Figure 1
Figure 1. Generation and neuronal expression analysis of CX3CL1 BAC transgenic reporter mice. (A) Schematic of the RedET recombineering method used to replace the first CX3CL1 exon in the BAC RP24–147I16 with a gene encoding monomeric mCherry reporter gene. Note that the BspEI fragment used as transgene lacks the neighboring CCL22 and CCL17 genes. (B-D) Fluorescent microscopic analysis of hippocampus of CX3CL1cherry brain. (B) Red represents CX3CL1/cherry. (C) Blue represents NeuN staining. (D) Merge with mCherry and NeuN. (E) DCX stained hippocampus slice of CX3CL1cherry brain. Red represents CX3CL1/cherry; and green, DCX staining. (F) CGRP-stained section of CX3CL1cherry:CX3CR1gfp spinal cord. (G) Dorsal horn. (H) Dorsal root ganglion. Red represents CX3CL1/cherry; green, CX3CR1/GFP; and blue, CGRP staining. Lumbar regions (L3-L5). Note CX3CL1/cherry+ somata in dorsal horn but absence of CX3CL1/cherry expression from CGRP+ neuronal cell bodies in dorsal root ganglia.

Generation and neuronal expression analysis of CX3CL1 BAC transgenic reporter mice. (A) Schematic of the RedET recombineering method used to replace the first CX3CL1 exon in the BAC RP24–147I16 with a gene encoding monomeric mCherry reporter gene. Note that the BspEI fragment used as transgene lacks the neighboring CCL22 and CCL17 genes. (B-D) Fluorescent microscopic analysis of hippocampus of CX3CL1cherry brain. (B) Red represents CX3CL1/cherry. (C) Blue represents NeuN staining. (D) Merge with mCherry and NeuN. (E) DCX stained hippocampus slice of CX3CL1cherry brain. Red represents CX3CL1/cherry; and green, DCX staining. (F) CGRP-stained section of CX3CL1cherry:CX3CR1gfp spinal cord. (G) Dorsal horn. (H) Dorsal root ganglion. Red represents CX3CL1/cherry; green, CX3CR1/GFP; and blue, CGRP staining. Lumbar regions (L3-L5). Note CX3CL1/cherry+ somata in dorsal horn but absence of CX3CL1/cherry expression from CGRP+ neuronal cell bodies in dorsal root ganglia.

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