1drop's products for use in the clinical chemistry field consist of innovative ideas
that make possible the most effective biosensors with simple structures.
With just a single membrane, we can simultaneously separate plasma from blood and conduct blood tests, ensuring both affordability and performance.
We can even measure different biomarkers using the same structure.
We have developed innovative technology that uses the camera and flash features in smartphones - perfect for measuring biomarkers.
1drop Inc. has developed biosensors that detect anemia, gout, cholesterol levels, blood glucose levels, and many more biomarkers to create its original, proprietary technology.
Molecular diagnostic is a method of diagnosing diseases by detecting RNA and DNA, etc. present in biological origin at the molecular level. Small samples show high accuracy and have an advantage that are suitable for early diagnosis, customization, and monitoring. The 1copy ™ Probe, the core technology of 1drop molecular diagnosis, consists of a hybrid form with RNA inside the probe. In order to improve the resolution efficiency of this probe, RNase, a new enzyme suitable for hot-start techniques, was developed and applied to the product. As a result, the final fluorescence signal increases significantly by showing very high Probe resolution. This allows us to reliably detect single-molecular levels of DNA, RNA.
●R&D / RUO
Immunodiagnosis is a method of diagnosing diseases such as pregnancy, malaria, flu, HIV, HBV, and so on.
Using the principle of antigen-antibodies reaction, which is an in vivo immune response. Typically LFIA (Lateral Flow Immunochromatography Assay) sensors are easy to carry, fast to measure, and cheap to use for on-site diagnosis.
However, only on/off qualitative analysis is possible, which is not accurate, so it is only used for screening purposes. 1drop applied a machine-learning algorithm by utilizing multi-feature obtained from cameras in commercial smartphones.
As a result, of the analysis of LFIA sensors obtained by this algorithm, accurate quantitative analysis is possible, so prevention/diagnosis/monitoring is possible as well as screening.
|Strip Module to Obtain Biometric Information from Samples and its Use with Mobile Apparatus||10-2016-0174253|
|Strip to Measure Biometric Information||10-2019-0080231|
|Sensor Strip Device for Quantitative Sampling||10-2018-0149972|
|Method and Apparatus for Quantitative Sampling of Sample||10-2018-0149973|
|Method for Multiplex-Detecting Chronic Myelogenous Leukemia Gene Using Cleavable Probes||PCT/KR2013/00140|
|Mobile Apparatus for Assessing the User‘s Health Condition While on Video Call and Its Operational Method||10-2019-0033136|
|Method for identifying noise data in a plurality of body fluids measurement data for health care||10-2019-0091741|
|Method for detection of chronic myeloid leukemia gene using a cleavable probe||10-1753833|
|A composition for amplifying a target nucleic acid comprising RNaseH enzyme and antibody thereof||10-2019-0116686|
|COLOR CORRECTION APPARATUS FOR COLORIMETRIC METHOD AND METHOD THEREOF||10-2019-0122366|
|HEALTH CARE INFORMATION GENERATION APPARATUS CONSIDERING FACTOR THAT IS ABLE TO AFFECT TO MEASURED VALUE||10-2019-0131221|
|APPARATUS CAPABLE OF QUANTITATIVE SAMPLING||10-2019-0134004|
|STRIP FOR MEASURING HEMOGLOBIN CONCENTRATION||10-2019-0134768|
|MEASUREMENT ACCURACY ENHANCING APPARATUS USING BRIGHTNESS CHANGING OF IMAGE PIXELS CAPTURING SENSOR AND METHOD THEREOF||10-2019-0155316|
|LIGHT CONTROL APPARATUS FOR COLORIMETRIC AND METHOD THEREOF||10-2019-0140887|