Evidences of a new lecithin delivery system
This week Indena presented new studies on Casperome, its Boswellia serrata extract formulated with the Phytosome technology.
At the Pharma-Nutrition Conference in Philadelphia, Christian Artaria, Marketing Director of Indena, made an oral presentation in a plenary session on the outcomes of a recent pharmacokinetic study on Casperome, the Boswellia serrata extract formulated with the Indena proprietary Phytosome technology.
Boswellic acids have long been considered the main bioactive components of Boswellia serrata, and many pre-clinical studies have confirmed their bioactivities. In particular, recent mechanistic studies have validated the capacity of the β-boswellic acid family to modulate physiological response to various challenges, but preliminary pharmacokinetic studies in animals and humans have highlighted the poor oral absorption of boswellic acids.
To overcome this problem, Indena has formulated a purified mixture of boswellic acids from Boswellia serrata with lecithin, taking advantage of its proprietary Phytosome technology platform to optimize their absorption. In a previous pre-clinical work such superior absorption was demonstrated both at the plasma and at the tissue level.
The randomized, double blind, cross-over comparative pharmacokinetic study in healthy volunteers with a single oral dosage of 500 mg confirmed a marked increase of major boswellic acids in comparison with the unformulated extract. Plasma levels of most relevant boswellic acids measured after Casperome administration, in particular β- boswellic acids, were in the range of expected biological activity, thus representing strong support for a rational dosage regimen in clinical testing.
Clinical investigations in four controlled studies have given further support to the relevance of this pharmacokinetic study.
Christian Artaria, Marketing Director of Indena, commented:
“We are excited for the results we achieved, as for the first time, with a single dosage of 500 mg of Casperome, relevant plasmatic levels could be reached and measured in humans”
Du Z. et al. Planta Medica (2015) Feb 25 (under publication)
Hüsch J. et al. Fitoterapia 84 (2013) 89-98
Indena, manuscript submitted for publication