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(one)Invention Patent Name: Non-invasive、No pain large-scale tumor screening system and method (two)FIELD OF THE INVENTION The present invention relates to the field of medical diagnosis technology.,Especially in the technical field of tumor screening。 (three)Background technology Traditional tumor screening methods such as endoscopy、Tissue biopsy is painful、Invasive Problems,Patients are reluctant to undergo screening,Missed the opportunity for early diagnosis。whereby,Need a Non-invasive、No pain tumor screening method,To improve the prevalence and accuracy of screening。 (Four)Summary of the Invention 1. Purpose of invention: The purpose of the present invention is to provide a Non-invasive、No pain large-scale tumor screening system and method,To solve the pain and invasiveness of traditional screening methods,Improve the early detection rate of tumors。 2. Technical solution of the invention: The technical solution of the invention includes the following aspects: • Use of biomarker detection technology,Testing for specific tumor markers in a sample of blood or other body fluids; • Apply imaging-based screening techniques,如CT、MRI, etc.,Achieving Non-invasive Treatment of Tumors、Painless screening; • Utilize artificial intelligence to assist diagnosis system,Analyze the data obtained from the screening,Improve the accuracy and efficiency of tumor diagnosis; • Development of remote monitoring and mobile applications,Allowing patients to screen or monitor their tumors at home,And transmit data to doctors in real time。 3. The beneficial advantages and effects brought about by inventions and creations: The advantages and effects of the present invention include: • Increased the prevalence of cancer screening,Making early screening more accessible,Improved early diagnosis rate; • Non-invasive、No pain,Reduces pain and discomfort for patients,Improved patient comfort and experience; • Combining a variety of advanced technologies,Improved the accuracy and efficiency of tumor diagnosis,Reduced misdiagnosis and missed diagnosis rates。 (five)Attached photos (Six)Specific implementation methods Specific implementation methods include but are not li
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(one)Invention Patent Name:
Non-invasive、No pain large-scale tumor screening system and method
(two)FIELD OF THE INVENTION The present invention relates to the field of medical diagnosis technology
.,
Especially in the technical field of tumor screening
。
(three)Background technology Traditional tumor screening methods such as endoscopy、Tissue biopsy is painful、Invasive Problems
,
Patients are reluctant to undergo screening
,
Missed the opportunity for early diagnosis
。
whereby
,
Need a Non-invasive、No pain tumor screening method
,
To improve the prevalence and accuracy of screening
。
(Four)Summary of the Invention 1
.
Purpose of invention:
The purpose of the present invention is to provide a Non-invasive、No pain large-scale tumor screening system and method
,
To solve the pain and invasiveness of traditional screening methods
,
Improve the early detection rate of tumors
。
2
.
Technical solution of the invention:
The technical solution of the invention includes the following aspects:
• Use of biomarker detection technology
,
Testing for specific tumor markers in a sample of blood or other body fluids
;
• Apply imaging-based screening techniques
,
如CT、MRI
,
etc
.,
Achieving Non-invasive Treatment of Tumors、Painless screening
;
• Utilize artificial intelligence to assist diagnosis system
,
Analyze the data obtained from the screening
,
Improve the accuracy and efficiency of tumor diagnosis
;
• Development of remote monitoring and mobile applications
,
Allowing patients to screen or monitor their tumors at home
,
And transmit data to doctors in real time
。
3
.
The beneficial advantages and effects brought about by inventions and creations:
The advantages and effects of the present invention include:
• Increased the prevalence of cancer screening
,
Making early screening more accessible
,
Improved early diagnosis rate
;
• Non-invasive、No pain
,
Reduces pain and discomfort for patients
,
Improved patient comfort and experience
;
• Combining a variety of advanced technologies
,
Improved the accuracy and efficiency of tumor diagnosis
,
Reduced misdiagnosis and missed diagnosis rates
。
(five)Attached photos
(Six)Specific implementation methods Specific implementation methods include but are not li
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