calcium phosphate

noun

1. any of several phosphates of calcium occurring naturally in some rocks and in animal bones, used as a fertilizer and food additive as well as in baking powder and dentifrices.

calcium phosphate

noun

1. the insoluble nonacid calcium salt of orthophosphoric acid (phosphoric(V) acid): it occurs in bones and is the main constituent of bone ash. Formula: Ca 3 (PO 4 ) 2
2. any calcium salt of a phosphoric acid. Calcium phosphates are found in many rocks and used esp in fertilizers

calcium phosphate

1. Any of three powdery phosphates of calcium:
2. A colorless powder used in baking powders, as a plant food, as a plastic stabilizer, and in glass. Calcium phosphate is deliquescent, and will dissolve in the water it absorbs from the atmosphere if it is not kept in a closed container. Chemical formula: Ca(H 2 PO 4 ) 2 .
3. A white crystalline powder used as an animal food, as a plastic stabilizer, and in glass and toothpaste. Chemical formula: CaHPO 4 .
4. A white powder that is used in ceramics, rubber, fertilizers, and for various purposes in the food industry. Chemical formula: Ca 3 (PO 4 ) 2 .

Word History and Origins

Origin of calcium phosphate¹

First recorded in 1865–70

Example Sentences

Moreover, Ctdnep1 knockdown also led to increased absorption of calcium phosphate, suggestive of the suppressive role of Ctdnep1 in bone resorption.

From Science Daily

"The skin of the frogs is replicated in the mineral calcium phosphate, which helped it survive for millions of years."

From Science Daily

In most lakes the dissolved phosphate quickly combines with calcium to form calcium phosphate, the insoluble material that makes up our tooth enamel.

From Science Daily

Paleontologists are particularly fond of the fossil-building mineral calcium phosphate because it can preserve soft organs in exquisite detail—sometimes all the way down to cell nuclei.

From Scientific American

“Nobody had foreseen that you could preserve brains or nervous tissues in calcium phosphate, and maybe it’s just a matter of going back and looking for it in museum drawers.”

From Scientific American