Empowerment of women, men, families and communities: true partners for improving maternal and newborn health.

Based on the Health Promotion approach, the Making Pregnancy Safer initiative has proposed a strategic framework for working with individuals, families and communities to improve maternal and newborn health. The aims are to contribute to the empowerment of women, families and communities to increase their influence and control over maternal and newborn health, as well as to increase access to and utilization of quality skilled care. The framework has identified those strategies and interventions that target the factors known to contribute to health inequalities and poor maternal and newborn health. While empowerment is an aim of the framework, it is also considered a means. Emphasis is placed on the processes and the quality of the processes rather than just on the actions themselves. The authors in this paper would like to contribute to ongoing discussions about the 'how' of working with women, men, families and communities for improved maternal and newborn health.

Wireless and Web-based medical monitoring in the home.

A remote medical monitoring system is described, which continuously monitors patients' state of health. The system uses the services provided by intranets and the Internet to allow remote supervision of patients, who may be domiciled in their own home. A hardware/software prototype system has been constructed to demonstrate the use of non-invasive and minimally intrusive sensors attached to patients. Continuous real-time data is acquired, stored and processed. A wireless system or wires connect these monitor devices to the World Wide Web and, on request, information is delivered to authorized medical staff via a web browser or Wireless Application Protocol-enabled mobile telephones. Medical staff may examine real-time data or graphical information and make comparisons with historical data. Parameters may be set to select and control the data acquisition devices. The potential exists for augmentation of patient health by development of novel sensors and low-power electronic circuitry, and this research continues.