CN109920552B - Data management system based on remote medical education - Google Patents
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- CN109920552B CN109920552B CN201910099731.9A CN201910099731A CN109920552B CN 109920552 B CN109920552 B CN 109920552B CN 201910099731 A CN201910099731 A CN 201910099731A CN 109920552 B CN109920552 B CN 109920552B
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Abstract
The embodiment of the invention relates to a data management system based on remote medical education, which comprises the following components: the system comprises a user management module, a case management module, an information management module and a teaching management module. The user management module is used for strictly auditing the information of the user, so that the authenticity of the information of the platform learner is ensured, the case management module is used for acquiring real operation cases from various hospitals, and the operation case database of various levels of various diseases is established, so that the clinical practice level of medical staff can be improved, the information management module is used for timely acquiring the medical fronts, medical documents and information, helping the medical staff to promote basic knowledge and timely grasping the latest dynamic of industry, and the teaching management module is used for customizing remote learning content which is most suitable for the medical staff according to the profession and level of the medical staff, so that the remote education platform can be effectively and comprehensively maintained through the management system of the invention.
Description
Technical Field
The invention relates to the field of data processing, in particular to a data management system based on remote medical education.
Background
The remote education is a novel education mode generated along with the development of modern information technology, is characterized by multimedia and interactive, and can be used for transmitting teaching sound images, pictures and texts and data in a long distance, high speed and high quality, so that the limitation of traditional teaching and training in time and space is broken through, and teaching can be realized in different places, real time and interactively.
But at present, the remote medical education system is mostly only stacked with contents, unified playing of teaching video cannot customize courses according to the conditions of each user, interactive experience is poor, online learning effect cannot be ensured, and a single teaching mode cannot promote clinical practice level of medical staff.
Disclosure of Invention
The invention aims at overcoming the defects of the prior art, and provides a data management system based on remote medical education, which is used for realizing management of a remote education platform based on different modules, specifically, the user management module is used for strictly checking information of users, so that the authenticity of information of platform students is ensured, real operation cases are obtained from various hospitals through a case management module, and an operation case database of various diseases at various levels is established, so that the clinical practice level of medical staff can be improved, the information management module is used for timely obtaining medical fronts, medical documents and information, helping the medical staff to promote basic knowledge and timely grasping latest dynamic industry, the teaching management module is used for customizing remote learning content which is most suitable for the medical staff according to the profession and level of the medical staff, and communication among users can be realized through a special management module.
In view of this, an embodiment of the present invention provides a data management system based on remote medical education, including:
the user management module is used for receiving registration information sent by the user terminal, wherein the registration information comprises user ID and user information, and the user information comprises hospital information, department information and practitioner information; calling a corresponding medical personnel management list according to the hospital information, verifying the user information according to the medical personnel management list, establishing an association relationship between the user ID and the user information when verification passes, and storing the association relationship in the user management list;
the case management module is used for acquiring panoramic video data acquired by the panoramic camera, surgical field video data acquired by the surgical field camera, image data acquired by the medical image equipment, anesthesia monitoring data acquired by the anesthesia monitoring equipment, preoperative case information and postoperative tracking information; integrating the panoramic video data, the operation field video data, the image data and the anesthesia monitoring data according to a preset format, and generating operation case information according to the integrated panoramic video data, the operation field video data, the image data, the anesthesia monitoring data, the preoperative case information and the postoperative tracking information; adding case name information, disease identification information and case grade information according to the operation case information; classifying the operation case information according to the disease identification information and the case grade information, so as to obtain a plurality of operation case databases of the same disease identification information and the same case grade information;
the information management module is used for acquiring information according to a preset time interval; formatting the acquired information; classifying the formatted information according to the disease identification information to obtain a plurality of information databases corresponding to the disease identifications;
the teaching management module is used for acquiring corresponding department information and practitioner information from the user management list according to the user ID; acquiring corresponding disease identification information according to the department information, acquiring learning grade information according to the practitioner information, acquiring operation case information from a corresponding case database according to the disease identification information and the learning grade information, and generating a case learning plan list of a plurality of stages according to the operation case information; acquiring information from the corresponding information database according to the disease identification information, and generating a multi-stage information learning plan list;
the thematic management module is used for establishing thematic information, wherein the thematic information comprises a thematic ID; publishing the thematic information; receiving comment information returned by a user terminal, verifying the comment information, and adding the comment information into a corresponding thematic discussion list according to a thematic ID after the comment information passes verification, and issuing the comment information; summarizing the quantity of comment information in each thematic discussion list in real time, and configuring the display sequence of the thematic information according to the quantity; wherein the comment information includes one or more of text information, picture information, and video-audio information.
Preferably, the information includes first information and second information; the information management module is specifically used for:
acquiring a plurality of corresponding keyword information according to the department information;
acquiring a preset number of first information from a first information database according to the keyword information and the information release time;
and acquiring a preset number of second information from a second information database according to the keyword information and the click quantity information.
Preferably, the teaching management module is further configured to:
a daily case learning task list is formulated according to the case learning plan list of each stage;
and making a daily information learning task list according to the information learning plan list of each stage.
Preferably, the topic management module is specifically configured to:
monitoring the acquisition times of the operation case information according to the case ID; generating a case acquisition list corresponding to each operation case database according to the case acquisition times and the case ID aiming at each operation case database; judging whether the case acquisition times in the case acquisition list is larger than a preset time threshold; and when the information is larger than the preset value, acquiring corresponding operation case information according to the case ID, and generating the thematic information according to the operation case information.
Preferably, the system further comprises a sharing management module, wherein the sharing management module is used for receiving file information and access rights sent by the user terminal, checking the file information, and after the checking is passed, publishing the file information according to the access rights.
Preferably, the system further comprises an integral management module for setting an integral rule; receiving an operation instruction sent by a user terminal, wherein the operation instruction comprises a user ID; and increasing or decreasing the points corresponding to the user ID according to the operation instruction and the point rule.
Preferably, the system further comprises an examination management module;
the teaching management module is also used for monitoring the learning progress of the user according to the case learning plan list of the multiple stages and the information learning plan list of the multiple stages, and generating a stage examination instruction and sending the stage examination instruction to the examination management module when the learning progress reaches a preset threshold value;
the examination management module is used for generating phase test information according to the phase examination instruction and sending the phase test information to the user terminal; and receiving answer information returned by the user terminal, and generating learning evaluation information according to the answer information.
Preferably, the system further comprises a focus management module, wherein the focus management module is used for establishing a focus list of a user according to a focus request sent by the user terminal, and the focus list stores user IDs of a plurality of focused users; and acquiring corresponding release information according to user IDs of a plurality of focused users in the user focusing list, and sending the release information to the user terminal.
Preferably, the case management module is further configured to process patient information in panoramic video data, surgical field video data, image data, anesthesia care data, preoperative case information, and postoperative tracking information.
According to the data management system based on remote medical education, the user management module is used for strictly auditing the information of the user, so that the authenticity of the information of a platform student is guaranteed, the case management module is used for acquiring real operation cases from various hospitals, and establishing an operation case database of various levels of various diseases, so that the clinical practice level of medical staff can be improved, the information management module can be used for timely acquiring medical fronts, medical documents and information, helping the medical staff to promote basic knowledge and timely grasping the latest dynamic state of industry, the teaching management module can be used for customizing remote learning content which is most suitable for the situation of the medical staff according to the profession and the level of the medical staff, and the special management module can be used for realizing communication among the users.
Drawings
Fig. 1 is a schematic structural diagram of a data management system based on remote medical education according to an embodiment of the present invention.
Detailed Description
The technical scheme of the invention is further described in detail through the drawings and the embodiments.
The data management system based on remote medical education, which is related by the embodiment of the invention, is applied to a remote education platform, and realizes data management through different management modules, so that the remote education platform can be effectively and comprehensively maintained.
Fig. 1 is a schematic structural diagram of a data management system based on remote medical education according to an embodiment of the present invention, and as shown in fig. 1, the system includes a user management module 1, a case management module 2, an information management module 3, a teaching management module 4, and a topic management module 5.
The user management module 1 is used for user registration and user information management, specifically, when medical staff want to perform remote learning, the user terminal can register, the user terminal receives registration information input by the user, the registration information comprises a user ID and user information, the user ID can be an identity card number, a mobile phone number and the like of the medical staff, the user information comprises hospital information, department information and practitioner information, the hospital information refers to a hospital where the user works, the department information can be classified into general department information, orthopedics department information, nerves and the like, and the practitioner information refers to the working life. After receiving the registration information, the user management module 1 calls a corresponding medical personnel management list according to hospital information in the registration information, verifies the user information according to the medical personnel management list, when the user information in the registration information is matched with the information in the medical personnel management list, the verification is considered to pass, at the moment, an association relationship between a user ID and the user information is established, the association relationship is stored in the user management list, registration success information is returned to a user terminal, and a user who is successful in registration can learn on a remote education platform; when the user information in the registration information does not agree with the information in the medical personnel management list, the verification is considered to be failed, the registration failure information is returned to the user terminal, and the user with the registration failure cannot learn on the platform. The information of the user is strictly audited through the user management module 1, so that the authenticity of the information of the platform learner is ensured.
The case management module 2 is configured to obtain operation case information through a data interface provided by each hospital, where the operation case information includes but is not limited to panoramic video data, operation field video data, image data, anesthesia monitoring data, preoperative case information before an operation, and postoperative tracking information after an operation.
The panoramic video data refers to that a panoramic video camera collects panoramic video pictures of operating conditions in an operating room, and the panoramic of an operating site is recorded. The panoramic camera adopted by the invention can be a high-definition medical camera embedded in the ceiling, the ceiling is arranged at a proper position of an operating room, and a panoramic picture of the operating condition in the operating room is acquired.
The invention adopts a network high-definition camera as the surgical field camera, the camera is provided with a high-performance sensor, 3D digital noise reduction is supported, the image is clear, automatic aperture, automatic focusing, automatic white balance and backlight compensation are supported, and the problems of excessive darkness or white light of the picture caused by uneven light in surgical rebroadcasting can be effectively reduced.
The image data refers to images acquired by a medical image device, which may specifically be Endoscopic Retrograde Cholangiopancreatography (ERCP), angiography (DSA), CT, XRay, endoscope, nuclear magnetic resonance (nmr), etc., for acquiring image information of a patient during surgery as needed.
The anesthesia monitoring data refer to patient sign data acquired through an anesthesia monitoring device, and the anesthesia monitoring device can be a surgical anesthesia monitor specifically and is used for acquiring electrocardio, respiration, noninvasive blood pressure, blood oxygen saturation, pulse and body temperature of a surgical patient, and in addition, invasive blood pressure, end-of-breath carbon dioxide, respiratory mechanics, anesthetic gas, cardiac output (invasive and noninvasive), brain electricity double-frequency index and the like can be acquired.
The preoperative case information refers to sign information of a patient before an operation, and includes preoperative sign data or image data for recording sign information of the patient before the operation.
The post-operation tracking information refers to post-operation sign information of the patient, including post-operation sign data or image data, for recording post-operation sign information of the patient.
Specifically, the hospital server sends a case opening list to the case management module 2 according to a preset time interval, for example, sends the case opening list once every week or every month, and the case opening list includes case IDs of a plurality of operation case information; the case management module 2 acquires panoramic video data acquired by the panoramic camera, surgical field video data acquired by the surgical field camera, image data acquired by the medical image equipment, anesthesia monitoring data acquired by the anesthesia monitoring equipment, preoperative case information and postoperative tracking information from the hospital database according to the case ID.
Secondly, the case management module 2 integrates panoramic video data, operation field video data, image data and anesthesia monitoring data according to a preset format, specifically, signals such as serial data, DICOM, HL7 and the like are accessed and integrated, high-quality operation image frames, anesthesia monitoring signals and operating room panoramic signals are output in a broadcasting level mode in a DICOM image file compounding mode, display of operation processes, details, panorama and pathological DICOM images is provided, writing of signals in the whole operation process and storage and reservation of DICOM compatible media file formats are carried out, and backup and preservation of later-stage data are facilitated.
Then, surgery case information is generated according to the integrated panoramic video data, the surgery field video data, the image data, the anesthesia monitoring data, the preoperative case information and the postoperative tracking information, and case name information, disease identification information and case grade information are added according to the surgery case information. The case name information is used for identifying the key points of the operation cases and can comprise disease identification information, hospital information or medical staff information; disease identification information refers to identification of a specific part of a surgery, such as stomach, heart, brain, etc.; case grade information is classified according to the difficulty of the operation and may include primary, intermediate, and advanced, etc.
Finally, the surgical case information is classified according to preset conditions, wherein the preset conditions comprise one or more of disease identification information, case grade information, hospital information, medical personnel information and surgical time information. The case management module 2 can acquire real operation cases from various hospitals and establish operation case databases of various levels of various diseases, so that the clinical practice level of medical staff can be improved as learning content of users. It should be noted that, the case management module is further configured to perform privacy processing on patient information in panoramic video data, operation field video data, image data, anesthesia monitoring data, preoperative case information and postoperative tracking information, for example, delete a name, a photo, a phone, a home address, contact information of a patient, so as to ensure that privacy of the patient is not revealed.
The information management module 3 is used for acquiring and managing information, and is used as a medical staff to learn a medical front and medical documents in addition to a surgical case, wherein the information specifically comprises first information and second information, the first information can comprise news, notification notices and the like, the second information can be medical document information, the information management module 3 acquires the information according to a preset time interval, such as daily or weekly, and then performs formatting processing on the acquired information, namely, a word or ppt format file is converted into an html5 format file, so that a user can read and browse at a terminal device conveniently; and classifying the formatted information according to the disease identification information to obtain a plurality of information databases corresponding to the disease identifications.
The information acquisition process specifically comprises the following steps: acquiring a plurality of corresponding keyword information according to each preset department information, wherein the keyword information can be disease identification information corresponding to the department; then, acquiring a preset amount of first information from a first information database according to the keyword information and the information release time, wherein the first information database can be an authoritative official medical website and the like; meanwhile, a preset number of second information is acquired from a second information database according to the keyword information and the click quantity information, and medical documents are stored in the second information database, wherein the medical documents mainly originate from two aspects, namely, an operation mechanism purchases electronic version medical document data from a related mechanism for the needs of a user to be filled into the second information database, and on the other hand, the user shares papers written and published by the user into the second information database. The information management module 3 can timely acquire medical fronts, medical documents and information, so that the medical documents, the information and the information are used as learning contents of users, medical staff can be helped to promote basic knowledge, and latest industry dynamics can be timely mastered.
The teaching management module 4 is used for making a learning plan for each user according to the self situation of each user. Specifically, when the medical staff want to perform remote learning on the platform, the user terminal can send a course customization instruction, the instruction comprises a user ID, and the teaching management module 4 acquires corresponding department information and practitioner information from the user management list according to the user ID; corresponding disease identification information is obtained according to department information, learning grade information is obtained according to medical information, specifically, each department is provided with corresponding disease identification information in advance, one department possibly corresponds to a plurality of disease identification information, for example, the corresponding disease identification of the outside of the department can comprise liver, biliary tract, pancreas, stomach, anorectal and the like, different medical information corresponds to different case grade information, that is, the working years and the case grade have a preset relationship, for example, the case grade corresponding to medical staff working for 1-5 years is primary, the case grade corresponding to medical staff working for 6-10 years is intermediate, the case grade corresponding to medical staff working for more than 11 years is high, therefore, a plurality of corresponding disease identification information can be obtained according to the department information of a user, and corresponding case grade information can be obtained according to the medical information.
Because the operation case database is built according to the disease identification information and the case grade information, the teaching management module 4 can quickly find the corresponding operation case database through the disease identification information and the case grade information corresponding to the user, so that a plurality of operation case information in the database can be quickly obtained, a case learning plan list of a plurality of stages is generated according to the obtained operation case information, and therefore operation cases which are most matched with the professions and the level of the medical staff can be formulated for the medical staff. It should be noted that, a person skilled in the art may divide the acquired operation case information into a plurality of stages according to the disease identification information, so as to form a case learning plan list of a plurality of stages.
The teaching management module 4 obtains information from the corresponding information database according to the disease identification information, and generates a multi-stage information learning plan list; it should be noted that, a person skilled in the art may divide the acquired information into a plurality of stages according to the disease identification information, so as to form a multi-stage information learning plan list. The remote learning content which is most suitable for the self situation can be customized for the medical staff according to the profession and the level of the medical staff through the teaching management module 4, and the traditional and unified teaching mode is broken, so that the user can learn more optimally and pertinently.
In a preferred embodiment, to supervise remote learning of medical staff, the teaching management module 4 is further configured to formulate a daily case learning task list according to the case learning plan list of each stage, and formulate a daily informatics task list according to the information learning plan list of each stage, so as to divide staged learning according to time, formulate a daily learning plan for medical staff, and supervise daily learning of a user.
In order to examine the learning situation of the user, the invention also provides an examination management module 6, the teaching management module 4 is further used for monitoring the learning progress of the user according to the case learning plan list of a plurality of stages and the information learning plan list of a plurality of stages, and when the learning progress reaches a preset threshold value, a stage examination instruction is generated and sent to the examination management module 6. In a specific example, the teaching management module 4 monitors the case study plan list and the information study plan list of each stage according to the user ID, and displays progress completion conditions on the user interface, when the case study plan and the information study plan of one stage are completed, for example, the case study plan and the information study plan about a disease are completed, a stage test instruction is generated and sent to the test management module 6, and the test management module 6 generates stage test information according to the stage test instruction and sends to the user terminal; and receiving answer information returned by the user terminal, and generating learning evaluation information according to the answer information.
Specifically, after the examination management module 6 receives the stage examination instruction, it indicates that the user has completed a stage learning task, in order to check the learning situation of the user, the examination management module 6 obtains a corresponding preset question library and a corresponding answer according to the corresponding case learning plan list and the information learning plan list, generates stage test information according to the preset question library, sends the stage test information to the user terminal, the user terminal receives answer information input by the user, and returns the answer information to the examination management module 6, the examination management module 6 generates test scores according to the answer information and generates learning evaluation information according to the scores, for example, the learning evaluation information corresponding to less than 60 scores is unqualified, the learning evaluation information corresponding to 60 to 79 scores is qualified, and 80 to 100 scores is excellent.
In order to establish remote interaction between users, the management system of the invention also establishes a thematic discussion function, which is realized by the thematic management module 5, and the thematic management module 5 can record corresponding case acquisition times according to each case ID; according to a preset time interval, for example, a month can be set, and for each operation case database, a case acquisition list corresponding to each operation case database is generated according to the case acquisition times and the case ID; judging whether the case acquisition times in the case acquisition list is greater than a preset times threshold, setting the preset times threshold according to the needs of a person skilled in the art, acquiring corresponding operation case information according to the case ID when the case acquisition times are greater than the preset times threshold, for example, the acquisition times are greater than 2000 times, generating thematic information according to the operation case information, thereby obtaining corresponding thematic of different case grades of different diseases, setting up corresponding thematic discussions aiming at medical staff of different professions and levels, and breaking the limitation of the traditional time and place. It should be noted that, each topic information is provided with a topic ID for identifying the topic information.
After that, the topic management module 5 issues topic information and receives comment information returned by the user terminal in real time, wherein the comment information can be a viewpoint of a user, can also be a question which is put forward, or can be a question which is put forward by other people, and in order to accurately express the viewpoint of the user, the comment information comprises one or more of text information, picture information and video and audio information; after that, the topic management module 5 performs legal verification on the comment information, and adds the comment information into a corresponding topic discussion list according to the topic ID after the verification is passed, and issues the comment information, so that remote voice interaction and case discussion among users can be realized.
Further, the topic management module 5 gathers the number of comment information in each topic discussion list in real time, configures the display sequence of the topic information according to the number, so as to sort the display sequence of topics according to the discussion hotness, and display the hottest topics at the forefront, thereby facilitating the viewing of users.
In a more preferred embodiment, the user may share the papers, the collected journal documents, the typical cases in the actual clinic and the like of the user to the platform for learning and communication by using the sharing management module 7, specifically, the sharing management module 7 receives the file information and the access rights sent by the user terminal, the access rights may include a reading right and a downloading right, which refer to a viewing right and a downloading right of the uploading file, and the user may set the viewing right and the downloading right by himself, for example, the user may set the viewing and downloading for free, or pay, integral viewing and downloading; the sharing management module 7 performs auditing on the file, wherein the auditing mainly comprises review and content auditing, wherein the review comprises that an uploaded file is compared with the existing file in a database, and when the repetition rate reaches a preset repetition threshold value such as 60%, the auditing fails; and the content auditing means that whether the content in the auditing file is legal or not is accordant with the regulations. After the verification is passed, information is released according to the access rights, and other users view and download according to the set rights.
In order to encourage the sharing of the user and promote the learning of the user, the system of the invention further comprises a point management module, which is used for setting point rules, and a person skilled in the art can set the point rules according to the needs, wherein the point rules limit the points obtained or deducted by the operation instructions of the user, for example, a certain amount of points can be obtained by learning every day and sharing a file, and a certain amount of points are deducted from the browsing of other resources and the access of advanced resources participating in live broadcast teaching; the integral management module receives an operation instruction sent by a user terminal, wherein the operation instruction comprises a user ID; and increasing or decreasing the points corresponding to the user ID according to the operation instruction and the point rule.
Further, the system provided by the invention further comprises an attention management module 8, the user can pay attention to other users through the attention management module 8, and specifically, the attention management module 8 establishes an attention list of the user according to an attention request sent by the user terminal, and the attention list stores user IDs of a plurality of users to be attended; corresponding release information is obtained according to user IDs of a plurality of concerned users in the user attention list and is sent to the user terminal, so that the user can know the information released by the concerned users in time, for example, a medical staff can pay attention to professors in the hospital or other hospitals, so that the information released by other people can be known in time, and own skills and technical level are improved.
According to the data management system based on remote medical education, management of a remote education platform is achieved based on different modules, specifically, information of users is strictly checked through a user management module, authenticity of information of platform students is guaranteed, real operation cases are obtained from various hospitals through a case management module, operation case databases of various diseases at various levels are built, clinical practice levels of medical staff can be improved, medical fronts, medical documents and information can be timely obtained through an information management module, basic knowledge can be improved by the medical staff, latest industry dynamics can be timely mastered, remote learning content which is most suitable for the medical staff can be customized for the medical staff according to professionals and levels of the medical staff through a teaching management module, communication among users can be achieved through a special management module, and therefore the remote education platform can be effectively and comprehensively maintained through the management system.
Those of skill would further appreciate that the various illustrative elements and algorithm steps described in connection with the embodiments disclosed herein may be implemented as electronic hardware, computer software, or combinations of both, and that the various illustrative elements and steps are described above generally in terms of function in order to clearly illustrate the interchangeability of hardware and software. Whether such functionality is implemented as hardware or software depends upon the particular application and design constraints imposed on the solution. Skilled artisans may implement the described functionality in varying ways for each particular application, but such implementation decisions should not be interpreted as causing a departure from the scope of the present invention.
The steps of a method or algorithm described in connection with the embodiments disclosed herein may be embodied in hardware, in a software module executed by a processor, or in a combination of the two. The software modules may be disposed in random access memory (RA telemedicine-based data management system), memory, read-only memory (RO telemedicine-based data management system), electrically programmable RO telemedicine-based data management system, electrically erasable programmable RO telemedicine-based data management system, registers, hard disk, removable disk, CD-RO telemedicine-based data management system, or any other form of storage medium known in the art.
The foregoing description of the embodiments has been provided for the purpose of illustrating the general principles of the invention, and is not meant to limit the scope of the invention, but to limit the invention to the particular embodiments, and any modifications, equivalents, improvements, etc. that fall within the spirit and principles of the invention are intended to be included within the scope of the invention.
Claims (9)
1. A telemedicine education-based data management system, the system comprising:
the user management module is used for receiving registration information sent by the user terminal, wherein the registration information comprises user ID and user information, and the user information comprises hospital information, department information and practitioner information; calling a corresponding medical personnel management list according to the hospital information, verifying the user information according to the medical personnel management list, establishing an association relationship between the user ID and the user information when verification passes, and storing the association relationship in the user management list;
the case management module is used for acquiring panoramic video data acquired by the panoramic camera, surgical field video data acquired by the surgical field camera, image data acquired by the medical image equipment, anesthesia monitoring data acquired by the anesthesia monitoring equipment, preoperative case information and postoperative tracking information; integrating the panoramic video data, the operation field video data, the image data and the anesthesia monitoring data according to a preset format, and generating operation case information according to the integrated panoramic video data, the operation field video data, the image data, the anesthesia monitoring data, the preoperative case information and the postoperative tracking information; adding case name information, disease identification information and case grade information according to the operation case information; classifying the operation case information according to the disease identification information and the case grade information, so as to obtain a plurality of operation case databases of the same disease identification information and the same case grade information;
the information management module is used for acquiring information according to a preset time interval; formatting the acquired information; classifying the formatted information according to the disease identification information to obtain a plurality of information databases corresponding to the disease identifications;
the teaching management module is used for acquiring corresponding department information and practitioner information from the user management list according to the user ID; acquiring corresponding disease identification information according to the department information, acquiring learning grade information according to the practitioner information, acquiring operation case information from a corresponding case database according to the disease identification information and the learning grade information, and generating a case learning plan list of a plurality of stages according to the operation case information; acquiring information from the corresponding information database according to the disease identification information, and generating a multi-stage information learning plan list;
the thematic management module is used for establishing thematic information, wherein the thematic information comprises a thematic ID; publishing the thematic information; receiving comment information returned by a user terminal, verifying the comment information, and adding the comment information into a corresponding thematic discussion list according to a thematic ID after the comment information passes verification, and issuing the comment information; summarizing the quantity of comment information in each thematic discussion list in real time, and configuring the display sequence of the thematic information according to the quantity; wherein the comment information includes one or more of text information, picture information, and video-audio information.
2. The telemedicine education-based data management system of claim 1, wherein the information includes first information and second information; the information management module is specifically used for:
acquiring a plurality of corresponding keyword information according to the department information;
acquiring a preset number of first information from a first information database according to the keyword information and the information release time;
and acquiring a preset number of second information from a second information database according to the keyword information and the click quantity information.
3. The telemedicine education-based data management system of claim 1, wherein the teaching management module is further configured to:
a daily case learning task list is formulated according to the case learning plan list of each stage;
and making a daily information learning task list according to the information learning plan list of each stage.
4. The telemedicine education-based data management system of claim 1, wherein the thematic management module is specifically configured to:
monitoring the acquisition times of the operation case information according to the case ID; generating a case acquisition list corresponding to each operation case database according to the case acquisition times and the case ID aiming at each operation case database; judging whether the case acquisition times in the case acquisition list is larger than a preset time threshold; and when the information is larger than the preset value, acquiring corresponding operation case information according to the case ID, and generating the thematic information according to the operation case information.
5. The data management system based on remote medical education according to claim 1, further comprising a sharing management module, wherein the sharing management module is configured to receive file information and access rights sent by a user terminal, audit the file information, and issue information according to the access rights after the audit is passed.
6. The telemedicine education-based data management system of claim 1, further comprising an points management module for setting points rules; receiving an operation instruction sent by a user terminal, wherein the operation instruction comprises a user ID; and increasing or decreasing the points corresponding to the user ID according to the operation instruction and the point rule.
7. The telemedicine education-based data management system of claim 1, further comprising an examination management module;
the teaching management module is also used for monitoring the learning progress of the user according to the case learning plan list of the multiple stages and the information learning plan list of the multiple stages, and generating a stage examination instruction and sending the stage examination instruction to the examination management module when the learning progress reaches a preset threshold value;
the examination management module is used for generating phase test information according to the phase examination instruction and sending the phase test information to the user terminal; and receiving answer information returned by the user terminal, and generating learning evaluation information according to the answer information.
8. The telemedicine education-based data management system as set forth in claim 1, further comprising an attention management module for creating an attention list of users according to an attention request sent from the user terminal, the attention list storing user IDs of a plurality of users who are concerned; and acquiring corresponding release information according to user IDs of a plurality of focused users in the user focusing list, and sending the release information to the user terminal.
9. The telemedicine education-based data management system of claim 1, wherein the case management module is further configured to process patient information in panoramic video data, surgical field video data, image data, anesthesia care data, pre-operative case information, and post-operative tracking information.
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