O efeito da drenagem linfática manual e das bandas neuromusculares na reabilitação pós-lipoaspiração para reconstrução mamária: estudo de caso

Introdução – A reconstrução mamária, no processo pós-cancro da mama, poderá ser levada a cabo através da lipoaspiração cujas consequências poderão ser ultrapassadas através da fisioterapia. Objetivo – Verificar, num estudo de caso, os resultados da drenagem linfática manual (DLM) e das bandas neuromusculares (BNM) na dor, edema, hematoma e pigmentação do abdómen e mamas após lipoaspiração para reconstrução mamária. Metodologia – Uma paciente foi sujeita a 10 sessões de fisioterapia com aplicação de DLM e BNM. Em cada sessão foram avaliados, nas mamas e no abdómen, a dor, o edema, o hematoma e a pigmentação. Resultados – Eliminação da dor, desaparecimento do hematoma abdominal, normalização da pigmentação mamária e diminuição do edema. Conclusão – Neste estudo de caso, a DLM e as BNM melhoram as consequências no pós-cirúrgico de lipoaspiração para reconstrução mamária. ABSTRACT - Introduction – Breast reconstruction, post breast cancer, can be carried out through liposuction which consequences may be overcomed through physiotherapy. Objective – Check, in a study case, the results of manual lymphatic drainage (MLD) and neuromuscular bandages (NMB) in pain, edema, bruising and pigmentation on abdomen and breasts, after liposuction for breast reconstruction. Methodology – A patient underwent 10 sessions of physiotherapy with application of MLD and NMB. In each session were evaluated breast and abdomen pain, edema, bruising and pigmentation. Results – Elimination of pain, disappearance of abdominal hematoma, normalization of breast pigmentation and reduction of edema. Conclusion – In this study case, MLD and NMB improve the consequences of post-surgical liposuction for breast reconstruction.

Android as a cloud ticket validator

Trabalho Final de Mestrado para a obtenção do grau de Mestre em Engenharia Informática e de Computadores

Design and performance of a novel low-density parity-check code for distributed video coding

Low-density parity-check (LDPC) codes are nowadays one of the hottest topics in coding theory, notably due to their advantages in terms of bit error rate performance and low complexity. In order to exploit the potential of the Wyner-Ziv coding paradigm, practical distributed video coding (DVC) schemes should use powerful error correcting codes with near-capacity performance. In this paper, new ways to design LDPC codes for the DVC paradigm are proposed and studied. The new LDPC solutions rely on merging parity-check nodes, which corresponds to reduce the number of rows in the parity-check matrix. This allows to change gracefully the compression ratio of the source (DCT coefficient bitplane) according to the correlation between the original and the side information. The proposed LDPC codes reach a good performance for a wide range of source correlations and achieve a better RD performance when compared to the popular turbo codes.

The hospital survey on patient safety culture in Portuguese hospitals: instrument validity and reliability

Purpose – Quantitative instruments to assess patient safety culture have been developed recently and a few review articles have been published. Measuring safety culture enables healthcare managers and staff to improve safety behaviours and outcomes for patients and staff. The study aims to determine the AHRQ Hospital Survey on Patient Safety Culture (HSPSC) Portuguese version's validity and reliability. Design/methodology/approach – A missing-value analysis and item analysis was performed to identify problematic items. Reliability analysis, inter-item correlations and inter-scale correlations were done to check internal consistency, composite scores. Inter-correlations were examined to assess construct validity. A confirmatory factor analysis was performed to investigate the observed data's fit to the dimensional structure proposed in the AHRQ HSPSC Portuguese version. To analyse differences between hospitals concerning composites scores, an ANOVA analysis and multiple comparisons were done. Findings – Eight of 12 dimensions had Cronbach's alphas higher than 0.7. The instrument as a whole achieved a high Cronbach's alpha (0.91). Inter-correlations showed that there is no dimension with redundant items, however dimension 10 increased its internal consistency when one item is removed. Originality/value – This study is the first to evaluate an American patient safety culture survey using Portuguese data. The survey has satisfactory reliability and construct validity.

Check your biosignals here: a new dataset for off-person ECG biometrics

The Check Your Biosignals Here initiative (CYBHi) was developed as a way of creating a dataset and consistently repeatable acquisition framework, to further extend research in electrocardiographic (ECG) biometrics. In particular, our work targets the novel trend towards off-the-person data acquisition, which opens a broad new set of challenges and opportunities both for research and industry. While datasets with ECG signals collected using medical grade equipment at the chest can be easily found, for off-the-person ECG data the solution is generally for each team to collect their own corpus at considerable expense of resources. In this paper we describe the context, experimental considerations, methods, and preliminary findings of two public datasets created by our team, one for short-term and another for long-term assessment, with ECG data collected at the hand palms and fingers. (C) 2013 Elsevier Ireland Ltd. All rights reserved.

Intermodulation in active reconfigurable antennas

Due to the application of active components into antennas these became a source of distortion on wireless communication systems. In this paper we explore the nonlinear effects occurring in a frequency reconfigurable antenna operating with a PIN Diode. We describe the measurement setup used to check the antenna intermodulation products and the measured compression and third order intermodulation limitations of a frequency reconfigurable antenna, operating at the UMTS and WLAN frequencies.