Joint Construction of Blood Labs

MICM Detection System

◈ Diagnostic Characteristics of Blood Diseases:

        • Many disease classifications, with varying diagnostic indicators.

        • Involves multiple platforms, leading to decentralized diagnosis.

        • Involves multiple medical technology departments.

        • Hematology needs a laboratory to address the complex and ever-changing situation of blood diseases.

        • Hematology needs a laboratory to adapt to the rapidly iterating innovative treatment methods.

 

 

Necessity of Hematology Laboratory Setup

◈ Necessity:

        • Improving diagnostic and therapeutic levels: A hematology laboratory can provide clinicians with more accurate and faster diagnostic evidence, helping to improve diagnostic and therapeutic levels.

        • Disease monitoring and prevention: A hematology laboratory can conduct long-term monitoring of certain blood system diseases, promptly detecting changes in the disease, and providing a basis for disease prevention and control.

        • Quality control and standardization: A hematology laboratory can perform quality control and standardization of the blood testing process, ensuring the accuracy and reliability of the test results. This is of great significance for improving the quality of medical services.

        • Teaching and research: A hematology laboratory can provide a practice and research platform for medical students and researchers, cultivating high-level hematology professionals, and promoting the development of hematology.

        • Promoting regional cooperation and exchange: A hematology laboratory can establish cooperative relationships with other medical institutions, share resources, conduct joint research, and improve the overall service level. At the same time, it promotes academic exchanges and technological dissemination within the region by holding academic conferences and technical training activities.

 

 

Hematology Laboratory --- Basic Version Laboratory Test Item Setup

◈ Basic Version Laboratory Test Item Composition:

 

Cytological Examination           
--Chemical staining           
--Cytology           
--Histopathology

Flow Cytometry Examination          
--Cell types           
--Cell count          
 

Cytogenetic Examination          
--Chromosome karyotype analysis           
--FISH          
--Chromosome breakage test

PCR Molecular Examination          
--Ordinary PCR reaction (qualitative)           
--Quantitative fluorescence PCR          
--FISH

 

 

 

  Hematology Laboratory --- Basic Version Laboratory Planning

◈ Basic Version Laboratory Planning:

 

 

 

  Hematology Laboratory --- Cytogenetics Recommendation

◈ Basic Version Laboratory Planning:

➤   FISH Detection

Karyotype Analysis/FISH Laboratory

Area 25-45m2, including one small cell room 5-10 m2, one darkroom 10-15 m2, the rest is experimental operation space (mainly including fume hoods, workbenches, etc.).

 

 

 

 

➤   FISH Transformation:

       • Simple operation: Optimize operational processes and innovate sample processing methods.

       • Short hybridization time: Hybridization experiments can be completed in as little as 45 minutes.

       • Innovative hybridization solution: Improve probe thermal motion and complete hybridization in the shortest time.

       • FISH The overall experimental process is comparable to quantitative fluorescence PCR.

 

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