The Journal of Neuroscience, May 18, 2005, ():
Mutually Exclusive Glomerular Innervation by Two Distinct Types of Olfactory Sensory Neurons Revealed in Transgenic Zebrafish
J. Neurosci. Sato et al.
25: 4889
Supplemental data
Files in this Data Supplement:
- supplemental material
-
Supplemental figure S1. Alignments of partial amino acid sequences of zebrafish and goldfish V2R-type receptors. A, Goldfish receptor 5.3 and its zebrafish ortholog, zVR5.3. The conserved residues are highlighted. The amino acid sequence of zVR5.3 shows 83% identity with the goldfish receptor 5.3. B, Goldfish receptor 3.13 and its zebrafish orthologs, zVR3.13a and zVR3.13b. The residues conserved in at least two molecules are highlighted. The amino acid sequences of zVR3.13a and zVR3.13b show 77% and 72% identity with the goldfish receptor 3.13, respectively.
- supplemental material
-
Supplemental figure S2. Identification of zTRPC2. A, A deduced amino acid sequence of zTRPC2, showing putative transmenbrane segments (black boxes), a pore region and a hydrophobic region H1 (white boxes), ankyrin repeats in the N terminus (underlines), and the TRP motif (double underline). Arrowheads indicate exon boundaries. B, A phylogenetic tree of members of the mouse TRPC subfamily and TRPC2 orthologs in teleost. A putative fugu TRPC2 was identified from the Fugu genomic DNA database (NCBI). Full-length protein sequences were analyzed using ClustalW.
