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Showing 1 to 4 of 4 for “"Micronization"”.

  1. Particle engineering via surface modification during micronization for pharmaceutical applications

    … class II drugs is an important research area. Micronization which can increase the specific surface area is a promising method to improve the dissolution rate. Micronization alone, however, can lead to downstream processing problems related to poor flow and dispersion properties. The importance …

    njit Repository record for Particle engineering via surface modification during micronization for pharmaceutical applications (opens in a new tab)

  2. Improvement in the cooking and physico-chemical characteristics of hard-to-cook cowpeas by pre-conditioning and micronization

    … cooking time of normal and HTC cowpeas, while micronization has been used to reduce the cooking time of normal cowpeas. Hence preconditioning in water or in a solution containing monovalent (Na+) cations in combination with micronization, could have the potential to help in alleviating the HTC …

    pretoria Repository record for Improvement in the cooking and physico-chemical characteristics of hard-to-cook cowpeas by pre-conditioning and micronization (opens in a new tab)

  3. Precipitation of ultrafine particles using liquid antisolvent with concentric ultrasonic nozzle and subcritical CO2

    … interfacial surface area. This work focuses on micronization of class ii drug Griseofulvin which is poorly water soluble. Two processes namely, liquid antisolvent precipitation using ultrasonic nozzle and other process using subcritical CO_2 have been used to produce ultrafine particles of this …

    njit Repository record for Precipitation of ultrafine particles using liquid antisolvent with concentric ultrasonic nozzle and subcritical CO2 (opens in a new tab)

  4. Effect of Compression Force on Agglomeration of Micronized Active Pharmaceutical Ingredients: Techniques to Prevent API Agglomeration During Compression

    <p>Micronization is one of the common processes for size reduction to increase surface area of poorly soluble Active Pharmaceutical Ingredient’s (API). This size reduction improves the dissolution rate and permeability thereby increasing the bioavailability for hydrophobic API’s.</p> <p>Tablets and …

    tenn-hsc Repository record for Effect of Compression Force on Agglomeration of Micronized Active Pharmaceutical Ingredients: Techniques to Prevent API Agglomeration During Compression (opens in a new tab)