MIPSense is an innovative thermistor using imprinted polymers that serve as a synthetic antibody.
MIPSense offers resolutions to the draw backs associated with current antibody-based sensing.
MIPSense offers a Molecularly Imprinted Polymer modified thermistor. This provides a more robust and versatile alternative to antibody recognition elements where the sensor can be applied to an array of sample media.
We believe that our technology will have a longer shelf life opposed to antibody-based sensors and that our technology provides an ethical approach to sensing without sensitivity compromise. We believe our smart plastic can outperform antibodies for testing in complex sample matrices- saliva and urine. We believe that complex pre-treatment steps for food screening requires an alternative mode of sensing that our modified thermocouple can aid.
Antibodies are currently mass used for a plethora of sensors due to their specificity and selectivity however they come with associated drawbacks primarily due their lack of physical stability and lack of applicability to synthetic targets. They are expensive as can only be harvested in lesser amounts.
Many issues with antibody recognition elements stems from their biological nature. Therefore, a synthetic “antibody” could pose as a viable substitute.
Imprinted polymers offer just that; a viable alternative to antibodies with the following benefits.
The imprinted polymer modified thermistor will not comprise the specificity and selectivity of the sensors function but will provide crucial benefits over that of antibody recognition element-based sensing.
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