CN115171898A - Full-spectrum vitamin mass spectrum detection and intelligent diagnosis platform - Google Patents
Full-spectrum vitamin mass spectrum detection and intelligent diagnosis platform Download PDFInfo
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Abstract
The invention discloses a full-spectrum vitamin mass spectrum detection and intelligent diagnosis platform, which comprises a main interface module, a basic information management module, a detection data processing module, a quality control data processing module, a detection/analysis result query module and a vitamin detection data analysis module; a main interface module: the management system main interface is mainly divided into a top toolbar and is used for navigating to a basic information management module, a detection data processing module, a quality control data processing module, a detection/analysis result query module, a vitamin detection data analysis module and a closing platform; the invention has the advantages that: the current platform supports result transmission, full-spectrum vitamin result data management and body composition analysis, and quality control data for full-spectrum vitamin detection can be integrated in time.
Description
Technical Field
The invention relates to the technical field of medical treatment, in particular to a full-spectrum vitamin quality spectrum detection and intelligent diagnosis platform.
Background
Vitamins are essential micronutrients for human body, play an important role in growth, metabolism and development processes, and generally, the human body cannot synthesize or has insufficient synthesis amount and needs to obtain the vitamins through food. According to whether the vitamin is dissolved in water, water-soluble vitamins and fat-soluble vitamins can be obtained, the vitamins participate in a plurality of metabolic processes of a human body in the whole life cycle and are key factors for maintaining normal life activities, the clinical manifestations are often not obvious in the initial stage of vitamin deficiency, but metabolic disorders and cell damage begin, therefore, the vitamin level in the body is monitored regularly, measures can be taken in the early stage of disease occurrence, the pain caused by the disease is relieved, the prognosis is improved, the influence of the vitamin deficiency on a mother body and a fetus is serious, and the harm caused by different types of vitamin deficiency is different.
The existing full-spectrum vitamin detection data is huge and troublesome to search, doctors are troublesome to scientifically analyze vitamins and nutritional ingredients, and the transmission management of detection data results needs very large workload, so that a full-spectrum vitamin quality spectrum detection and intelligent diagnosis platform is provided.
Disclosure of Invention
The invention aims to solve the technical problems that the declared elements are troublesome to check, need to be compared one by one, have no system capable of directly comparing the declared elements to obtain a given result, and are easy to make mistakes in the declared element checking process.
The invention adopts the following technical scheme to solve the technical problems: the full-spectrum vitamin mass spectrometry detection and intelligent diagnosis platform comprises a main interface module, a basic information management module, a detection data processing module, a quality control data processing module, a detection/analysis result query module and a vitamin detection data analysis module;
a main interface module: the management system main interface is mainly divided into a top toolbar and is used for navigating to a basic information management module, a detection data processing module, a quality control data processing module, a detection/analysis result query module, a vitamin detection data analysis module and a closing platform;
a basic information management module: the basic information used for managing, viewing and inputting the specimen and the body composition;
the detection data processing module: for processing the inspection data, including inspection, addition and modification of the inspection data;
quality control data processing module: the quality control data of each detection item can be seen according to the management number;
a detection/analysis result query module: data query and result prompt viewing can be carried out according to the detection type;
the vitamin detection data analysis module: correspondingly inquiring the vitamin detection result and the analysis conclusion of the patient according to the specimen management number, and giving personalized processing suggestions and generating records according to the clinical condition and the body composition data condition;
the detection/analysis result query module is connected with the vitamin detection data analysis module.
Preferably, the toolbar includes system management, sample and basic information management, detection data processing, vitamin detection diagnosis analysis, detection/analysis result query, and quality control data query, the sample and basic information management corresponds to the basic information management module, the detection data processing corresponds to the detection data processing module, the quality control data query corresponds to the quality control data processing module, the detection/analysis result query corresponds to the detection/analysis result query module, and the vitamin detection diagnosis analysis corresponds to the vitamin detection data analysis module.
Preferably, the basic information management module comprises a specimen basic information module and a body composition information module, the specimen basic information module comprises a specimen basic information query unit and a specimen basic information input unit, the body composition information module comprises a body composition information query unit and a body composition information input unit, the specimen basic information query unit and the specimen basic information input unit respectively comprise two functions of annual query and basic information query, and the specimen basic information input unit and the body composition information input unit respectively comprise specimen basic information input, file selection input and information modification functions.
Preferably, the basic information input content input by the sample basic information input unit comprises a patient card number, a sample management label, a project detection label, a sample collection number, a patient name, a sex, a birth date, an age, a gestational age, a current weight, a birth weight, a head circumference, intelligence, a bed number, a department, a sample condition, a sample type, whether empty stomach exists, a contact phone, a patient Email, clinical diagnosis, a sampling unit, clinical symptoms, remarks, vitamin administration, a censorship doctor, a detection category, a detection bar code, a patient category, pre-pregnancy/period, a sampling date, a receiving date, a detection date, a report date and a year.
Preferably, the basic information entered by the body composition information entry unit includes a test order label, a test date, a card number, a patient name, a visit card number, a sex, an age, a height, a weight, a BMI, a basal metabolic rate, an extracellular fluid, total water, a body fat content, a body weight, a fat-free weight, a muscle weight, a protein, an inorganic salt, an intracellular fluid, a percentage of the same age, an age at which osteoporosis is expected to occur, sos, a T value, a Z value, a height prediction, a fracture risk, a bone age, a censorship physician, a testing physician, a year, and a body surface area.
Preferably, the detection data processing module comprises a vitamin detection data processing unit and a vitamin detection data acquisition unit, the vitamin detection data processing unit comprises data checking and data modification, the vitamin detection data acquisition unit comprises file data acquisition, water-soluble vitamin retrieval data acquisition and fat-soluble vitamin retrieval data acquisition, the data checking content comprises experiment batch, sample acceptance date, sample starting number, sample ending number, sample total number, full spectrum sample, water-soluble sample, fat-soluble sample, experiment date, water-soluble data acquisition and fat-soluble data acquisition, and the vitamin detection data processing unit is connected with the vitamin detection data acquisition unit.
Preferably, the quality control data processing module includes a quality control data information query unit, the quality control data information query unit mainly queries specimen column label detection data, and the specimen column label detection data mainly includes: numbers VB1, VB2, VB3, VB4, VB5, VB6, VB7, VB8, VB9, VB12, VC, VA, VD2, VD3, VD, VE and VK.
Preferably, the detection/analysis result query module comprises a vitamin detection data query unit and a vitamin detection data display unit, the vitamin detection data query unit comprises abnormal/normal query of detection results, annual query and basic information query of specimens, and the basic data query contents of the specimens comprise specimen management labels, patient names, item inspector labels and detection categories.
Preferably, the vitamin detection data analysis module includes an unanalyzed sample unit, an analyzed sample unit, a sample basic information unit, a sample detection data and cut value unit, and a sample basic analysis unit, and the contents displayed by the unanalyzed sample unit and the analyzed sample unit include a sample number, an item detection number, a patient name, a sex, an age, and a detection category.
Preferably, the specimen basic information unit, the specimen detection data and cut value unit and the specimen basic analysis unit all correspond to the unanalyzed specimen unit and the specimen basic information unit, and the specimen basic information unit comprises personal basic information and basic information content; the sample detection data and cut value unit comprises detection items, detection data, prompts, cut value 1, cut value 2, cut value 3, cut value 4, result judgment, item ratio and units, the sample basic analysis unit comprises detection types, personal result judgment, suggestions and result analysis, and the sample basic analysis unit is connected with the sample basic information unit and the sample detection data and cut value unit.
Compared with the prior art, the invention provides a full-spectrum vitamin mass spectrometry detection and intelligent diagnosis platform, which has the following beneficial effects:
1. the full-spectrum vitamin quality spectrum detection and intelligent diagnosis platform is characterized in that the full-spectrum vitamin quality spectrum detection and intelligent diagnosis platform can be directly switched to a main interface module when logging in, can be switched to a basic information management module through a sample and basic information management function on the main interface module, can be selectively switched into a sample basic information module or a body composition information module through the basic information management module, can be directly used for displaying basic information contents of a sample or a body on a sample basic information query unit or a body composition information query unit when being switched into the sample basic information module or the body composition information module, can also be used for selectively querying required basic sample contents according to the year or the basic information of the sample, can be used for automatically inputting contents in a file through a sample basic information input unit or a body composition information input unit, can be manually used for inputting the basic contents of the sample or the body for information input, can be used for selecting the contents displayed on the sample basic information input unit or the sample basic information input unit for modification, can be used for conveniently collecting full-spectrum vitamin detection results and body composition data of all people, and is convenient for checking and analyzing the full-spectrum vitamin detection results.
2. The full-spectrum vitamin quality spectrum detection and intelligent diagnosis platform can enter a detection data processing module through detection data processing, a vitamin detection data processing unit can acquire and display detection data according to the classification of full-spectrum vitamins, the vitamin detection data acquisition unit can directly select files to acquire detection data, can also select and acquire detection data in a database according to conditions, can be transferred to a quality control data processing module through quality control data query, and directly display the sample column label detection data on a quality control data information query unit, the detection/analysis result query can be directly transferred to the detection/analysis result query module, the vitamin detection data inquiry unit can inquire the vitamin detection data according to the normality or abnormality or the year of the detection result or the basic information of the sample, and display the inquiry result in the vitamin detection data display unit, the vitamin detection diagnosis analysis function on the main interface module or the query result in the vitamin detection data display unit can be directly transferred to the vitamin detection data analysis module, the vitamin detection data can be respectively displayed in the unanalyzed sample unit and the analyzed sample unit according to whether the sample is analyzed, the basic information of the individual specimen can be displayed in the basic information unit of the specimen, the detection data and the cutting value of the individual specimen can be displayed in the detection data and cutting value unit of the specimen, and judging and analyzing the result and proposing suggestion according to the data in the sample basic information unit, the sample detection data and the cut value unit, and displaying in the sample basic analysis unit, the current vitamins and nutritional ingredients of a human body are scientifically analyzed, the health state is prompted, and quality control data of full-spectrum vitamin detection can be timely integrated and embodied.
Drawings
FIG. 1 is a schematic diagram of the system of the present invention.
In the figure: 1. a main interface module; 11. a basic information management module; 111. a specimen basic information module; 1111. a sample basic information inquiry unit; 1112. a specimen basic information input unit; 112. a body composition information module; 1121. a body composition information query unit; 1122. a body composition information recording unit; 12. a detection data processing module; 121. a vitamin detection data processing unit; 122. a vitamin detection data acquisition unit; 13. a quality control data processing module; 131. a quality control data information inquiry unit; 14. a detection/analysis result query module; 141. a vitamin detection data query unit; 142. a vitamin detection data display unit; 15. a vitamin detection data analysis module; 151. an unanalyzed sample unit; 152. an analyzed sample unit; 153. a specimen basic information unit; 154. a sample detection data and cut value unit; 155. a specimen elementary analysis unit.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1, the full spectrum vitamin mass spectrometry detection and intelligent diagnosis platform includes a main interface module 1, a basic information management module 11, a detection data processing module 12, a quality control data processing module 13, a detection/analysis result query module 14, and a vitamin detection data analysis module 15; the main interface module 1: a management system main interface which is mainly divided into a top toolbar and is used for navigating to a basic information management module 11, a detection data processing module 12, a quality control data processing module 13, a detection/analysis result query module 14, a vitamin detection data analysis module 15 and a closing platform;
the basic information management module 11: the basic information used for managing, viewing and inputting the specimen and the body composition;
the detection data processing module 12: for processing the inspection data, including inspection, addition and modification of the inspection data;
the quality control data processing module 13: the quality control data of each detection item can be seen according to the management number;
the detection/analysis result query module 14: data query and result prompt viewing can be carried out according to the detection type;
the vitamin detection data analysis module 15: according to the sample management number, correspondingly inquiring the vitamin detection result and the analysis conclusion of the patient, and also giving personalized processing suggestions and generating records according to the clinical condition and the body composition data condition;
the detection/analysis result query module 14 is connected to the vitamin detection data analysis module 15.
In this embodiment, the toolbar includes system management, sample and basic information management, detection data processing, vitamin detection, diagnostic and analysis, detection/analysis result query, and quality control data query, where the sample and basic information management corresponds to the basic information management module 11, the detection data processing corresponds to the detection data processing module 12, the quality control data query corresponds to the quality control data processing module 13, the detection/analysis result query corresponds to the detection/analysis result query module 14, and the vitamin detection, diagnostic and analysis corresponds to the vitamin detection data analysis module 15.
Specifically, the main interface module 1 can quickly go to the basic information management module 11, the detection data processing module 12, the quality control data processing module 13, the detection/analysis result query module 14 and the vitamin detection data analysis module 15, so that the use of each module is facilitated.
In this embodiment, the basic information management module 11 includes a specimen basic information module 111 and a body composition information module 112, the specimen basic information module 111 includes a specimen basic information query unit 1111 and a specimen basic information entry unit 1112, the body composition information module 112 includes a body composition information query unit 1121 and a body composition information entry unit 1122, both the specimen basic information query unit 1111 and the specimen basic information entry unit 1112 include two functions of annual query and basic information query, and both the specimen basic information entry unit 1112 and the body composition information entry unit 1122 include functions of specimen basic information entry, file selection entry, and information modification.
The basic information input content input by the specimen basic information input unit 1112 includes a patient number, a specimen management label, an item detection label, a specimen collection number, a patient name, a sex, a birth date, an age, a gestational age, a current weight, a birth weight, a head circumference, intelligence, a bed number, a department, a specimen condition, a specimen type, whether the patient is fasting or not, a contact phone call, a patient Email, a clinical diagnosis, a sampling unit, clinical symptoms, remarks, vitamin administration, a censorship physician, a detection category, a detection bar code, a patient category, a pre-pregnancy/period, a sampling date, a receiving date, a detection date, a report date, and a year.
The basic information entered by the body composition information entry unit 1122 includes the test order number, test date, card number, patient name, treatment card number, sex, age, height, weight, BMI, basal metabolic rate, extracellular fluid, total water, body fat content, body mass, fat free weight, muscle mass, protein, inorganic salt, intracellular fluid, percentage of age, age at which osteoporosis is expected to occur, sos, T value, Z value, height prediction, fracture risk, bone age, censorship physician, examination physician, age, body surface area.
Specifically, the sample and basic information management function on the main interface module 1 may be transferred to the basic information management module 11, the sample and basic information management module 11 may selectively enter the sample basic information module 111 or the body composition information module 112, the basic information content of the sample or the body may be directly displayed on the sample basic information query unit 1111 or the body composition information query unit 1121 when entering the sample basic information module 111 or the body composition information module 112, the basic sample content required for the query may also be selected according to the year or the basic information of the sample, the content in the file may be selected and automatically recorded by the sample basic information recording unit 1112 or the body composition information recording unit 1122, the basic content of the sample or the body may be manually input for information recording, the content displayed on the sample basic information query unit 1111 or the sample basic information recording unit 1112 may be selected for modification, the full spectrum vitamin detection result and the body composition data of each population may be conveniently collected, and the viewing and analysis of the full spectrum vitamin detection result may be facilitated.
In this embodiment, the detection data processing module 12 includes a vitamin detection data processing unit 121 and a vitamin detection data obtaining unit 122, the vitamin detection data processing unit 121 includes data checking and data modification, the vitamin detection data obtaining unit 122 includes file data obtaining, water-soluble vitamin retrieval data obtaining, fat-soluble vitamin retrieval data obtaining, the data checking content includes experiment lot, sample acceptance date, sample starting number, sample ending number, sample total number, full spectrum sample, water-soluble sample, fat-soluble sample, experiment date, water-soluble data obtaining, fat-soluble data obtaining, the vitamin detection data processing unit 121 is connected to the vitamin detection data obtaining unit 122.
Specifically, when entering the detection data processing module 12, the vitamin detection data processing unit 121 obtains and displays the detection data according to the classification of the full spectrum vitamins, and the vitamin detection data obtaining unit 122 may directly select a file to obtain the detection data, or may select and obtain the detection data in the database according to conditions.
In this embodiment, the quality control data processing module 13 includes a quality control data information query unit 131, the quality control data information query unit 131 mainly queries sample list detection data, and the sample list detection data mainly includes: numbers VB1, VB2, VB3, VB4, VB5, VB6, VB7, VB8, VB9, VB12, VC, VA, VD2, VD3, VD, VE and VK.
Specifically, the control data processing module 13 is switched to, and the sample column label detection data can be directly displayed in the control data information query unit 131, so that the sample column label detection data can be conveniently checked.
In this embodiment, the detection/analysis result query module 14 includes a vitamin detection data query unit 141 and a vitamin detection data display unit 142, the vitamin detection data query unit 141 includes abnormal/normal query of detection results, annual query, and basic information query of specimen, and the basic data query contents of specimen include specimen management label, patient name, item inspector label, and detection category.
Specifically, turning to the detection/analysis result query module 14, the vitamin detection data query unit 141 may query the vitamin detection data according to the normality or abnormality or the year of the detection result or the basic information of the specimen, and display the query result in the vitamin detection data display unit 142.
In this embodiment, the vitamin detection data analysis module 15 includes an unanalyzed sample unit 151, an analyzed sample unit 152, a sample basic information unit 153, a sample detection data and cut value unit 154, and a sample basic analysis unit 155, and the contents displayed by the unanalyzed sample unit 151 and the analyzed sample unit 152 include a sample number, an item detection number, a patient name, a sex, an age, and a detection category.
The sample basic information unit 153, the sample detection data and cut value unit 154, and the sample basic analysis unit 155 correspond to the unanalyzed sample unit 151 and the sample basic information unit 153, and the sample basic information unit 153 includes personal basic information and basic information content; the sample detection data and cut value unit 154 includes detection items, detection data, prompts, cut value 1, cut value 2, cut value 3, cut value 4, result judgment, item ratio, and units, the sample basic analysis unit 155 includes detection types, personal result judgment, suggestions, and result analysis, the sample basic analysis unit 155 is connected to the sample basic information unit 153, and the sample detection data and cut value unit 154.
Specifically, the vitamin detection diagnostic analysis function or the query result in the vitamin detection data display unit 142 on the main interface module 1 can be directly transferred to the vitamin detection data analysis module 15, the vitamin detection data can be respectively displayed in the unanalyzed sample unit 151 and the analyzed sample unit 152 according to whether the sample is analyzed, the basic information of the individual sample can be displayed in the basic sample information unit 153, the detection data and the cut value of the individual sample can be displayed in the basic sample detection data and cut value unit 154, the result can be judged and analyzed and suggestions can be made according to the data in the basic sample information unit 153 and the basic sample detection data and cut value unit 154, and the suggestions can be displayed in the basic sample analysis unit 155, so that the current vitamins and nutritional ingredients of the human body can be scientifically analyzed and the health state can be prompted.
It should be noted that logging on the full spectrum vitamin quality spectrum detection and intelligent diagnosis platform can be directly transferred to the main interface module 1, the basic information management module 11 can be transferred through the sample and basic information management function on the main interface module 1, the basic information management module 11 can be selected to enter the sample basic information module 111 or the body composition information module 112, the basic information content of the sample or the body can be directly displayed on the sample basic information query unit 1111 or the body composition information query unit 1121 through the sample basic information module 111 or the body composition information module 112, the basic sample content required for query can be selected according to the year or the basic information of the sample, the content in the file can be selected to be automatically entered through the sample basic information entry unit 1112 or the body composition information entry unit 1122, and the basic content of the sample or the body can be manually input for information entry, the content displayed on the sample basic information query unit 1111 or the sample basic information entry unit 1112 can be selected to be modified, the detection data can enter the detection data processing module 12 through detection data processing, the vitamin detection data processing unit 121 can acquire and display the detection data according to the classification of full-spectrum vitamins, the detection data can be directly acquired from a file in the vitamin detection data acquisition unit 122, the detection data in a database can be selected and acquired according to conditions, the detection data can be transferred to the quality control data processing module 13 through quality control data query, the sample column label detection data can be directly displayed on the quality control data information query unit 131, the detection/analysis result query can be directly transferred to the detection/analysis result query module 14 through detection/analysis result query, and the content displayed on the sample basic information entry unit 1112 can be modified according to the normality or abnormality or year of the detection result, or the basic information of the specimen inquires the vitamin detection data, and displays the inquired result in the vitamin detection data display unit 142, the vitamin detection diagnosis analysis function on the main interface module 1 or the inquired result in the vitamin detection data display unit 142 can be directly transferred to the vitamin detection data analysis module 15, the vitamin detection data can be respectively displayed in the unanalyzed specimen unit 151 and the analyzed specimen unit 152 according to whether the specimen is analyzed, the basic information of the individual specimen can be displayed in the specimen basic information unit 153, the individual specimen detection data and the cut value can be displayed in the specimen detection data and cut value unit 154, and the results and suggestions are judged and analyzed according to the data in the specimen basic information unit 153 and the specimen detection data and cut value unit 154, and are displayed in the specimen basic analysis unit 155.
It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (10)
1. Full spectrum vitamin quality spectrum detection and intelligent diagnosis platform, its characterized in that: the system comprises a main interface module (1), a basic information management module (11), a detection data processing module (12), a quality control data processing module (13), a detection/analysis result query module (14) and a vitamin detection data analysis module (15); the method comprises the following specific steps:
main interface module (1): the management system main interface is mainly divided into a top toolbar and is used for navigating to a basic information management module (11), a detection data processing module (12), a quality control data processing module (13), a detection/analysis result query module (14), a vitamin detection data analysis module (15) and a closing platform;
basic information management module (11): the basic information used for managing, viewing and inputting the specimen and the body composition;
detection data processing module (12): for processing the detection data, including viewing, adding, and modifying of the detection data;
a quality control data processing module (13): the quality control data of each detection item can be seen according to the management number;
detection/analysis results query module (14): data query and result checking prompt can be carried out according to the detection type;
a vitamin detection data analysis module (15): according to the sample management number, correspondingly inquiring the vitamin detection result and the analysis conclusion of the patient, and also giving personalized processing suggestions and generating records according to the clinical condition and the body composition data condition;
the detection/analysis result query module (14) is connected with the vitamin detection data analysis module (15).
2. The full-spectrum vitamin mass spectrum detection and intelligent diagnosis platform of claim 1, wherein: the tool bar comprises system management, sample and basic information management, detection data processing, vitamin detection diagnosis analysis, detection/analysis result query and quality control data query, wherein the sample and basic information management corresponds to a basic information management module (11), the detection data processing corresponds to a detection data processing module (12), the quality control data query corresponds to a quality control data processing module (13), the detection/analysis result query corresponds to a detection/analysis result query module (14), and the vitamin detection diagnosis analysis corresponds to a vitamin detection data analysis module (15).
3. The full-spectrum vitamin mass spectrum detection and intelligent diagnosis platform of claim 1, wherein: the basic information management module (11) comprises a specimen basic information module (111) and a body composition information module (112), wherein the specimen basic information module (111) comprises a specimen basic information inquiry unit (1111) and a specimen basic information entry unit (1112), the body composition information module (112) comprises a body composition information inquiry unit (1121) and a body composition information entry unit (1122), the specimen basic information inquiry unit (1111) and the specimen basic information entry unit (1112) respectively have two functions of annual inquiry and basic information inquiry, and the specimen basic information entry unit (1112) and the body composition information entry unit (1122) respectively have the functions of specimen basic information entry, file selection entry and information modification.
4. The full-spectrum vitamin mass spectrometry detection and intelligent diagnosis platform of claim 3, wherein: the basic information input content input by the sample basic information input unit (1112) comprises a patient number, a sample management label, a project detection label, a sample collection number, a patient name, a sex, a birth date, an age, a gestational age, a current weight, a birth weight, a head circumference, intelligence, a bed number, a department, a sample condition, a sample type, whether empty stomach exists or not, a contact phone, a patient Email, clinical diagnosis, a sampling unit, clinical symptoms, remarks, vitamin administration, a censorship doctor, a detection category, a detection bar code, a patient category, pre-pregnancy/period, a sampling date, a receiving date, a detection date, a report date and a year.
5. The full-spectrum vitamin mass spectrometry detection and intelligent diagnosis platform of claim 3, wherein: the basic information entered by the body composition information entry unit (1122) includes a test order label, a test date, a card number, a patient name, a treatment card number, a sex, an age, a height, a weight, a BMI, a basal metabolic rate, an extracellular fluid, total water, a body fat content, a body weight, a fat-free weight, a muscle weight, a protein, an inorganic salt, an intracellular fluid, a percent of age-equivalent, an age at which osteoporosis is expected to occur, a Sos, a T value, a Z value, a height prediction, a fracture risk, a bone age, a censorship physician, a testing physician, a year and a body surface area.
6. The full-spectrum vitamin mass spectrum detection and intelligent diagnosis platform of claim 1, wherein: the detection data processing module (12) comprises a vitamin detection data processing unit (121) and a vitamin detection data acquisition unit (122), the vitamin detection data processing unit (121) comprises data checking and data modification, the vitamin detection data acquisition unit (122) comprises file data acquisition, water-soluble vitamin retrieval data acquisition and fat-soluble vitamin retrieval data acquisition, the data checking content comprises experiment batches, sample receiving date, sample starting number, sample ending number, sample total number, full spectrum sample, water-soluble sample, fat-soluble sample, experiment date, water-soluble data acquisition and fat-soluble data acquisition, and the vitamin detection data processing unit (121) is connected with the vitamin detection data acquisition unit (122) mutually.
7. The full-spectrum vitamin mass spectrum detection and intelligent diagnosis platform of claim 1, wherein: the quality control data processing module (13) comprises a quality control data information query unit (131), the quality control data information query unit (131) is mainly used for querying sample column mark detection data, and the sample column mark detection data mainly comprises: numbers VB1, VB2, VB3, VB4, VB5, VB6, VB7, VB8, VB9, VB12, VC, VA, VD2, VD3, VD, VE and VK.
8. The full-spectrum vitamin mass spectrum detection and intelligent diagnosis platform according to claim 1, wherein: the detection/analysis result query module (14) comprises a vitamin detection data query unit (141) and a vitamin detection data display unit (142), wherein the vitamin detection data query unit (141) comprises abnormal/normal query of detection results, annual query and basic information query of specimens, and the basic data query contents of the specimens comprise specimen management labels, patient names, item inspector labels and detection categories.
9. The full-spectrum vitamin mass spectrum detection and intelligent diagnosis platform of claim 1, wherein: the vitamin detection data analysis module (15) comprises an unanalyzed sample unit (151), an analyzed sample unit (152), a sample basic information unit (153), a sample detection data and cut-value unit (154) and a sample basic analysis unit (155), wherein the contents displayed by the unanalyzed sample unit (151) and the analyzed sample unit (152) comprise a sample number, an item detection number, a patient name, a sex, an age and a detection category.
10. The full-spectrum vitamin mass spectrometry detection and intelligent diagnosis platform of claim 9, wherein: the sample basic information unit (153), the sample detection data and cut value unit (154) and the sample basic analysis unit (155) correspond to the unanalyzed sample unit (151) and the sample basic information unit (153), and the sample basic information unit (153) comprises personal basic information and basic information content; the sample detection data and cut value unit (154) comprises detection items, detection data, prompts, cut value 1, cut value 2, cut value 3, cut value 4, result judgment, item ratio and units, the sample basic analysis unit (155) comprises detection categories, personal result judgment, suggestions and result analysis, and the sample basic analysis unit (155) is connected with the sample basic information unit (153) and the sample detection data and cut value unit (154).
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Application publication date: 20221011 |