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Prana Discovers New Drug Candidates for Parkinson's Research

Cytopia Announces Novel Anticancer Drug Development Collaboration

CSIRO Signs Agreement with Oncaidia to Develop Anticancer Drug

First Commercial Product Launch of Starpharma's DNT Priostar

China Sky One Develops SemiQuantitative Automatic Inspection Device for Diagnostic Kits

Ranbaxy Laboratories Signs Drug Discovery Development Pact with Merck

IAVI and CHAVI Team Up on AIDS Vaccine Development

DxTech and Nicholas Piramal signs Product Development and Licensing Agreement for Point-of-care Diagnostic Testing System

Sanofi-Aventis Launches SoloSTAR Insulin Pen in India

Strategic Alliance between Ranbaxy and Orchid

Piramal Diagnostics Introduces Asia's First High-definition PET/CT Scanner

Ocimum Biosolutions Launches Genowiz 4.0

BIOVET Launches Asia's First and World's Second BSL-4 Manufacturing Facility in India

Intas Plans Filgrastim launch in North America, Europe

Taisho and Chugai enter Co-Development and Co-Marketing Agreement for Activated Vitamin D Derivative, ED-71

Astellas and CoMentis Sign Agreement to Collaborate on the Research, Development and Commercialization of Beta-Secretase Inhibitors

New Hope for Burn Victims

Agendia and Agilent Technologies Announce Plans to Jointly Develop New Diagnostic Tests, Extend Supply Agreement

First CCD 2D Gel Imaging System Installed at Singapore's New SMART Centre will Help Accelerate Pace of Infectious Disease Research in Southeast Asia

In this study, it is examined how nanocellulose has been used in drug release so far. In the thinning, information is given briefly on controlled drug release and its importance, nanomaterials in controlled release, structure, and production of nanocellulose. Then, examples of the use of nanocellulose in drug release are given. The disadvantage of still having a slightly high production cost has been identified. However, it is understood that it is a very suitable material for drug release due to its abundance in nature, easy availability, and biocompatibility. Therefore, at the end of the study, it is recommended that nanocellulose of different sizes would be very useful for producing nanocellulose in different sizes and its applications in drug release and nanocellulose with other functional groups for drug release. In this respect, it is predicted that studies on nanocellulose as a natural product in terms of drug release will accelerate.