Figure 1 of
Xu, Mol Vis 4:10, 1998.Figure 1 of
Xu, Mol Vis 4:10, 1998.
Figure 1. Nucleotide and deduced amino acid sequences of the salamander red and blue cone pigments
The nucleotide sequences is shown on the lower lines with the deduced amino acid sequence on the upper lines. The amino acid sequences are numbered with the first Met as +1. The termination codons are indicated by an asterisk (*). (A) Salamander red cone pigment (Genbank accession number AF038947); (B) Salamander blue cone pigment (Genbank accession number AF038946)
Figure 1A.
1 GAAGTGAGGGAGGGAGAGCTGGAGACAAGGCGGGAAAGGATCCAGCGAGGAAGGAGAGCCCGGGAAAGGAGAGGT 75 76 GAAGGAAAGGAAAGGACAAGCAAGTGAGAGTGAAGAGTCCTAGTTCCAAGCAAGAGAAGGGGAGGCCCCAGCAGC 150 1 M A H S W N S G A Y A A R R R Y D D E D T T R S S 25 151 CATGGCACATTCCTGGAACTCCGGCGCCTACGCGGCTCGGCGGAGGTACGACGATGAAGACACCACCAGGAGTAG 225 26 I F T Y T N S N N T R G P F E G P N Y H I A P R W 50 226 CATATTCACATACACCAACAGCAACAACACCAGGGGTCCCTTTGAAGGACCCAACTACCACATTGCTCCACGATG 300 51 V Y N L T T L W M I F V V F A S V F T N G L V L V 75 301 GGTCTACAACCTCACCACCCTTTGGATGATCTTTGTCGTATTTGCCTCCGTTTTTACCAATGGGCTGGTCCTCGT 375 76 A T M K F K K L R H P L N W I L V N L A I A D L G 100 376 GGCAACCATGAAGTTCAAGAAGCTGCGGCACCCTTTGAACTGGATCCTGGTAAACCTGGCAATTGCCGATCTTGG 450 101 E T V I A S T I S V I N Q M F G Y F I L G H P L C 125 451 GGAGACGGTCATCGCCAGCACCATTAGTGTCATCAATCAAATGTTTGGCTACTTCATCCTGGGGCACCCCCTGTG 525 126 V I E G Y T V S V C G I S A L W S L T I I A W E R 150 526 TGTTATCGAGGGCTACACAGTCTCTGTTTGTGGTATCTCAGCCCTCTGGTCCTTAACAATCATTGCCTGGGAAAG 600 151 W F V V C K P F G N I K F D G K L A A A G I I F S 175 601 GTGGTTTGTTGTCTGCAAACCTTTTGGCAACATTAAGTTCGATGGCAAACTGGCAGCTGCTGGGATCATCTTCTC 675 176 W V W S A G W C A P P I F G W S R Y W P H G L K T 200 676 TTGGGTGTGGTCGGCTGGTTGGTGTGCCCCACCCATCTTCGGCTGGAGCAGGTACTGGCCTCATGGCTTGAAGAC 750 201 S C G P D V F S G S S D P G V Q S Y M M V L M I T 225 751 CTCATGTGGTCCAGATGTGTTCAGCGGCAGCTCGGACCCTGGCGTTCAGTCATACATGATGGTCCTGATGATCAC 825 226 C C I L P L S I I I I C Y I Q V W W A I R Q V A M 250 826 CTGCTGTATCCTGCCATTGTCCATCATTATAATTTGCTACATTCAGGTCTGGTGGGCCATTCGACAGGTAGCCAT 900 251 Q Q K E S E S T Q K A E R E V S R M V V V M I I A 275 901 GCAGCAGAAGGAGTCTGAATCCACCCAGAAAGCCGAGCGAGAGGTATCCAGGATGGTGGTGGTCATGATCATTGC 975 276 Y I F C W G P Y T F F A C F A A A N P G Y A F H P 300 976 TTACATTTTCTGCTGGGGACCATACACCTTCTTTGCATGCTTCGCTGCTGCCAACCCAGGCTATGCCTTCCACCC 1050 301 L A A S L P A F F A K S A T I Y N P I I Y V F M N 325 1051 ACTGGCTGCATCCCTTCCTGCCTTCTTCGCCAAGAGCGCCACCATCTACAACCCCATCATTTACGTTTTTATGAA 1125 326 R Q F R N C I Y Q L F G K K V D D G S E M S S A S 350 1126 CCGCCAGTTTCGAAATTGCATCTATCAACTCTTTGGCAAGAAGGTGGATGACGGCTCTGAAATGTCTTCTGCCTC 1200 351 R T E V S S V S N S S V S P A * 365 1201 CCGAACAGAGGTCTCCTCAGTTTCCAATTCCTCTGTGTCACCAGCATAGTTCCCATACGCAGAAAACCACCCAAA 1275 1276 TCAGCATGGTGTCTACTTATGCAGTTCGTCTCCATGCCTGAAAAGAAGCCCCACTTCTTTTTCCTCCATCTCTTT 1350 1351 TGAGCTCCATCTACCAGTCCACTGGGGCTCCATCTGCCTCTCTCGTTAGGTGTAAGCCTATCTAGTCTAACCCAT 1425 1426 TCATCCATCCATCTAGCTCTCTCTCTCTCTCTCTCTCTCTCTCCTTTCCATCGCCTTTTTTATTTCACCATCAAT 1500 1501 AGCCTCCTCTATCCACAACTCGATCTATCTGTCTATCTGTCTGTCTGTCATAATTTGGGTTTCTATAGACTCCTG 1575 1576 GGCATATCTATCTATCTATCTACCTATCTATCTATCTATCTA 1617 |
Figure 1B.
1 GCACTCTGTCCCTCACGCTGCTGGTACCAAGGCTTACCCTTAGTCATCTCTTATCTTTCTGTACAAGGATAAAAA 75 76 CAGATCTATTGTTACGTTCCCATTTCGATATACTTTTGGGCCTTGTGGCCGTTTGAATTTCCCTGCTTTGGAGTC 150 1 M Y K G K Q E M M A E L S D D F Y I 18 151 AGACCGGAGCGCCACCTTCACCATGTACAAAGGCAAACAAGAAATGATGGCGGAACTGTCGGATGACTTCTACAT 225 19 P V P M E T T N I S A L S P F L V P Q T H L G S P 43 226 CCCCGTGCCCATGGAAACGACCAACATCTCAGCCCTGAGCCCATTCCTGGTACCCCAGACCCACCTGGGGAGCCC 300 44 A V F M S L A A F M F L K V V F G F P I N L L T V 68 301 AGCGGTCTTCATGAGCTTGGCGGCCTTCATGTTCCTGAAGGTGGTCTTCGGCTTCCCGATCAACCTCCTCACCGT 375 69 I C T I K Y K K L R S H L N Y I L V N L A I A N L 93 376 CATCTGCACTATTAAGTACAAGAAATTACGCTCCCACCTCAACTACATTCTGGTCAACCTGGCCATAGCCAACCT 450 94 L V V S V G S T V A F Y S N A Q M Y F A L G P L A 118 451 GCTGGTCGTCTCTGTTGGCTCCACCGTGGCCTTCTACAGTAATGCACAGATGTACTTCGCTCTGGGGCCCTTGGC 525 119 C K V E G F T A T L G G M V G L W S L A V V A F E 143 526 CTGCAAGGTGGAGGGTTTCACTGCCACATTGGGAGGGATGGTAGGCCTATGGTCCCTGGCAGTAGTGGCCTTTGA 600 144 R F L V I C K P L G S F T F R E S H A I M G C A F 168 601 ACGATTCCTGGTCATCTGCAAACCGCTGGGCAGCTTTACCTTCCGAGAGAGTCATGCCATCATGGGCTGCGCCTT 675 169 T W I V G L A A A T P P L L G W S R Y I P E G L H 193 676 CACCTGGATCGTCGGACTTGCAGCGGCTACCCCTCCCTTGCTGGGCTGGAGCAGGTACATTCCTGAGGGCCTGCA 750 194 C S C G P D W Y T V N N K W N N E S Y V L F L F C 218 751 CTGCTCCTGTGGCCCAGATTGGTACACAGTCAACAACAAGTGGAACAACGAGTCCTATGTCCTCTTCCTCTTCTG 825 219 F C F G V P L T T I I F S Y G R L L I T L R A V A 243 826 CTTCTGCTTCGGTGTCCCTCTCACCACCATCATCTTCTCCTACGGCCGGCTCCTCATTACTCTCCGCGCTGTTGC 900 244 K Q Q E Q S A T T Q K A E R E V T R M V I F M V A 268 901 AAAGCAGCAGGAGCAGTCCGCCACCACCCAGAAGGCTGAGCGGGAGGTTACCAGGATGGTGATCTTCATGGTGGC 975 269 G F L V C W L P Y A S F A L W A T T H R G E L F D 293 976 AGGCTTCCTGGTGTGCTGGCTCCCCTACGCCTCCTTTGCCCTTTGGGCCACCACCCACCGTGGGGAGCTCTTCGA 1050 294 L R M A S I P S V F S K A S T V Y N P V I Y I F M 318 1051 CCTCCGTATGGCCTCCATCCCCTCCGTCTTCTCCAAGGCGTCCACCGTCTACAACCCTGTCATATATATCTTCAT 1125 319 N R Q F R S C M M K L I F C G K N P F G E D E D T 343 1126 GAACCGACAGTTCCGGTCCTGTATGATGAAGCTCATCTTCTGTGGCAAGAACCCCTTCGGGGAAGACGAAGACAC 1200 344 S V S A Q S T Q V S S V S S S Q V A P A * 363 1201 TTCTGTCTCTGCCCAGTCCACCCAGGTCTCCTCTGTGTCAAGCAGTCAAGTGGCACCTGCATAGAATCTGCGGTC 1275 1276 ATGTGGTGGGCACGACATGGCGCAATGATATTGGAGGCTCCCTGCGATGTCAACCAAGCAAGTCCAAGCCTGTCC 1350 1351 TTCTCATCAGATCCTACCTCGTAGGGCACCCTCACACAAACCTGCGTCTTTCGATGGTGTTTAATAAGTATTTTC 1425 1426 TGAGGAACGAAAGACACTCCTCCACCACTGAAATGCTCCCCTCACCAAATTGGC 1479 |