4pmx

• 4PMx is exploring pain biomarkers from various perspectives to objectively identify pain mechanisms and accurately diagnose pain.

• We are developing in-vivo cell microscopy techniques to uncover the mechanisms of neuropathic pain at the cellular level.

• To understand the brain network of pain, we are developing techniques to visualize the cortical network of pain mechanisms.

• Recently, we have developed and are testing a BiLSTM-Transformer model that can discriminate between painful and non-painful stimuli in electroencephalography (EEG) and cerebral blood flow signals (fNIRS).

4PMx is exploring pain biomarkers from various perspectives to objectively identify pain mechanisms and accurately diagnose pain.
We are developing in-vivo cell microscopy techniques to uncover the mechanisms of neuropathic pain at the cellular level.
To understand the brain network of pain, we are developing techniques to visualize the cortical network of pain mechanisms.
Recently, we have developed and are testing a BiLSTM-Transformer model that can discriminate between painful and non-painful stimuli in electroencephalography (EEG) and cerebral blood flow signals (fNIRS)

Pain Biomarker