It is important to understand what is meant by lab information system. This is a software that is capable of storing and tracking clinical details of a patient during different visits to the health facilities. The figures are stored in a database to make it easy for retrieval when the need arises. This network has features that allow activities such as check in, order entry, specimen processing and others to be carried out.
Any improved technology has a notable difference to wherever it is applied. In the medical field, you will be forced to understand the essentials off the software that are provided for by the manufacturers. This will serve you a great deal, increasing efficiency and ruling out unnecessary coat for repeat tests. This in turn will effectively improve attendance to individuals.
Medical testing involves different categories of studies. The major groups are clinical and anatomic pathology. The two focus on different areas of the body. Clinical pathology involves examining the blood, other body fluids and microscopic examination of individual cells for diagnosis of the disease. This includes sections such as hematology, blood banking and immunology. Sample are not obtained from any main procedures.
On the other hand, anatomic pathology is involved in diagnosis from tissue structures as a whole which may involve autopsy and also from small structures. The specimen needed for this procedure are obtained from a well outlined method and they may also be many in numbers as compared from the one discussed above. The section involved is histopathology. There are evident differences between these two but the advance in technology is proving otherwise.
Having outlined the sections involved in this network, there are some benefits accrued to the use of this arrangement. Patients are always in and out of the health facilities. New records are kept to meet the demand. Due to the automation of the process it is possible to check in individuals quickly and be able to track and retrieve any data from the past that may exist if any for them.
Technicians handle a number of samples and as we all know, human is to error. The probability of such an occurrence can be catastrophic to any patients. This has however been minimized since the specimen are worked on by automated analyzers which are capable of collecting the results through a micro-computer network. This makes it possible to manage the findings properly.
There are other advantages that are evident. An efficient billing system is developed. Order management becomes easy. Errors that could arise due to poor handwriting by the medical practitioners are greatly reduced. Due to electronically performing the tasks, there is faster communication, evaluation and reliable data is generated. The aim of executing work in a digital platform is actualized.
To conclude, the many aspects discussed above are integrated to ensure reduced paper work, time and cost efficiency for the testing procedures. The network is totally safe to every single person. Figures entered are validated. The access is only by authorized persons and thus safety is ensured. Memory protection is done to prevent loses.
Any improved technology has a notable difference to wherever it is applied. In the medical field, you will be forced to understand the essentials off the software that are provided for by the manufacturers. This will serve you a great deal, increasing efficiency and ruling out unnecessary coat for repeat tests. This in turn will effectively improve attendance to individuals.
Medical testing involves different categories of studies. The major groups are clinical and anatomic pathology. The two focus on different areas of the body. Clinical pathology involves examining the blood, other body fluids and microscopic examination of individual cells for diagnosis of the disease. This includes sections such as hematology, blood banking and immunology. Sample are not obtained from any main procedures.
On the other hand, anatomic pathology is involved in diagnosis from tissue structures as a whole which may involve autopsy and also from small structures. The specimen needed for this procedure are obtained from a well outlined method and they may also be many in numbers as compared from the one discussed above. The section involved is histopathology. There are evident differences between these two but the advance in technology is proving otherwise.
Having outlined the sections involved in this network, there are some benefits accrued to the use of this arrangement. Patients are always in and out of the health facilities. New records are kept to meet the demand. Due to the automation of the process it is possible to check in individuals quickly and be able to track and retrieve any data from the past that may exist if any for them.
Technicians handle a number of samples and as we all know, human is to error. The probability of such an occurrence can be catastrophic to any patients. This has however been minimized since the specimen are worked on by automated analyzers which are capable of collecting the results through a micro-computer network. This makes it possible to manage the findings properly.
There are other advantages that are evident. An efficient billing system is developed. Order management becomes easy. Errors that could arise due to poor handwriting by the medical practitioners are greatly reduced. Due to electronically performing the tasks, there is faster communication, evaluation and reliable data is generated. The aim of executing work in a digital platform is actualized.
To conclude, the many aspects discussed above are integrated to ensure reduced paper work, time and cost efficiency for the testing procedures. The network is totally safe to every single person. Figures entered are validated. The access is only by authorized persons and thus safety is ensured. Memory protection is done to prevent loses.
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