Technology Transfer Items
Measure and analyze blood flow
Diagnostic technology for hematologic diseases using AI-based DHM technology
Related patents
- 기계 학습을 사용하여 혈구성 질환을 진단하는 방법 및 기계 학습을 사용하여 혈구성 질환을 진단하는 장치 (등록 번호: 10-2052902)
Key features
- A diagnostic technique that identifies abnormalities in blood cells to diagnose hematologic diseases without the need for labeling
- It extracts classification features from holographic images of blood cells using DHM (Digital Holographic Microscopy) and applies machine learning-type AI techniques to accurately diagnose hematological diseases
Application field
- Diagnosis of hematologic diseases caused by deformed blood cells, such as diabetes and malaria
Hemodynamic and hemodynamic property measurement and analysis systems
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- 미세 유체칩으로 유입되는 시료의 기포 및 맥동성 제거를 위한 유동제어 장치, 이를 이용한 유동제어 방법, 및 이를 포함하는 유동제어 시스템
(등록 번호: 10-15591610000)
Key features
- Eliminate bubbles and stabilize flow inside microfluidic chips and conduits
- Flow control devices and systems to reduce flow pulsatility and eliminate bubbles
Application field
- Measurement of hemodynamic and hemodynamic factors with microfluidic chips
Extracorporeal blood circulation device and method for researching cardiovascular diseases
Related patents
- 체외 혈액 순환장치 및 심혈관 질환 연구방법 (10-1580644)
Key features
- In vivo circulation of authentic blood in living animal disease models
- Easily adaptable to small animals like mice, rabbits, etc., for conditions such as diabetes and hypertension
- Flow control achieved through valve regulation of connected tubes
- Gathering of hemodynamic and hemorheological data through the use of various diagnostic and measurement devices
Application field
- Studying cardiovascular diseases using animal models
- Investigating the causes and developing treatment methods for circulatory disorders
Device for measuring blood hemorheological information utilizing a microfluidic chip
Related patents
- 유동 혈액 측정 장치 (10-2012-0065031)
Key features
- Measuring hemorheological characteristics like blood viscosity, elasticity, and coagulation
- Removing pulsatile components in blood flow using a pulsation removal unit
- Analyzing flow characteristics and hemorheological properties over time through the acquisition of blood flow images
Application field
- Diagnosis and monitoring of cardiovascular conditions
- Investigation into the relationship between blood characteristics and cardiovascular diseases
- Utilization in clinical trials