Formação de alianças estratégicas para operadora de plano de saúde

A Saúde Service Card (SSC) é uma operadora de planos de saúde que vem operando no estado do Espírito Santo desde 1997. Embora a empresa viesse alcançando resultados satisfatórios até 1998, supõe-se que com a introdução da lei 9656/98, que trata da regulamentação dos planos de saúde no Brasil, os custos com a assistencia médica do associado elevou-se uma vez que novas coberturas para procedimentos médicos foram asseguradas aos associados. Este estudo objetiva investigar até que ponto a formação de alianças estratégicas poderá contribuir para que a empresa Saúde Service Card obtenha as adaptações necessárias para competir no novo cenário traçado pela regulamentação dos planos de saúde no Brasil.

Confirmação de presença de usuário à cirurgia eletiva por telefone como estratégia para reduzir absenteísmo

O presente trabalho trata-se de pesquisa quase experimental para avaliar o impacto na redução do absenteísmo de usuários agendados para cirurgia eletiva, quando submetidos à confirmação de presença por telefone. O estudo foi conduzido no Centro Cirúrgico do Hospital das Clínicas da Faculdade de Medicina de Botucatu, durante trinta dias, perfazendo 89 usuários. Os resultados indicaram a efetividade da intervenção, que reduziu o absenteísmo em 30%. Recomenda-se sua implementação na antevéspera da cirurgia, possibilitando novas tentativas para encontrar o usuário no domicílio e convocação de outro. A criação de um núcleo de atendimento poderia constituir um canal de comunicação entre instituição e usuário, permitindo a confirmação da presença da pessoa e a oportunidade de sanar dúvidas sobre o tratamento e comunicar eventuais impedimentos à cirurgia. O núcleo demandaria um profissional com habilidade e conhecimento do serviço, uma vez que os usuários requerem orientações sobre o tratamento durante o contato telefônico.

Trilhando percursos e construindo caminhos: possíveis relações entre Terapia ocupacional e Educação

Pós-graduação em Educação - IBRC

Estudo das habilidades fonológicas de alunos usuários de comunicação suplementar e alternativa

Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)

Salas de recursos multifuncionais: contexto de Inclusão Escolar para os alunos público-alvo da Educação Especial ?

Conselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq)

A Fully Automatic Calibration Framework for Navigated Ultrasound Imaging

Navigated ultrasound (US) imaging is used for the intra-operative acquisition of 3D image data during imageguided surgery. The presented approach includes the design of a compact and easy to use US calibration device and its integration into a software application for navigated liver surgery. User interaction during the calibration process is minimized through automatic detection of the calibration process followed by automatic image segmentation, calculation of the calibration transform and validation of the obtained result. This leads to a fast, interaction-free and fully automatic calibration procedure enabling intra-operative

Automated detection of fiducial screws from CT/DVT volume data for image-guided ENT surgery

This paper presents an automated solution for precise detection of fiducial screws from three-dimensional (3D) Computerized Tomography (CT)/Digital Volume Tomography (DVT) data for image-guided ENT surgery. Unlike previously published solutions, we regard the detection of the fiducial screws from the CT/DVT volume data as a pose estimation problem. We thus developed a model-based solution. Starting from a user-supplied initialization, our solution detects the fiducial screws by iteratively matching a computer aided design (CAD) model of the fiducial screw to features extracted from the CT/DVT data. We validated our solution on one conventional CT dataset and on five DVT volume datasets, resulting in a total detection of 24 fiducial screws. Our experimental results indicate that the proposed solution achieves much higher reproducibility and precision than the manual detection. Further comparison shows that the proposed solution produces better results on the DVT dataset than on the conventional CT dataset.

Integrating optical fiber force sensors into microforceps for ORL microsurgery

The delicate anatomy of the ear require surgeons to use great care when operating on its internal structures. One example for such an intervention is the stapedectomy, where a small crook shaped piston is placed in the oval window of the cochlea and connected to the incus through crimping thus bypassing the diseased stapes. Performing the crimp process with the correct force is necessary since loose crimps poorly transmit sound whereas tight crimps will eventually result in necrosis of the incus. Clinically, demand is high to reproducibly conduct the crimp process through a precise force measurement. For this reason, we have developed a fiber Bragg grating (FBG) integrated microforceps for use in such interventions. This device was calibrated, and tested in cadaver preparations. With this instrument we were able to measure for the first time forces involved in crimping a stapes prosthesis to the incus. We also discuss a method of attaching and actuating such forceps in conjunction with a robot currently under development in our group. Each component of this system can be used separately or combined to improve surgical accuracy, confidence and outcome.

Multimodal target correction by local bone registration: a PET/CT evaluation

PET/CT guidance for percutaneous interventions allows biopsy of suspicious metabolically active bone lesions even when no morphological correlation is delineable in the CT images. Clinical use of PET/CT guidance with conventional step-by-step technique is time consuming and complicated especially in cases in which the target lesion is not shown in the CT image. Our recently developed multimodal instrument guidance system (IGS) for PET/CT improved this situation. Nevertheless, bone biopsies even with IGS have a trade-off between precision and intervention duration which is proportional to patient and personnel exposure to radiation. As image acquisition and reconstruction of PET may take up to 10 minutes, preferably only one time consuming combined PET/CT acquisition should be needed during an intervention. In case of required additional control images in order to check for possible patient movements/deformations, or to verify the final needle position in the target, only fast CT acquisitions should be performed. However, for precise instrument guidance accounting for patient movement and/or deformation without having a control PET image, it is essential to be able to transfer the position of the target as identified in the original PET/CT to a changed situation as shown in the control CT.

E-Health towards ecumenical framework for personalized medicine via Decision Support System

The purpose of the present manuscript is to present the advances performed in medicine using a Personalized Decision Support System (PDSS). The models used in Decision Support Systems (DSS) are examined in combination with Genome Information and Biomarkers to produce personalized result for each individual. The concept of personalize medicine is described in depth and application of PDSS for Cardiovascular Diseases (CVD) and Type-1 Diabetes Mellitus (T1DM) are analyzed. Parameters extracted from genes, biomarkers, nutrition habits, lifestyle and biological measurements feed DSSs, incorporating Artificial Intelligence Modules (AIM), to provide personalized advice, medication and treatment.

Design techniques and analysis of high-resolution neural recording systems targeting epilepsy focus localization

The design of a high-density neural recording system targeting epilepsy monitoring is presented. Circuit challenges and techniques are discussed to optimize the amplifier topology and the included OTA. A new platform supporting active recording devices targeting wireless and high-resolution focus localization in epilepsy diagnosis is also proposed. The post-layout simulation results of an amplifier dedicated to this application are presented. The amplifier is designed in a UMC 0.18µm CMOS technology, has an NEF of 2.19 and occupies a silicon area of 0.038 mm(2), while consuming 5.8 µW from a 1.8-V supply.