2 resultados para Vaginal Delivery
em Universidade Federal do Rio Grande do Norte(UFRN)
Resumo:
OBJETIVE: To evaluate the perception of Medical and Nursing students of Medicine and Nursing graduation courses at the Federal University of Rio Grande do Norte (UFRN), on obstetrics teaching and labor assistance in the context of the maternal care provided by the Maternity Hospital Januário Cicco (MEJC) and contribute to curricular updating planning of teaching obstetrics, in accordance with the principles of humanization. METHODS: It was conducted a study of cross-cutting approach and qualitative and quantitative descriptive method, with students in medicine and nursing of UFRN, who were attending or had been attended the midwifery disciplines medicine; and women's health in nursing. The data were collected through a questionnaire with objective and subjective questions, and stored in a database, spreadsheet software Excel / Office 2010 with all the variables. RESULTS: We interviewed 169 students, 118 of medical school and 51 from the nursing program, of which 46.75% were male and 53.25% female. The largest number of medical respondents is the 11th period (40.67%), and nursing, on 10, (43.15%). These students witnessed 1,073 births, and (61.8%) vaginal deliveries. The obstetricians were the most performed vaginal deliveries (40%). Nurses performed only (8.13%). The assistance provided to women during the process of labor and delivery, was configured as suitable for 87.58% of respondents and these glimpsed humane conduct. Students who performed deliveries, 76.27% were medical and 11.76% were nursing. All had guidance while doing them. A total of 19.50% medical students reported that there is a prejudice against vaginal delivery, particularly for the humanized birth, unlike all nursing students (100%) who reported that there is this prejudice. Most students (73%) showed preference for vaginal delivery, especially nursing students. On the knowledge of myths in relation to vaginal delivery, 60.35% answered that they know some. CONCLUSION: This study presents itself as a highly relevant, since the results may contribute to curricular changing and updating related to obstetrics teaching, but also serve as a resource for analysis of humanization practices that should be developed in educational institutions and which are recommended by the Ministry of Health.
Resumo:
This thesis was devoted to the development of innovative oral delivery systems for two different molecules. In the first part, microparticles (MPs) based on xylan and Eudragit® S- 100 were produced and used to encapsulate 5-aminosalicylic acid for colon delivery. Xylan was extracted from corn cobs and characterized in terms of its physicochemical, rheological and toxicological properties. The polymeric MPs were prepared by interfacial cross-linking polymerization and spray-drying and characterized for their morphology, mean size and distribution, thermal stability, crystallinity, entrapment efficiency and in vitro drug release. MPs with suitable physical characteristics and satisfactory yields were prepared by both methods, although the spray-dried systems showed higher thermal stability. In general, spraydried MPs would be preferable systems due to their thermal stability and absence of toxic agents used in their preparation. However, drug loading and release need to be optimized. In the second part of this thesis, oil-in-water microemulsions (O/W MEs) based on mediumchain triglycerides were formulated as drug carriers and solubility enhancers for amphotericin B (AmB). Phase diagrams were constructed using surfactant blends with hydrophiliclipophilic balance values between 9.7 and 14.4. The drug-free and drug-loaded MEs presented spherical non-aggregated droplets around 80 and 120 nm, respectively, and a low polydispersity index. The incorporation of AmB was high and depended on the volume fraction of the disperse phase. These MEs did not reduce the viability of J774.A1 macrophage-like cells for concentrations up to 25 μg/mL of AmB. Therefore, O/W MEs based on propylene glycol esters of caprylic acid may be considered as suitable delivery systems for AmB