“…The initial precipitation observed with DZP reduced over time, possibly due to the precipitate being amorphous or a polymorph, which could readily redissolve. This supports reports of biphasic intramuscular absorption of DZP . Additionally, high inter‐individual variability was observed for absorption parameters ( C max and t max ) after intramuscular injection of DZP, resulting in clinical failure in some cases.…”
The in-vitro model can be used as a cost-effective screening tool in injectable formulation development for safe and effective delivery of poorly soluble drugs. PDP can be circumvented with a well-designed formulation.
“…The initial precipitation observed with DZP reduced over time, possibly due to the precipitate being amorphous or a polymorph, which could readily redissolve. This supports reports of biphasic intramuscular absorption of DZP . Additionally, high inter‐individual variability was observed for absorption parameters ( C max and t max ) after intramuscular injection of DZP, resulting in clinical failure in some cases.…”
The in-vitro model can be used as a cost-effective screening tool in injectable formulation development for safe and effective delivery of poorly soluble drugs. PDP can be circumvented with a well-designed formulation.
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