The goal of this project is to conceive and develop a blood testing system, scaled down to a chip with MEMS sized components, which would permit an end-user to conveniently monitor his or her white blood cell (WBC) count on a regular basis. This would serve as a diagnostic for a variety of diseases, including leukemia and severe infections. Designed to be cost effective, this type of test could be self-administered at home or on-the-go, by means of a small, disposable microfluidic chip placed into a base-unit for blood chemistry analysis. If adequate funding is acquired, the major product design tasks to be completed in order to demonstrate proof-of-concept would include: • Design of a functional base unit • Disposable chip construction • R...
Cell counting finds many applications in diagnostics of many diseases. One of the most common tests ...
We report an integrated microfluidic system for isolating and analyzing circulating leukemic cells (...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Chemical Engineering, 2015.Cata...
In recent years, microfluidic lab-on-a-chip devices have made tremendous progress. Many new features...
The goal of the research project is to develop a bio-chip capable of performing a complete blood cel...
White blood cell (WBC) count is one of the most frequently ordered clinical tests in hospitals. Ther...
In the process of collection of biological samples for testing, the issue of insufficient samples ha...
Recent advances in MEMS technology have provided an opportunity to develop microfluidic devices with...
We demonstrate a proprietary lab-on-chip/mu TAS technology platform for a regulatory grade portable ...
Flow cytometry is a standard technique used for cell sorting and analysis. The technology has been i...
Labs-on-a-chip are useful to perform in situ clinical tests with instantaneous results. In this work...
This thesis describes a monolithic microfluidic device capable of complete blood constituent enumera...
For cancer patients, the quantity of white blood cells if of upmost importance for survival. A curr...
Blood is a complex suspension made up of four main components: plasma, platelets (PLT), red blood ce...
Medical diagnostics contributes a large portion of both time and resources in the timeline of medica...
Cell counting finds many applications in diagnostics of many diseases. One of the most common tests ...
We report an integrated microfluidic system for isolating and analyzing circulating leukemic cells (...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Chemical Engineering, 2015.Cata...
In recent years, microfluidic lab-on-a-chip devices have made tremendous progress. Many new features...
The goal of the research project is to develop a bio-chip capable of performing a complete blood cel...
White blood cell (WBC) count is one of the most frequently ordered clinical tests in hospitals. Ther...
In the process of collection of biological samples for testing, the issue of insufficient samples ha...
Recent advances in MEMS technology have provided an opportunity to develop microfluidic devices with...
We demonstrate a proprietary lab-on-chip/mu TAS technology platform for a regulatory grade portable ...
Flow cytometry is a standard technique used for cell sorting and analysis. The technology has been i...
Labs-on-a-chip are useful to perform in situ clinical tests with instantaneous results. In this work...
This thesis describes a monolithic microfluidic device capable of complete blood constituent enumera...
For cancer patients, the quantity of white blood cells if of upmost importance for survival. A curr...
Blood is a complex suspension made up of four main components: plasma, platelets (PLT), red blood ce...
Medical diagnostics contributes a large portion of both time and resources in the timeline of medica...
Cell counting finds many applications in diagnostics of many diseases. One of the most common tests ...
We report an integrated microfluidic system for isolating and analyzing circulating leukemic cells (...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Chemical Engineering, 2015.Cata...