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1.
Farm. hosp ; 47(4): 155-160, Julio - Agosto 2023. tab
Artigo em Inglês, Espanhol | IBECS | ID: ibc-223572

RESUMO

La esclerosis múltiple es una enfermedad desmielinizante crónica del sistema nervioso central y discapacitante a largo plazo. Existen diferentes tratamientos modificadores de la enfermedad. Estos pacientes, a pesar de ser generalmente jóvenes, tienen una elevada comorbilidad y riesgo de polimedicación por su compleja sintomatología y discapacidad. Objetivo principal determinar el tipo de tratamiento modificador de la enfermedad en los pacientes atendidos en servicios de farmacia de hospitales españoles. Objetivos secundarios Conocer los tratamientos concomitantes, determinar la prevalencia de la polifarmacia, identificar la prevalencia de interacciones y analizar la complejidad farmacoterapéutica. Método estudio observacional, transversal y multicéntrico. Se incluyeron todos los pacientes con diagnóstico de esclerosis múltiple y tratamiento modificador de la enfermedad activo a los que se atendió en las consultas de pacientes externos o en los hospitales de día durante la segunda semana de febrero 2021. Se recogieron: el tratamiento modificador, las comorbilidades y los tratamientos concomitantes para determinar el patrón de multimorbilidad, polifarmacia, complejidad farmacoterapéutica (Medication Regimen Complexity Index) e interacciones medicamentosas. Resultados se incluyeron 1.407 pacientes de 57 centros de 15 Comunidades Autónomas. La forma de presentación de la enfermedad más frecuente fue la forma remitente recurrente (89,3%). El tratamiento modificador de la enfermedad más prescrito fue dimetilfumarato (19,1%), seguido de teriflunomida (14,0%). De los tratamientos modificadores parenterales, los 2 más prescritos fueron el acetato de glatiramero y el natalizumab con un 11,1 y 10,8% respectivamente. El 24,7% de los pacientes tenían una comorbilidad y el 39,8% al menos 2 comorbilidades. El 13,3% pertenecía al menos a uno de los patrones definidos de multimorbilidad y el 16,5% pertenecían a 2 o más patrones. ... (AU)


Multiple sclerosis is a chronic demyelinating disease of the central nervous system and long-term disabling. Different disease-modifying treatments are available. These patients, despite being generally young, have high comorbidity and risk of polymedication due to their complex symptomatology and disability.Objective primaryTo determine the type of disease-modifying treatment in patients seen in Spanish hospital pharmacy departments.Secondary objectivesTo determine concomitant treatments, determine the prevalence of polypharmacy, identify the prevalence of interactions and analyse pharmacotherapeutic complexity.MethodObservational, cross-sectional, multicentre study. All patients with a diagnosis of multiple sclerosis and active disease-modifying treatment who were seen in outpatient clinics or day hospitals during the second week of February 2021 were included. Modifying treatment, comorbidities and concomitant treatments were collected to determine multimorbidity pattern, polypharmacy, pharmacotherapeutic complexity (Medication Regimen Complexity Index) and drug-drug interactions.Results1,407 patients from 57 centres in 15 autonomous communities were included. The most frequent form of disease presentation was the relapsing remitting form (89.3%). The most prescribed disease-modifying treatment was dimethyl fumarate (19.1%), followed by teriflunomide (14.0%). Of the parenteral disease-modifying treatments, the two most prescribed were glatiramer acetate and natalizumab with 11.1% and 10.8%. 24.7% of the patients had one comorbidity and 39.8% had at least 2 comorbidities. 13.3% belonged to at least one of the defined patterns of multimorbidity and 16.5% belonged to 2 or more patterns. The concomitant treatments prescribed were psychotropic drugs (35.5%); antiepileptic drugs (13.9%) and antihypertensive drugs and drugs for cardiovascular pathologies (12.4%). ... (AU)


Assuntos
Humanos , Esclerose Múltipla/tratamento farmacológico , Esclerose Múltipla/terapia , Multimorbidade , Polimedicação , Interações Medicamentosas , Espanha , Estudos Transversais/métodos , Estudos Multicêntricos como Assunto/métodos
2.
Pharmacy (Basel) ; 8(2)2020 Apr 07.
Artigo em Inglês | MEDLINE | ID: mdl-32272683

RESUMO

Introduction: Hospital pharmacists are increasingly playing a critical role in the care of patients with multiple sclerosis (MS). However, little is known about their preferences and perspectives towards different attributes of disease-modifying therapies (DMTs). The objective of this research was to assess pharmacists´ preferences for DMT efficacy attributes. Methods: A multicenter, non-interventional, cross-sectional, web-based study was conducted. Preventing relapses, delaying disease progression, controlling radiological activity, and preserving health-related quality of life (HRQoL) and cognition were the attributes selected based on a literature review and a focus group with six hospital pharmacists. Conjoint analysis was used to determine preferences in eight hypothetical treatment scenarios, combining different levels of each attribute and ranking them from most to least preferred. Results: Sixty-five hospital pharmacists completed the study (mean age: 43.5 ± 7.8 years, 63.1% female, mean years of professional experience: 16.1 ± 7.4 years). Participants placed the greatest preference on delaying disease progression (35.7%) and preserving HRQoL (21.6%) and cognition (21.6%). Importance was consistent in all groups of pharmacists stratified according to demographic characteristics, experience, research background, and volume of patients seen per year. Conclusions: Understanding which treatment characteristics are meaningful to hospital pharmacists may help to enhance their synergistic role in the multidisciplinary management of patients with MS.

3.
Farm. hosp ; 39(3): 137-146, mayo-jun. 2015. ilus, tab
Artigo em Espanhol | IBECS | ID: ibc-141565

RESUMO

Objetivo: Describir la implantación de un robot para la elaboración de antineoplásicos en el Servicio de Farmacia y evaluar el valor añadido al proceso farmacoterapéutico. Método: La implantación se llevó a cabo en Junio 2012 en un hospital de tercer nivel, realizándose en dos períodos: 1-Período de pruebas con la instalación del robot, configuración técnica del equipo, validación de 29 principios activos e integración con el software de prescripción electrónica (9 meses); 2-Período de utilización (22 meses). Se impartieron cursos de formación a farmacéuticos y personal de enfermería. Para su funcionamiento el robot emplea reconocimiento fotográfico, identificación por código de barras y controles gravimétricos, que proporcionaron datos de error cometido por preparación, tolerando ±10% y restringiéndolo, tras un estudio piloto, a un intervalo de tolerancia de ±4%. El robot fue programado para reconocer bolsas, infusores, jeringas y viales. El valor añadido se evaluó durante 31 meses con la identificación de los errores de preparación. Resultados: Se realizaron 11.865 preparaciones en el robot, que correspondieron al 40% del global de antineoplásicos elaborados, de 29 principios activos diferentes. Se identificaron y evitaron errores de dosificación en el 1,12% (n=133) de las preparaciones, que no alcanzaron al paciente al ser identificadas por el robot como preparaciones con desviación negativa (-4%) y ser corregidas manualmente. Conclusiones: La implantación de un robot en la elaboración de antineoplásicos permite identificar los errores de elaboración y evitar que lleguen al paciente, promoviendo la seguridad y calidad del proceso farmacoterapéutico de antineoplásicos y reduciendo la exposición del manipulador a los mismos (AU)


Objective: To describe the implementation of a robot for the preparation of antineoplastic drugs in the Pharmacy Service and to be able to analyze the added value to pharmacotherapy. Methods: The implementation was carried out in June 2012 at a tertiary level Hospital, taking place in two periods: 1- test period with the installation of the robot, with technical configuration of the equipment and validation of 29 active ingredients and the integration of electronic prescribing software with the robot application (9 months). 2- Usage period (22 months). On the other hand, training was given to pharmacists and nurses. The robot uses image recognition, barcode identification and gravimetric controls for proper operation. These checks provide information about the error ratio in the preparation, with a margin of ± 10%, which after a pilot study was restricted to a range of ±4%. The robot was programmed to recognize bags, infusion pumps, syringes and vials. The added value was assessed for 31 months by identifying preparation´s errors. Results: 11,865 preparations were made by the robot, which meant approximately 40% of all antineoplastic prepared from 29 different active ingredients. 1.12% (n=133) of the errors were identified by the robot and therefore didn´t reach the patient (negative desviation - 4%). These errors were corrected manually. Conclusion: The implementation of a robot in the preparation of antineoplastic drugs allows to identify errors therefore preventing them to arrive to the patient. This promotes safety and quality of the process, reducing the exposure to cytotoxic drugs from the manipulator (AU)


Assuntos
Humanos , Antineoplásicos/farmacologia , Composição de Medicamentos/métodos , Robótica/métodos , Preparações Farmacêuticas/análise , Assistência Farmacêutica/organização & administração , Avaliação de Medicamentos/métodos , Segurança do Paciente
4.
Farm Hosp ; 39(3): 137-46, 2015 May 01.
Artigo em Espanhol | MEDLINE | ID: mdl-26005888

RESUMO

OBJECTIVE: To describe the implementation of a robot for the preparation of antineoplastic drugs in the Pharmacy Service and to be able to analyze the added value to pharmacotherapy. METHODS: The implementation was carried out in June 2012 at a tertiary level Hospital, taking place in two periods: 1- test period with the installation of the robot, with technical configuration of the equipment and validation of 29 active ingredients and the integration of electronic prescribing software with the robot application (9 months). 2- Usage period (22 months). On the other hand, training was given to pharmacists and nurses. The robot uses image recognition, barcode identification and gravimetric controls for proper operation. These checks provide information about the error ratio in the preparation, with a margin of ± 10%, which after a pilot study was restricted to a range of ±4%. The robot was programmed to recognize bags, infusion pumps, syringes and vials. The added value was assessed for 31 months by identifying preparation's errors. RESULTS: 11,865 preparations were made by the robot, which meant approximately 40% of all antineoplastic prepared from 29 different active ingredients. 1.12% (n=133) of the errors were identified by the robot and therefore didn't reach the patient (negative desviation - 4%). These errors were corrected manually. CONCLUSION: The implementation of a robot in the preparation of antineoplastic drugs allows to identify errors therefore preventing them to arrive to the patient. This promotes safety and quality of the process, reducing the exposure to cytotoxic drugs from the manipulator.


Objetivo: Describir la implantación de un robot para la elaboración de antineoplásicos en el Servicio de Farmacia y evaluar el valor añadido al proceso farmacoterapéutico. Método: La implantación se llevó a cabo en Junio 2012 en un hospital de tercer nivel, realizándose en dos períodos: 1-Período de pruebas con la instalación del robot, configuración técnica del equipo, validación de 29 principios activos e integración con el software de prescripción electrónica (9 meses); 2-Período de utilización (22 meses). Se impartieron cursos de formación a farmacéuticos y personal de enfermería. Para su funcionamiento el robot emplea reconocimiento fotográfico, identificación por código de barras y controles gravimétricos, que proporcionaron datos de error cometido por preparación, tolerando ±10% y restringiéndolo, tras un estudio piloto, a un intervalo de tolerancia de ±4%. El robot fue programado para reconocer bolsas, infusores, jeringas y viales. El valor añadido se evaluó durante 31 meses con la identificación de los errores de preparación. Resultados: Se realizaron 11.865 preparaciones en el robot, que correspondieron al 40% del global de antineoplásicos elaborados, de 29 principios activos diferentes. Se identificaron y evitaron errores de dosificación en el 1,12% (n=133) de las preparaciones, que no alcanzaron al paciente al ser identificadas por el robot como preparaciones con desviación negativa (-4%) y ser corregidas manualmente. Conclusiones: La implantación de un robot en la elaboración de antineoplásicos permite identificar los errores de elaboración y evitar que lleguen al paciente, promoviendo la seguridad y calidad del proceso farmacoterapéutico de antineoplásicos y reduciendo la exposición del manipulador a los mismos.


Assuntos
Antineoplásicos/química , Composição de Medicamentos/instrumentação , Serviço de Farmácia Hospitalar/organização & administração , Robótica , Antineoplásicos/administração & dosagem , Automação , Humanos , Erros de Medicação/prevenção & controle , Farmacêuticos
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