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1998
Released the easy-to-use ENO-20 to meet demand amidst growing interest in NOx research.
20 to meet demand amidst growing interest in NOx research.
1999
Released the DR-V automatic blood collection device. It is capable of collecting blood from four subjects at the same time.
Began offering an "eserine-free" ACh high sensitivity application, which does not use the degradative enzyme inhibitor (eserine) most commonly used for ACh dialysis. It is capable of a sensitivity of 10fmol or less.
2000
Released DR-VS, a simple device for collecting blood from a single subject.
2002
Released HTEC-500, an HPLC with Eicom's unique integrated and compact design. It features dramatically improved operability and stability, along with improved sensitivity up to monoamine 0.03pg. This also increased the number of dialysis applications.
1986
EICOM founded.
Released ACh application along with the 100 Series, the first-generation HPLC-ECD.
Until this point it was common to use two pumps; using a single pump for ACh measurement helps to reduce noise and increase sensitivity.
1988
Developed a system that combines microdialysis and HPLC. Since then, only Eicom has continued to provide this as a total solution that covers everything from collection to measurement.
Continued to release monoamine applications beginning with ACh.
The spread of microdialysis has led to a leap in research in the field of neuroscience.
1993
Released the 300 Series with the goal of reaching even higher sensitivity. It is capable of a detection sensitivity of 0.1pg or less for monoamines.
1994
Began releasing biosensors targeting glutamate, glucose, lactate, etc.
1995
Released the ENO-10 nitric oxide analysis system. Only Eicom offers this ground-breaking system that can separate NO2- and NO3- when measuring NOx.
2002
Released DR-II, a computer-controlled automatic blood collection device. It offers independent control for up to 16 subjects.
2008
Released the component-type 700 Series that offers a versatile system structure with the same level of sensitivity provided by HTEC-500.
2011
Released AtmosLM Series, which is capable of easily performing previously difficult macromolecule dialysis thanks to ground-braking improvements made on traditional push-pull microdialysis. This has helped to spread the use of microdialysis from the field of neuroscience to other fields.
2016
Released ENO-30, the successor to ENO-20. It offers increased sensitivity along with significantly improved operability.
