Figure 1 of
Darden, Mol Vis 2003;
9:191-199.Figure 1 of
Darden, Mol Vis 2003;
9:191-199.
Figure 1. Xenopus SWS2, P434 DNA and predicted nucleotide sequences
Nucleotide and deduced amino acid sequence of the Xenopus green rod SWS2, P434 opsin. The nucleotide sequence is shown on the lower lines with the deduced amino acid sequence on the upper lines. GenBank accession number AY177405.
1 MetSerLysGlyArgProAspLeuArgMetGluMetProAspGluPhe 16 1 CCAACATCAAGGATGAGTAAAGGCCGTCCAGACCTGAGGATGGAGATGCCAGATGAATTC 60 17 TyrValProIleProLeuGluThrThrAsnIleSerSerLeuSerProPheLeuValPro 36 61 TACGTCCCCATCCCCTTGGAGACAACTAACATAAGCTCTCTTAGTCCTTTCCTGGTACCC 120 37 GlnThrHisLeuGlyThrProGlyIlePheMetSerIleSerAlaPheMetLeuPheThr 56 121 CAAACTCATCTGGGGACCCCTGGCATATTCATGAGCATATCAGCCTTTATGTTATTCACA 180 57 IleIlePheGlyPheProLeuAsnLeuLeuThrIleIleCysThrValLysTyrLysLys 76 181 ATTATTTTTGGGTTTCCCCTCAACCTCCTAACTATCATCTGTACTGTCAAGTACAAAAAG 240 77 LeuArgSerHisLeuAsnTyrIleLeuValAsnLeuAlaValAlaAsnLeuIleValIle 96 241 TTGCGTTCCCACCTCAACTACATCCTGGTAAATCTGGCTGTTGCCAACCTCATAGTTATC 300 97 CysPheGlySerThrThrAlaPheTyrSerPheSerGlnMetTyrPheSerLeuGlyThr 116 301 TGCTTTGGCTCCACCACTGCCTTCTACAGCTTCTCTCAGATGTACTTCTCTTTGGGTACT 360 117 LeuAlaCysLysIleGluGlyPheThrAlaThrLeuGlyGlyIleIleGlyLeuTrpSer 136 361 TTGGCATGCAAAATAGAAGGTTTTACCGCCACATTGGGAGGAATAATAGGCCTTTGGTCC 420 137 LeuAlaValValAlaPheGluArgPheLeuValIleCysLysProMetGlyAsnPheThr 156 421 TTGGCAGTGGTGGCTTTTGAGAGGTTTCTGGTGATCTGTAAACCAATGGGAAACTTTACA 480 157 PheArgGluSerHisAlaValLeuGlyCysIleLeuThrTrpValIleGlyLeuValAla 176 481 TTCAGGGAAAGCCATGCGGTCCTAGGCTGTATACTCACCTGGGTAATTGGTCTTGTGGCG 540 177 AlaIleProProLeuLeuGlyTrpSerArgTyrIleProGluGlyLeuGlnCysSerCys 196 541 GCAATCCCCCCATTGCTAGGATGGAGCAGGTACATCCCAGAAGGCCTTCAGTGCTCATGT 600 197 GlyProAspTrpTyrThrValAsnAsnLysTrpAsnAsnGluSerTyrValLeuPheLeu 216 601 GGACCAGACTGGTACACTGTGAACAACAAGTGGAATAACGAATCATATGTTCTTTTCCTC 660 217 PheCysPheCysPheGlyPheProLeuAlaIleIleValPheSerTyrGlyArgLeuLeu 236 661 TTCTGCTTCTGCTTTGGATTCCCTCTTGCAATCATTGTGTTTTCCTATGGACGCCTGTTG 720 237 LeuAlaLeuHisAlaValAlaLysGlnGlnGluGlnSerAlaThrThrGlnLysAlaGlu 256 721 CTCGCCCTTCATGCCGTTGCTAAGCAGCAGGAGCAGTCGGCAACTACTCAGAAAGCAGAG 780 257 ArgGluValThrArgMetValIleValMetValValGlyPheLeuValCysTrpLeuPro 276 781 CGCGAGGTTACCAGGATGGTGATTGTTATGGTTGTTGGCTTCCTGGTTTGCTGGCTTCCC 840 277 TyrAlaSerPheAlaLeuTrpAlaValThrHisArgGlyGluLeuPheAspLeuArgMet 296 841 TACGCTTCTTTTGCTTTGTGGGCAGTGACCCATCGAGGGGAGTTGTTTGACCTACGAATG 900 297 SerSerValProSerValPheSerLysAlaSerThrValTyrAsnProPheIleTyrIle 316 901 TCCTCTGTCCCTTCTGTATTTTCAAAGGCCTCAACTGTGTACAATCCATTTATCTATATA 960 317 PheMetAsnArgGlnPheArgSerCysMetMetLysMetIlePheCysGlyLysAsnPro 336 961 TTTATGAACAGACAGTTCCGCTCTTGCATGATGAAGATGATTTTCTGTGGCAAGAATCCT 1020 337 LeuGlyAspAspGluGluThrSerValSerGlySerThrGlnValSerSerValSerSer 356 1021 TTGGGAGATGATGAAGAAACGTCTGTCTCTGGGTCTACTCAGGTATCATCAGTATCCAGC 1080 357 SerGlnIleAlaProSerEnd 363 1081 AGCCAGATTGCCCCATCATAACACCGGACATACCAAGGTTTTGTGTTCTCGGAAA 1135 |