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Pharmaceutical sciences / Polysaccharides / Cellulose / Laxatives / Hypromellose / Methyl cellulose / Time release technology / Gel / Polymer / Excipients / Chemistry / Pharmacology


Extended release Improving formulation of HPMC matrices
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Document Date: 2013-09-07 08:07:36


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City

Miami / San Antonio / Vienna / London / /

Company

Getty Images / Pharmaceutical Press / Needham / Colorcon Inc. / Table 1 Pharmaceutical / J. Pharm / Colorcon Modulation / Modified Release Technologies / The Dow Chemical Company / /

Country

Jordan / Austria / United States / United Kingdom / /

Currency

PTE / /

IndustryTerm

food effect / basic media / niche applications / hydrophilic matrix applications / manufacturing / aqueous solutions / aqueous solution / matrix applications / weight/volume aqueous solution / versatile extended release technology / The chemical substitution specification / chemical substituent groups / acidic media / hydrophilic matrix systems / chemical interaction / /

MedicalTreatment

Drug Carrier / /

MusicAlbum

Combinations / /

Organization

Controlled Release Society / American Association of Pharmaceutical Scientists Annual / /

Person

Abhijit Gothoskar / Kurt Fegely / Ali R. Rajabi-Siahboomi / Don Farrall / Viena Diaz / Sandip B. Tiwari / /

/

Position

Manager / formulation scientist / researcher / General / Director Global Technical / Manager / New Product Development / /

Product

venlafaxine / Verapamil hydrochloride / propranolol hydrochloride / divalproex sodium / FS / metoprolol tartrate / Venlafaxine hydrochloride / nifedipine / /

ProvinceOrState

Indiana / /

Technology

Drug Delivery / API / versatile extended release technology / /

URL

www.uspnf.com / www.dow.com / www.colorcon.com / /

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