Adherence and satisfaction survey in outpatients on treatment with antipsychotics

Introduction

One of the problems of many studies and clinical trials is that don’t reflect the patient's opinion about the medication that they receive and their satisfaction.

Objetive and aims

The aim of this study was to assess the degree of outpatients satisfaction with antipsychotic treatment in four outpatients clinics in Mallorca. The adherence rates was estimated from information provided by the patients and their psychiatrists.

Methods

A cross.-sectional and descriptive study was conducted during one month, from May to June 2010, by administering several questionnaires to outpatients with psychotic disorders. It was designed a case report data which recorded the following variables: age, gender, diagnosis (schizophreniform, schizophrenia, schizoaffective disorder, delusional, psychotic disorder not otherwise specified), time since diagnosis, substance use, number of antipsychotic drugs, type of antipsychotic (oral and / or im), number of doses per day and number of tablets, via of administration (buttocks or deltoid). The psychometric instruments used were: the Morisky-Green test, Haynes-Sacket test, the MSQ (Medication Satisfaction Questionnaire) and CGI (Clinical Global Impression).

Results

The sample was of 92 patients with a mean age of 42.1 years (SD 12.2): 57.6% male and the most frequent diagnosis was schizophrenia in 65.2%. The duration of treatment from diagnosis was more than 5 years in 66.3%.

Conclusions

The patients on maintenance monotherapy with RLAI showed better adherence rates and more insight, evaluated by their psychiatrits.

78% of patients receiving antipsychotic medication injections were satisfied with the treatment.

Patients with RLAI administrating in deltoid were satisfied in 65.7%.

Vesicle movements are governed by the size and dynamics of F-actin cytoskeletal structures in bovine chromaffin cells

Dense vesicles can be observed in live bovine chromaffin cells using fluorescent reflection confocal microscopy. These vesicles display a similar distribution, cytoplasmic density and average size as the chromaffin granules visualized by electron microscopy. In addition, the acidic vesicles labeled with Lysotracker Red comprised a subpopulation of the vesicles that are visualized by reflection fluorescence. A combination of fluorescence reflection and transmitted light images permitted the movements of vesicles in relation to the cortical cytoskeleton to be studied. The movement of vesicles located on the outside of this structure was restricted, with an apparent diffusion coefficient of 1.0+/-0.4 x 10(-4) microm(2)/s. In contrast, vesicles located in the interior moved much more freely and escaped from the visual confocal plane. Lysotracker labeling was more appropriate to study the movement of the faster moving vesicles, whose diffusion coefficient was five times higher. Using this type of labeling we confirmed the restriction on cortical movement and showed a clear relationship between vesicle mobility and the kinetics of cytoskeletal movement on both sides of the cortical cytoskeleton. This relationship was further emphasized by studying cytoskeletal organization and kinetics. Indeed, an estimate of the size of the cytoskeletal polygonal cages present in the cortical region and in the cell interior agreed well with the calculation of the theoretical radius of the cages imprisoning vesicle movement. Therefore, these data suggest that the structure and kinetics of the cytoskeleton governs vesicle movements in different regions of chromaffin cells.