Akonni Biosystems, based in Frederick, Maryland, is a molecular diagnostics (MDx) company that develops, manufactures, and markets integrated molecular diagnostic systems.
Akonni’s core product lines include TruTip® sample prep kits and the TruDiagnosis® system for multiplexed diagnostics. TruTip is a robust nucleic acid extraction technology for simple, fast, easy and affordable DNA/RNA extraction and purification from a wide range of specimens (e.g. blood, saliva, sputum, culture, soil, water, etc.). TruDiagnosis is a unique in vitro diagnostic system based on proprietary 3D gel drop microarray technology for rapid, reliable, multiplexed analysis in a low-cost format. TruDiagnosis is capable of detecting protein, nucleic acid or metabolite targets, with applications in infectious and hereditary diseases.
Flexible solutions to meet the most challenging market needs. Akonni holds more than 40 issued patents covering each aspect of our unique core technologies for specimen homogenization, cell lysis, nucleic acid purification, thermal cycling, 3D gel drop microarrays, manufacturing methods, microfluidics and software analysis.
© 2003-2019 Akonni Biosystems, Inc. All rights reserved. Terms and Conditions • Privacy Policy
TruDiagnosis Systems, TruDx Readers, TruArray Tests, TruTip Kits, Primers, Lysis and Binding Buffers, Wash Buffers and Elution Buffers: For Research Use Only. Not for use in diagnostic procedures. No claim or representation is intended to provide information for the diagnosis, prevention or treatment of a disease.
Based on its recent analysis of the microarrays in molecular diagnostics (MDx) market, Frost & Sullivan recognizes Akonni Biosystems with the 2017 North American New Product Innovation Award.
Akonni’s integrated MDx system, TruDiagnosis®, is revolutionizing the point-of-care molecular testing market by enabling target detection from a variety of sample types. TruDiagnosis® is powered by TruArray®, a patented 3D gel-drop microarray technology for sample screening that instantly indicates the presence of disease markers in real time.
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