It was first made by decay of a radioactive selenate.

Sodium Selenate is also used as a decolorizing agent in glass production.

Sodium Selenate was long used solely for its glass coloring properties.

One of the earliest applications of sodium selenate was in the glass industry.

It can be made by reacting potassium selenate with sulfur dioxide.

It was upon further research that sodium selenate began to play a larger role in oncological/neurological studies.

Sodium selenate is very toxic in amounts any more than a very tiny amount.

It can be oxidized by powerful oxidizing agents to make sodium selenate.

Sodium selenate is used as a mineral supplement.

Chronic exposure to sodium selenate can cause severe lung, kidney, and liver damage.

Sodium selenate is the most efficient provider of Selenium due to its stability at high temperatures.

Sodium selenate and selenite are both common ingredients in premix animal feed.

It can dissolve gold to make gold selenate.

Sodium selenate is a white solid.

It is similar to sodium selenate.

Sodium selenate is an example.

Sodium selenate is made by reacting sodium hydroxide with selenic acid.

Unlike sulfate, selenate is a somewhat good oxidizer; it can be reduced to selenite or selenium.

Sodium Selenate is a common ingredient in insecticides focusing on mites, aphids, and mealybugs.

In strongly acidic conditions, the hydrogen selenate ion, HSeO, is formed.

Studies show that sodium selenate reduces tau phosphorylation both in vitro and in vivo.

Chosen for its selenium content and high solubility, sodium selenate is a common ingredient in a variety of over-the-counter vitamin supplements.

Specifically, sodium selenate mitigates the tau pathology of the PP2A phosphatase protein.

Oxidation of this anion gives sodium selenate, NaSeO.