Recently Microwave is exhibiting good potential tools in the field of Pharmaceutical science.
In the present review an attempt was made to focus on what is microwave, how is it …

Aims: To compare the killing efficacy and the effects exerted by microwaves and
conventional heating on structural and molecular components of Bacillus subtilis spores …

The traditional perception within the pharmaceutical industry of the manufacture of injectable
drug products is that active pharmaceutical ingredients (API) that are peptides, proteins or …

The influence of microwave irradiation on the drug release properties of freshly prepared
and aged alginate, alginate–chitosan and chitosan beads was investigated. The beads were …

Sterilisation of fermentation media, inlet and outlet gases and maintenance of aseptic
conditions during bioprocessing represents one of the most relevant parts of comprehensive …

Microwaves are increasingly being used for a variety of biological purposes. Due to their
rapid heating ability, they have proven of significant utility in extraction, disinfection, tissue …

Native forms of starch lack certain properties such as viscosity and stability and this limits its
use in pharmaceutical formulations. This limitation can be improved by physical and …

Strains representing four types of common heat-resistant spores of Bacillus spp., B. cereus
CCRC 14655, B. coagulans CCRC10606, B. licheniformis CCRC14693, and B. subtilis …

Spores of Bacillus subtilis ATCC 6051 and Bacillus stearothermophilus NCTC 10003 were
immobilized in monodisperse alginate beads (diameter, 550 μm±5%), and the capacity of …

Ionizing radiation in the form of γ-rays from radioactive isotopes (eg cobalt-60) or high speed
electron beams (E-beams) produced by particle accelerators is widely used as an …