CN111402986A - Research system for ultrasonic quantitative mechanical evaluation of flexor digitorum profundus tendon based on different rehabilitation schemes - Google Patents
Research system for ultrasonic quantitative mechanical evaluation of flexor digitorum profundus tendon based on different rehabilitation schemes Download PDFInfo
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Abstract
The invention relates to the technical field of research systems, in particular to a research system for ultrasonic quantitative mechanical evaluation of flexor digitorum profundus tendons based on different rehabilitation schemes, which comprises a system management host, wherein the system management host is connected with a network transmission module, an experiment plan arrangement module and a data comparison and analysis module through leads, and the network transmission module is in signal connection with a plurality of experiment execution modules; the experiment execution module comprises a controller, the controller is in signal connection with the network transmission module, the controller is connected with a power supply module and a data sampling module through a lead, and the data sampling module is in signal connection with detection equipment. The invention can facilitate scientific analysis.
Description
Technical Field
The invention relates to the field of research systems, in particular to a research system for ultrasonic quantitative mechanical evaluation of flexor digitorum profundus tendons based on different rehabilitation schemes.
Background
In the field of hand function rehabilitation, functional recovery after flexor tendon injury or fracture repair is always a huge difficult problem, particularly, flexor tendon II area injury is caused, the flexor tendon repair effect in the area is poor, the rehabilitation difficulty is high, few people are willing to try to challenge, and the research progress in the field is slow.
The flexor tendon recovery scheme is mainly divided into two branches of Early Passive Motion (EPM) and Early Active Motion (EAM). For the EPM protocol, both the Kleinert and Duran protocols have been widely accepted, and their clinical efficacy has also been validated [10 ]. In addition, foreign scholars established a more challenging rehabilitation program in 1985 advising that active movement of tendons begins within 48 hours of surgery. The theory of this rehabilitation scheme lies in earlier carrying out the rehabilitation intervention, through letting the tendon move back and forth in the tendon sheath earlier, not only can prevent or reduce the adhesion formation, can obtain bigger tendon sliding distance simultaneously. However, if the clinical safety values such as the timing of rehabilitation after the flexor tendon repair, the strength of active and passive activities, and the tendon tension are not properly controlled, the tendon suture ends may be loosened and may be broken again.
Therefore, in order to prevent tendon adhesion and re-rupture, the sliding distance and tension of the flexor tendon need to be evaluated in a mechanical and quantitative manner during the rehabilitation process, and the rehabilitation scheme needs to be adjusted according to the evaluation result so as to ensure the safety of rehabilitation treatment. Because no assessment means which can be directly applied to tendon mechanics quantification exists in clinic, the rehabilitation process of 'assessment-treatment-reevaluation' cannot be realized. High frequency musculoskeletal ultrasound (HFU) and shear wave ultrasound elastography (SWE) are novel ultrasonic quantitative mechanical evaluation methods, have the advantages of real-time, noninvasive, quantitative, repeatable and the like, and evidence-based medical evidence shows that the two technologies can be used for measuring the sliding amplitude and the tendon hardness of a human tendon, and the change of the tendon hardness value can reflect the change of the tendon tension. However, a system for scientific analysis of experimental results is lacked in the prior art, so that the analysis results are not convincing.
Disclosure of Invention
The invention aims to solve the defects in the prior art, and provides a research system for ultrasonic quantitative mechanical evaluation of a flexor digitorum profundus tendon based on different rehabilitation schemes.
In order to achieve the above purposes, the technical scheme adopted by the invention is as follows: a research system for ultrasonic quantitative mechanical evaluation of flexor digitorum profundus tendons based on different rehabilitation schemes comprises a system management host, wherein the system management host is connected with a network transmission module, an experiment plan arrangement module and a data comparison analysis module through leads, the network transmission module is in signal connection with a plurality of experiment execution modules, the system management host is used for comprehensively managing a research system, the experiment plan arrangement module is used for planning experiment plans, the experiment execution modules are used for specifically executing the planned experiment plans, and the data comparison analysis module is used for comparing data results of ultrasonic quantitative mechanical evaluation of the flexor digitorum profundus tendons in various rehabilitation schemes;
the experiment execution module comprises a controller, the controller is in signal connection with the network transmission module, the controller is connected with a power module and a data sampling module through a lead, the data sampling module is used for extracting data in an experiment process, the data sampling module is in signal connection with detection equipment, the detection equipment is medical equipment which is networked in the experiment process, the detected experiment data are directly transmitted to the controller through the detection equipment, and then the detected experiment data are fed back to the system management host through the network transmission module.
Preferably, the system management host computer is connected with the safety monitoring module through the signal line, the safety monitoring module is connected with surveillance camera head and unusual alarm module through the signal line, carries out real time monitoring through surveillance camera head in to the experimentation, and surveillance camera head is for having set up the camera of angle modulation structure, conveniently carries out the omnidirectional to the laboratory scene and shoots, and unusual alarm module is used for carrying out the police dispatch newspaper to the unusual situation of experimentation to in time indicate medical personnel.
Preferably, the system management host is connected with a database through a signal line, the database backs up and stores collected experimental results, the database is connected with a website publicizing module and an automatic backup module through the signal line, the stored data can be publicized through the website publicizing module, the information in the database is periodically backed up through the automatic backup module, the automatic backup module is connected with a standby database through the signal line, and the standby database is a temporary storage module and is supplemented when the database experiment is lost.
Preferably, the experiment plan arrangement module is connected with the plan reporting module and the plan approval module through signal lines, a worker reports an experiment plan through the plan reporting module, a manager audits the reported plan through the plan approval module, and the administrator is handed to the experiment execution module to perform specific execution if the audit is passed.
Preferably, the plan approval module is connected with a qualification examination module and a risk evaluation module through signal lines, the qualification examination module is used for examining whether the experimental object meets the experimental requirements, and the risk evaluation module evaluates the risk existing in the experiment.
Preferably, the data sampling module is in signal connection with a smart phone end, the smart phone end is connected with a manual input module through a signal line, and the staff can manually input the experimental data through the manual input module.
Preferably, the controller is connected with a local storage module and an identity authentication module through a signal line, the identity of the user is verified through the identity authentication module, and the local storage module is used for temporarily storing the experimental data.
Preferably, the data comparison and analysis module comprises a data statistics module, the data statistics module is connected with the system management host through a signal line, the data statistics module is connected with a chart generation module, a comparison and analysis module and an anomaly analysis module through the signal line, the data statistics module carries out classification and grouping statistics on the experimental data, the chart generation module generates a chart according to the results of the classification and grouping statistics, visual analysis of workers is facilitated, the comparison and analysis module is used for carrying out comparison and analysis on the experimental results of different rehabilitation schemes, and the anomaly analysis module is used for analyzing whether the experimental results are abnormal according to the historical data and the results of multiple statistics.
Compared with the prior art, the invention has the following beneficial effects: according to the invention, the research system is arranged to count and analyze the experimental results, specifically, the management host is arranged to manage, the experiment plan arrangement module and the experiment execution module are arranged to plan and execute, and the judgment is carried out through standardized scientific statistics, so that the subjectivity of manual judgment is avoided, multiple experimental demonstrations are facilitated, and the industrial communication is facilitated.
Drawings
FIG. 1 is a block diagram of the system of the present invention;
FIG. 2 is a system block diagram of an experiment execution module of the present invention;
FIG. 3 is a system block diagram of the data alignment analysis module according to the present invention.
Detailed Description
The following description is presented to disclose the invention so as to enable any person skilled in the art to practice the invention. The preferred embodiments in the following description are given by way of example only, and other obvious variations will occur to those skilled in the art.
The system comprises a system management host, the system management host is connected with a network transmission module, an experiment plan arrangement module and a data comparison analysis module through leads, the network transmission module is in signal connection with a plurality of experiment execution modules, the system management host is used for comprehensively managing the research system, the experiment plan arrangement module is used for planning experiment plans, the experiment execution module is used for specifically executing the planned experiment plans, and the data comparison analysis module is used for comparing data results of ultrasonic quantitative mechanical evaluation of the flexor digitorum tendon in various rehabilitation schemes.
The experiment execution module comprises a controller, the controller is in signal connection with the network transmission module, the controller is connected with a power supply module and a data sampling module through a wire, the data sampling module is used for extracting data in an experiment process, the data sampling module is in signal connection with detection equipment, the detection equipment is medical equipment which is networked in the experiment process, the detected experiment data are directly transmitted to the controller through the detection equipment, and then the detected experiment data are fed back to the system management host through the network transmission module.
The system management host computer is connected with the safety monitoring module through the signal line, and the safety monitoring module is connected with surveillance camera head and unusual alarm module through the signal line, carries out real time monitoring through surveillance camera head in to the experimentation, and surveillance camera head is for having set up the camera of angle modulation structure, conveniently carries out omnidirectional shooting to the experimental site, and unusual alarm module is used for carrying out the police dispatch newspaper to the unusual situation in the experimentation to in time indicate medical personnel.
The system management host is connected with a database through a signal line, the database backs up and stores acquired experimental results, the database is connected with a website publicizing module and an automatic backup module through the signal line, the stored data can be publicized through the website publicizing module, the information in the database is backed up at regular time through the automatic backup module, the automatic backup module is connected with a standby database through the signal line, and the standby database is a temporary storage module and is supplemented when the database experiments are lost.
The experiment plan arrangement module is connected with a plan reporting module and a plan approval module through signal lines, a worker reports an experiment plan through the plan reporting module, a manager audits the reported plan through the plan approval module, and the administrator is handed to the experiment execution module to perform specific execution if the audit is passed.
The plan approval module is connected with a qualification examination module and a risk evaluation module through signal lines, the qualification examination module is used for examining whether the experimental object meets the experimental requirements, and the risk evaluation module evaluates the risk existing in the experiment. Inclusion criteria were: (1) the body is healthy, and no hand trauma history exists; (2) no communication obstacle exists, and the test can be understood and completed in a matching way; (3) consent was added to the trial and an informed consent was signed. Exclusion criteria were: (1) a subject with a history of hand or upper limb trauma or surgery; (2) subjects with congenital dysplasia or deformity of the hands; (3) subjects with chronic lesions in the hands: such as tendonitis, carpal tunnel syndrome, peripheral nerve diseases, etc.; (4) the active and passive motion ranges of the hand or upper limb joints are limited; (5) without signing an informed consent.
Data sampling module signal connection has the smart mobile phone end, and the smart mobile phone end is connected with manual input module through the signal line, and through manual input module, the staff can manual input experimental data. The controller is connected with a local storage module and an identity authentication module through a signal wire, the identity of a user is verified through the identity authentication module, and the local storage module is used for temporarily storing experimental data.
The data comparison and analysis module comprises a data statistics module, the data statistics module is connected with the system management host through a signal line, the data statistics module is connected with a chart generation module, a comparison and analysis module and an anomaly analysis module through the signal line, the data statistics module carries out classified grouping statistics on the experimental data, the chart generation module generates a chart according to the classified grouping statistics result, visual analysis of workers is facilitated, the comparison and analysis module is used for carrying out comparison and analysis on the experimental results of different rehabilitation schemes, and the anomaly analysis module is used for analyzing whether the experimental results are abnormal or not according to historical data and the results of multiple statistics.
SPSS17.0 software is adopted for statistical analysis, and counting data is described by adopting a composition ratio; the measurement data is described by mean, standard deviation, maximum value and minimum value, and is expressed by x +/-s; the comparison among groups adopts t test; single-factor analysis of variance is adopted for comparison among multiple groups; the comparison of the FDP sliding distances in the finger flexion and extension movement states under the three rehabilitation schemes is analyzed by adopting a mixed linear model, and the difference of P < 0.05 in all the tests has statistical significance.
The foregoing shows and describes the general principles, essential features, and advantages of the invention. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are merely illustrative of the principles of the invention, but that various changes and modifications may be made without departing from the spirit and scope of the invention, which fall within the scope of the invention as claimed. The scope of the invention is defined by the appended claims and equivalents thereof.
Claims (8)
1. A research system for ultrasonic quantitative mechanical evaluation of flexor digitorum profundus tendons based on different rehabilitation schemes comprises a system management host, and is characterized in that the system management host is connected with a network transmission module, an experiment plan arrangement module and a data comparison analysis module through leads, the network transmission module is in signal connection with a plurality of experiment execution modules, the system management host is used for comprehensively managing the research system, the experiment plan arrangement module is used for planning experiment plans, the experiment execution modules are used for specifically executing the planned experiment plans, and the data comparison analysis module is used for comparing data results of the ultrasonic quantitative mechanical evaluation of the flexor digitorum profundus tendons in various rehabilitation schemes;
the experiment execution module comprises a controller, the controller is in signal connection with the network transmission module, the controller is connected with a power module and a data sampling module through a lead, the data sampling module is used for extracting data in an experiment process, the data sampling module is in signal connection with detection equipment, the detection equipment is medical equipment which is networked in the experiment process, the detected experiment data are directly transmitted to the controller through the detection equipment, and then the detected experiment data are fed back to the system management host through the network transmission module.
2. The research system for the ultrasonic quantitative mechanical evaluation of the tendon of flexor digitorum profundus based on different rehabilitation schemes according to claim 1, wherein the system management host is connected with a safety monitoring module through a signal line, the safety monitoring module is connected with a monitoring camera and an abnormal alarm module through a signal line, real-time monitoring is performed on the experimental process through the monitoring camera, the monitoring camera is a camera provided with an angle adjusting structure, omnibearing shooting is conveniently performed on the experimental site, and the abnormal alarm module is used for alarming abnormal conditions in the experimental process, so that medical staff can be timely prompted.
3. The ultrasonic quantitative mechanical evaluation research system for flexor digitorum profundus tendons based on different rehabilitation schemes, as claimed in claim 1, wherein the system management host is connected with a database through a signal line, the database backs up and stores the acquired experimental results, the database is connected with a website publicizing module and an automatic backup module through signal lines, the stored data can be publicized through the website publicizing module, the automatic backup module performs timed backup on the information in the database, the automatic backup module is connected with a standby database through a signal line, the standby database is a temporary storage module and is supplemented when the database experiment is lost.
4. The system for studying ultrasonic quantitative mechanical evaluation of flexor digitorum profundus tendon according to claim 1, wherein the experiment plan arrangement module is connected with the plan submission module and the plan approval module through signal lines, the staff submit the experiment plan through the plan submission module, the manager approves the submitted plan through the plan approval module, and the experiment execution module performs specific execution if the approval is passed.
5. The ultrasonic quantitative mechanical evaluation research system for flexor digitorum profundus tendons based on different rehabilitation schemes of claim 4, wherein the plan approval module is connected with a qualification examination module and a risk evaluation module through signal lines, the qualification examination module is used for examining whether an experimental subject meets experimental requirements, and the risk evaluation module is used for evaluating risks existing in the experiment.
6. The research system for ultrasonic quantitative mechanical evaluation of flexor digitorum profundus tendon according to different rehabilitation schemes of claim 1, wherein the data sampling module is connected with a smart phone end through a signal line, the smart phone end is connected with a manual input module through a signal line, and a worker can manually input experimental data through the manual input module.
7. The system for studying flexor digitorum profundus tendon ultrasonic quantitative mechanical evaluation based on different rehabilitation schemes of claim 1, wherein the controller is connected with a local storage module and an identity authentication module through signal lines, the identity of a user is verified through the identity authentication module, and the local storage module is used for temporarily storing experimental data.
8. The deep flexor tendon ultrasonic quantitative mechanical evaluation research system based on different rehabilitation schemes is characterized in that the data comparison and analysis module comprises a data statistics module, the data statistics module is connected with the system management host through a signal line, the data statistics module is connected with a chart generation module, a comparison and analysis module and an abnormity analysis module through a signal line, the data statistics module carries out classified grouping statistics on experimental data, the chart generation module generates a chart according to the classified grouping statistics result, so that visual analysis of workers is facilitated, the comparison and analysis module is used for carrying out comparison and analysis on the experimental results of different rehabilitation schemes, and the abnormity analysis module is used for analyzing whether the experimental results are abnormal according to historical data and the results of multiple times of statistics.
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| US20120089418A1 (en) * | 2010-10-11 | 2012-04-12 | Shwetha Ramachandra Kamath | INTEGRATED INTERACTIVE SYSTEMS AND METHODS WITH SINGLE TRANSACTIONAL DATABASE AND REPORTING APPLICATION FOR eCLINICAL TRIALS |
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| CN109243572A (en) * | 2018-11-08 | 2019-01-18 | 中科数字健康科学研究院（南京）有限公司 | A kind of accurate locomotion evaluation and rehabilitation training system |
| CN110534202A (en) * | 2019-08-21 | 2019-12-03 | 江南大学附属医院（无锡市第四人民医院） | A kind of system that the expression for Sox10 in triple negative breast cancer is analyzed |
Non-Patent Citations (1)
| Title |
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| 王泽娟;王进;陈刚;王兴河;: "早期临床试验项目在研究中心病房的管理流程" * |
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Application publication date: 20200710 |
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