EOS100850 potently inhibits A2A receptor in T lymphocytes, at single digit
nanomolar concentrations, independently of adenosine concentrations
Early results show effective dosages at
nanomolar concentrations.
Not exact matches
The team from JGU's Institute of Physical Chemistry used four different target proteins to demonstrate the viability of the new concept, its ability to detect
concentrations in the
nanomolar range, and the possibility to recycle the sensors for more than one analysis.
Therefore, we have used
concentrations of IAPP aggregates in the
nanomolar range in our ex vivo studies to mimic the possible physiologic conditions within the technical limitations of the experiments.