In November 2009, through Republic Act 9792, Davao Medical Center was renamed Southern Philippines Medical Center (SPMC). This act also provided for the increase in the bed capacity of the hospital from 600 to 1,200 beds.1 The set of implementing rules and regulations for the legislation subsequently specified the increase in the number of health human resources in SPMC to cope up with the hospital's growing number of clients.2 Currently, SPMC has a total of 4,737 personnel, composed of 3,329 employees with plantilla positions and 1,408 employees with non-plantilla positions, deployed to the different divisions of the hospital. Roughly a third of the total personnel are administrative staff, and two thirds are medical and allied medical staff. The Medical Center Chief (MCC) oversees the operations of the whole hospital. Five administrators directly assist the MCC in hospital management: the Chief of Medical Professional Services, the Chief Nurse, the Chief Administrative Officer, the Financial and Management Officer, and the Chief of Allied Professional Services. Due to the increasing bed occupancy rates and the pressing need to increase health human resources in SPMC, an increase in the institution’s bed capacity from 1,200 to 1,500 is presently being proposed through House Bill 7061.3 Once the bill is passed into law, it is expected that additional plantilla items will be created in order to meet the greater operational demands of a bigger hospital.
Hospital Administration ; Hospital Administrators

OBJECTIVETo analyze the effect of HIS hospital management system in medical equipment.

METHODSFrom April 2012 to 2013 in our hospital 5 100 sets of medical equipment as the control group, another 2013 in our hospital from April 2014 may 100 sets of medical equipment as the study group, comparative analysis of two groups of medical equipment scrap rate, usage, maintenance score and the score of benefit etc.

RESULTSControl group and taken to hospital information system, his research group equipment scrap rate, there was a significant difference, the research group of equipment maintenance score and efficiency scores were higher than those of the control group (P < 0.05), the study group of equipment maintenance score and efficiency scores were higher than those of the control group.

CONCLUSIONHIS hospital management system for medical equipment management has positive clinical application value, can effectively improve the use of medical equipment, it is worth to draw and promote.

Medical equipment from the characteristics and the current situation, and explore the new situation to adapt to the equipment management model. A hospital medical equipment, large-scale integration of management concepts, multilevel personnel structure are satisfactorily managed a necessary condition for large-scale equipment.
Equipment and Supplies, Hospital ; Materials Management, Hospital ; methods

Management of medical consumables is an important part of modern hospital management. In modern medical behavior, drugs and medical devices act directly on the patient, and are important factors affecting the quality of medical practice. With the increasing use of medical materials, based on practical application, this article proposes the management model of medical consumables, and discusses the essence of medical materials logistics management.
Hospital Administration ; Materials Management, Hospital ; organization & administration

Based on HRP (Hospital Resource Planning) system's device management module, A new online information management system is proposed and realized to meet the new challenge of medical devices' repairing and maintenance. the traditional telephone report or online report can all be deal. the repair progress can be visualized in real time PM planning and it's early warning are added.
Equipment and Supplies, Hospital ; Maintenance and Engineering, Hospital

With the continuous improvement of the difficulty of surgery, we need to investigate and analyze the current situation, to understand the structure and related attributes of medical consumables. Rely on the information construction of medical consumables; Improve the supervision method and further improve the refined management effect; Establish multi-modal procurement management; Improve management methods; Maximize the benefits of transformation structure and study the trace management of medical consumables in the key areas of the hospital's full life process at the same time. Provide data decision-making services for hospitals through the early warning management of medical consumables based on clinical quality management, and use tools such as HB-HTA to further construct a reasonable evaluation system for medical consumables.
Equipment and Supplies, Hospital ; Hospitals ; Materials Management, Hospital

In medical database systems of security environments, multiple versions are used so as to prevent covert channel between transactions with different security level. Like the existing database systems, multilevel secure medical database systems can also occur various failures. Although the system was fault, the consistency and security for medical information must be guaranteed to establish reliable system from failures. It is difficult issues to prevent covert channel and maintain the serializability of transactions from various failures. This paper proposes multilevel secure recovery algorithms to solve failures from dynamic multiversion control and proves the correctness as to them. The proposed algorithms are very good for the multilevel secure reliability of long read-only transactions.
Hospital Information Systems*

No abstract available.
Emergencies* ; Emergency Service, Hospital*

BACKGROUND: In hospital laboratory using Microscan, the search for an isolate or the analysis for antimicrobial susceptibility rates were obtained by the Data Management System (DMS) software. However, it is hard to convert DMS database to other file formats in addition to some limitation in using the database. We applied BacLink 2 and WHONET 5.1 softwares to convert and analyse DMS database for the utilization of the isolate profiles and the antimicrobial resistance rates. METHODS: Specimen and microbial data were printed as 'Short report form', an ASCII text file, from Microscan DMS. BacLink 2 software was used to convert the printed file to dBASE format file. Statistical analyses were performed using WHONET 5.1 software. RESULTS: Data of isolates were obtained as 'Short report form' in one month intervals. This file could be converted to other database file using BacLink 2 software. The antimicrobial resistant profiles were obtained, and the susceptibility, intermediate resistant, and resistant rates for each isolates could be analyzed. CONCLUSIONS: In this study, BacLink 2 and WHONET 5.1 software were successfully applied for the conversion of the database. Analysis of isolate profiles and antimicrobial resistant rates could be performed in other personal computer systems. The database management by BacLink 2 and WHONET 5.1 software could be applicable for the convenient statistical analysis in microbiology laboratories using Microscan.
Laboratories, Hospital ; Microcomputers

No abstract available.
Emergencies* ; Emergency Service, Hospital*