VTT has long experience in development of inkjet printable functional inks including printable enzymes. Also a method for controlling liquid flow on paper has been developed by VTT. This method is based on printed channel boundaries that guide flow of liquids such as water, blood, urine or other suitable liquid analyte. This technology can be used to manufacture inexpensive and simple-to-use diagnostic devices and tests that can provide results by visual colour change. This provides possibility for point-of-care or home testing. Use of paper based diagnostics has been proven to work for e.g. glucose indication in laboratory scale. Furthermore, VTT has studied and developed enzymes suitable for use in diagnostic devices. Many of the enzymes ...
This is the publisher’s final pdf. The published article is copyrighted by the Electrochemical Socie...
A simple paper-based microfluidic device, fabricated on a highly porous coating consisting of functi...
A simple paper-based microfluidic device, fabricated on a highly porous coating consisting of functi...
VTT has long experience in development of inkjet printable functional inks including printable enzym...
Paper-based analytical technologies enable quantitative and rapid analysis of analytes from various ...
We applied papermaking techniques to modify the structural properties of the cellulose fiber network...
We applied papermaking techniques to modify the structural properties of the cellulose fiber network...
A paper-based colorimetric biosensor suitable for point-of-care bioassay of blood samples is devel...
The prototype of an amperometric glucose biosensorwas realized by thermal inkjet printing using biol...
In this communication, we describe microfluidic paper analytical devices (μPADs) easily fabricated f...
In this communication, we describe microfluidic paper analytical devices (μPADs) easily fabricated f...
This paper proposes a simple and rapid fabrication of a glucose sensor based on inkjet printing meth...
none6The prototype of an amperometric glucose biosensorwas realized by thermal inkjet printing using...
Abstract This paper presents a low-cost and disposable paper based microfluidic analysis system f...
Here we present a simple and low-cost production method to generate paper-based microfluidic devices...
This is the publisher’s final pdf. The published article is copyrighted by the Electrochemical Socie...
A simple paper-based microfluidic device, fabricated on a highly porous coating consisting of functi...
A simple paper-based microfluidic device, fabricated on a highly porous coating consisting of functi...
VTT has long experience in development of inkjet printable functional inks including printable enzym...
Paper-based analytical technologies enable quantitative and rapid analysis of analytes from various ...
We applied papermaking techniques to modify the structural properties of the cellulose fiber network...
We applied papermaking techniques to modify the structural properties of the cellulose fiber network...
A paper-based colorimetric biosensor suitable for point-of-care bioassay of blood samples is devel...
The prototype of an amperometric glucose biosensorwas realized by thermal inkjet printing using biol...
In this communication, we describe microfluidic paper analytical devices (μPADs) easily fabricated f...
In this communication, we describe microfluidic paper analytical devices (μPADs) easily fabricated f...
This paper proposes a simple and rapid fabrication of a glucose sensor based on inkjet printing meth...
none6The prototype of an amperometric glucose biosensorwas realized by thermal inkjet printing using...
Abstract This paper presents a low-cost and disposable paper based microfluidic analysis system f...
Here we present a simple and low-cost production method to generate paper-based microfluidic devices...
This is the publisher’s final pdf. The published article is copyrighted by the Electrochemical Socie...
A simple paper-based microfluidic device, fabricated on a highly porous coating consisting of functi...
A simple paper-based microfluidic device, fabricated on a highly porous coating consisting of functi...