Pharmaceutical Application of Phyto-Polymers& its Derivatives in Pharmaceutical Industries; A case study of Cellulose and its derivatives

Muhammad Masood Ahmad; Muhammad Mustafa Abeer

doi:10.5085/DSP.199-1625050709

2023, Vol: 3

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Review Article

DSP. 2021; 1(0): 7-17

doi: 10.5085/DSP.199-1625050709

Pharmaceutical Application of Phyto-Polymers& its Derivatives in Pharmaceutical Industries; A case study of Cellulose and its derivatives

Muhammad Masood Ahmad, Muhammad Mustafa Abeer.

Abstract
Cellulose, a phyto-polymer,has established value due to their benefits related to its physiochemical properties for pharmaceutical applications. Both cellulose and derivative polymers have potential for development of novel pharmaceutical preparations. These polymers are used for their coating, film-forming, sustained release, swelling, pH-sensitivity, osmotic, filler, and disintegrant properties. They are also used for modulating viscosity, solubility, and biodegradability features of pharmaceuticals.Polymeric cellulose nanoparticles, nanotubes and nanocrystals have also been used for various drug delivery applications. The cellulose-based polymers are used for targeting therapeutics at desired site of action by applying the so-called concept of magic bullets. Cellulose-based polymersare also known to overcome undesirable physicochemical properties of encapsulated molecules and improve the pharmacokinetics by increasing bioavailability. The production of the cellulose-based polymers is commercially viable and has considerably increased recently. In this review, we emphasize the wide use of cellulose-based polymers and discuss distinctive characteristics of the polymer applicable in stable and effective pharmaceutical dosage form design.

Key words: KEYWORDS: Phyto-Polymers (Cellulose base polymer), Hemicellulose polymer, Novel pharmaceutical product, Drug delivery system (Sustain Release).

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Pubmed Style

Ahmad MM, Abeer MM. Pharmaceutical Application of Phyto-Polymers& its Derivatives in Pharmaceutical Industries; A case study of Cellulose and its derivatives. DSP. 2021; 1(0): 7-17. doi:10.5085/DSP.199-1625050709

Web Style

Ahmad MM, Abeer MM. Pharmaceutical Application of Phyto-Polymers& its Derivatives in Pharmaceutical Industries; A case study of Cellulose and its derivatives. https://www.journaldsp.com/?mno=91665 [Access: December 05, 2023]. doi:10.5085/DSP.199-1625050709

AMA (American Medical Association) Style

Ahmad MM, Abeer MM. Pharmaceutical Application of Phyto-Polymers& its Derivatives in Pharmaceutical Industries; A case study of Cellulose and its derivatives. DSP. 2021; 1(0): 7-17. doi:10.5085/DSP.199-1625050709

Vancouver/ICMJE Style

Ahmad MM, Abeer MM. Pharmaceutical Application of Phyto-Polymers& its Derivatives in Pharmaceutical Industries; A case study of Cellulose and its derivatives. DSP. (2021), [cited December 05, 2023]; 1(0): 7-17. doi:10.5085/DSP.199-1625050709

Harvard Style

Ahmad, M. M. & Abeer, . M. M. (2021) Pharmaceutical Application of Phyto-Polymers& its Derivatives in Pharmaceutical Industries; A case study of Cellulose and its derivatives. DSP, 1 (0), 7-17. doi:10.5085/DSP.199-1625050709

Turabian Style

Ahmad, Muhammad Masood, and Muhammad Mustafa Abeer. 2021. Pharmaceutical Application of Phyto-Polymers& its Derivatives in Pharmaceutical Industries; A case study of Cellulose and its derivatives. DRUG SCIENCE & PHARMACY, 1 (0), 7-17. doi:10.5085/DSP.199-1625050709

Chicago Style

Ahmad, Muhammad Masood, and Muhammad Mustafa Abeer. "Pharmaceutical Application of Phyto-Polymers& its Derivatives in Pharmaceutical Industries; A case study of Cellulose and its derivatives." DRUG SCIENCE & PHARMACY 1 (2021), 7-17. doi:10.5085/DSP.199-1625050709

MLA (The Modern Language Association) Style

APA (American Psychological Association) Style

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