Paths to the allodynia surface corresponding to nearby local minima in distances.

Paths to the allodynia surface corresponding to nearby local minima in distances.

<p>Shortest paths (solid lines) from each APS point to points on the allodynia surfaces whose distances correspond to a local minimum of distance no more than 1.5 times the global minimum distance. Global minima are included in these plots. Panels <b>(A)</b>, <b>(B)</b>...

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Bibliographic Details
Main Author: Alexander G. Ginsberg (19510759) (author)
Other Authors: Scott F. Lempka (11858477) (author), Bo Duan (250083) (author), Victoria Booth (351174) (author), Jennifer Crodelle (6944600) (author)
Published: 2025
Subjects:
Biophysics
Neuroscience
Science Policy
Infectious Diseases
Biological Sciences not elsewhere classified
yield typical behavior
thus offering predictions
sensitivity analysis approach
released &# 8221
escape &# 8221
represent common motifs
subcircuit components involved
motivated subcircuit structures
processing neural circuitry
subcircuit &# 8217
inhibitory interneurons within
excitatory neuron responses
&# 8220
observed responses
common symptom
subcircuit structure
neural pathways
vary depending
spread condition
spinal cord
normal conditions
inhibitory control
identifying targets
healthy conditions
experimental studies
excitatory neurons
dorsal horn
analyze biophysically
600 billion
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