On March 29th, Huangshi Central Hospital, the most comprehensive informatization building in southeastern Hubei Province and having passed the JCI review with high scores, was confirmed on the spot by the US HIMSS Analytics expert assessment team and successfully passed the HIMSS Level 6 review to become Hubei. The first hospital in the province and the 15th in the country to pass this review.
HIMSS Analytics is a non-profit affiliate wholly owned by the U.S. Institute of Medical Information and Management Systems. It collects and analyzes medical related information such as information technology processes and environment, products, information consumption, management methods, and medical trends. The medical and medical information industry provides the market information needed to promote the application of information technology and improve the quality and safety of patient care.
At the review feedback meeting held on the afternoon of the same day, Mr. JJohn Hoyt, the former vice president of HIMSS and director of HIMSS Analytics, highly praised and affirmed the level of informatization construction of Huangdong Central Hospital of Hubei East Medical Group. He also looked forward to the In the near future, we can move toward higher levels. Ms. Liu Jilan, Vice President of HIMSS and Executive Director of Greater China, said that Huangshan Central Hospital of Edong Medical Group entered the ranks and represented that the hospital has reached international advanced level in medical informationization and application.
This rating is a “major parade†for the overall informatization construction of Huangshi Central Hospital. It is a great recognition of the hospital's efforts to persevere in the informatization construction over the years, and of course it is inseparable from the cooperation of many HIT manufacturers. Among them, as an indispensable force in the construction of the informatization system of the Huangshi Central Hospital, CLEAR Collier's one-stop hospital-wide self-service system and electronic film system also play an important role.
Nowadays, CLEAR Ke Lier's one-stop hospital-wide self-service system has implemented inspection reports, radiology, CT, nuclear magnetic, ultrasound, endoscopy, pathology, and other inspection reports in all departments of the hospital and centralized management and printing of films at Huangshi Central Hospital. Patients can receive all the diagnostic reports and films they need to get through any self-service terminal connected to the hospital's servers, eliminating the need to run around and greatly optimize patient visits, shorten patient waiting time, and improve patients. Medical experience.
At present, multiple self-service terminals at Huangshi Central Hospital are based on the digitized analysis results of the hospital's patient flow. They are based on local conditions and are scientifically deployed on multiple floors such as outpatients and hospitals, forming a self-service network covering the entire hospital. The other hospitals of its own Edong Medical Group have also been on-line CLEAR KeLier one-stop self-service system to realize various types of diagnosis results and reports of different hospitals and different departments of the same hospital. The sharing of resources has greatly facilitated the treatment of patients in eastern Hubei Province.
On the 1st floor of the hospital outpatient building, a self-service printing area was reported. In addition to the informative signs for intimate guidance, CLEAR's Resident Engineers were instructed to use the hospital's self-service terminal to receive inspection reports from various departments. With a light brush, reports from all medical departments can be easily obtained. The self-service terminal has 6 report outlets, which can simultaneously print reports from multiple departments. In addition, the system is available 24 hours a day, and patients can choose to receive reports at any time, which is very convenient for patients, and enhances the patient's ability to receive patients during peak visits.
In the inpatient department's two-story radiology hall, patients can sit in the lobby and wait for the results after completing CT, MRI, and X-ray examinations. After the film (report) is generated, the system will automatically notify the patient via the big screen, mobile APP, and WeChat to go to the print area and swipe the barcode to obtain the report and film, without going back and forth between the various departments of the hospital. The film report was self-printed by the patient and one of the patient's names was replaced by an asterisk *. All the measures were to protect the privacy of the patient to the greatest extent. The small details reflected the hospital's high service quality.
In addition, the hospital also launched the CLEAR Collier electronic film system. The patient can download and upload personal and relative diagnostic reports and electronic films from the mobile phone APP or WeChat public end, save the complete electronic medical records, establish personal and family health records, and provide electronic films and reports during the referral process. Data, data sharing between hospitals, reducing the number of repeated inspections, patients do not have to worry about the loss of paper medical records and other issues.
Hospital information construction is a long process. Today, the information system of Huangshi Central Hospital has reached a new scale, and it has formed an information system covering the whole business process of hospitalization, outpatient service, pharmacy, medical technology, scientific research and teaching. In the future, CLEAR Collier hopes to promote the informatization construction of Huangshi Central Hospital with more refined products and better services, and promote hospitals to further explore the path of building smart hospitals and building regional healthcare big data platforms!
To extract a mixture of DNA fragments, put through a PCR instrument to do a simple purification. Remove the free fluorescent ddNTP single nucleotide, leaving a DNA fragment of a certain length, which can be sequenced on the machine. A polyacrylamide solution is first injected into a hollow capillary during the sequencing process. Then, the polyacrylamide solution was ionized by UV light irradiation to generate a polymerization reaction. The polyacrylamide gel produces a separation effect under the electric field to start the electrophoresis of nucleotide. The electrophoretic movement of short DNA fragments is fast, and the electrophoretic movement of long DNA fragments is slow. The mixture of DNA fragments moves from a negative charge to a positive charge under the action of an electric field in a capillary containing a polyacrylamide gel. The positive end of the capillary is irradiated with a solid-state laser, and a spectroscopic optical sensor records the different fluorescence intensities. Each DNA fragment, when passing through the laser scanning point, has a fluorescent group on it, which will emit a specific fluorescent color.
Because in the previous polymerization reaction process, the starting point of the polymerization reaction starts from a specific primer position. Therefore, the DNA fragment that reaches the laser scanning point of electrophoresis first is the shorter fragment, so its polymerization termination position will be closer to the polymerization start position. Therefore, the fluorescent color reflects which of the bases at its 3' end is A, T, C, and G.
Conversely, the slower the electrophoresis of DNA fragments reaches the laser scanning point, the longer the DNA fragments. As a result, its termination site is farther away from the starting position of the primer. Finally, a map of four colors is obtained.
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