CN111239425A - Tumor auxiliary diagnosis system based on circulating tumor cell detection - Google Patents
Tumor auxiliary diagnosis system based on circulating tumor cell detection Download PDFInfo
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Abstract
The invention provides a tumor auxiliary diagnosis system, which is characterized by comprising: the sample collection and storage device is used for collecting the tissue sample of a user and refrigerating and storing the tissue sample; a sample assay device for analyzing a tissue sample to generate an assay result; the platform server is used for acquiring and processing the assay result; and a user terminal held by users with different identification information, wherein the platform server comprises a user information storage part, a treatment scheme storage part, an assay result storage part, a state information retrieval and acquisition part, a treatment scheme retrieval and acquisition part, a diagnosis scheme analysis and generation part and a platform side communication part, and the user terminal comprises a user side picture storage part, a user side input display part and a user side communication part.
Description
Technical Field
The invention belongs to the field of biomedicine, and particularly relates to an auxiliary tumor diagnosis system.
Background
About 880 million people worldwide die from cancer, accounting for about one-sixth of the total number of deaths worldwide per year, and among cancer patients who die, malignant patients have a place to live. One of the main causes of cancer death is due to untimely treatment, and when patients with advanced malignant tumors are treated, the treatment quality of the patients is reduced due to complicated treatment methods and uncertain treatment effects of the tumors.
Therefore, Circulating Tumor Cells (CTCs), which are released from solid tumor foci (primary foci, metastatic foci) into peripheral blood circulation due to spontaneous or diagnostic procedures, are used in the early diagnosis of tumor patients, and are also important causes of postoperative recurrence and tumor metastasis in malignant tumor patients. The circulating tumor cells are detected, and the tumor diseased condition of a patient can be effectively judged and detected.
However, when a user detects a tumor, the user needs to visit a hospital, and the uncertainty of tumor treatment complicates the medical treatment of the user, so that the user frequently goes to and goes out of the hospital. Meanwhile, common users cannot frequently go to hospitals to detect in daily life, and early diagnosis of tumor diseases is not facilitated.
Disclosure of Invention
In order to solve the problems, the invention provides a tumor auxiliary diagnosis system for popularizing tumor detection, which adopts the following technical scheme:
the invention provides a tumor auxiliary diagnosis system, which is characterized by comprising the following components: the sample collection and storage device is used for collecting the tissue sample of a user and refrigerating and storing the tissue sample; a sample assay device for analyzing a tissue sample to generate an assay result; the platform server is used for acquiring and processing the assay result; and a user terminal held by users having different identification information, wherein the platform server includes a user information storage part, a treatment plan storage part, a test result storage part, a condition information retrieval acquisition part, a treatment plan retrieval acquisition part, a diagnosis plan analysis generation part, and a platform side communication part, the user terminal includes a user side screen storage part, a user side input display part, and a user side communication part, the user information storage part stores personal information and clinical information of the users, the treatment plan storage part stores historical treatment plans generated by treating patients in the past, the test result storage part stores test results acquired from the sample test device, the user side screen storage part stores an operation selection screen and a diagnosis plan display screen, the user side input display part displays the operation selection screen to allow the users to select a diagnosis viewing operation, the user side communication part sends a diagnosis and check request and identification information to the platform server, the state information retrieval and acquisition part retrieves the clinical information and the test result corresponding to the identification information according to the received identification information and the received test result storage part to serve as state information, the treatment scheme retrieval and acquisition part retrieves the historical treatment scheme corresponding to the state of an illness according to the state information and the test result storage part to serve as a reference treatment scheme, the diagnosis scheme analysis and generation part analyzes the state information and the reference treatment scheme to generate a recommended diagnosis scheme for recommending medication or diet of a user, the platform side communication part sends the recommended diagnosis scheme to a corresponding user terminal according to the identification information, and the user side input display part displays a diagnosis scheme display picture and displays the recommended diagnosis scheme in the picture for the user to check.
The tumor auxiliary diagnosis system provided by the invention can also have the technical characteristics that the sample collection and storage device further comprises: a housing; the display is arranged above the front surface of the shell and used for displaying a scheme selection picture to enable a user to select a detection scheme; the sampling port is arranged on the front surface of the shell and is used for allowing a user to put in a sample; the sampling port is arranged on the side surface of the shell and is used for enabling a sampling person to take away a sample; the refrigerating chamber is arranged in the shell and used for refrigerating and storing the samples; the storage device is arranged in the refrigerating chamber and used for storing and fixing the collecting pipe, and the storage device is provided with an ejection mechanism; a plurality of collection tubes for storing samples of different users; the acquisition side communication part is used for sending a detection scheme to the platform server after a user selects the detection scheme; and the acquisition side control part controls the ejection mechanism to eject the storage device from the sampling port after the user selects one detection scheme.
The tumor auxiliary diagnosis system provided by the invention can also have the technical characteristics that the test result is a circulating tumor cell detection result, the platform server is also provided with a science popularization information storage part, a science popularization information retrieval acquisition part and a test result retrieval acquisition part, the science popularization information storage part is used for storing circulating tumor cell science popularization information for enabling a user to know the related disease condition of the circulating tumor cell, the user side picture storage part is also used for storing a circulating tumor cell detection result picture, the user side input display part is used for displaying an operation selection picture for enabling the user to select a circulating tumor cell detection viewing operation, the user side communication part is used for sending a circulating tumor cell detection viewing request and identification information to the platform server, the science popularization information retrieval acquisition part is used for retrieving the circulating tumor cell science popularization information, and the test result retrieval acquisition part is used for retrieving the circulating tumor cell detection result according to the identification information, the platform side communication part sends the circulating tumor cell science popularization information and the circulating tumor cell detection result to the corresponding user terminal according to the identification information, and the user side input display part displays a circulating tumor cell detection result picture and displays the circulating tumor cell science popularization information and the circulating tumor cell detection result in the picture for a user to check.
The tumor auxiliary diagnosis system provided by the invention can also have the technical characteristics that the test result is a gene detection result, the platform server is also provided with a science popularization information storage part, a science popularization information retrieval acquisition part and a test result retrieval acquisition part, the science popularization information storage part stores gene science popularization information for enabling a user to know gene related conditions, the user side picture storage part also stores a gene detection result picture, the user side input display part displays an operation selection picture for enabling the user to select gene detection viewing operation, the user side communication part sends a gene detection viewing request and identification information to the platform server, the science popularization information retrieval acquisition part retrieves the science popularization information storage part to acquire the gene science popularization information, the test result retrieval acquisition part retrieves the test result according to the identification information, and the platform side communication part sends the gene science popularization information and the gene detection result to the user terminal according to the identification information, the user-side input display unit displays a gene test result screen, and displays the science popularization information and the gene test result on the screen for the user to view.
The tumor auxiliary diagnosis system provided by the invention can also have the technical characteristics that the platform server is also provided with an information storage part and an information retrieval acquisition part, the user side picture storage part is also stored with an information selection picture and an information display picture, the information storage part is stored with information comprising information titles and information contents, the user side input display part displays the operation selection picture to allow a user to select information viewing operation, the user side communication part sends an information viewing request and identification information to the platform server, the information retrieval acquisition part retrieves the information storage part to acquire the information, the platform side communication part sends the information to a corresponding user terminal according to the identification information, the user side input display part displays the information selection picture and displays the information titles of all the received information in the picture to allow the user to select one for viewing, further, after the user selects the information display screen, the information content corresponding to the information title is displayed in the screen.
The tumor auxiliary diagnosis system provided by the invention can also have the technical characteristics that the platform server is also provided with a clinical information retrieval and acquisition part, the user side picture storage part is also stored with a disease state display picture, the user side input display part displays an operation selection picture to allow a user to select a disease state viewing operation, the user side communication part sends a disease state viewing request and identification information to the platform server, the clinical information retrieval and acquisition part retrieves the clinical information of other users similar to the clinical information as similar disease states according to the clinical information corresponding to the identification information, the platform side communication part sends the clinical information and the similar disease states to corresponding user terminals according to the identification information, and the user side input display part displays the disease state display picture and displays the clinical information of the user and the acquired similar disease states in the picture.
Action and Effect of the invention
According to the tumor auxiliary diagnosis system, due to the sample collection and storage device, samples needing to be detected by a user can be stored and placed in places such as a shopping mall and a community, so that the user can detect tumors without going to a hospital, the tumor detection population is expanded, and the popularization and the civilization of early tumor screening are realized; the tumor detection device is also provided with a sample assay device and an assay result storage part, and can analyze and store a sample of a user, and under the condition that the sample collection and storage device is matched, the storage scale of tumor detection data can be enlarged, and a sample library and assay results are enriched; the diagnosis and treatment system is also provided with a diagnosis and analysis generating part which can combine the test result and the clinical information of the user to analyze so as to generate high-quality diagnosis and treatment suggestions and treatment schemes, thereby avoiding excessive diagnosis and treatment of the user in the tumor treatment process and improving the overall treatment quality.
Drawings
FIG. 1 is a block diagram of a diagnosis system for assisting tumor diagnosis according to an embodiment of the present invention;
FIG. 2 is a schematic structural diagram of a sample collection and storage device according to an embodiment of the present invention;
FIG. 3 is a block diagram of a platform server according to an embodiment of the present invention;
fig. 4 is a schematic structural diagram of a user terminal in an embodiment of the present invention;
FIG. 5 is a schematic illustration of a diagnostic protocol display in an embodiment of the present invention;
FIG. 6 is a schematic diagram of a frame of a result of detecting circulating tumor cells according to an embodiment of the present invention;
FIG. 7 is a diagram illustrating an information selection screen according to an embodiment of the present invention;
FIG. 8 is a flow chart of a process of obtaining assay results in an embodiment of the present invention; and
FIG. 9 is a flowchart of a process for a user to view recommended diagnostic solutions in an embodiment of the invention.
Detailed Description
The following description of the embodiments of the present invention will be made with reference to the accompanying drawings.
< example >
Fig. 1 is a block diagram of a tumor-aided diagnosis system according to an embodiment of the present invention.
As shown in fig. 1, the diagnosis assisting system 100 for tumor has a sample collection and storage device 1, a sample testing device 2, a platform server 3, a user terminal 4, and a communication network 5.
The platform server 3 is in communication connection with the sample collection and storage device 1, the sample testing device 2 and the user terminal 4 through the communication network 5. The sample collection and storage device 1 is disposed in a region (e.g., a mall, a community) with concentrated traffic, the sample testing device 2 and the platform server 3 are owned by a service provider providing a tumor-assisted diagnosis service, and the user terminals 4 are intelligent mobile devices (e.g., smart phones) respectively owned by users with different identification information.
In this embodiment, a sampler for transporting a sample takes out and transports the sample stored in the sample collection and storage device 1 to medical staff at regular intervals, the sample testing device 2 tests the sample under the operation of the medical staff to generate a testing result, and the testing result is sent to the platform server 3 through the communication network 5 and stored. In other embodiments, the assayed sample can also be stored to a biological sample repository for medical research and statistics.
In this embodiment, the sample assay device 2 is configured to detect a circulating tumor cell of a user, process a sample of the user through a CTC magnetic lipid nanoparticle separation reagent to obtain the circulating tumor cell, count the circulating tumor cell through a CTC immunofluorescence identification reagent, and further perform genetic detection and biological information analysis on the captured circulating tumor cell to obtain an assay result.
Fig. 2 is a schematic structural diagram of a sample collection and storage device in an embodiment of the present invention.
As shown in fig. 2, the specimen collecting and storing device 1 has a housing 11, a display 12, a sampling port 13, a sampling port 14, a refrigerating chamber (not shown), a storage device (not shown), a collecting tube (not shown), a collecting-side communication unit (not shown), and a collecting-side control unit (not shown). Wherein, a plurality of collecting pipes are arranged in the containing device.
The collection-side communication unit exchanges data between the sample collection and storage device 1 and another terminal. The collection-side control unit controls the operations of the respective components of the sample collection and storage device 1.
A display 12 is disposed above the front of the housing 11 for displaying a protocol selection screen for a user to select a detection protocol including a circulating tumor cell detection protocol and a gene detection protocol.
In this embodiment, the display 12 is an input display screen, and a user can perform a click operation by clicking the input display screen.
In this embodiment, when the user selects one of the detection schemes through the display 12, the acquisition-side communication unit transmits the detection scheme to the platform server 3.
A sample port 13 is provided in the front of the housing 11 for the passage of the storage device to allow a user to access the collection tube to place a sample when the storage device is ejected.
A sampling port 14 is provided at the side of the housing 11 for allowing a sampling person to take a sample. The sampling person can replace the collection tube located in the storage device through the sampling port 14 to take away the collection tube storing the sample.
The refrigerating chamber is arranged in the shell 11 and is used for refrigerating the collecting pipe in the containing device so as to realize the refrigerated storage of the sample.
The storage device is arranged in the refrigerating chamber and used for storing and fixing the collecting pipe, and the storage device is provided with an ejection mechanism.
In the embodiment, the containing device is a containing cabinet with slide rails on two sides, the containing device can complete the actions of popping and containing along the slide rails, and a sensor for sensing the state of the collecting pipe is arranged around the fixed collecting pipe; the ejecting mechanism is a common ejecting and recovering device, for example, a spring and an electronic lock are arranged on a sliding rail on one side of the storage cabinet, a rack connected with the sliding rail and a gear matched with the rack and connected with a rotating motor are arranged on the sliding rail on the other side, when a user selects a detection scheme, the acquisition side control part controls the electronic lock to unlock, so that the storage cabinet is ejected out along the sliding rail by the spring under the elastic action, further, when the user puts in a sample and puts back the acquisition pipe to the storage cabinet, the sensor sends a signal that the acquisition pipe is put back to the acquisition side control part, and the acquisition side control part controls the gear to rotate, so that the storage cabinet is put back.
The collection tubes are used for storing samples of users, and each collection tube can store a sample put in by a user. In this embodiment, the collection pipe is the test tube that has the closure, and the user pulls out the closure and pours the sample into the test tube when using, further goes up the closure and accomplishes the sealed to the sample, puts back storage device at last.
Fig. 3 is a schematic structural diagram of a platform server in an embodiment of the present invention.
As shown in fig. 3, the platform server 3 includes a user information storage unit 31, a treatment plan storage unit 32, an assay result storage unit 33, a condition information search acquisition unit 34, a treatment plan search acquisition unit 35, a diagnosis plan analysis generation unit 36, a science popularization information storage unit 37, a science popularization information search acquisition unit 38, an assay result search acquisition unit 39, an information storage unit 40, an information search acquisition unit 41, a clinical information search acquisition unit 42, a platform-side communication unit 43, and a platform-side control unit 44.
The platform-side communication unit 43 is used to exchange data between the respective components of the platform server 3 and between the platform server 3 and another device or terminal. The platform-side controller 44 controls operations of the respective components of the platform server 3.
The user information storage unit 31 stores personal information and clinical information of the user. The personal information includes information acquired or generated when the user is registered, such as identification information, name, and age of the user, and the clinical information is clinical data generated when the user performs a medical diagnosis in a hospital.
The treatment plan storage unit 32 stores a historical treatment plan generated by treating a patient in the past. The historical treatment plan includes treatment plans that have been proposed by healthcare workers to patients in the past, clinical data generated by treating patients according to the corresponding treatment plans, and other relevant clinical data (e.g., tumor treatment clinical data obtained from other sources).
The assay result storage part 33 stores the assay result acquired from the sample assay device 2. The test results include circulating tumor cell detection results and gene detection results.
The medical condition information retrieval acquisition unit 34 retrieves the clinical information and the test result corresponding to the identification information of the user as medical condition information from the received identification information retrieval user information storage unit 31 and the test result storage unit 33.
The treatment plan search acquisition unit 35 searches the treatment plan storage unit 32 based on the condition information to acquire a history treatment plan corresponding to the condition as a reference treatment plan.
In this embodiment, the treatment plan retrieval and acquisition unit 35 further acquires the historical treatment plan when retrieving that the historical treatment plan is close to the clinical information of the user and the numerical value of the test result; after the search of the treatment plan storage unit 32 is completed, all the acquired historical treatment plans are set to be analyzed by the diagnosis plan analysis generation unit 36 with reference to the treatment plans.
The diagnosis plan analysis/generation unit 36 analyzes the condition information and the reference treatment plan to generate a recommended diagnosis plan. The recommended diagnosis plan is recommended to be used for daily medication, dosage, diet recommendation and treatment recommendation.
In the present embodiment, the diagnosis plan analysis and generation unit 36 analyzes and acquires the correspondence between the past treatment plans and the clinical data by the big data analysis technique in advance, and generates the corresponding recommended diagnosis plan based on the reference treatment plan after acquiring the condition information of the user.
The science popularization information storage unit 37 stores science popularization information. The science popularization information comprises the science popularization information of the circulating tumor cells and the science popularization information of genes, and is used for performing science popularization on the circulating tumor cells and the related information or the disease state of the genes which are difficult to contact by a user at ordinary times.
The science popularization information search acquisition unit 38 is configured to search the science popularization information storage unit 37 according to the related request sent by the user terminal 4 to acquire the corresponding science popularization information.
The test result retrieval acquiring section 39 retrieves the corresponding test result from the test result storage section 33 based on the identification information and the request sent from the user terminal 4.
The information storage unit 40 stores information including information titles and information contents. The information is medical information and information edited by medical staff and related to tumor and gene.
The information search acquisition unit 41 searches the information storage unit to acquire the information. In this embodiment, the information search acquisition unit 41 performs sequential search according to the edit time of the information.
The clinical information search acquisition unit 42 acquires clinical information of another user similar to the clinical information as a similar condition from the clinical information search user information storage unit 31 corresponding to the identification information received from the user terminal 4.
Fig. 4 is a schematic structural diagram of a user terminal in an embodiment of the present invention.
As shown in fig. 4, the user terminal 4 includes a user-side screen storage unit 51, a user-side input display unit 52, a user-side communication unit 53, and a user-side control unit 54.
The user-side screen storage section 51 stores an operation selection screen, a diagnosis plan display screen, a circulating tumor cell detection result screen, a gene detection result screen, an information selection screen, an information display screen, and a disease state display screen.
The operation selection screen is used for displaying and letting the user select an operation to be executed next when the user enters the system so as to enter a function screen corresponding to the operation.
In this embodiment, the user can select not only the operation to be executed through the operation selection screen, but also the operation to be executed through a function bar below the screen (e.g., below the diagnosis plan display screen shown in fig. 5) in other screens (i.e., the diagnosis plan display screen, the circulating tumor cell detection result screen, the gene detection result screen, the information selection screen, the information display screen, and the disease state display screen).
The diagnostic plan display screen is used to display the recommended diagnostic plan received from the platform server 3 and let the user view it when the user selects the diagnostic viewing operation. As shown in fig. 5, the diagnosis plan display screen displays personal information (personal information of the user acquired from the platform server 3), my order (a test plan selected by the user on the sample collection and storage device 1 acquired from the platform server 3), and recommended diagnosis plans displayed item by item in a list form.
The circulating tumor cell detection result screen is used for displaying the circulating tumor cell science popularization information and the circulating tumor cell detection result received from the platform server 3 and enabling the user to view the circulating tumor cell detection result when the user selects the circulating tumor cell detection viewing operation. As shown in fig. 6, the screen of the detection result of the circulating tumor cells displays the CTC science popularization (i.e., the information of the science popularization of the circulating tumor cells), the CTC detection package (the detection scheme that the user can select in the sample collection and storage device 1), and the detection result of the CTC (i.e., the detection result of the circulating tumor cells).
The gene test result screen is used for displaying the gene science popularization information and the gene test result received from the platform server 3 and allowing the user to view the gene test result when the user selects the gene test viewing operation. In this embodiment, the display mode of the gene detection result frame is the same as that of the circulating tumor cell detection result frame, and thus the description thereof is omitted.
The information selection screen is used for displaying information titles of information received from the platform server 3 when the user selects the information viewing operation so that the user selects one information title to enter the information display screen. As shown in fig. 7, the information selection screen displays information titles in a list form, and the user can browse information by sliding through the information titles not displayed in the screen.
The information display screen is used for displaying information content corresponding to an information title for the user to view when the user selects the information title.
The condition display screen is used for displaying the clinical information of the user and similar conditions received from the platform server 3 for the user to view when the user selects a condition viewing operation, so that the user can know the condition of the user and similar cases.
FIG. 8 is a flow chart of a process of obtaining an assay result in an embodiment of the present invention.
As shown in fig. 8, when the user walks in front of the sample collection and storage device 1 and clicks on the wake-up display 12, the following steps are initiated:
step S1-1, the display 12 displays a scheme selection screen to let the user select a detection scheme, and after the user finishes the selection, the step S1-2 is proceeded;
step S1-2, the user side communication part sends the detection scheme selected by the user in step S1-1 to the platform server 3, and the user side control part controls the storage device to pop up to allow the user to place the sample, and then the step S1-3 is carried out;
step S1-3, the user puts in the sample and puts the sampling tube back to the storage device, the user side control part controls the storage device to withdraw and finish the cold storage of the sampling tube, and then the step S1-4 is carried out;
step S1-4, the sampler takes out the sample stored in the sample collection and storage device 1 and transports the sample to the sample testing device 2, and then the step S1-5 is carried out;
step S1-5, the sample testing device 2 completes the analysis of the sample under the control of the medical staff, generates the testing result and sends to the platform server 3, and then the step S1-6 is entered;
in step S1-6, the platform server 3 receives and stores the test result transmitted in step S1-5, and then the step ends.
FIG. 9 is a flowchart of a process for a user to view recommended diagnostic solutions in an embodiment of the invention.
As shown in fig. 9, when the user views the recommended diagnosis scenario through the user terminal, the following steps are started:
step S2-1, the user side input display section 52 displays an operation selection screen for the user to select an operation, and when the user selects a diagnosis viewing operation, the process proceeds to step S2-2;
step S2-2, the user side communication section 53 sends a diagnosis check request and identification information of the current user to the platform server 3, and then proceeds to step S2-3;
in step S2-3, the condition information retrieval obtaining part 34 retrieves the clinical information and the test result of the user corresponding to the identification information as the condition information from the identification information retrieval user information storage part 31 and the test result storage part 33 transmitted in step S2-2, and then proceeds to step S2-4;
step S2-4, the treatment plan retrieval acquiring section 35 retrieves the historical treatment plan corresponding to the user' S condition as the reference treatment plan according to the condition information retrieval treatment plan storing section 32 in step S2-3, and then proceeds to step S2-5;
step S2-5, the diagnosis plan analysis generating part 36 analyzes the condition information acquired in step S2-3 and the reference treatment plan acquired in step S2-4 to generate a recommended diagnosis plan, and then proceeds to step S2-6;
at step S2-6, the platform-side communication part 43 transmits the recommended diagnosis solution generated at step S2-5 to the corresponding user terminal 4 according to the identification information transmitted at step S2-3, and then proceeds to step S2-7;
in step S2-7, the user-side input display section 52 displays the diagnosis plan display screen and displays the recommended diagnosis plan transmitted in step S2-6 in the screen for the user to view, and then the step ends.
Examples effects and effects
According to the tumor auxiliary diagnosis system provided by the embodiment, the sample collection and storage device is arranged, so that samples required to be detected by a user can be stored and placed in places such as a shopping mall and a community, the user can detect tumors without going to a hospital, the tumor detection population is expanded, and the popularization and the civilization of early tumor screening are realized; the tumor detection device is also provided with a sample assay device and an assay result storage part, can analyze and store samples of a user, can enlarge the storage scale of tumor detection data under the cooperation of the sample acquisition and storage device, and enriches a sample library and assay results; the diagnosis and treatment system is also provided with a diagnosis and analysis generating part which can combine the test result and the clinical information of the user to analyze so as to generate high-quality diagnosis and treatment suggestions and treatment schemes, thereby avoiding excessive diagnosis and treatment of the user in the tumor treatment process and improving the overall treatment quality.
In the embodiment, the sample collection and storage device displays the scheme selection picture through the display to enable a user to select the detection scheme, so that the user can perform different types of sample detection and more options; the storage matching user who controls the storage device through the collection side control part places the sample, so that the storage and the acquisition of the sample are more convenient and faster.
In the embodiment, the user terminal can display the circulating tumor cell detection result picture and display the science popularization information of the circulating tumor cells when the user checks the circulating tumor cell detection result, so that the popularization of the circulating tumor cell state of illness and the influence on the user is realized, some bad behaviors and guesses of the user on unknown illness states are avoided, and the science popularization is better carried out on the public.
In the embodiment, the user terminal can display the gene detection result picture and display the science popularization information of the gene while the user checks the gene detection result, so that the popularization of gene conditions and influences on the user is realized, some bad behaviors and guesses of the user on unknown conditions are avoided, and the science popularization is better carried out on the public.
In the embodiment, the user terminal can display the information selection picture to enable the user to check some illness state and tumor information published by the hospital, so that the channel for the user to know the illness state and tumor information in daily life is increased, and the popularization of the public is better performed.
In this embodiment, the user terminal can display the disease state display screen to allow the user to view the disease state information and similar cases, which is helpful for the user to grasp the disease state of the user, so that the user can better pay attention to the health condition of the user in daily life.
The above-described embodiments are merely illustrative of specific embodiments of the present invention, and the present invention is not limited to the description of the above-described embodiments.
Claims (6)
1. A system for aided diagnosis of tumors, comprising:
the sample collection and storage device is used for collecting the tissue sample of a user and refrigerating and storing the tissue sample;
a sample assay device that analyzes the tissue sample to generate an assay result;
the platform server is used for acquiring and processing the assay result; and
a user terminal held by users having different identification information,
wherein the platform server comprises a user information storage part, a treatment scheme storage part, an assay result storage part, a state information retrieval acquisition part, a treatment scheme retrieval acquisition part, a diagnosis scheme analysis generation part and a platform side communication part,
the user terminal comprises a user side picture storage part, a user side input display part and a user side communication part,
the user information storage unit stores personal information and clinical information of the user,
the treatment plan storage unit stores a historical treatment plan generated by treating a patient in the past,
the assay result storage part stores the assay result obtained from the sample assay device,
the user side screen storage part stores an operation selection screen and a diagnosis plan display screen,
the user-side input display unit displays the operation selection screen to allow the user to select a diagnosis viewing operation,
the user-side communication section transmits a diagnosis viewing request and the identification information to the platform server,
the condition information retrieval acquiring section retrieves the user information storage section and the assay result storage section according to the received identification information to acquire the clinical information and the assay result corresponding to the identification information as condition information,
the treatment plan retrieval acquiring unit retrieves the treatment plan corresponding to the disease condition from the condition information and acquires the history treatment plan as a reference treatment plan,
the diagnosis plan analysis generation unit analyzes the condition information and the reference treatment plan to generate a recommended diagnosis plan that recommends medication or diet of the user,
the platform side communication part transmits the recommended diagnosis scheme to the corresponding user terminal according to the identification information,
the user-side input display unit displays a diagnosis plan display screen and displays the recommended diagnosis plan on the screen for the user to view.
2. The system of claim 1, wherein:
wherein the sample collection and storage device further comprises:
a housing;
the display is arranged above the front surface of the shell and used for displaying a scheme selection picture to enable the user to select one detection scheme;
the sampling port is arranged on the front surface of the shell and is used for allowing the user to put the sample;
the sampling port is arranged on the side surface of the shell and is used for enabling a sampling person to take away the sample;
the refrigerating chamber is arranged in the shell and used for refrigerating and storing the samples;
the storage device is arranged in the refrigerating chamber and used for storing and fixing the collecting pipe, and an ejection mechanism is arranged on the storage device;
a plurality of collection tubes for storing samples of different users;
the acquisition side communication part is used for sending the detection scheme to the platform server after the user selects one detection scheme;
and a collection-side control unit configured to control the ejection mechanism to eject the storage device from the sampling port after the user selects one of the detection schemes.
3. The system of claim 1, wherein:
wherein the assay result is a circulating tumor cell detection result,
the platform server is also provided with a science popularization information storage part, a science popularization information retrieval and acquisition part and an assay result retrieval and acquisition part,
the science popularization information storage part stores the science popularization information of the circulating tumor cells for users to know the related conditions of the circulating tumor cells,
the user side picture storage part also stores a circulating tumor cell detection result picture,
the user-side input display unit displays the operation selection screen to allow the user to select a circulating tumor cell detection and viewing operation,
the user side communication part sends a circulating tumor cell detection and viewing request and the identification information to the platform server,
the science popularization information retrieval and acquisition unit retrieves the science popularization information stored in the science popularization information storage unit to acquire the science popularization information of the circulating tumor cell,
the assay result retrieval acquiring section retrieves the assay result storage section to acquire the circulating tumor cell detection result based on the identification information,
the platform side communication part sends the circulating tumor cell science popularization information and the circulating tumor cell detection result to the corresponding user terminal according to the identification information,
and the user side input display part displays the circulating tumor cell detection result picture, and displays the circulating tumor cell science popularization information and the circulating tumor cell detection result in the picture for the user to view.
4. The system of claim 1, wherein:
wherein the assay result is a gene detection result,
the platform server is also provided with a science popularization information storage part, a science popularization information retrieval and acquisition part and an assay result retrieval and acquisition part,
the science popularization information storage part stores gene science popularization information for enabling a user to know a gene-related condition,
the user side picture storage part also stores a gene detection result picture,
the user-side input display unit displays the operation selection screen to allow the user to select a gene testing and viewing operation,
the user-side communication unit transmits a gene testing review request and the identification information to the platform server,
the science popularization information retrieval acquiring unit retrieves the genetic science popularization information from the science popularization information storage unit,
the assay result retrieval acquiring section retrieves the assay result storing section to acquire the gene detection result based on the identification information,
the platform side communication part sends the gene science popularization information and the gene detection result to the user terminal according to the identification information,
the user-side input display unit displays the gene test result screen, and displays the science popularization information and the gene test result on the screen for the user to view.
5. The system of claim 1, wherein:
wherein the platform server further comprises an information storage part and an information retrieval and acquisition part,
the user side screen storage part also stores an information selection screen and an information display screen,
the information storage part stores information including information title and information content,
the user side input display part displays the operation selection screen to allow the user to select the information viewing operation,
the user side communication part sends an information viewing request and the identification information to the platform server,
the information search acquisition unit searches the information storage unit to acquire information,
the platform side communication part sends the information to the corresponding user terminal according to the identification information,
the user side input display part displays the information selection picture and displays all the received information titles of the information in the picture so that the user can select one information title for viewing, and further displays the information display picture after the user selects and displays the information content corresponding to the information title in the picture.
6. The system of claim 1, wherein:
wherein the platform server further comprises a clinical information retrieval acquisition unit,
the user side picture storage part also stores a state of illness display picture,
the user side input display unit displays the operation selection screen to allow the user to select a condition viewing operation,
the user side communication part transmits a condition viewing request and the identification information to the platform server,
the clinical information retrieval and acquisition unit retrieves the clinical information of the other users similar to the clinical information as similar conditions from the user information storage unit based on the clinical information corresponding to the identification information,
the platform side communication part sends the clinical information and the similar medical conditions to the corresponding user terminal according to the identification information,
the user side input display part displays the disease state display picture and displays the clinical information of the user and the acquired similar disease state in the picture.
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