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Fig. 2 | Optogenetic activation of VTA glutamatergic terminals in the PL alle- viates pain-associated behaviors. a Experimental design to express hChR2 or mCherry (control) in VTA glutamatergic neurons and stimulate their terminals in the PL. b Schematic of real-time place preference (RT-PP) test for assessing ongoing pain. c Preference to stay in the light stimulation-paired chamber for SNI mice expressing mCherry or hChR2 and sham mice expressing hChR2 (P = 0.0036 and 0.0137 for SNI+hChR2 vs. SNI+mCherry and sham+hChR2, respectively). d Schematic of conditioned place preference (CPP) test for assessing ongoing pain. e Preference to stay in the light stimulation-paired chamber for SNI mice expressing mCherry or hChR2 and sham mice expressing hChR2 (P = 0.0077 and 0.0061 for

Journal: Nature communications

Article Title: A mesocortical glutamatergic pathway modulates neuropathic pain independent of dopamine co-release.

doi: 10.1038/s41467-024-45035-2

Figure Lengend Snippet: Fig. 2 | Optogenetic activation of VTA glutamatergic terminals in the PL alle- viates pain-associated behaviors. a Experimental design to express hChR2 or mCherry (control) in VTA glutamatergic neurons and stimulate their terminals in the PL. b Schematic of real-time place preference (RT-PP) test for assessing ongoing pain. c Preference to stay in the light stimulation-paired chamber for SNI mice expressing mCherry or hChR2 and sham mice expressing hChR2 (P = 0.0036 and 0.0137 for SNI+hChR2 vs. SNI+mCherry and sham+hChR2, respectively). d Schematic of conditioned place preference (CPP) test for assessing ongoing pain. e Preference to stay in the light stimulation-paired chamber for SNI mice expressing mCherry or hChR2 and sham mice expressing hChR2 (P = 0.0077 and 0.0061 for

Article Snippet: To image Ca2+ in the axons of VTA glutamatergic neurons, 0.2 μl of AAV5-hSynapsin1-FLEx-axon-GCaMP6s (112010; Addgene) was slowly injected into the VTA (AP −3.28mm,ML 0.36mm, subpial (SP) 4.13mm)ofVglut2IRES-Cremiceover 15min using a picospritzer (15 p.s.i., 10ms pulse width, 0.5 Hz) via a glass microelectrode.

Techniques: Activation Assay, Control, Expressing, Conditioned Place Preference