Analytical method development

Formulation Development

Stability studies

In-vitro Release Test (IVRT)- Oral and topical dosage forms

In vitro Permeability Test- Skin, nail and mucous membranes

Physicochemical characterization of APIs and excipients

  • The therapeutic agents often possesses such physicochemical properties which limit their absorption across the biological membranes. Physical or chemical modification of these agents to impart suitable properties to render them more safe and efficacious is often necessary. IDBR team has expertise to work on various approaches to modify the physicochemical properties of drugs by the way of developing prodrugs, complexes, nanocrystals, cocrystals, solid dispersions and other physical/chemical forms.

  • The project has been successful in developing a transdermal iron patch system has shown promise to treat iron deficiency anemia. The iron patch incorporated with skin penetration enhancers was found to deliver therapeutic amounts of iron through the skin into the systemic circulation in laboratory animals. The product is expected to overcome the limitations associated with conventional oral iron formulations and offer better patient compliance.

  • Biophysical technologies have long been utilized in drug delivery and treatment. There is need for safe and effective technologies that could be utilized to modulate the physiology of organs. Such technologies which influence the physiological functions of organs could be utilized for drug delivery, diagnosis and treatment of disorders. IDBR is investigating/IDBR has investigated some of the biophysical and drug free approaches to treat physiological disorders.

  • Biophysical technologies have long been utilized in drug delivery and treatment. There is need for safe and effective technologies that could be utilized to modulate the physiology of organs. Such technologies which influence the physiological functions of organs could be utilized for drug delivery, diagnosis and treatment of disorders. IDBR is investigating/IDBR has investigated some of the biophysical and drug free approaches to treat physiological disorders.

  • Biophysical technologies have long been utilized in drug delivery and treatment. There is need for safe and effective technologies that could be utilized to modulate the physiology of organs. Such technologies which influence the physiological functions of organs could be utilized for drug delivery, diagnosis and treatment of disorders. IDBR is investigating/IDBR has investigated some of the biophysical and drug free approaches to treat physiological disorders.

  • Biophysical technologies have long been utilized in drug delivery and treatment. There is need for safe and effective technologies that could be utilized to modulate the physiology of organs. Such technologies which influence the physiological functions of organs could be utilized for drug delivery, diagnosis and treatment of disorders. IDBR is investigating/IDBR has investigated some of the biophysical and drug free approaches to treat physiological disorders.

INSTITUTE FOR DRUG DELIVERY & BIOMEDICAL RESEARCH

Telephone : 91-984-557-7103

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IDBR strongly intends to bridge the gap between basic sciences and translational research in the area of drug delivery and biomedical sciences.

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Email: idbr.org@gmail.com
Phone: +91-984-557-7103