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Ocular disposition of ciprofloxacin from topical, PEGylated nanostructured lipid carriers: Effect of molecular weight and density of poly ethylene glycol. Ciprofloxacin CIP is an antibacterial agent prescribed for the treatment of ocular infections.

The objective of the present project is to investigate the effect of surface PEG functionalization of the Nano structured lipid carriers The objective of the present project is to investigate the effect of surface PEG functionalization of the Nano structured lipid carriers NLCs on formulation stability, ocular penetration and distribution.

Drug load in the formulations was maintained at 0. Formulations prepared were evaluated with respect to in vitro release, transcorneal permeation, autoclavability, morphological characteristics and in vivo ocular tissue distribution.

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Carbon chain length of the phospholipid, however, did not affect transcorneal penetration of CIP. In vivo ocular tissue CIP concentrations attained from the various formulations was consistent with the in vitro data obtained.

The results suggest that surface functionalization of PEGs, within a specified range of molecular weight and surface packing density, significantly enhance trans-ocular penetration and impart sterilization stabilization characteristics into the formulations. Preparation of Pharmaceutical creams. The experiment was performed so as to formulate a pharmaceutical cream that can be used to alleviate dermatophytotic infections caused by bacteria or fungi.

The cream was formulated by weighing the required amounts of Azadirachta indica The cream was formulated by weighing the required amounts of Azadirachta indica tincture, borax, sunflower oil, white beeswax, and white soft paraffin. Beeswax, white soft paraffin and sunflower oil were melted in a beaker and then mixed with the melted mixture of borax and the tincture.


The aqueous solution was added to the oily solution because the aim was to formulate a water in oil semi-solid emulsion. In some cases, it is recommended to stir the mixture sufficiently to ensure uniform distribution of the active ingredient throughout the external phase. Azadirachta indica, tincture, borax, beeswax, dermatophytotic.

Short sermon molecules can be Short sermon molecules can be prepared by direct chemical synthesis or transcription driven by RNA polymerase promoters.

Ezetimibe pka | kubebent

After accuon discovery the use of small interfering RNA siRNA has become a powerful tool in silencing highly over expressed oncogenes in cancer. Now siRNA technology holds promise as a novel therapeutic modality for targeted silencing of cancer genes especially for those proteins that cannot be targeted by small inhibitors. However, clinical applications of siRNA-based therapeutics relay on the successful delivery of primary and metastatic tumors and remains as a great challenge.

Designing and then chemically stabilizing the siRNA and can stabilize and improve the drug properties of siRNA therapeutics by using specific chemical modifications. A chemogenomics approach towards novel target discovery combined with RNAi-based screening is facilitating the robust, improved discovery of new targeted therapies. These approaches have strong potential to provide better cancer drug targets using a combination of short interfering RNA siRNA libraries and pre-existing chemotherapies, as well as a combination of siRNAs and novel compound libraries.

RNAi is one of the most recent discoveries of a naturally occurring mechanism of gene regulation that is triggered by the introduction of double-stranded RNA into a cell. Designed to specifically knock down the expression of genes harboring a particular target sequence, and they represent an exciting therapeutic potential for inhibiting gene expression. Formulation, Development and In vitro Evaluation. Development of solid dispersions of poorly water soluble drugs is one of the most widely used approaches to enhance the solubility as well as dissolution rate.


In the current investigation, ezetimibe is selected as model drug to In the current investigation, ezetimibe is selected as model drug to improve the solubility and dissolution rate by solid dispersion method. Based on the solubility and drug release studies, formulations F4, F8 and F11 were selected to prepare in the form of tablets and compared with conventional tablets. The percent drug release in 15 min Q15 and initial dissolution rate for formulation F11 was These were very much higher compared to conventional tablets containing pure drug The relative dissolution rate was found to be 2.

Formulation of Pulsatile Delivery of Ramipril: Interpenetrating polymeric network hydrogel for stomach-specific drug delivery of clarithromycin: The aim of this study was to develop a controlled release system targeting antibiotic delivery to the stomach. The hydrogels were synthesized by using chitosan, poly acrylic acid and poly vinyl pyrrolidone polymers crosslinked with Interpenetrating polymeric network IPN hydrogels were prepared by varying the concentration of crosslinking agent glutaraldehyde.

The effect of glutaraldehyde concentration on the swelling and release characteristics were evaluated. Modalities used to assess the most optimal hydrogel formulation included high liquid chromatography, FTIR analysis, differential scanning calorimetry, swelling studies, in vitro drug release study, mucoadhesive study and scanning electron microscopy.

The result showed that IPN hydrogels were greater in swelling, more mucoadhesive and released more drug at lower pH values. Thus, it is believed that the antibiotic concentration in the stomach might be sustained through this formulation.

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