Introduction: The past decade of research has witnessed a huge advancement in research
efforts on guar gum (GG)-based polymers as controlled release (CR) formulations for the …

In this study, investigation of an oral colon specific, pulsatile device to achieve time and/or
site specific release of theophylline, based on chronopharmaceutical consideration. The …

Wound infection has become a healthy economic burden globally. Current wound
management mainly relies on the use of antibiotics; however, the misuse and overuse of …

Materials and Methods: The capsule body was made water insoluble by exposing the body
to formaldehyde vapor. A mixture of granules containing drug, superdisintegrant, and …

A modified Pulsincap dosage form of metronidazole was developed to target drug release in
the colon. Bodies of hard gelatin capsules were treated with formaldehyde keeping the caps …

Hydrophilic controlled release matrix tablets of rifampicin, a poorly soluble drug, have been
formulated using hydroxypropyl methylcellulose (HPMC) polymer (low, medium, and high …

Oral controlled release formulations of rifampicin have been developed by using
hydroxypropyl methylcellulose polymer at different ratios. From in vitro release data, we …

The objective of this study was to investigate a novel hydrogel plug using isolated root
mucilage of Sterculia urens to obtain a desired lag time for an oral chronotherapeutic colon …

Objective: The main objective of the present study was to formulate and evaluate a time-
controlled single-unit oral pulsatile drug delivery system containing Zafirlukast for the …

Background: Circadian rhythms is a natural process that regulates the sleep wake cycle
which is associated with several physiological, biochemical, endocrine, behavioural …