KR20010109982A - Management system of online medical information and method thereof - Google Patents

Abstract

According to an aspect of the present invention, there is provided an online medical information operating system based on a network of a user and a medical institution, the system comprising: a page storage unit for storing a preset initial page, an information input page, a self-diagnosis page, and an organ search page; A personal medical information storage unit for storing the personal basic information and the personal medical information of the user; A medical institution information storage unit storing basic institution information of the medical institution; A remote medical server for executing a remote medical application in response to an input of a remote medical signal; Transmit the corresponding page or the generated personal medical information page stored in the page storage unit according to the input mode selection signal, and store the personal medical information or self-diagnosis information transmitted from the user or medical institution in the personal medical information storage unit; When the mode selection signal is in the remote medical mode, the system provides an online medical information operating system including a transmission protocol server for outputting a remote medical signal to the remote medical server after transmitting the corresponding page.

Description

MANAGEMENT SYSTEM OF ONLINE MEDICAL INFORMATION AND METHOD THEREOF

The present invention relates to a network such as the Internet, and more particularly, to a network-based online medical information operating system and method thereof.

Typically, the Internet is a computer communications network based on information and telecommunication networks around the world, and is based on a "network of networks based on the TCP / IP protocol" or "Internet Protocol (IP). "Information systems that are globally linked by address systems."

The services provided by the Internet include e-mail, Usenet, Telnet, FTP, Archie, Gopher, and the World Wide Web (WWW), among which the rapid development of web browsers such as Internet Explorer, Netscape, and Based on the user-friendly interface, it is becoming a representative service of the Internet.

The WWW is an information retrieval system that enables a user to easily find various types of information in computers around the world by connecting various types of information in a hypermedia manner based on a communication protocol called HTTP (Hyper Text Transfer Protocol) on the Internet. The WWW is a system consisting of a client and a server, and has a hypertext and a hypermedia structure in which the multimedia is expanded, and displays a unique address using a uniform resource locator (URL). In addition, the WWW communicates in a stateless connection, and in particular, by using a GUI (Graphical User Interface) as a user interface, the WWW uses a mouse or the like to click a picture or icon of a hypermedia document to provide a service. It has an environment to receive.

On the other hand, efforts to accumulate the health and disease information of individuals using the network environment, such as the Internet and to use it as basic information for treatment and treatment has been required.

Conventionally, medical information collection and information providing systems using the Internet are based on information unilaterally input by a user, and thus, most of the information is only temporary information having no continuity. The information collected in this way is inferior in reliability, and there is a limit in using it as a data for medical treatment or treatment.

In order to solve the above problems, an object of the present invention is to collect and systematically organize medical information of each individual by using a network, online medical information management system that enables continuous medical information management and efficient medical care system construction and To provide that method.

In order to achieve the above object, the present invention provides an online medical information management system based on a network with a user and a medical institution, a page storing unit in which a preset initial page, an information input page, a self-diagnosis page, and an organ search page are stored. Wow; A personal medical information storage unit for storing the personal basic information and the personal medical information of the user; A medical institution information storage unit storing basic institution information of the medical institution; A remote medical server for executing a remote medical application in response to an input of a remote medical signal; Transmits the corresponding page or the generated personal medical information page stored in the page storage unit according to the input mode selection signal, and stores the personal medical information or self-diagnosis information transmitted from the user or medical institution in the personal medical information storage unit; When the mode selection signal is in the remote medical mode, the system provides an online medical information operating system including a transmission protocol server for outputting a remote medical signal to the remote medical server after transmitting the corresponding page.

In addition, the present invention provides a method for operating online medical information based on a network between a user and a medical institution, the method comprising: (a) determining a mode selected from a mode selection signal received from the user or a medical institution; (b) if it is determined in step (a) that it is one of an information input mode, a self-diagnosis mode, or a remote medical mode, transmitting a predetermined page to a user; (c) receiving and storing personal medical information from a user or a medical institution in the information input mode in step (b); (d) receiving the self-diagnosis information from the user and storing the self-diagnosis information in the self-diagnosis mode in step (b); (e) generating a personal medical information page when it is determined in the information output mode in step (a); (f) transmitting the personal medical information page generated in step (e) to a user or a medical institution; (g) receiving the organ selection information from the user in the remote medical mode in step (b) and storing it; (h) providing an online medical information operating method comprising the step of executing a telemedicine application between the selected medical institution and the user in step (g).

1 is a block diagram showing an online medical information operating system according to a preferred embodiment of the present invention,

2 is a schematic diagram showing an example of an information input page according to a preferred embodiment of the present invention;

3 is a schematic diagram showing an example of a self-diagnosis page according to a preferred embodiment of the present invention;

4A and 4B are schematic diagrams showing an engine search page according to a preferred embodiment of the present invention;

5 is a flowchart illustrating a method for operating online medical information according to a preferred embodiment of the present invention;

6 is a flowchart illustrating a signal and information transmission between a user and a medical information operating system in an information input mode by a user according to an embodiment of the present invention;

7 is a flowchart illustrating a signal and information transmission between a medical institution and a medical information operating system in an information input mode by a medical institution according to a preferred embodiment of the present invention;

8 is a flowchart illustrating a signal and information transmission between a user and a medical information operating system in a self-diagnosis mode by a user according to an embodiment of the present invention;

9 is a flowchart illustrating the transmission of signals and information between a user, a medical institution, and a medical information management system during online medical treatment in a remote medical care mode by a user according to an embodiment of the present invention;

FIG. 10 is a flowchart illustrating a signal and information transmission between a user, a medical institution, and a medical information operating system during an offline medical treatment reservation in a remote medical care mode by a user according to an exemplary embodiment of the present invention; FIG.

FIG. 11 is a flowchart illustrating a signal and information transmission between a user and a medical information operating system or between a medical institution and a medical information operating system in an information output mode by a user or a medical institution according to a preferred embodiment of the present invention. FIG.

<Explanation of symbols for the main parts of the drawings>

110: page storage unit 120: personal medical information storage unit

130: medical institution information storage unit 142: telemedicine application

150: database server 160: remote medical server

170: transport protocol server

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, if it is determined that detailed descriptions of related known functions or configurations may unnecessarily obscure the gist of the present invention, the detailed description thereof will be omitted.

1 is a block diagram showing an online medical information operating system according to a preferred embodiment of the present invention, Figure 2 is a schematic diagram showing an example of an information input page according to a preferred embodiment of the present invention, Figure 3 is a view of the present invention 4 is a schematic diagram showing an example of a self-diagnosis page according to a preferred embodiment, and FIGS. 4A and 4B are schematic diagrams showing an engine search page according to a preferred embodiment of the present invention.

As shown in FIG. 1, the online medical information operating system 100 according to a preferred embodiment of the present invention includes a page storage unit 110, a personal medical information storage unit 120, a medical institution information storage unit 130, and an application. Application 140, database server 150, telemedicine server 160 and transport protocol server 170. The medical information operating system 100 is connected to the browser 12 of the user 10 and the browser 22 of the medical institution 20 through the Internet 30. The Internet 30 is defined as a concept including an intranet.

1. Page Storage

The page storage unit 110 stores a page transmitted from the medical information operating system to the browser 12 of the user 10 or the browser 22 of the medical institution 20 in the form of a file. The page is divided into an information input page, a self-diagnosis page, and an organization search page. The pages are preferably written in HyperText Markup Language (HTML) and Dynamic HyperText Markup Language (DHTML) for compatibility with the browser. Writing language is not limited to this. The pages shown in FIGS. 2 to 4 b only show schematic contents, and various modifications and edits are possible according to an application example.

As illustrated in FIG. 2, the information input page is a page transmitted to a user for collecting medical information of the user, and includes a basic information input page, a user's health information input page, and a detailed information input page. The basic information input page is a page for requesting input of the necessary information for the new registration of the user, the health information input page is a page for requesting input of health information such as height, weight and blood type of the user who has newly registered. The information input page is a page for requesting detailed information input by the user in each field such as internal medicine and surgery. 2 shows an example of a health information input page.

As shown in FIG. 3, the self-diagnosis page is a page for collecting information for grasping the user's current health condition and the presence of a disease by allowing the user to directly answer the diagnostic items of the corresponding field. The diagnostic items of the self-diagnosis page are prepared / verified by the relevant field specialists. The self-diagnosis page may include a comprehensive diagnosis page and a detailed diagnosis page for each section. 3 shows an example of a detailed diagnosis page of the neuropsychiatry department.

As shown in FIGS. 4A and 4B, the institution search page is a page having a search box so that a user can select an appropriate medical institution when a remote medical care is desired, and includes an area selection page and an institution designation page. The region selection page is a page having a search box so that a user can search for a medical institution located in a desired region, and the institution designation page is a page for outputting information such as a medical institution name, a contact number, a map, etc. located in the selected region. 4A shows an example of a region selection page, and FIG. 4B shows an example of an engine designation page.

2. Personal Medical Information Storage

The personal medical information storage unit 120 stores basic user information, health information, and detailed information. That is, the personal medical information storage unit 120 collects basic information such as ID, password, name, gender and email address for each individual, health information for each individual such as height, weight, blood type, and users and medical institutions such as internal medicine and surgery. The personal details of the relevant sector. The health information and detailed information are updated by personal medical information and self-diagnosis information transmitted from a user or a medical institution, and the past health information and detailed information are accumulated and stored.

3. Medical institution information storage

The medical institution information storage unit 130 stores basic information such as ID, password, and institution name of each medical institution 20 required for access approval, and detailed information such as the location and specialty of each medical institution.

4. Application

The application application 140 is an auxiliary program required for driving the medical information operating system, and includes a remote medical application 142, an interface application 144, and a security application 146.

The telemedicine application 142 includes a chat, email and messaging program to make an appointment for on-line or off-line care between a user and a medical institution in a remote care mode.

The interface application 144 transmits the query information received from the transport protocol server 170 to the database server 150, converts the collected data, and outputs the converted data to the transport protocol server 170. An example of the interface application 144 may be a Common Gateway Interface (CGI) program.

The security application 146 performs access authentication by identifying whether a user or a medical institution who wants to access a medical information operating system through a network such as the Internet is registered. The security application 146 determines whether to approve an access and an information access area based on basic information of each user or a medical institution stored in the personal medical information storage unit 120 and the medical institution information storage unit 130.

5. Database Server

The database server 150 is the page storage unit 110, the personal medical information storage unit 120 and the medical institution information storage unit 130 in response to the information receiving signal or information search signal output from the transmission protocol server 170 Controls input / output and retrieval of information.

6. Remote Medical Server

The remote medical server 160 executes the remote medical application in response to the input of the remote medical signal output from the transmission protocol server 170. That is, the remote medical server 160 executes one of preset chat, email transmission, and messaging transmission according to the remote medical signal, thereby enabling the exchange of questions and answers for medical treatment between the user and the medical institution.

7. Transport Protocol Server

The transmission protocol server 170 receives information transmitted from a user or a medical institution, or transmits a page or information of a medical information operating system to a user or a medical institution. The transfer protocol server 170 may use a hypertext transfer protocol server (HTTP Server). The transport protocol server 170 instructs the database server 150 to access the information according to a request from the browser 12 or 22 of the user or the medical institution to obtain the information or to the page storage 110. Recall the stored page and send it to the requesting browser (12, 22).

The function of the transport protocol server 170 may be distinguished according to the embodiment of the medical information operating system 100, which is different from the case where the medical information operating system 100 includes the database server 150. Are distinguished.

First, when the medical operation system 100 does not have a database server, the corresponding page or the generated personal medical information page stored in the page storage unit 110 is transmitted according to the input mode selection signal. Store the personal medical information or self-diagnostic information transmitted from the personal medical information storage unit 110, and if the mode selection signal is a remote medical mode, the remote medical signal to the remote medical server 160 after the corresponding page transmission Outputs

On the other hand, when the medical information management system 100 has a separate database server 150 for efficient database management, the corresponding page stored in the page storage unit 110 or generated according to the input mode selection signal Transmits a personal medical information page, and outputs an information receiving signal to the database server 150 when personal medical information or self-diagnostic information is received from the user or medical institution, and, if the mode selection signal is an information output mode, The server 150 outputs an information search signal, and when the mode selection signal is a remote medical mode, outputs a remote medical signal to the remote medical server 160 after transmitting the corresponding page.

5 is a flowchart illustrating a method for operating online medical information according to a preferred embodiment of the present invention. As shown in FIG. 5, the online medical information operating method according to the present invention includes a selection mode determining process 200 and sub-processes 210 to 244 according to the corresponding mode. Types of the mode include an information input mode, a self-diagnosis mode, a remote medical care mode, and an information output mode.

The selection mode determination process 200 is a process of determining which mode is selected from a mode selection signal received from a user or a medical institution. That is, when the user or the medical institution clicks a specific button among the mode selection buttons formed on the initial page or clicks a specific hyperlinked phrase to output a mode selection signal, the transport protocol server 170 receives the determination and determines the corresponding mode. It is a process.

(1) Process in the information input mode (210 ~ 214)

The information input page transmission process 210 is a process of transmitting the information input page to the browser of the requesting user's browser or the medical institution when it is determined that the information input mode is selected in the selection mode determination process 200.

The personal medical information receiving process 212 is a process in which the user or the medical institution receiving the information input page inputs the response information into the personal medical information input column of the information input page and transmits the information through a browser, and receives the information through the transmission protocol server. .

The information storing process 214 is a process of storing the personal medical information received through the transport protocol server in the personal medical information receiving process 212 to the personal medical information storage unit.

(2) Process in self-diagnosis mode (220 ~ 224)

The self-diagnosis page transmission process 220 is a process of transmitting the self-diagnosis page to the browser of the requesting user when it is determined that the self-diagnosis mode is determined in the selection mode determination process.

The self-diagnosis information receiving process 222 is a process of receiving the self-diagnosis page by inputting the answer information into the self-diagnosis questionnaire of the self-diagnosis page or selecting the corresponding field and transmitting it through a browser, and receiving it through the transport protocol server .

The information storing process 224 is a process of storing the self-diagnostic information received through the transport protocol server in the personal medical information storage unit in the self-diagnostic information receiving process 222.

(3) Procedure in remote medical care mode (230 ~ 234)

The engine search page transmission process 230 is a process of transmitting the engine search page to the browser of the requesting user when it is determined that the remote medical mode is selected in the selection mode determination process. The user selects a specific medical institution in consideration of medical treatment subjects and locations among the medical institutions presented on the institution search page, and transmits such institution selection information through a browser.

The organ selection information receiving process 232 is a process of receiving the organ selection information output from the user's browser to retrieve the basic information of the selected medical institution from the medical institution information storage.

The telemedicine application execution process 234 is a process of driving the telemedicine application such that an email, chat or messaging exchange is made between the selected medical institution and the user. The telemedicine application execution process 234 allows the user and the medical institution to perform additional questions and answers to obtain information for more accurate medical care and treatment.

(4) Process in the information output mode (240)

The personal medical information search process 240 is a process of searching for the corresponding personal medical information stored in the personal medical information storage unit when it is determined that the information output mode is selected in the selection mode determination process.

The personal medical information page generating process 242 is a process of generating a personal medical information page according to a preset format based on the retrieved personal medical information. The personal medical information page is created by the hypertext markup language.

The personal medical information page transmitting process 244 is a process of transmitting the generated personal medical information page to the browser of the requesting user or medical institution. The user or medical institution who has received the personal medical information page is used as basic data for medical treatment by displaying on a monitor or outputting to a printer.

Next, the above-described signal and information exchange process for each mode will be described in detail with reference to FIGS. 6 to 10.

First, FIG. 6 is a flowchart illustrating a signal and information transmission between a user and a medical information operating system in an information input mode by a user according to a preferred embodiment of the present invention, in which the user wants to update his or her personal medical information. As shown in FIG. 6, when the user requests access to the medical information operating system through a browser (301), the medical information operating system transmits an initial page through the transport protocol server (302). When the user inputs his ID and password in the corresponding column of the initial page and transmits it (303), the medical information operating system searches for the personal basic information stored in the personal medical information storage unit and approves the access in the case of an existing registrant ( 304).

Then, when the user sends an information input mode signal by selecting the corresponding mode menu of the initial page (305), the medical information operating system determines that the information input mode, and retrieves the information input page from the page storage unit and transmits it to the user ( 306). The user who receives the information input page inputs and transmits the corresponding personal medical information in each information input field provided in the information input page (307). The medical information operating system receives the personal medical information and sends it to the personal medical information storage unit. In step 308, the personal medical information is updated, and the user is notified that the reception of the information is completed (309).

7 is a flowchart illustrating a signal and information transmission between a medical institution and a medical information operating system in an information input mode by a medical institution according to a preferred embodiment of the present invention. This is the case when the user's personal medical information is updated. As shown in FIG. 7, when a medical institution requests a connection to a medical information operating system through a browser (401), the medical information operating system transmits an initial page through a transport protocol server (402). If the medical institution inputs the ID and password of the institution in the corresponding column of the initial page and transmits it (403), the medical information operation system searches for basic institutional information stored in the medical institution information storage unit and authorizes access in the case of an existing registration institution (404). ).

Then, when the medical institution sends the information input mode signal by selecting the corresponding mode menu of the initial page (405), the medical information operating system determines that the information input mode and retrieves the information input page from the page storage unit and transmits it to the medical institution ( 406). Upon receiving the information input page, the medical institution inputs and transmits the corresponding personal medical information in each information input field provided in the information input page (407). The medical information operating system receives the personal medical information and sends it to the personal medical information storage unit. By updating the personal medical information (308), and informs the medical institution that the information reception is complete (309).

8 is a flowchart illustrating a signal and information transmission between a user and a medical information operating system in a self-diagnosis mode by a user according to an exemplary embodiment of the present invention. This is the case when you update your personal medical information. As shown in FIG. 8, when the user sends a self-diagnosis mode signal by selecting a corresponding mode menu (501), the medical information operating system determines that the self-diagnosis mode is performed, and calls the self-diagnosis page from the page storage unit and transmits it to the user. (502). The user who receives the self-diagnosis page inputs and transmits the self-diagnosis information in the answer box for each questionnaire provided in the self-diagnosis page (503), and the medical information operating system receives the self-diagnosis information and stores the personal medical information. The personal medical information is updated (504) by sending to the user, and the user is notified that the reception of the information is completed (505).

9 is a flowchart illustrating a signal and information transmission between a user, a medical institution, and a medical information management system during an online medical treatment by a user according to a preferred embodiment of the present invention, wherein the online medical treatment is chat or email. Alternatively, this refers to a process of exchanging medical information between a user and a medical institution using a messaging exchange. As shown in FIG. 9, when the user sends a remote medical care mode signal by selecting a corresponding mode menu (601), the medical information operating system determines that the remote medical care mode is executed and executes a remote medical care application (604).

First, when the user requests an online questionnaire (605), the medical information management system searches for the personal medical information of the user and transmits the personal medical information to the selected medical institution (608), and the diagnosis result information is transmitted from the medical institution to the medical information operation system. In operation 609, the medical information operating system updates the personal medical information based on the received diagnosis result information (608), and transmits the diagnosis result information to the user who requested the online questionnaire (609). According to an embodiment, the user may select a medical institution and at the same time, the personal medical information may be automatically transmitted to the selected medical institution to allow the online questionnaire process to proceed.

On the other hand, if the user requests an online medical treatment (611), the medical information management system notifies the selected medical institution online medical treatment (612), if the medical institution approves it (613), the medical information operating system chats between the user and the medical institution Relay the online care using a form such as email or messaging exchange (614). If the medical treatment result information is transmitted from the medical institution after the online medical treatment (615), the medical information management system updates the personal medical information based on this (616), and transmits the medical treatment result information to the user who requested the online medical treatment (617).

FIG. 10 is a flowchart illustrating a signal and information transmission between a user, a medical institution, and a medical information operating system during an offline medical appointment by a user according to a preferred embodiment of the present invention. It refers to the process of pre-booking medical subjects, medical specialists, and medical hours to visit a medical institution. As shown in FIG. 10, when the user requests an offline medical appointment (701), the medical information operating system notifies the selected medical institution of the offline medical treatment (702), and transmits the offline medical treatment information including the medical time available at the medical institution. In operation 703, the medical information operation system receives the received information and transmits a medical appointment page to the user in operation 704. Subsequently, when the user fills out the appointment information in the corresponding column of the appointment page and transmits it (705), the medical information management system notifies the appointment of the appointment to the medical institution (706), and when the medical institution approves the appointment ( 707, the medical information management system finally notifies the user of the appointment result (708). The above-described notification method may use various methods such as an e-mail and a message transmission according to the embodiment.

11 is a flowchart illustrating signal and information transmission between a user and a medical information operating system or between a medical institution and a medical information operating system in an information output mode by a user or a medical institution according to a preferred embodiment of the present invention. It is. As shown in FIG. 11, when the user sends the information output mode signal by selecting the corresponding mode menu (801), the medical information operating system determines that the information output mode is selected and retrieves the personal medical information of the requested user (802). After generating the personal medical information page of the preset format based on the retrieved personal medical information (803). The generated personal medical information page is transmitted to the user (804).

On the other hand, if the medical institution sends the information output mode signal by selecting the mode menu (801), the medical information operating system determines that the information output mode to search the personal medical information of the requested user (802), and retrieves the retrieved personal medical information After generating the personal medical information page of the preset format on the basis (803). The generated personal medical information page is transmitted to the requesting medical institution (804).

As described above, the online medical information operating system and method thereof according to the embodiment of the present invention collect and accumulate individual medical information continuously and efficiently without time or regional limitation, thereby providing accurate medical treatment and treatment for each individual's health. It is effective to provide a network environment for.

In addition, the online medical information management system and method according to an embodiment of the present invention has the effect of providing a network environment that improves the national health by lowering the information exchange and medical barriers between users and medical institutions that existed because of being spaced apart locally. have.

Claims (12)

In the online medical information management system based on the network with users and medical institutions, A page storage unit for storing a preset initial page, an information input page, a self-diagnosis page, and an organ search page; A personal medical information storage unit for storing the personal basic information and the personal medical information of the user; A medical institution information storage unit storing basic institution information of the medical institution; A remote medical server for executing a remote medical application in response to an input of a remote medical signal; Transmit the corresponding page or the generated personal medical information page stored in the page storage unit according to the input mode selection signal, and store the personal medical information or self-diagnosis information transmitted from the user or medical institution in the personal medical information storage unit; And a transmission protocol server for outputting a remote medical signal to the remote medical server after transmitting the corresponding page when the mode selection signal is the remote medical mode. The method of claim 1, The telemedicine application includes an email, chat and messaging application. The method of claim 1, And the hypertext transfer protocol server is used as the transfer protocol server. The method of claim 1, Wherein each page of the page storage unit is a page written in a hyper text markup language and a dynamic hyper text markup language. In the online medical information management system based on the network with users and medical institutions, A page storage unit for storing a preset initial page, an information input page, a self-diagnosis page, and an organ search page; A personal medical information storage unit for storing the personal basic information and the personal medical information of the user; A medical institution information storage unit storing basic institution information of the medical institution; A database server controlling information input / output and retrieval of the page storage unit, personal medical information storage unit, and medical institution information storage unit in response to an information receiving signal or information retrieval signal; A remote medical server for executing a remote medical application according to a remote medical instruction signal; Transmitting the corresponding page or the generated personal medical information page stored in the page storage unit according to the input mode selection signal, and outputting an information receiving signal to the database server when personal medical information or self-diagnostic information is received from the user or medical institution. And outputting an information search signal to the database server when the mode selection signal is an information output mode, and outputting a remote medical signal to the remote medical server after transmitting the corresponding page when the mode selection signal is a remote medical mode. An online medical information operating system comprising a transport protocol server. The method of claim 5, The telemedicine application includes an email, chat and messaging application. The method of claim 5, And the hypertext transfer protocol server is used as the transfer protocol server. The method of claim 5, Wherein each page of the page storage unit is a page written in a hyper text markup language and a dynamic hyper text markup language. In the method of operating online medical information based on the network with users and medical institutions, (a) determining a selected mode from a mode selection signal received from the user or a medical institution; (b) if it is determined in step (a) that it is one of an information input mode, a self-diagnosis mode, or a remote medical mode, transmitting a predetermined page to a user; (c) receiving and storing personal medical information from a user or a medical institution in the information input mode in step (b); (d) receiving the self-diagnosis information from the user and storing the self-diagnosis information in the self-diagnosis mode in step (b); (e) generating a personal medical information page when it is determined in the information output mode in step (a); (f) transmitting the personal medical information page generated in step (e) to a user or a medical institution; (g) receiving the organ selection information from the user in the remote medical mode in step (b) and storing it; (h) executing the remote medical application between the medical institution and the user selected in the step (g). The method of claim 9, The step (e) is an online medical information management method comprising the steps of searching for the stored personal medical information and creating a personal medical information page based on the hypertext markup language. The method of claim 9, The step (h) is an online medical information management method comprising the step of performing an email, chat or messaging exchange between the selected medical institution and the user. The method of claim 9, And (a) determining whether to approve access from an ID and password transmitted from a user or a medical institution before the process.