Hodnocení a sledování průběhu veřejně politických opatření (včetně politiky podpory zdraví) je, zejména v rámci diskurzu na poli veřejné politiky jako vědní disciplíny, chápáno jako nedílná součást tvorby a realizace veřejné politiky, která by měla přispívat k naplňování demokratických principů ve veřejné správě. Vlastní evaluační praxe, a tedy i konečný smysl hodnocení, se však může značně lišit od odborných akademických metodologických doporučení a deklarací v rámci strategických veřejně politických dokumentů. Cílem předkládaného článku je na základě systematické rešerše vytvořit teoretický rámec pro exploraci a porozumění evaluační praxi v politice podpory zdraví na národní úrovni (včetně podmínek, které na ni mohou působit) a představit zjištění některých zahraničních autorů, kteří zkoumali jednotlivé případy evaluační praxe., Public policy (including health promotion policy) evaluation and monitoring is considered, especially in the discourse on the ground of public policy as an academic discipline, to be an integral part of public policy creation and implementation, which should contribute to promotion of democratic principles in public administration. The particular evaluation practice and hence the very meaning of evaluation, may differ greatly from academic methodological recommendations and declarations included in strategic public policy documents. The aim of the article is to create a theoretical framework which can be used for exploration and understanding of evaluation practice in the health promotion policy at the national level (including various conditions which can influence the evaluation practice) and introduce some of the findings of authors dealing with particular cases of evaluation practice., and Eva Tušková
INTRODUCTION: A previous study has employed shear-wave ultrasound elastographic imaging to assess corneal rigidity in an ex-vivo porcine eye model. This study employs the same modality in vivo in a rabbit eye model in order to assess lens, ciliary body and total ocular rigidity changes following the instillation of atropine and pilocarpine. METHODS: Ten non-pigmented female rabbits were examined. Measurements of the lens, ciliary body and total ocular rigidity as well as lens thickness and anterior chamber depth were taken with the Aixplorer system (SuperSonic Imagine, Aix-en-Provence, France) with the SuperLinear™ SL 15-4 transducer in both eyes at baseline as well as after pilocarpine and atropine instillation. The IOP was also measured with the TonoPen tonometer. RESULTS: Changes in rigidity in the examined areas following atropine instillation were statistically not significant. Ciliary body rigidity was significantly increased whereas lens and total ocular rigidity were significantly reduced following pilocarpine instillation. The decrease in lens rigidity following pilocarpine was significantly associated with the respective increase in ciliary body rigidity. CONCLUSIONS: Shear-wave ultrasound elastography can detect in vivo rigidity changes in the anterior segment of the rabbit eye model and may potentially be applied in human eyes, providing useful clinical information on conditions in which rigidity changes play an important role, such as glaucoma, pseudoexfoliation syndrome or presbyopia. and E. T. Detorakis, E. E. Drakonaki, H. Ginis, N. Karyotakis, I. G. Pallikaris