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The purpose of this study was to design patterns of dual frequency spinal cord stimulation and test their ability to alleviate chronic pain in a rat model, specifically as compared with conventional spinal cord stimulation.

Immunofluorescence imaging of neuronal markers in human lung tissue

Annotated sheep brainstem scaffold available for registration of segmented neural anatomical-functional mapping of neural circuits.

Annotated rat stomach scaffold available for registration of segmented neural anatomical-functional mapping of enteric neural circuits.

Annotated lung scaffold for rat available for registration of segmented neural anatomical-functional mapping of pulmonary neural circuits.

Annotated heart scaffold for rat available for registration of segmented neural anatomical-functional mapping of cardiac neural circuits.

Annotated rat brainstem scaffold available for registration of segmented neural anatomical-functional mapping of neural circuits.

Annotated bladder scaffold for rat available for registration of segmented neural anatomical-functional mapping of LUT neural circuits.

Annotated pig stomach scaffold available for registration of segmented neural anatomical-functional mapping of enteric neural circuits.

Annotated lung scaffold for pig available for registration of segmented neural anatomical-functional mapping of pulmonary neural circuits.

Annotated heart scaffold for pig available for registration of segmented neural anatomical-functional mapping of cardiac neural circuits.

Data for the manuscript titled "Normative intracranial EEG highlights epileptic abnormalities across wakefulness and sleep"

Annotated pig colon scaffold available for registration of segmented neural anatomical-functional mapping of enteric neural circuits.

Annotated brainstem scaffold for pig available for registration of segmented neural anatomical-functional mapping of neural circuits.

Annotated bladder scaffold for pig available for registration of segmented neural anatomical-functional mapping of lower urinary tract (LUT) neural circuit.

Annotated mouse stomach scaffold available for registration of segmented neural anatomical-functional mapping of enteric neural circuits.

Annotated mouse small intestine scaffold available for registration of segmented neural anatomical-functional mapping of enteric neural circuits.

Annotated lung scaffold for mouse available for registration of segmented neural anatomical-functional mapping of pulmonary neural circuits.

Annotated heart scaffold for mouse available for registration of segmented neural anatomical-functional mapping of cardiac neural circuits.

Annotated mouse colon scaffold available for registration of segmented neural anatomical-functional mapping of enteric neural circuits.

Annotated mouse brainstem scaffold available for registration of segmented neural anatomical-functional mapping of neural circuits.

Annotated bladder scaffold for mouse available for registration of segmented neural anatomical-functional mapping of lower urinary tract (LUT) neural circuits.

Annotated human stomach scaffold available for registration of segmented neural anatomical-functional mapping of enteric neural circuits.

Annotated human small intestine scaffold available for registration of segmented neural anatomical-functional mapping of enteric neural circuits.

Annotated human gastrointestinal tract scaffold available for registration of segmented neural anatomical-functional mapping of enteric neural circuits.