892 results about "Enteric coated" patented technology

A multiparticulate, modified release composition for oral administration has been developed. The formulation is made by complexing a drug with an ion-exchange resin in the form of small particles, typically less than 150 microns. The present invention provides novel extended release coated ion exchange particles comprising drug-resin complexes, produced by binding the salt form of the drug, that do not require impregnating agents to insure the integrity of the extended release coat. To prepare a modified release formulation, one or more of the following types of particles are formulated into a final dosage form: (a) Immediate release particles, (b) Enteric coated particles, (c) Extended release particles, (d) Enteric coated-extended release particles; and (e) Delayed release particles. The various drug-containing particles described above can be further formulated into a number of different easy-to-swallow final dosage forms including, but not limited to, a liquid suspension, gel, chewable tablet, crushable tablet, rapidly dissolving tablet, or unit of use sachet or capsule for reconstitution

Enteric coated stable oral pharmaceutical composition of acid unstable drug. The enteric coating is a bilayer with a pH gradient across its thickness comprising an inner layer of neutral or near neutral pH 7-7.5 and an outer layer of acidic pH 2-6. Also process for preparng the enteric coated stable oral pharmaceutical composition of acid unstable drug. The enteric coating is first carried out at neutral or near neutral pH of 7-7.5 to form an inner layer of neutral or near neutral pH and then at acidic pH of 2-6 to form an outer layer of acidic pH.

The present disclosure provides enteric coated capsules and orally dissolving films comprising non-steroidal anti-inflammatory drugs and acid inhibitors, as well as methods of treating treatment humans for pain and/or inflammation while reducing gastrointestinal side effects.

The invention discloses an enteric-solubility multilayer encysted bacterium microcapsule and making method in the biological agent technical domain, which is characterized by the following: adopting sodium alginate, calcium chloride and chitose as clad material of microcapsule; making lactic acid bacteria or bifidobacteria as core-clad material; proceeding ionic exchange for sodium alginate and calcium chloride; forming second clad on the surface of calcium alginate through different isoelectric points of calcium alginate and chitose; freezing at low temperature to obtain the product.

An orally administered composition for improving food absorption and digestion contains therapeutically effective dosages of digestive enzymes and L-glutamine as active ingredients. The digestive enzymes include at least one each of a lipase, a protease, and an amylase, and at least a portion of each of these enzymes is enteric coated.

An extended release dosage composition of pharmaceutically active substances that have a water contact angle (θ) such that cos θ is between +0.9848 and −0.9848 presented as a matrix tablet containing the said pharmaceutically active substances, with/without suitable pharmaceutical excipients in intimate mixture with two groups of intelligent polymers having opposing wettability characteristics, one demonstrating a stronger tendency towards hydrophobicity and the other a stronger tendency towards hydrophilicity, the polymer combination being between the ratios of 1:50 and 50:1 amounts effective to control the release of said pharmaceutically active substances in a mathematically predictable manner, wherein the polymer demonstrating a stronger tendency towards hydrophobicity is not less than 5% wt/wt and preferably between 5-70% wt/wt of the final formulation composition. The intelligent polymers being ethylcellulose (EC) as a more strongly hydrophobic and hydroxyethylcellulose (HEC) and/or hydroxypropyl methylcellulose (HPMC) as more strongly hydrophilic (the ratio of HEC to HPMC being between 1:100 and 100:1). The matrix tablet is optionally coated with an enteric coat, 0-5%-15% wt/wt to prevent the initial burst effect seen in such systems and to impart gastrointestinal tract (GIT) “stealth” characteristics especially in the presence of food.

The present invention relates to an enteric coated granule prepared by coating lactic acid bacteria-containing seed with a water-miscilble coating material and then, if desired, subjecting the first coated product to the second coating with a controlled-release coating material.

The present invention relates generally to pharmaceutical dosage forms comprising: an absorption window active agent; a controlled release component comprising enteric-coated controlled release beads, wherein the enteric-coated release beads comprise at least two pH-sensitive polymer layers. The controlled-release dosage forms provide good bioavailability of absorption window active agents.

An enteric coated pharmaceutical extended release dosage form of a H+, K+-ATPase inhibitor giving an extended plasma concentration profile of a H+, K+-ATPase inhibitor. The extended plasma profile is obtained by a pharmaceutical composition which comprises a core material of a hydrophilic or hydrophobic matrix, and the H+, K+-ATPase inhibitor and optionally pharmaceutically acceptable excipients. The dosage form may be administered once daily.

Enterically coated particles and chewable tablets made therefrom are disclosed. The enterically coated particles are comprised of a core containing an active ingredient, a first coating layer comprised of polymeric composition having a Tg less than about 40° C. that substantially covers the core; and a second coating layer, which substantially covers the first coating layer, comprised of a high temperature film forming polymer. The particles may be produced into a tablet form, such as a chewable tablet form, that provides for the immediate release of the active ingredient.

The invention relates to an omeprazole enteric micropill capsule and a process for preparing the same. The content of the capsule is omeprazole enteric micropill including a blank pill core; an activity medicine layer having an alkaline component; a separator containing magnesia and titanium pigment; and an enteric coat layer. According to synergistic reaction, stability of the medicine is distinctly improved. The omeprazole enteric micropill capsule of the invention has period of validity of the preparation to three years or more.

The invention provides a novel soft gelatin capsule comprising a fill material consisting essentially of S-adenosylmethionine (SAMe) salt disposed within an enteric coated soft gelatin film.

PCT No. PCT/SE98/00922 Sec. 371 Date Jun. 8, 1998 Sec. 102(e) Date Jun. 8, 1998 PCT Filed May 18, 1998 PCT Pub. No. WO98/53803 PCT Pub. Date Dec. 3, 1998An enteric coated oral pharmaceutical formulation comprising as active ingredient a compound selected from the group of omeprazole, an alkaline salt of omeprazole, the (-)-enantiomer of omeprazole and an alkaline salt of the (-)-enantiomer of omeprazole, wherein the formulation comprises a core material of the active ingredient and optionally an alkaline reacting compound, the active ingredient is in admixture with a pharmaceutically acceptable excipient, such as for instance a binding agent, and on said core material a separating layer and an enteric coating layer. A hydroxypropyl methylcellulose (HPMC) of low viscosity with a specific cloud point is used in the manufacture of pharmaceutical formulations. Furthermore, the application describes the processes for their preparation and the use of the claimed formualtions in medicine.

The invention relates to a synbiotics of bacillus licheniformis and oligosaccharide class prebiotics and a composite and a formulation thereof, being characterized in that the synbiotics comprises bacillus licheniformis medical live bacterial powder and the oligosaccharide class prebiotics, wherein the bacillus licheniformis medical live bacterial powder contains live bacteria about 30 billion/gram; the weight ratio of the bacillus licheniformis medical live bacterial powder to the oligosaccharide class prebiotics is 1:1 to 76; the weight ratio of the medical live bacterial powder of the composite, the oligosaccharide class prebiotics and auxiliary materials is as follows: 1.25-5 percent of the bacillus licheniformis medical live bacterial powder, 5-95 percent of the oligosaccharide class prebiotics, 20-50 percent of preferable oligosaccharide class prebiotics, 30-65 percent of diluting agents, 1-20 percent of bonding agents, 1-15 percent of disintegrating agents, 0.1-3 percent of lubricating agents, 1-10 percent of coating agents, 0.01-0.1 percent of flavoring agents, 0.0001-0.001 percent of coloring agents, and 0.1-15 percent of suspending agents. The synbiotics composite is prepared into oral common tablets, oral cavity disintegration tablets, dispersing tablets, enteric-coated tablets, granular formulation, enteric-coated granular formulation, capsules, enteric-coated capsules, dry supensoid agents and external tablets according to a conventional process; and an in vitro test shows that each formulation can promote the growth and the reproduction of the synbiotics of bacillus licheniformis, restrain the growth of harmful bacteria, enhance the immunizing power of parasitifers, reduce diarrhea and enhance the health care.

The invention discloses a quality control method of metformin hydrochloride enteric coated tablet, comprising the aspects of character, identification, examination and content measurement; wherein, release examination comprises the release quantity examination of acid in hydrochloric acid solution of 0.1 mol/l and the release quantity examination in phosphate buffer with the pH value of 6.8; the examination of relevant substances comprises the following steps: dicyandiamide is taken as reference, sulfonic group cation exchange bonded silica is taken as filler, ammonium dihydrogen phosphate solution of 1.7 percent with the pH value of 3 is mobile phase and the high performance liquid chromatography is used for examining the relevant substances. The invention controls the release quantity of the metformin hydrochloride enteric coated tablet in gastric juice strictly, reduces the adverse reaction of patients effectively, improves the release quantity of the metformin hydrochloride enteric coated tablet in the buffer solution (simulated intestinal juice) and ensures the dissolution of the enteric coated tablet in the intestinal juice effectively; the invention also adds the examination of dicyandiamide impurity under the examination item and enhances the safety of the medicine.

The invention belongs to the field sustained/controlled-release preparations, in particular to an oral sustained/controlled-release pellet combination containing ginkgo biloba extract and a preparation method. The oral sustained/controlled-release pellet combination is composed of (A) a core containing a pill; (B) an insulating coating layer; (C) a sustained-release coating layer; (D) and an enteric-coated coating layer. The invention is the traditional Chinese medicine multi-component sustained-release pellet combination which is taken once by 24 hours and the multi-unit sustained-release pellet combined preparation with the different drug release systems, the core containing the pill is prepared by adopting the extrusion pill rolling method, a novel sustained-release multi-layer coating technology and a fluidized bed are utilized for coating the sustained-release pellet, the rapid-release part and the sustained-release part of the coated pellet are mixedly filled into a hard capsule or pressed into a pellet tablet. The sustained-release pellet has stable coating process and good reproducibility, thereby being applicable to the industrial mass production; and the drug quality of the preparation is stable through the long-term storage. The in vitro release test shows that the multiple components of the traditional Chinese medicine can achieve the sustained-release role, the sustained-release preparation can significantly increase the transmembrane absorption and the stability of various effective active ingredients by oral drug administration, the curve of plasma drug concentration in vivo is smooth, and the design purpose of 24-hour sustained-release is achieved.

The invention relates to the field of medical preparations, in particular to an enteric solid preparation containing lycopene, resveratrol or melatonin and a preparation method of the enteric solid preparation. The enteric solid preparation comprises one or more of lycopene, resveratrol and melatonin as an active ingredient, water-soluble and/or enteric carrier adjuvants or other pharmaceutic adjuvants. The water-soluble carrier adjuvants can be used as water-soluble solid dispersoid carriers; and the enteric carrier adjuvants are enteric polymers and can be used as enteric solid dispersoid carriers or enteric coating film materials. The lycopene, the resveratrol and the melatonin of the enteric solid preparation have favorable dissolubility in the intestinal tract, so that the medicament, namely, the enteric solid preparation, can be rapidly dissolved and released in the intestinal tract, and thus absorption and bioavailability of the lycopene, the resveratrol and the melatonin are increased. The enteric solid preparation containing the lycopene, the resveratrol and the melatonin can be suitable for application and industrial production of oral preparations, such as tablets, particles, pellets, capsules, enteric capsules, enteric coating tablets, enteric coating pellets, enteric coating particles and the like.

The invention provides orally disintegrating tablets that readily disintegrates in the mouth, releasing enteric coated drug sub-tablets.

The invention relate to an enteric-coated pellet preparation of proton pump inhibitor and a preparation method thereof. The enteric-coated pellet preparation of proton pump inhibitor provided by the invention is composed of a blank pellet core, a drug-loaded layer, isolating layers (I) and (II) and an enteric-coated layer, wherein both the drug-loaded layer and the isolating layer (I) contain water soluble inorganic bases, and the base used in the drug-loaded layer contains sodium hydroxide and another water soluble inorganic base which can form buffer with sodium hydroxide in a water solution and the pH of which is in an alkaline environment of 11-12 (excluding 11). The enteric-coated pellet of proton pump inhibitor provided by the invention successfully solves the technical problems of the existing enteric-coated pellet preparation of proton pump inhibitor, and is a superior preparation with high drug loading efficiency, good anti-acid effect, high release rate, good repeatability, high bioavailability and good stability.

Disclosed is a Lansoprazole sodium intestine-dissolving preparation, which is prepared from Lansoprazole sodium 15-30 parts, thinning agent 150-300 parts, moistening agent or binding agent 20-110 parts, crumbling agent 5-25 parts, lubricating agent 5-15 parts and coating agent 30-100 parts through the steps of disintegrating, sieving, mixing, tabletting, and dressing isolation layer.