Abstract:Investments in global health have more than doubled over the past decade, generating a cadre of new institutions. To date, most of the funded research in global health has focused on discovery, and, more recently, on the development of new tools, which has tightened the implementation bottleneck. This article introduces the concept of global health delivery and the need to catalog and analyze current implementation efforts to bridge gaps in delivery. Global health delivery is complex and context-dependent and … Show more
“…It is useful to define this entire process as the POC diagnostic “value chain” ( Fig 1 ). Each link in this chain represents a potential point of failure for the entire progression from research and development to the deployment of a product that becomes part of patient care [ 50 , 51 ]. This chain includes: (i) assessments of clinical, market, and end user needs; (ii) determination of demand for the product (in part) through marketing, procurement, and partnership with local governmental and nongovernmental organizations; (iii) design and development of diagnostic assays and related devices; (iv) evaluation of product deliverability through considerations of packaging, shipping (and/or importing), storage, last mile distribution, and inventory control; (v) establishment of quality assurance and quality control processes for scaled-up manufacture of POC tests; (vi) filing for regulatory approval for the intended use of the technology in a broadly global marketplace; (vii) on-the-ground efforts towards ensuring adoption of the technology by users, clinics, and research laboratories; and (viii) organization of postdelivery support through user training, technical assistance, and maintenance of equipment.…”
“…It is useful to define this entire process as the POC diagnostic “value chain” ( Fig 1 ). Each link in this chain represents a potential point of failure for the entire progression from research and development to the deployment of a product that becomes part of patient care [ 50 , 51 ]. This chain includes: (i) assessments of clinical, market, and end user needs; (ii) determination of demand for the product (in part) through marketing, procurement, and partnership with local governmental and nongovernmental organizations; (iii) design and development of diagnostic assays and related devices; (iv) evaluation of product deliverability through considerations of packaging, shipping (and/or importing), storage, last mile distribution, and inventory control; (v) establishment of quality assurance and quality control processes for scaled-up manufacture of POC tests; (vi) filing for regulatory approval for the intended use of the technology in a broadly global marketplace; (vii) on-the-ground efforts towards ensuring adoption of the technology by users, clinics, and research laboratories; and (viii) organization of postdelivery support through user training, technical assistance, and maintenance of equipment.…”
“…[9][10][11] There are an estimated 10 million NGOs worldwide, including more than 40 000 international NGOs and thousands of local NGOs participating in health and development work in any single country. 12,13 While the benefits of NGO and government collaborations for sustainability of programs and access to care have been identified, these collaborations are contingent on a variety of factors and may not always occur. 14,15 In an era where evidencebased practice and financial accountability are drivers of healthcare, it is appropriate to examine whether NGOs operate in a way that transparently links positive and sustainable health outcomes with program implementation and spending.…”
Objective. The purpose of this study was to explore the research on the delivery and evaluation of pediatric health services by non-governmental organizations in low-and middle-income countries to better understand how they contribute to positive and sustainable health outcomes. Methods. A scoping review was completed using a 2-step study selection procedure. Results. Of the 5742 studies, 17 met criteria, including quantitative and mixed method designs, representing 10 different non-governmental organizations with programs in 33 low-and middle-income countries. Health outcomes were reported 89 times across the studies. A total of 56 different outcomes were identified in total, of which 24 were positive, 27 were negative, and 5 were unchanged. Conclusions. Widespread variation between non-governmental organizations exist, however, comprehensive pediatric health outcome evaluation is growing. Further emphasis should be given to adolescent specific research and robust measurement of quality of life.
“…Doenças crônicas, a exemplo do câncer, diabetes e as doenças cardiovasculares são as maiores causas de morte e de incapacidade no mundo. Em meio a tais doenças, ressalta-se o Infarto Agudo do Miocárdio (IAM) como uma das mais frequentes causas de busca de atendimento em serviços de urgência e hoje a causa isolada mais frequente de morte no mundo(WEINTRAUB, 2011).Nesse cenário, procurou-se desenvolver um estudo que viesse a contribuir para reduzir essas lacunas.Assim, o presente o estudo pretendeu responder à seguinte questão de pesquisa: como um hospital configura sua Cadeia de Valor a fim de ofertar serviços de saúde para combater a morbimortalidade decorrente do Infarto Agudo do Miocárdio? Diante disso, o objetivo deste estudo foi mapear a Cadeia de Valor no tratamento de infarto agudo do miocárdio.2 CADEIA DE VALORO mapeamento da Cadeia de Valor, que tradicionalmente teve suas aplicações voltadas para a manufatura, aos poucos passou a ser também usado na indústria de serviços, incluídos aí o serviço de saúde e os hospitais.…”
Este estudo consiste em aplicar o conceito de pesquisa operacional a fim de desenvolver uma ferramenta de sequenciamento de produção de uma fundição de grande porte da cidade de Joinville. As grandes empresas procuram recursos para melhorar o modo de programação, porém devido ao alto custo de sistemas deste gênero, acabam optando por continuar a fazer o sequenciamento de forma empírica e subjetiva, o que acaba comprometendo o tempo do programador e causando desconfiança se o sequenciamento gerado realmente é a melhor solução.Neste caso, o processo em estudo é uma fundição que apresenta uma gama diversificada de produtos com características distintas, o que implica num grande número de restrições em relação ao peso, elementos de liga e temperatura além do objetivo principal que é o atendimento dos prazos de entrega dos clientes. Com isso busca-se desenvolver um sequenciamento adequado de ordens de produção nas linhas de moldagem, combinando mix de peças leves e pesadas, de modo a obter uma demanda constante de metal líquido em equilíbrio com a oferta de metal disponível no forno, além de atender a gradiente de temperatura e também às variações de elemento de liga. Para desenvolver
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