Abstract:
The administration of pharmaceuticals of drugs which are having less solubility, lower bioavailability, lower bioabsorbability, less rte of absorption has become a big challenge in day today life. Therefore anattempt has been made to prepare a complex modified form of the said pharmaceutical or drug such that the modified complex drugs or pharmaceuticals exhibits the enhanced properties of solubility, bioavailability, bioabsorbability and rate of absorption despite the increased complexity of the molecule. Surprisingly such modification was found to enhance retentivity of the active drug ingredient in the blood. Higher amounts of the active drug ingredient has shown lower toxicity.
Abstract:
The administration of pharmaceuticals of drugs which are having less solubility, lower bioavailability, lower bioabsorbability, less rte of absorption has become a big challenge in day today life. Therefore anattempt has been made to prepare a complex modified form of the said pharmaceutical or drug such that the modified complex drugs or pharmaceuticals exhibits the enhanced properties of solubility, bioavailability, bioabsorbability and rate of absorption despite the increased complexity of the molecule. Surprisingly such modification was found to enhance retentivity of the active drug ingredient in the blood. Higher amounts of the active drug ingredient has shown lower toxicity.
Abstract:
The administration of pharmaceuticals of drugs which are having less solubility, lower bioavailability, lower bioabsorbability, less rate of absorption has become a big challenge in day to day life. Therefore an attempt has been made to prepare a complex modified form of the said pharmaceutical or drug such that the modified complex drugs or pharmaceuticals exhibits the enhanced properties of solubility, bioavailability, bioabsorbability and rate of absorption despite the increased complexity of the molecule. Surprisingly such modification was found to enhance retentivity of the active drug ingredient in the blood. Higher amounts of the active drug ingredient has shown lower toxicity.
Abstract:
The administration of pharmaceuticals of drugs which are having less solubility, lower bioavailability, lower bioabsorbability, less rate of absorption has become a big challenge in day to day life. Therefore an attempt has been made to prepare a complex modified form of the said pharmaceutical or drug such that the modified complex drugs or pharmaceuticals exhibits the enhanced properties of solubility, bioavailability, bioabsorbability and rate of absorption despite the increased complexity of the molecule. Surprisingly such modification was found to enhance retentivity of the active drug ingredient in the blood. Higher amounts of the active drug ingredient has shown lower toxicity.
Abstract:
The present invention relates to compositions and methods for preparing Metal Amino Acid Chelates having a nutritionally relevant Anion Radical(s) having higher solubility and better bio absorption. The composition is prepared by reacting a metal Amino Acid Hydroxide Chelate with a nutritionally relevant acid radical in a suitable mole ratio such that the new chelate formed has the metal Amino Acid Structure unchanged but is bonded forming quarternary ammonium ion(s) to a nutritionally Relevant Anion Radical(s) obtained by ionic dissociation of a nutritionally Relevant acid(s).
Abstract:
The administration of pharmaceuticals of drugs which are having less solubility, lower bioavailability, lower bioabsorbability, less rte of absorption has become a big challenge in day today life. Therefore anattempt has been made to prepare a complex modified form of the said pharmaceutical or drug such that the modified complex drugs or pharmaceuticals exhibits the enhanced properties of solubility, bioavailability, bioabsorbability and rate of absorption despite the increased complexity of the molecule. Surprisingly such modification was found to enhance retentivity of the active drug ingredient in the blood. Higher amounts of the active drug ingredient has shown lower toxicity.