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Questions and Answers
In high-pressure homogenization, organic solvents are needed for controlling particle size and distribution.
In high-pressure homogenization, organic solvents are needed for controlling particle size and distribution.
False (B)
Nanoprecipitation is a bottom-up technology that involves high energy input.
Nanoprecipitation is a bottom-up technology that involves high energy input.
False (B)
Salting out is an efficient method for nanoparticle manufacturing, but it requires extensive purification steps.
Salting out is an efficient method for nanoparticle manufacturing, but it requires extensive purification steps.
True (A)
Supercritical fluid technology for nanoparticle manufacturing involves high-temperature conditions.
Supercritical fluid technology for nanoparticle manufacturing involves high-temperature conditions.
Large rooms and equipment investment are not needed for high-pressure homogenization.
Large rooms and equipment investment are not needed for high-pressure homogenization.
Scale-up is generally feasible with nanoprecipitation for particle size control.
Scale-up is generally feasible with nanoprecipitation for particle size control.
Salting out method often results in nanoparticles with polydispersity issues.
Salting out method often results in nanoparticles with polydispersity issues.
Supercritical fluid technology requires the use of common organic solvents.
Supercritical fluid technology requires the use of common organic solvents.
Cryoprotectant ratios are crucial in high-pressure homogenization for nanoparticle production.
Cryoprotectant ratios are crucial in high-pressure homogenization for nanoparticle production.
Sterile manufacturing of nanoparticles involves extensive purification steps to remove solvents and impurities.
Sterile manufacturing of nanoparticles involves extensive purification steps to remove solvents and impurities.
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