Bioactive Dose Having Containing a Material for Modulating pH of a Bodily Fluid to Help or Hinder
Abstract
A bioactive dose for delivering a bioactive agent to a mammal, includes a solid bioactive dosage unit containing at least one bioactive agent and a rapid release coating provided on at least one outer surface of the solid bioactive dosage unit, the rapid release coating containing a material having a property of rapidly modulating a pH of bodily fluids in which the material comes in contact in a direction towards an ideal absorptive pH or towards an ideal pH to hinder absorption of the at least one bioactive agent given the pKa that least at one bioactive agent. A modified liquid that is administered prior to, contemporaneous with, or following the delivery of a bioactive agent is also described. The liquid includes a pH modifier selected to control the pH of the liquid to a predetermined range so that the modified liquid rapidly modulates the pH of bodily fluids to enhance or hinder absorption of the bioactive agent.
Claims
exact text as granted — not AI-modifiedWe claim:
1 . A bioactive dose for delivering a bioactive agent to a mammal, comprising a solid bioactive dosage unit containing a bioactive agent provided in a pouch and a rapid release coating provided on substantially all of the pouch material or in substantially all of the pouch material, the rapid release coating comprising a material having a property of moving a pH of bodily fluids with which the material comes in contact in a direction towards an ideal absorptive pH of the at least one bioactive agent given the pKa of that the bioactive agent.
2 . The bioactive dose according to claim 1 , wherein the bioactive agent comprises a botanical.
3 . The bioactive dose according to claim 1 , wherein material in the rapid release coating is acidic.
4 . The bioactive dose according to claim 1 , wherein material in the rapid release coating is basic.
5 . The bioactive dose according to claim 1 , wherein the rapid release coating dissolves in 30 seconds or less.
6 . The bioactive dose according to claim 1 , wherein the rapid release coating dissolves in 20 seconds or less.
7 . The bioactive dose according to claim 1 , wherein the rapid release coating dissolves in 10 seconds or less.
8 . The bioactive dose according to claim 1 , wherein the rapid release coating is provided on the pouch material.
9 . The bioactive dose according to claim 1 , wherein the rapid release coating is provided in the pouch material.
10 . A bioactive dose for delivering a bioactive agent to a mammal, comprising a solid bioactive dosage unit containing at least one bioactive agent, the at least one bioactive agent not categorized as a drug by the U.S. Food and Drug Administration, and a rapid release coating provided on at least one outer surface of the solid bioactive dosage unit, the rapid release coating containing a material having a property of moving a pH of bodily fluids with which the material comes in contact in a direction towards an ideal absorptive pH of the at least one bioactive agent given the pKa of that at least one bioactive agent.
11 . The bioactive dose according to claim 10 , wherein the at least one bioactive agent comprises a botanical.
12 . The bioactive dose according to claim 10 , wherein the rapid release coating is provided on an outermost surface of the bioactive dose.
13 . The bioactive dose according to claim 10 , further comprising an outer enteric coating provided on an outer surface of the rapid release coating.
14 . The bioactive dose according to claim 10 , wherein material in the rapid release coating is acidic.
15 . The bioactive dose according to claim 10 , wherein material in the rapid release coating is basic.
16 . The bioactive dose according to claim 10 , wherein the rapid release coating dissolves in 30 seconds or less.
17 . The bioactive dose according to claim 10 , wherein the rapid release coating dissolves in 20 seconds or less.
18 . The bioactive dose according to claim 10 , wherein the rapid release coating dissolves in 10 seconds or less.Cited by (0)
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