What is the main problem that the PACS system solves?

PACS is the medical image storage and transmission system, and the PACS system integrates the functions of the PAPS system and the RIS system in the medical information standard, and develops the concept of the large PACS system. The business coverage not only includes traditional CT, general radiation, MRI and other radiological medical imaging departments, but also covers ultrasound, endoscopy, pathology and other departments for collection and reporting. Radiology reports and reports are independent and coexisting within the same system, providing complete medical reports for outpatients and residents.

In the medical image storage and transmission system, the PACS part mainly provides functions such as medical image acquisition, image information network transmission, large-capacity data storage, image display and processing, and image printing. RIS mainly provides functions such as triage registration, calling, examination report generation and printing. Huahao's image storage and transmission system seamlessly connects the two, providing a complete set of patient registration, image acquisition, image storage, and report generation of image examination and diagnosis and treatment business processes.

The PACS system is Picture Archiving and Communication

The abbreviation of systems means image archiving and communication system. It is a system applied in the imaging department of the hospital, and the main task is to integrate various medical images (including MRI, CT, ultrasound, and various X) that are generated daily

The images generated by optical machines, various infrared instruments, microscopes and other equipment) are stored digitally through various interfaces (analog, DICOM, network), and can be quickly recalled and used when needed, and some auxiliary diagnosis and management functions are added. It plays an important role in the transmission of data between various imaging devices and the organization and storage of data.

Main advantages: 1. Reduce material costs: After the introduction of the PACS system, the images are stored digitally, saving a lot of media (paper, film, etc.).

2. Reduce management costs: Another benefit of digital storage is that it is not distorted, and at the same time, it occupies a small area, which saves a lot of media management costs.

3. Provide resource accumulation for the hospital: For a hospital, typical medical record images and reports are very valuable resources, and the distortion-free digital storage and standardized reports made under the expert system are the valuable technical accumulation of the hospital.

PACS is a medical software, the application field is all the equipment that can produce images in the hospital, and the images generated by the equipment are stored in the computer, because the storage space of the equipment is limited, there are many patients in China, so it is necessary to store with the help of external storage devices, but the problem that will occur is that there are many images, and most of them need to look at the images of the report, if the simple film is incomplete, the images generated by the equipment will affect the diagnosis, which involves transmission and access. and other functions need to be realized with the help of a software, PACS is to do this, medical medical image storage and access system.

Enthusiastic netizens are right, the requirements for the algorithm are very high, because only with advanced algorithms can it be guaranteed: in the case of 1 compression ratio, more than 15 images can be browsed with 2 trillion bandwidth in 2 seconds.

No distortion is diagnostic! Fast speed can really help hospital patients and radiologists to reduce waiting time and improve work efficiency.

It is an image acquisition system, which is mainly used by the radiology department, ultrasound department, and functional department of the medical technology department of the hospital.

It's a suite of software. For example, in the past, when you saw a doctor, you had to wait for a ** to be washed out to see, but with PACS, the image of the finished ** was directly displayed on the doctor's computer, and what you saw was all ** can be zoomed in and out, etc., fast and clear. For example, CT, taking hundreds of shots, in the past, the film was limited, but only a small limited number of pictures were washed out, and with the PACS, all the images were directly transmitted to the computer, and the diagnosis was more comprehensive.

Defined as, the transmission and storage of images. It is one of the most complex medical software, because to quickly transfer a large amount of data, the requirements for algorithms are high, and the fastest transmission and no distortion is one of the most critical. Fast, undistorted and easy to save.

To put it bluntly, it is a set of software used by the imaging department of the hospital's radiology department.

1) Reduce material costs: After the introduction of the PACS system, the images are stored digitally, which saves a lot of media (paper, film, etc.).

2) Reduce management costs: Another benefit of digital storage is that it is not distorted, and at the same time, it occupies a small area, which saves a lot of media management costs.

3) Improve work efficiency: Digitalization makes it possible to access images from anywhere there is an internet connection, such as borrowing photos and retrieving patients' past medical records. What used to take a long time and a lot of manpower can now be done with just a few clicks, greatly improving the efficiency of doctors.

The increase in the efficiency of doctors' work means that the number of patients they can see each day increases, which brings benefits to the hospital.

4) Improve the medical level of the hospital: Through digitalization, the workflow of doctors can be greatly simplified, and more time and energy can be focused on diagnosis, which will help improve the diagnosis level of the hospital. At the same time, the introduction of various image processing technologies has made it possible to clearly and intervene lesions that were previously difficult to detect.

Easy access to past medical records also allows physicians to draw on previous experience to make more accurate diagnoses. Digital storage also makes telemedicine possible.

5) Provide resource accumulation for hospitals: For a hospital, typical medical record images and reports are very valuable resources, and digital storage without distortion and standardized reports made under the expert system are valuable technical accumulation for hospitals.

6) Make full use of the resources of this hospital and other hospital resources: Through telemedicine, technical exchanges between hospitals can be promoted, and at the same time, they can complement each other and promote the development of both sides.

PAPS is divided into departmental PAPS system and hospital-wide PAPS system, among which the better one is the PAPS system developed by Changsha Bowei for the software company, which can realize a major upgrade from two-dimensional reading to three-dimensional reconstruction + AI lesion recognition and analysis, and greatly release the value of images in clinical departments; Based on the 3D PACs terminal, the tomography image can realize 3D reconstruction, organ segmentation, intelligent identification and quantitative analysis of lesions, and automatic report generation in both imaging and clinical departments.