Maintenance of adequate soil fertility and proper pH
Effects of temperature and pH value on anaerobic degradation
