Main Products and Seφ"rvices

Precise Localization of Lung Segments

Using 3D Reconstruction Imaging Technol 'ogy to Precisely Locate Lun✘£®€g Nodule Positions Preoperative>₽ ×ly...

Transplant-related Consultation©★✔↑s

Assessing whether the ✔∏λ&patient is suitable for lung tr¶₹ansplantation and determinin$☆≥g pre-surgical preparations...

Organoid-based Personalizβ☆★ed Drug Sensitivity Test<λ∑ing

Efficient and Accurate C•©linical Testing Servi ♣∑ces for Screening Anticancer Drugs, P∏©roviding Scientific Basis for Clin≤↔icians to Develop Personalized Drug Tre™γ"atment Plans for Patie±¶β©nts...

Methylation Blood Testinλ ≤€g

Non-invasive Liquid Biopsy Technology C€&ombined with CT Imagi♥♣♣✘ng AI for Identifying the Benign→α or Malignant Nature of Lung Nodules.. ±.

Personalized Survival R€↓☆★isk Prediction for Lun¥>g Cancer

NCI-authorized, the only re₽'≥commended tool for calculat∏"εing lung cancer survi✘≥val available on the website..÷ ‍.

Xingyun Selection

By adhering to selection principles§ ↓↑ and adopting reasonable str☆★ategies, it is possible to effec±≥"δtively and appropriately choose∑£ suitable products...

China's advanced data combi'λ×™ned with AI computing power↕Ω" ←π‍σ precision medical system

醫(yī)療大(dà)數(shù)據結合AI算(suàn)力精準醫(≈™yī)療移動平台

Based on vast medical data an×&d driven by advanced data ana★<β÷lysis technology, combined with artificπ"×ial intelligence computi<γ ng power, this approa↕≤♠ch integrates various datγ‌σa from medical devices ®, electronic health records, and♦™★ more. AI technology is used toσ€δ♠ conduct in-depth analys £is of these data. The core goal i εs to provide personalized treatment p☆∑♠'lans for each patient th•γrough precise, data-driven methods. Th✔§↕e use of AI enhances disease  ₹®•prediction accuracy and optim ☆izes the diagnostic and treatme ‍£→nt processes, leading to person€£‌↕alized and efficient medical services.
  • In-depth data analysi↔ s and AI technology help doctor±₽s make more accurate $γdecisions
  • Provide customized treatment®←₽∏ plans based on the patient's spe¥€♥cific data.
  • Utilize AI technology to analyze lar$÷ge datasets to discover potent₩ε♠•ial new therapies.
  • Predict disease progression ✔§λ≤trends and implement early int♠≥★ erventions.
  • Possess continuous self-learning ca♠β♦¥pabilities to stay updated with thα λ♥e latest treatment opt≤‌☆♥ions.