Research Work on Hydroxyapatites

 Professor Narasaraju wrote numerous research papers on Hydroxyapatite, which is the main inorganic constituent of human bones and teeth. A significant part of his research is on finding ways to use Hydroxylapatite to remove fluorine from drinking water which causes a disease known as Fluorosis. . Ground-water of many areas of the world contains fluorine. Professor Narasaraju and his collaborators did extensive research work as mentioned in his autobiographical account, to explore possibilities of preventing the occurrence of the disease through removal of fluorine using synthetic samples of Hydroixylapatite. The process of removal of fluorine from drinking-water is known as Defluoridation. An exhaustive account of his work appeared as a Review published in the Journal of Materials Science.



                                                                                                                                                                        
The complete review cannot be published on this blog due to copyright issues. Here is the link from where one can download the review. 

Other research papers mostly include preparation, characterization and solubility of hydroxyapayties such as those of barium, calcium, vanadaium etc and their corresponding phosphates

Preparation and characterization of hydroxyl and iodide apatites of calcium and their solid solutions


Preparation and characterization of phosphate and arsenate apatites of strontium and their solid solutions

Determination of solubility products of phosphate and vanadate apatites of calcium and their solid solutions


Physico-chemical aspects of calcium vanadate apatite

Studies on some physico-chemical aspects of lead vanadate apatite

Determination of solubility products of phosphate and vanadate apatite's of lead and their solid solutions in 0.165M sodium chloride solution

Preparation and characterisation of phosphate and arsenate apatites of barium and their solid solution

Solubility equilibria of solid solutions of hydroxyl- and chlor-apatite of arsenic

ChemInform Abstract: SOLUBILITY EQUILIBRIA OF SOLID SOLUTIONS OF HYDROXYL- AND CHLORAPATITE OF ARSENIC

ChemInform Abstract: PREPARATION AND CHARACTERIZATION OF SOLID SOLUTIONS OF PHOSPHATE AND VANADATE APATITES OF CALCIUM.

ChemInform Abstract: PREPARATION AND CHARACTERIZATION OF HYDROXYLAPATITES OF PHOSPHORUS AND ARSENIC AND THEIR SOLID SOLUTIONS

ChemInform Abstract: PREPARATION AND CHARACTERIZATION OF SOLID SOLUTIONS OF HYDROXYLAPATITE AND CHLORAPATITE OF CADMIUM

Some thermodynamic aspects of dissolution of solid solutions of hydroxylapatites of phosphorus and arsenic

Determination of solubility products of hydroxylapatite, chlorapatite, and their solid solutions

ChemInform Abstract: SOME PHYSICOCHEMICAL ASPECTS OF CHLORAPATITE

ChemInform Abstract: THERMAL AND INFRARED ANALYSES OF CALCIUM AND LEAD HYDROXYLAPATITES AND THEIR SOLID SOLUTIONS

ChemInform Abstract: A NEW INTERPRETATION OF THE SOLUBILITY EQUILIBRIA OF HYDROXYLAPATITE

A new method of preparation of solid solutions of calcium and lead hydroxylapatites

Quantitative separation of calcium, barium and phosphate

pH-dependence of solubilities of solid solutions of calcium and strontium hydroxylapatites

Indirect titrimetric determination of glucose using Fehling's solution and EDTA

New method for the spectrophotometric determination of phosphate as molybdenum blue using ferrous ammonium sulphate as reducing agent

Complexometric microdetermination of fluorine in the presence of calcium and phosphate

Dissolution kinetics of hydroxylapatites of calcium and strontium

Complexometric determination of calcium and phosphorus in synthetic hydroxylapatite

Quantitative separation of calcium, strontium and phosphate

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