Similar Items: 3D PRINTED MICROFLUIDIC DEVICE FOR BLOOD PLASMA SEPARATION /
- PHOTOLITHOGRAPHY-FREE MICROFABRICATION OF POLYDIMETHYLSILOXANE (PDMS) MICROFLUIDIC DEVICES /
- DEVELOPMENT OF MICROFLUIDIC DEVICE TO DETECT ANTI-dSDNA AUTOANTIBODIES AND THERAPEUTICS BY COMPUTATIONAL ANALYSIS /
- DEEP LEARNING APPROACH FOR VLASSIFICATION OF BLOOD AND DETECTION OF BLOOD RELATED DISEASE (LEUKEMIA) USING BLOOD SMEAR IMAGES /
- DEVELOPMENT OF BLOOD GLUCOSE MONITORING SYSTEM /
- TOWARDS SMARTPHONE BASED MICROSCOPY FOR COMPLETE BLOOD CELL ESTIMATION FROM BLOOD SMEAR IMAGES /
- DEVELOPMENT OF A MODEL OF BLOOD CIRCULATION FOR LABORATORY PURPOSE /
Topic: Biomedical Engineering
- DEVELOPMENT OF AN AMBULATORY PATIENT MONITORING SYSTEM FOR CARDIO FOR CARDIO-CRITICAL CARE /
- EXTRACTION AND PROCESSING OF BANANA PLANT ORIGIN CELLULOSE FOR BIOMEDICAL APPLICATIONS /
- DEVELOPMENT OF A MODEL OF BLOOD CIRCULATION FOR LABORATORY PURPOSE /
- AUTOMATED ANALYSIS OF PATIENT BLOOD SMEAR SAMPLE OBTAINED FROM OPTICAL MICROSCOPY /
- DESIGN AND DEVELOPMENT OF DIGITAL HEALTH RECORD SYSTEM FOR HOSPITALS /
- DESIGN AND DEVELOPMENT OF A COST-EFFECTIVE LEG PROSTHESIS /
Topic: This Thesis Paper of BME in B.Sc. Program.
- DEVELOPMENT OF AN AMBULATORY PATIENT MONITORING SYSTEM FOR CARDIO FOR CARDIO-CRITICAL CARE /
- EXTRACTION AND PROCESSING OF BANANA PLANT ORIGIN CELLULOSE FOR BIOMEDICAL APPLICATIONS /
- DEVELOPMENT OF A MODEL OF BLOOD CIRCULATION FOR LABORATORY PURPOSE /
- AUTOMATED ANALYSIS OF PATIENT BLOOD SMEAR SAMPLE OBTAINED FROM OPTICAL MICROSCOPY /
- DESIGN AND DEVELOPMENT OF DIGITAL HEALTH RECORD SYSTEM FOR HOSPITALS /
- DESIGN AND DEVELOPMENT OF A COST-EFFECTIVE LEG PROSTHESIS /