Skip to main content

Uses Of Computer in Medical Field

Today Computers are an essential part of an hospital. Doctors and administration staff uses computers to manage patient history and medicine stocks etc. Computers play a key role in the medical field.  Their uses include storing patient related data, housing knowledge bases, providing the logic and circuitry for medical equipment, scanning and imaging the body, and facilitating speedy communications. Computers can be used in medical field in the following ways:
Uses of Computers in Medical Field
Uses of Computers in Medical Field


Top Seven Uses of Computers in Medical Field 

  •  Hospital Administration

These days, Computers are being used in hospitals extensively. We can computerize the accounting, payroll and stock system of the hospital. We can keep the record of different medicines.

  •  Recording Medical History Of Patients

Computer can be used to store the medical history of the patients. Medical history is very important for patients as well as doctors. Doctors may better prescribe the medicines on the basis of the medicines used in past for a particular patient and the results obtained. Database Management System software is used to store Patient records efficiently.

Patient records and history are stored on computer databases in the medical field.  The medical history of a patient includes physical symptoms, diagnoses, treatments, and even family medical history. 

Details of the medications prescribed are stored together with details of any that can not be prescribed, such as an allergy to penicillin. 

Appointments are scheduled using a computer database

Billing information is also stored. 

Hospitals and surgeries depend on computers for administrative and financial functions.
Patient Monitoring systems - Uses of computers in Medical Field
Patient Monitoring systems - Uses of computers in Medical Field

  •  Monitoring Systems

Many computerized devices are used to monitor the blood pressure, heartbeat and brain of the patients. Computers guide in some surgical operations, too. For example in laparoscopic surgery, the surgeon inserts the medical tools and a small camera, and conducts the operation with the help of computers and monitors. 

Computers also monitor heart rates, pulse rates and brain readings. Therefore, we conclude that computers make this possible to deal with such complicated operations. It would be virtually impossible for a human to do this.

  •  Diagnosis of Diseases

Computers are being used to diagnose diseases with the help of software. There are some Medical Software to diagnose diseases and prescribe medicine on the basis of symptoms.

  • Life Support system

Life support systems are used to help disabled persons, for example hearing aid device for deaf people. Latest life support devices use computer technology to help the disable people, to overcome their disabilities.

  •   Faster and Cheaper Communications

Doctors and other staff can use internet to communicate to doctors in other parts of the world, for sharing information on medical topics or even about a particular patient case. They can exchange pictures, reports and other documents, too.

  •  Clinical Image Processing

Computers are being used in Medical Radiology / Diagnostic Imaging. Computers play an role in all types of clinical image processing like CT scan and ultrasound. Ultrasound uses sound waves that bounce off body parts, producing echoes. A computer translates the echoes into images, showing broken bones, muscle problems, or changes in organs, accurately.

Further Suggested Reading:

Comments

Popular posts from this blog

Explain Main Difference Between System Software and Application Software

Topic: Explain Main Difference Between System Software and Application Software            Differentiate between system software and application software Before , explaining the main differences between application software and system software, let us know the definitions of Application software and System software with examples. What is System Software: System software is a set of programs to control all components of computer and to manage overall operations of computer system. Differences between System software and application software System software is used as a base to install and run all application software. Examples of system software include: Operating Systems, like Microsoft Windows, DOS, Unix and Linux Device Drivers like Device driver software of a Printer (found on CD normally provided with the printer) Utility Programs like AVAST anti virus, Disk Scanners and File Viewers etc. What is Applicat...

Explain Different Types of Data Processing and Advantages Disadvantages

Today we will discuss different types or levels of data processing in detail. Let us define Data processing first. DATA PROCESSING Data processing is the sequence of operations performed on data to convert it into useful information . These operations may be arithmetic, statistical or logical operations. We can arrange or classify data. We can send and receive data from one point to another. Explain different types of data processing TYPES OF DATA PROCESSING (OR) LEVELS OF DATA PROCESSING) There are three types of data processing . 1) Manual data processing 2) Mechanical data processing 3) Electronic data processing We may also use the term Levels of data processing. First level of data processing was manual data processing when there were no calculating devices (before the invention of calculators). Therefore all processing jobs were performed manually by hand with the help of pen , paper and mind. In second level of data processing, machines like calculat...

Explain Data Processing Cycle and Main Activities of Data Processing Cycle

After collecting data, it is processed to convert into information. The data is processed again and again until accurate result is achieved. This is called data processing cycle . Data processing cycle involves following three basic activities: Major Activities Involved in Data Processing Cycle Explain Data processing cycle 1. Input 2. Processing 3. Output 1. INPUT It is the process in which collected data is given to computer after converting into binary form. Input step can be further divided into following steps: i) Planning Here objectives of data processing are defined. For example, in examination system, objective is to process student examination data to get result cards. ii) Data Collecting Here data is collected. Data is the raw material for data processing. This must be accurate for getting accurate results. iii) Input Here data is entered into computer. iv) Verification Here collected data is verified to determine whether it is valid for ...