1 LOCUS AY095303S1 2375 bp DNA linear PLN 21-JAN-2003
2 DEFINITION Chlamydomonas reinhardtii c-type cytochrome synthesis 1 (CCS1)
3 gene, ccs1-ac206 allele, 5'UTR and exons 1 through 6.
5 VERSION AY095303.1 GI:25986619
8 SOURCE Chlamydomonas reinhardtii
9 ORGANISM Chlamydomonas reinhardtii
10 Eukaryota; Viridiplantae; Chlorophyta; Chlorophyceae; Volvocales;
11 Chlamydomonadaceae; Chlamydomonas.
12 REFERENCE 1 (bases 1 to 2375)
13 AUTHORS Dreyfuss,B.W., Hamel,P.P., Nakamoto,S.S. and Merchant,S.
14 TITLE Functional Analysis of a Divergent System II Protein, Ccs1,
15 Involved in c-Type Cytochrome Biogenesis
16 JOURNAL J. Biol. Chem. 278 (4), 2604-2613 (2003)
18 REFERENCE 2 (bases 1 to 2375)
19 AUTHORS Dreyfuss,B.W., Hamel,P., Nakamoto,S.S. and Merchant,S.
20 TITLE Direct Submission
21 JOURNAL Submitted (11-APR-2002) Department of Chemistry & Biochemistry,
22 University of California, Los Angeles, P.O. Box 951569, 405 Hilgard
23 Avenue, Los Angeles, CA 90095-1569, USA
24 FEATURES Location/Qualifiers
26 /organism="Chlamydomonas reinhardtii"
27 /mol_type="genomic DNA"
30 gene order(124..2375,AY095304.1:1..1465)
33 mRNA join(124..330,512..825,1045..1233,1418..1798,2000..2131,
34 2253..2345,AY095304.1:6..303,AY095304.1:495..677,
37 /product="c-type cytochrome synthesis 1"
43 CDS join(207..330,512..825,1045..1233,1418..1798,2000..2131,
44 2253..2345,AY095304.1:6..303,AY095304.1:495..677,
48 /product="c-type cytochrome synthesis 1"
49 /protein_id="AAM44130.1"
50 /db_xref="GI:25986621"
51 /translation="MQPYASVSGRCLSRPDALHVIPFGRPLQAIAGRRFVRCFAKGGQ
52 PGDKKKLNVTDKLRLGNTPPTLDVLKAPRPTDAPSAIDDAPSTSGLGLGGGVASPRTL
53 VQSNAVQVAWRRLMKELSSLPRAIAIMALIAVLSGLGTFIPQNKSIEYYLVNYPDGAE
54 KVLGFLTGDLILTLQLDHIYTADYFYLSMGLLAASLAACTYTRQWPAVKVAQRWRFLT
55 QPKSLLKQGRTEVLPNARVSDLGAILLQRGYQVRESCACQRTAAALLLRFHSVAADPS
56 PLLSFVLVAQVFVKDGSLYGFKGLAGKLGPIGVHAALLLCLFGTAWSGFGTLKGNVMC
57 PEGQDFQVASFLQPSSPIASMPASASNVIHVNKFTIDYRPDGSVAQFYSDLSLLDPAQ
58 GGKEMMRKTISVNDPFRFNGVTMYQTDWSLSAVTLRVLGQDAPLARAAQAAEAQAAAS
59 TSGPTSSASSTSDALPQQRTAFNLPMASLEGKPGVAGRLWATFLPLAEPGQDGSAPKG
60 ISILARDPQSVVFYDAKGQFVGVRRPGSGKPIEVEGLALVVEDVTGATGLELKSDPGV
61 PAVYAGFGGLMVTTLISYLSHSQVWALQQGSSLFVSGRTNRAKLAFDRELDDILNAVP
62 ELPPTAATTVASSASTAAPAPTAKQ"
74 /note="results in readthrough of typical intron 4 and
75 addition of 36 amino acids within stromal loop"
83 BASE COUNT 474 a 718 c 697 g 486 t
85 1 cacatacgac cccaagcagg gccctgcgtg ggtgaaatgc cacacgcggc acgaatccgt
86 61 cggccactcc atgaattgcc cacaaggcca caattgagcc tacaaggatg tggaagtgat
87 121 aactacctag ctccactacc agctgcgact gcccagttct cgagctttct ttctgtccgg
88 181 ccccgcgctt gcacgcgtgc acaaaaatgc agccatacgc ttccgtgagc gggcgatgtc
89 241 tatctagacc agatgcattg catgtgatac cgtttgggcg accgctgcaa gcaattgccg
90 301 ggcggcggtt cgttcgctgt tttgcgaaag gtgcgcagcc ggggaaagaa cacacgaatg
91 361 ggtgtgcagg caattgatgg tttcactatc aattaattat cagggctggg ttgtacgcac
92 421 ttggcagtgg acttgcatgc gtggaagcga tgtcgccacg ctgctattca aatattaagt
93 481 tggagcctgc tctgctggac ccaaaacata ggaggacaac ctggtgacaa gaagaagctc
94 541 aacgtgacgg acaagctgcg cctcgggaac actcctccca cgctggacgt gcttaaagcg
95 601 ccacggccaa ccgacgctcc ctcagccatc gatgacgccc ccagcacttc gggcctgggg
96 661 ctgggcggag gagtggcgag ccccaggact ttggtgcagt ccaatgccgt gcaggtggcg
97 721 tggcgccggc tcatgaagga gctgtcgtcg ctcccacgcg ccatcgccat catggccctc
98 781 atcgccgtgc tgtcgggcct gggcaccttc atcccccaaa acaaggtgcg ggggaatgcg
99 841 acacatgaag ttaatgcaat tctgccaacc aagctgaagc acttgcattg gagccgcgcg
100 901 ggatgagcca gcacaccagc tttgacctgc gcgtaccgca accaggcacc tacgccctcc
101 961 cgcgcagtgc ctccctttcg gtctctccga ctcttccaac ctgtctgacc ctcatctcca
102 1021 ccccccaatg tatccatcca acagtccatc gagtactacc tggtcaacta cccagacggc
103 1081 gcggagaagg tgctggggtt cctgactggc gacctcattc tgaccctaca gctggaccac
104 1141 atctacaccg ctgactattt ctacctgtcc atggggctgc tggccgcctc cctggctgcc
105 1201 tgcacctaca cccgccagtg gcccgccgta aaggtgcgtg cgtaaagggt ttgggagtcg
106 1261 taggaggaag gcagggtaga tggcgggaag gggcggacag agaggaagga ttggggcgta
107 1321 ggttgtggtg acggagaagg cccggttgga gcctgcacgg gggttaggta aaggtgaaag
108 1381 gcaggcaaat accgcccact cgtcgtgttc ctgacaggtg gctcagcgct ggcgcttcct
109 1441 gacgcagccg aagtcgctgc ttaagcaggg gcgcacggag gtgttgccca acgcgcgtgt
110 1501 gtccgacctg ggcgctatcc tgctgcagcg gggctaccag gtgagggaga gctgtgcgtg
111 1561 tcagcgtacg gctgctgcat tacttcttag gtttcactcc gtcgctgctg acccttcacc
112 1621 tctgctttcc tttgttcttg tggctcaagt gtttgtgaag gacggctcct tatacggctt
113 1681 caagggcctg gccggcaaac tggggcccat cggcgtgcac gcggcgctgc tgctgtgcct
114 1741 gttcggtacg gcgtggagcg ggttcggcac cctcaagggc aacgtcatgt gcccggaggt
115 1801 gagggagcag aggacgcaca tggttgtctg gtggcggcac ggagacacgg tagtgacaag
116 1861 ccggctcagg gcagtttggg aaggtggtga tgcaagttgc tggccaggga agtacgctca
117 1921 cccatgttct ccgagtgctt gctatgttcc aacacgatcc cagaaatcgc acgaggacca
118 1981 atcaacgttg cgcctgcagg gtcaagactt ccaggtggct tccttcctgc agccgtcctc
119 2041 gccaattgcc agcatgcccg cctccgcctc caacgtcatc cacgtcaaca agttcaccat
120 2101 tgactaccgc ccagatggct cagtggcgca ggtgcgtgcg ctacaggttg gccggaacca
121 2161 tgccacactt tgcaccctca ccattcctgc gatagtgttg gttctcatca gtactgacgt
122 2221 attcatctcc ctccatctgc cctatcccgc agttctactc ggacttgtcg ctgcttgatc
123 2281 ccgcccaggg cggcaaggaa atgatgcgca agaccatcag cgtgaacgac cccttccgct
124 2341 tcaacgtgag aatacaacgc atgacggtac ctgct