During the last years many mobile health applications have emerged on the market. Most of these collect and compiles physical data that can be followed over time. Now the next generation of health care applications are on their way. With an increasing capacity and high quality sensors, smartphones have the potential to be used as diagnostic tools. Calmark Sweden AB is a company that has developed a smartphone based diagnostic platform for analysis of colorimetric assays integrated on a disposable plastic chip. Their first product, the hilda Neo system is a Point of care test (POCT) for semi quantitative measurement of the biomarker Lac- tate dehydrogenase (LDH). The system consists of a disposable colorimetric LDH test with inte- grated che...
Paper biosensors are a low cost, low tech diagnostic tool. A limitation of biosensors is that the se...
The development of the first 3D-printable smartphone photometer for the acquisition of kinetic and s...
The feasibility of using smartphones and other mobile devices as the detection platform for quantita...
Colorimetric tests for at-home health monitoring became popular 50 years ago with the advent of the ...
A smartphone app to screen for neonatal jaundice has a large potential impact in reducing neonatal ...
In the past twelve years, digital image colorimetry (DIC) on smartphones has acquired great importan...
Inexpensive paper-based biosensors can be valuable screening tools to test for various illnesses, bu...
This paper proposes a smartphone-based colorimetric pH detection method using a color adaptation alg...
Inexpensive paper-based biosensors can be valuable screening tools to test for various illnesses, bu...
Optimized monitoring of water-borne chemical pollutants is important to curbing inadvertent consumpt...
Colorimetry is a method for determining the concentration of coloured substances in a solution. The ...
In this paper, colorimetric analysis for biochemical samples has been realized, by developing an eas...
A method for determining the concentration of coloured compounds in a solution is colorimetry. The i...
Due to the economy of scale, smartphones are becoming more affordable while their computing powers a...
Here we present a novel Smartphone-based colorimeter and demonstrate its application to the measurem...
Paper biosensors are a low cost, low tech diagnostic tool. A limitation of biosensors is that the se...
The development of the first 3D-printable smartphone photometer for the acquisition of kinetic and s...
The feasibility of using smartphones and other mobile devices as the detection platform for quantita...
Colorimetric tests for at-home health monitoring became popular 50 years ago with the advent of the ...
A smartphone app to screen for neonatal jaundice has a large potential impact in reducing neonatal ...
In the past twelve years, digital image colorimetry (DIC) on smartphones has acquired great importan...
Inexpensive paper-based biosensors can be valuable screening tools to test for various illnesses, bu...
This paper proposes a smartphone-based colorimetric pH detection method using a color adaptation alg...
Inexpensive paper-based biosensors can be valuable screening tools to test for various illnesses, bu...
Optimized monitoring of water-borne chemical pollutants is important to curbing inadvertent consumpt...
Colorimetry is a method for determining the concentration of coloured substances in a solution. The ...
In this paper, colorimetric analysis for biochemical samples has been realized, by developing an eas...
A method for determining the concentration of coloured compounds in a solution is colorimetry. The i...
Due to the economy of scale, smartphones are becoming more affordable while their computing powers a...
Here we present a novel Smartphone-based colorimeter and demonstrate its application to the measurem...
Paper biosensors are a low cost, low tech diagnostic tool. A limitation of biosensors is that the se...
The development of the first 3D-printable smartphone photometer for the acquisition of kinetic and s...
The feasibility of using smartphones and other mobile devices as the detection platform for quantita...