In the recent past, the need for better management and coordination of patient data has led to the initiation of many pilot projects in electronic medical record software. It has been proposed that the current HIV pandemic can best be handled through large scale coordination of treatment programs. The biggest challenge with ICT projects in the medical field is the need to conduct concurrent research to add to existing knowledge.
Developed nations in America and Europe are recorded as the greatest beneficiaries of this technology due to their belief in its capacity to revamp healthcare provision. They enable physicians to consult over a wide geographic area and make the right diagnosis through the incorporated decision support mechanism. Besides funding, the other obstacle in their implementation presents itself in the need to come up with a system tailored to needs of a particular nation or population.
A model that worked in another country may be a source of contention if it is implemented in a different nation. Nevertheless, for introductory purposes, it is worthwhile to discuss models that worked in impoverished areas that are believed to sustain the biggest part of the world population. Through a distributed database, doctors can link up, discuss and make joint decisions when presented with challenging medical situations.
An EMR is simply a, mechanism that is used to archive, access and modify patient data on a computer at request. For the sake of simplicity, most developers prefer implementing them in accordance to conventional health records. Most popularly captured information includes past treatments, physicians and special observations regarding the patient. The task of the development team is to organize this data in a form that can be easily retrieved or updated as the need arises.
A database is a collection of structured data. A database captures an abstract representation of the domain of an application, typically organized as tables. A table consists of records. A record is a collection of related data fields. Try to visualize a typical hospital patients database that is to aid health workers in treating the sick. This database can have registration table containing some fields like health number, name, birth date, treatment date, and contacts. A record is created when actual data is assigned to each field.
For efficient access and manipulation, it is paramount that a Database Management Software (DBMS) is developed. Sometimes, expansion or the need for integration may call for a distributed DBMS that will allow data access from multiple geographical locations. The aim of these applications is to facilitate concurrency, performance monitoring and authentication of accessing parties.
The beauty of computerized filing is the ease with which information can be retrieved. It is also possible for one chart or file to be viewed simultaneously by various departments. Clearly, this reduces the time taken to process patient data and to refer them to the right treatment station.
The Electronic medical record software discussed in this document are good examples of DBMSs. The World Health Organization has been behind recent campaigns to popularize this technology in resource challenged regions of the world. Nevertheless, it is the duty of the final implementing technicians to fine tune the initial model to their specific requirements.
Developed nations in America and Europe are recorded as the greatest beneficiaries of this technology due to their belief in its capacity to revamp healthcare provision. They enable physicians to consult over a wide geographic area and make the right diagnosis through the incorporated decision support mechanism. Besides funding, the other obstacle in their implementation presents itself in the need to come up with a system tailored to needs of a particular nation or population.
A model that worked in another country may be a source of contention if it is implemented in a different nation. Nevertheless, for introductory purposes, it is worthwhile to discuss models that worked in impoverished areas that are believed to sustain the biggest part of the world population. Through a distributed database, doctors can link up, discuss and make joint decisions when presented with challenging medical situations.
An EMR is simply a, mechanism that is used to archive, access and modify patient data on a computer at request. For the sake of simplicity, most developers prefer implementing them in accordance to conventional health records. Most popularly captured information includes past treatments, physicians and special observations regarding the patient. The task of the development team is to organize this data in a form that can be easily retrieved or updated as the need arises.
A database is a collection of structured data. A database captures an abstract representation of the domain of an application, typically organized as tables. A table consists of records. A record is a collection of related data fields. Try to visualize a typical hospital patients database that is to aid health workers in treating the sick. This database can have registration table containing some fields like health number, name, birth date, treatment date, and contacts. A record is created when actual data is assigned to each field.
For efficient access and manipulation, it is paramount that a Database Management Software (DBMS) is developed. Sometimes, expansion or the need for integration may call for a distributed DBMS that will allow data access from multiple geographical locations. The aim of these applications is to facilitate concurrency, performance monitoring and authentication of accessing parties.
The beauty of computerized filing is the ease with which information can be retrieved. It is also possible for one chart or file to be viewed simultaneously by various departments. Clearly, this reduces the time taken to process patient data and to refer them to the right treatment station.
The Electronic medical record software discussed in this document are good examples of DBMSs. The World Health Organization has been behind recent campaigns to popularize this technology in resource challenged regions of the world. Nevertheless, it is the duty of the final implementing technicians to fine tune the initial model to their specific requirements.
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