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comparison test-data/related.1-2000.gbk @ 1:1909729a1fd3 draft

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planemo upload commit 94b0cd1fff0826c6db3e7dc0c91c0c5a8be8bb0c
author cpt
date Mon, 05 Jun 2023 02:42:47 +0000
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0:cae700761678 1:1909729a1fd3
1 LOCUS CbK 2000 bp DNA linear UNK 09-APR-2012
2 DEFINITION Bacteriophage phiCbK.
3 ACCESSION CbK
4 VERSION CbK
5 KEYWORDS .
6 SOURCE .
7 ORGANISM .
8 .
9 FEATURES Location/Qualifiers
10 source 1..2000
11 /note="Source genome originally 215710 bp"
12 /note="Cut from 1 to 2000"
13 CDS 1002..1193
14 /codon_start=1
15 /product="hypothetical conserved protein"
16 /gene="CbK_gp001"
17 /translation="MAEFLALIPNLAPFLAWGILLWIAAEVVWSVCLWVYGLRTLFKLH
18 RDDLAEAISFERALSPFD"
19 /transl_table=11
20 CDS 1277..1540
21 /codon_start=1
22 /product="hypothetical conserved protein"
23 /gene="CbK_gp002"
24 /translation="MTIRHYLHDLAVRFVVLGWIFAKKPRKTAPKGQNFQPHPPALVDW
25 DHRWLYLAAGTGLTAVWLCFRFVGPSQDPSTAPPPSHRPWAS"
26 /transl_table=11
27 CDS 1586..1690
28 /codon_start=1
29 /product="hypothetical conserved protein"
30 /gene="CbK_gp003"
31 /translation="MFAFLRRLSLAAVHGVLWAILLAMLALGGPRRAP"
32 /transl_table=11
33 terminator 1745..1774
34 /note="Predicted Rho-independent terminator"
35 ORIGIN
36 1 gggctctggg cgaagttttg tgggactact atgacttgca ttatttcaag cgcaagcggt
37 61 ccgagtggaa gtaccaaaga tttgctttgg tttatcaaca acttgccgac gcggcctcgg
38 121 acacctccat cgcgtccaag tttcagacct acgatcacct gccccacctg gagccgaagg
39 181 tgctcaaggc ccggcttgac gcgggtcacg ccgacgagcg cgggcggccg attccggacc
40 241 gcaaggagca cttccggcgg gtggtggtca gcgtcgactc ggccaacaag cccggcgccc
41 301 gcaacgacta cagcgtcgcc caggtctggg gggagaccca cgcccgcaag cactacctga
42 361 tctaccagga gcgcaagaag gtcgacatca ccggcctgac cgagatgatc gagcgggtgg
43 421 ccaagcgcta cgaggtcgac gccatcctgg tcgaagacaa gggcaacggc accgcctaca
44 481 tccaggcgcg gggccagacc gacagccagc ggcggctcgc cccggccccg atcgaggcga
45 541 tccaggtccc gagcacctat tccaaggagt tccgcttcaa cgagatcgtc ccgatgatcg
46 601 aggccggcga ggtcttcctg ccgggcaagg ccccgtggct cgacctgctg atccgcgaaa
47 661 tcggtcagtt ccccgaaggc gcccatgacg accaagtcga cgccatgacg cagtacctcc
48 721 gctgggccaa gtccaagcgc acgcggttcg gcgcgcgcaa ggtcggctcg atgggctgac
49 781 gaggcccgtt aaccacgttt gttaacctcc gccggggcct taaccctaac acggcgaggg
50 841 ttaacaggtc cagggaccct tcgaaattaa cctttcgggg accctgggaa atcgtaaggc
51 901 ggggaccctg gccattttcc ggctggggac cctggcaaat tcatcgccgg ggaccctccg
52 961 aaattcatcc tcggggaccc tggcaaatca aggagccggc gatggccgaa tttctcgccc
53 1021 tgatccccaa cctcgcgccg ttcctggcct ggggaatcct cctctggatc gccgccgagg
54 1081 tggtctggag cgtctgcctc tgggtctatg gcctgcggac cctgttcaag ctgcaccgcg
55 1141 acgatctggc cgaggcgatc agcttcgagc gggcgctcag ccccttcgac taggcgcggc
56 1201 ctgccgacct aagtcacaga ctgtaggttt cgtgacaagg taggatattt cacaacgatt
57 1261 tcaagggctt atacctatga cgatccgaca ctacctccac gatctggccg tccgtttcgt
58 1321 cgttttgggg tggatttttg ccaaaaagcc ccgaaaaacc gctccaaaag ggcaaaattt
59 1381 tcagccccat ccgccggccc tggtcgactg ggaccaccgc tggctctatc tggcggccgg
60 1441 tactgggctg acggcggtct ggctctgctt cagattcgtt ggtccaagtc aagacccctc
61 1501 gaccgccccg ccgccaagtc atagaccgtg ggcttcgtga ccagatcacg cttccgttac
62 1561 cgctccagcc cttgtgaggc ctcggatgtt cgcctttctc cgccggctca gcctcgccgc
63 1621 cgtccatggc gtgctctggg cgatcctcct ggcgatgctc gccctgggcg gcccgcgccg
64 1681 cgcgccctaa agcgtcatat ctgacgccta aagccctcta agggctcatc tgtgagacat
65 1741 tcaacgccct cgtgttcctc tgaacgcggg ggcgttttga cgtccgagcg ttttgacgcg
66 1801 ggcgcatttt cgacttgacg cgcgagcgtt ttgacgcggg cgcatttttg attcgacggg
67 1861 cgagcgtttt gacgtccgag cgtttttcaa cttgacgtcg tttcatttac cgcgagcgcc
68 1921 ttagggttaa cgccggccgc cgagccctgg ggcgatttac caccaccgcg ttaacctaac
69 1981 gcctgttaac ctatcggttg
70 //
71 LOCUS Colossus 2000 bp DNA linear UNK 27-APR-2012
72 DEFINITION Phage Colossus.
73 ACCESSION Colossus
74 VERSION Colossus
75 KEYWORDS .
76 SOURCE .
77 ORGANISM .
78 .
79 FEATURES Location/Qualifiers
80 source 1..2000
81 /note="Source genome originally 279967 bp"
82 /note="Cut from 1 to 2000"
83 ORIGIN
84 1 ggccccgacc ccgagcgctc atctacattt ggtgccaatt tcgacatcac cccatagatg
85 61 tggggcaaat ctcgggctct agacacctgg gattctgcgg ggcgcgttaa ccatgtttgt
86 121 ttacgttact gcgcgcccga ccggtaaccc taattcgtag tcttaaaatc cccgagttta
87 181 cctggagtat ggcccagcac tacccggtca gactgctccg gtatggctgc gagatcagcg
88 241 cgtcgacagc ctcctcgacc tgtctgcgcg ctgacagccg ccggcgcctg ccctcaaacc
89 301 tacggacctc cgtcaccaaa cctacggagt ccgccgatcg aggtccgcag gttggggacc
90 361 cttcaaaatt caccctgggg acccttcgaa attcatgggc cagggaccct ggaaatttta
91 421 ccgggggacc cttcgaaatt ctgcctccgg ggaccctggg aaattctgga gccagggacc
92 481 ctggaaaatt cacccagatt tccggcccga atcgcctccc atttaagccc aaccctcaga
93 541 tcggcagaaa tatcggcgat tttaccccat tttgggccta aaatccctta aaaatcagcc
94 601 ttttagctcc atttcaacat cggcagcgcc cgctccgcgc cctgcctgac tgtagtcatc
95 661 cttcaacgca aatgtgactc accgacctgt cgccacaatt cctcccatct tttcaacatg
96 721 ttacagagtc acatctcaaa tccggccacg cccagcccga tccggtcatc cggccagacc
97 781 ttaatccgga catatccgga cagagcccca tcccagaaac ctcaatgaaa tcaacacgac
98 841 caccttgcca aacgtgacta tccggacata tccggccacg caaacgtgac tctcaccata
99 901 ttgctgcacc gcaacataat cccagcccgt acaacccatt tcggttgtat ttcgacctca
100 961 caaccgattt tggttgtatc ggcccagaca catccctcct ctcctgtcaa tcccacctac
101 1021 ctgcgacctc ctcgcagtcc tgaattggca gaaacgagac tgtgtcgccg gcgccgcgcc
102 1081 cctgcgttat cgtgccacgc ttgccagccc gccaggatcg tgccctactg tctctcggga
103 1141 gccggtctcc ctggcctgca cgtcgtagac gctagtcggt accccctcac ccagcccgag
104 1201 ggcattccag acgctagtcc gccgctcgca ggcggcttcg atcgctctct cccaaggcga
105 1261 tcgaggtcag gccggctcct atcccacctc caggagccca aaacagggtc aggagcccgg
106 1321 attagcccga ttctgggcta aaaacgcctc aaatcggccg aaaaacacga caaaacgcca
107 1381 tttcattcgc aaaactcgac gcgattccat taatttgacg cgacgccatt ccatttcgcc
108 1441 gactcgacat gacgcgattc cattccggcg actcgacatg acgccatttc attttcttga
109 1501 cgcgacgcca ttccatcccg ccggctccag accaccgccc aggtcgatta gggtaaacgt
110 1561 caggcccgtt aaccacgttc gttagggtta ccggtccagg taaggttacg aattagggta
111 1621 aacagggcgt tagggttaat gccccgttag ggttaacacc gcgatgcaca ctaacactac
112 1681 tactgttagg gttaacgcca ctgttagggt tacgaattag ggttaacgcg cccggccggt
113 1741 attactcggc actacccggt aatacctaat ggccattagg gttaacgccc tgcgagcgcg
114 1801 cagccccgcc gttgcgcccc tacggttcga agagcccggc ccctgccggg tcccgcccgg
115 1861 ctacatctac accttagcct ctatttctta acaaaccgta aacgccgggc agtttcccgc
116 1921 ccggcgccgg cttagtcgtc agattgcgcg gctaggccat aatcgcagtc atcccacaac
117 1981 caagagagga tgtaatccgg
118 //
119 LOCUS Karma 2000 bp DNA UNK 01-JAN-1980
120 DEFINITION Phage Karma.
121 ACCESSION Karma
122 VERSION Karma
123 KEYWORDS .
124 SOURCE .
125 ORGANISM .
126 .
127 FEATURES Location/Qualifiers
128 source 1..2000
129 /note="Source genome originally 221828 bp"
130 /note="Cut from 1 to 2000"
131 CDS 1002..1193
132 /product="hypothetical conserved protein"
133 /locus_tag="Karma_gp001"
134 /codon_start=1
135 /translation="MAEFLALIPNLAPFLVWGILLWIAAEVVWSVCLWVYGLRTLFKLH
136 RDDLAEAISFERALSPFD"
137 /transl_table=11
138 CDS 1277..1525
139 /product="hypothetical conserved protein"
140 /locus_tag="Karma_gp002"
141 /codon_start=1
142 /translation="MSIRTFFHDLAVRFVVLGWIFARKPLKWAPKGHNFQPKPPVQVGA
143 LAAGSLLALSLALGGLWFRFTFPDKSQVVSRRPQAMS"
144 /transl_table=11
145 CDS 1587..1691
146 /product="hypothetical conserved protein"
147 /locus_tag="Karma_gp003"
148 /codon_start=1
149 /translation="MFAFLRRLSLAAVHGVLWAILLAMLALGGPRRPL"
150 /transl_table=11
151 terminator 1746..1775
152 /note="predicted rho-independent terminator"
153 ORIGIN
154 1 gggctctggg cgaagttttg tgggactact atgacttgca ttatttcaag cgcaagcggt
155 61 ccgagtggaa gtaccaaaga tttgctttgg tttatcaaca acttgccgac gcggcctcgg
156 121 acacctccat cgcgtccaag tttcagacct acgatcacct gccccacctg gagccgaagg
157 181 tgctcaaggc ccggcttgac gcgggtcacg ccgacgagcg cgggcggccg attccggacc
158 241 gcaaggagca cttccggcgg gtggtggtca gcgtcgactc ggccaacaag cccggcgccc
159 301 gcaacgacta cagcgtcgcc caggtctggg gggagaccca cgcccgcaag cactacctga
160 361 tctaccagga gcgcaagaag gtcgacatca ccggcctgac cgagatgatc gagcgggtgg
161 421 ccaagcgcta cgaggtcgac gccatcctgg tcgaagacaa gggcaacggc accgcctaca
162 481 tccaggcgcg gggccagacc gacagccagc ggcggctcgc cccggccccg atcgaggcga
163 541 tccaggtccc gagcacctat tccaaggagt tccgcttcaa cgagatcgtc ccgatgatcg
164 601 aggccggcga ggtcttcctg ccgggcaagg ccccgtggct cgacctgctg atccgcgaaa
165 661 tcggtcagtt ccccgaaggc gcccatgacg accaagtcga cgccatgacg cagtacctcc
166 721 gctgggccaa gtccaagcgc acgcggttcg gcgcgcgcaa ggtcggctcg atgggctgac
167 781 gaggcccgtt aaccacgttt gttaacctcc gccggggcct taaccctaac acggcgaggg
168 841 ttaacaggtc cagggaccct tcgaaattaa cctttcgggg accctgggaa atcgtaaggc
169 901 agggaccctg gccattttcc ggctggggac cctggcaaat tcaccgccgg ggaccctccg
170 961 aaattcatcc tcggggaccc tggcaaatca aggagccggc gatggccgaa tttctcgccc
171 1021 tgatccccaa cctcgcgccg ttcctggtct ggggaatcct cctctggatc gccgccgagg
172 1081 tggtctggag cgtctgcctc tgggtctatg gcctgcggac cctgttcaag ttgcaccgcg
173 1141 atgatctggc cgaggcgatc agcttcgagc gggccttgag ccccttcgac taggcgcggc
174 1201 ctgccgacct aagtcacgga ctgtaggttt cgtgacaagg tgagatattc cacaacgatt
175 1261 tcaaaggctt actgcgatgt cgatccgcac gttcttccac gatctggccg tccgtttcgt
176 1321 cgttttgggg tggatttttg cccgaaaacc gctgaaatgg gctccaaaag ggcataattt
177 1381 tcagcctaaa ccgccggtcc aggtcggcgc cctggcggcc ggctcgctcc tcgccctcag
178 1441 tctggcgctc ggcgggctct ggttccgctt cacgtttccg gacaaaagtc aagtggtctc
179 1501 gcgccggccg caggctatgt catagaccgt gggcttcgtg accagatcac gcttccgtta
180 1561 ccgctccagc ccttgtgagg cctcggatgt tcgcctttct ccgccggctc agcctcgccg
181 1621 ccgtccatgg cgtgctctgg gcgatcctcc tggcgatgct cgccctgggc gggccgcgcc
182 1681 gcccgctcta aagcgtcata tctgacgcct aaggccccct aaggcctcat ctgtgagaca
183 1741 ttcaacgccc tcgtgttcct ctgaacgcgg gggcgttttg acgtcggcgc atttttgact
184 1801 tgacgcgcga gcgttttgac gcgggcgcat ttttgattcg acgggcgagc gttttgacgt
185 1861 ccgagcattt ttcaacttga cgtcgttcca tttaccggga gcgccttagg gttaacgccg
186 1921 gccgccgagc cctggggcga tttaccaccg ccacgttaac ctaacgcctg ttaacctatc
187 1981 ggttgttaag gttaacgccc
188 //
189 LOCUS Magneto 2000 bp DNA UNK 01-JAN-1980
190 DEFINITION Bacteriophage Magneto.
191 ACCESSION Magneto
192 VERSION Magneto
193 KEYWORDS .
194 SOURCE .
195 ORGANISM .
196 .
197 FEATURES Location/Qualifiers
198 source 1..2000
199 /note="Source genome originally 218929 bp"
200 /note="Cut from 1 to 2000"
201 CDS 1014..1217
202 /product="hypothetical conserved protein"
203 /locus_tag="Magneto_gp001"
204 /codon_start=1
205 /translation="MEPTMAGFLNLIPNLAPFALWGILLWIAAEVVWSVCLWVYGLRTL
206 FKLHRDDVAEALTLERALAPFD"
207 /transl_table=11
208 CDS 1287..1535
209 /product="hypothetical conserved protein"
210 /locus_tag="Magneto_gp002"
211 /codon_start=1
212 /translation="MSIRTFFHDLAVRFVVLGWIFARKPLKWAPKGHNFQPKPPVQVGA
213 LAAGSLLALSLALGGLWFRFTFPDKSQVVSRRPQAMS"
214 /transl_table=11
215 CDS 1597..1701
216 /product="hypothetical conserved protein"
217 /locus_tag="Magneto_gp003"
218 /codon_start=1
219 /translation="MFAFLRRLSLAAVHGVLWAILLAMYAVGGPRRAP"
220 /transl_table=11
221 ORIGIN
222 1 gcgccctggg cgaagttttg tgggactact atgacttgca ttatttcaag cgcaagcggt
223 61 ccgagtggaa gtaccaaaga tttgctttgg tttatcaaca acttgccgac gcggcctcgg
224 121 acacctccat cgcgtccaag tttcagacct atgatcacct gccgcacctg gagccgaagg
225 181 tgctcaaggc ccggcttgac gcgggtcacg ccgacgagcg cgggcggccg attccggacc
226 241 gcaaggagca cttccggcgg gtggtggtca gcgtcgactc ggccaacaag cccggcgccc
227 301 gcaacgacta cagcgtcgcc caggtctggg gggagaccca cgcccgcaag cactacctga
228 361 tctaccagga gcgcaagaag gtcgacatca ccggcctgac cgagatgatc gagcgggtgg
229 421 ccaagcgcta cgaggtcgac gccatcctgg tcgaagacaa gggcaacggc accgcctaca
230 481 tccaggcgcg gggccagacc gacagccagc ggcggctcgc cccggccccg atcgaggcga
231 541 tccaggtccc gagcacctat tccaaggagt tccgcttcaa cgagatcgtc ccgatgatcg
232 601 aggccggcga ggtcttcctg ccgggcaagg ccccgtggct cgacctgctg atccgcgaaa
233 661 tcggtcagtt ccccgaaggc gcccatgacg accaagtcga cgccatgacg cagtacctcc
234 721 gctgggccaa gtccaagcgc acgcggtttg gcgcgcgcaa ggtcggctcg atgggctgac
235 781 gaggcccgtt aaccacgttt gttaacctcc gccggggcct taaccctaac acggcgaggg
236 841 ttaacaggcc agggaccctt cgaaattaac ctttcgggga ccctgggaaa tcgtaaggcg
237 901 gggaccctgg ccattttccg cctggggacc ctccaaaatt caccgtcggg gaccctggga
238 961 aattcatctt ccggggaccc tggcaaattc aaagccgggg accctggcga atcatggagc
239 1021 cgacgatggc cggatttctc aacctgatcc cgaacctcgc gccgttcgcg ctttggggaa
240 1081 tcctcctctg gatcgccgcc gaggtggtct ggagcgtctg cctctgggtc tatggcctgc
241 1141 gaaccctgtt caagctgcac cgtgacgatg tggccgaggc cctgaccctg gagcgggctc
242 1201 tggcgccgtt cgactgaccc aagtcacgga ctgtaggttt cgtgacaagg tgagatattc
243 1261 cacaacgatt tcaaaggctt actgcgatgt cgatccgcac gttcttccac gatctggccg
244 1321 tccgtttcgt cgttttgggg tggatttttg cccgaaaacc gctgaaatgg gctccaaaag
245 1381 ggcataattt tcagcccaaa ccgccggtcc aggtcggcgc cctggcggcc ggctcgctcc
246 1441 tcgccctcag tctggcgctc ggcgggctct ggttccgctt cacgtttccg gacaaaagtc
247 1501 aagtggtctc gcgccggccg caggctatgt catagaccgt gggcttcgtg accagatcac
248 1561 gcttccgtta ccgctccagc ccttgtgagg cctcggatgt tcgcctttct ccgccggctc
249 1621 agcctcgccg ccgtccatgg cgtgctctgg gcgatcctcc tggcgatgta cgccgtgggc
250 1681 gggccgcgcc gcgcgcccta aagcgccata tctgacgcct aaggccccct aaggcctcat
251 1741 ctgtgagaca ttcaacgccc tcgtgttcct ctgaacgcgg gggcgttttg acgtcggcgc
252 1801 atttttgact tgacgcgcga gcgttttgac gcgggcgcat tttcgattcg acgcgcgagc
253 1861 gttttgacgt ccgagcattt ttcaacttga cgtcgttcca tttaccggga gcgccttagg
254 1921 gttaacgccg gccgccgagc cctggggcga tttaccaccg ccacgttaac ctaacgcctg
255 1981 ttaacctatc ggttgttaag
256 //
257 LOCUS Rogue 2000 bp DNA UNK 01-JAN-1980
258 DEFINITION Phage Rogue.
259 ACCESSION Rogue
260 VERSION Rogue
261 KEYWORDS .
262 SOURCE .
263 ORGANISM .
264 .
265 FEATURES Location/Qualifiers
266 source 1..2000
267 /note="Source genome originally 223720 bp"
268 /note="Cut from 1 to 2000"
269 CDS 992..1225
270 /product="hypothetical conserved protein"
271 /locus_tag="Rogue_gp001"
272 /codon_start=1
273 /translation="MAELMSLLFNIAPFLLLAIVVYHVLEAVWAISLWVYGLRTLWKLH
274 RDDVSEALTLERALSPFSSPGRDRNGNPVPPA"
275 /transl_table=11
276 CDS 1298..1546
277 /product="hypothetical conserved protein"
278 /locus_tag="Rogue_gp002"
279 /codon_start=1
280 /translation="MSIRTFFHDLAVRFVVLGWIFAQKPQKWAPKGHNFQPIPPAQVER
281 QDLRGRVLLLRSFGVLAAACTTMGLCQYLLWRRAPMS"
282 /transl_table=11
283 CDS 1594..1692
284 /product="hypothetical conserved protein"
285 /locus_tag="Rogue_gp003"
286 /codon_start=1
287 /translation="MPHLGFWLSAACIALAWAIWALRRLIAPPPPA"
288 /transl_table=11
289 ORIGIN
290 1 gcgctctggg cgaagttttg tgggactact atgacttgca ttacttcaaa cggaagcgct
291 61 ccgagtggaa gtaccaaaga tttgctttgg tttatcaaca acttgcggac gccgcctcgg
292 121 acacgtcgat cgcgtccaag ttccagacct accagcacct gccgcacctg gacccgaagg
293 181 tcctcaaggc gcgcatggac gcggggcatg ttgacgatcg cggccggccg atcccggacc
294 241 gcaaggagca cttccgccgc atcgtgacct cggtcgacgc ggcccagaaa aagggcgcgc
295 301 gcaacgacta cacggtcgtc caggtgtggg gcgagaccca cgatcgcaag cactacctga
296 361 tctaccagga gcgcaagaag gtcgagatca acgacctgat cgagatggtc gagcgcatct
297 421 ccaagcgctt cgacgtcgac tctatcctgg tcgaggacaa gggcaacggc accgcctaca
298 481 tccaggcgcg gggccagacc gacagccagc gccggctcgc gccggccccg atcgaggcga
299 541 tccaggtccc cagcacctac tccaaggagt tccgcttcaa cgaggtcatc ccgatgatcg
300 601 aggcgcaaga ggtctacctg cccgacaagg cgccgtggct ggacctgttc atccgcgaag
301 661 tcgggcagtt ccccgaaggc gcccacgatg accaagtcga cgccatgacg cagtacctcc
302 721 gctgggccaa gtccaagcgc tcgcggttcg gcgcgcgcaa ggtcggctcg atgggctgat
303 781 taaccatctt cgttcaccct gtccgggcct gttaacctta acacaccgat ggttaacagg
304 841 ccagggaccc atcgaaatta acccttgggg acccagggga atcgtcagcc ggggaccctg
305 901 ggaaattaac ccttggggac ccaccaaaat caaccttcgg ggaccctagc gaatcgtggc
306 961 tcggggaccc tggcaaatca aggagccggc gatggccgaa ctcatgagcc tgctgttcaa
307 1021 catcgccccg ttcctgctgc tggcgatcgt cgtctaccac gtcctggagg ccgtctgggc
308 1081 gatcagcctg tgggtctacg gcctgcgcac cctgtggaag ctccaccgcg acgacgtcag
309 1141 cgaggccctg accctggagc gggccttgag ccccttctcc agccctggcc gcgaccgcaa
310 1201 cggcaatccc gtcccgccgg cctgacgacc tatgtcacgg actgtaggtt tcatgacaag
311 1261 gtggattatt ccacaacgaa atcaaaggct tatcgccatg tcgatccgca ccttcttcca
312 1321 cgacctcgcc gtccgtttcg tcgttttggg gtggattttt gcccaaaaac cccagaaatg
313 1381 ggctccaaaa gggcataatt ttcagcccat cccgccggcc caggtcgagc ggcaggacct
314 1441 ccgggggcgc gtgcttctcc tgaggagctt cggcgtcctc gccgccgcat gcacaaccat
315 1501 gggcctgtgt caatacctgc tctggcgccg cgcgcccatg tcatagacca tcgctttcgt
316 1561 gacagcttca cgatcccgtt accggacaac cccatgcccc acctcggttt ctggctctcc
317 1621 gccgcctgca tcgccctggc ctgggcgatc tgggcgctac ggcggctgat cgccccacca
318 1681 ccgcccgcct gaccccggcc gcgcgcgccc gcgccgccgg tatcgcccgg ccaaagcgtc
319 1741 atatatgagc ccttaacccc tctaaggtcg catatatgag accttacggc cctcttgacg
320 1801 ccctcgtgtt cctctgaacg cgggggcgtt ttgacgtcgg cgcatttcca actcaacgcg
321 1861 cggccgtttt gacgtccgag cgttttgacg cgagcgcatt ttcgattcga cgggcgagcg
322 1921 ttttgacgtc cgaccgtttt tcaacttgac gtcgtttcat ttaccaagag cgccttaagg
323 1981 ttaaccgccg agcctgggaa
324 //
325 LOCUS Swift 2000 bp DNA UNK 01-JAN-1980
326 DEFINITION Phage Swift.
327 ACCESSION Swift
328 VERSION Swift
329 KEYWORDS .
330 SOURCE .
331 ORGANISM .
332 .
333 FEATURES Location/Qualifiers
334 source 1..2000
335 /note="Source genome originally 219216 bp"
336 /note="Cut from 1 to 2000"
337 CDS 1026..1217
338 /product="hypothetical conserved protein"
339 /locus_tag="Swift_gp001"
340 /codon_start=1
341 /translation="MAGFLNLIPNLAPFALWGVLLWIAAEVVWSVCLWVYGLRTLFKLH
342 RDDLAEAISFERALSPFD"
343 /transl_table=11
344 CDS 1301..1549
345 /product="hypothetical conserved protein"
346 /locus_tag="Swift_gp002"
347 /codon_start=1
348 /translation="MSIRAFLHDLAVRFVVLGWIFAQKPQKWAPKGHNFQPIPPAQVER
349 QDLRGRVLLLRSFGVLAAACTTMGLCQYLLWRRAAMS"
350 /transl_table=11
351 CDS 1597..1695
352 /product="hypothetical conserved protein"
353 /locus_tag="Swift_gp003"
354 /codon_start=1
355 /translation="MPHLGFWLSAACIALAWAIWALRRLIGPPPPT"
356 /transl_table=11
357 ORIGIN
358 1 gggctctggg cgaagttttg tgggactact atgacttgca ttatttcaag cgcaagcggt
359 61 ccgagtggaa gtaccaaaga tttgctttgg tttatcaaca acttgccgac gcggcctcgg
360 121 acacctccat cgcgtccaag tttcagacct acgatcacct gccccacctg gagccgaagg
361 181 tgctcaaggc ccggcttgac gcgggtcacg ccgacgagcg cgggcggccg attccggacc
362 241 gcaaggagca cttccggcgg gtggtggtca gcgtcgactc ggccaacaag cccggcgccc
363 301 gcaacgacta cagcgtcgcc caggtctggg gggagaccca cgcccgcaag cactacctga
364 361 tctaccagga gcgcaagaag gtcgacatca ccggcctgac cgagatgatc gagcgggtgg
365 421 ccaagcgcta cgaggtcgac gccatcctgg tcgaagacaa gggcaacggc accgcctaca
366 481 tccaggctcg gggccagacc gacagccagc ggcggctcgc cccggccccg atcgaggcga
367 541 tccaggtccc gagcacctat tccaaggagt tccgcttcaa cgagatcgtc ccgatgatcg
368 601 aggccggcga ggtcttcctg ccgggcaagg ccccgtggct cgacctgctg atccgcgaaa
369 661 tcggtcagtt ccccgaaggc gcccatgacg accaagtcga cgccatgacg cagtacctcc
370 721 gctgggccaa gtccaagcgc acgcggttcg gcgcgcgcaa ggtcggctcg atgggctgac
371 781 gaggcccgtt aaccacgttt gttaacctcc gccggggcct taaccctaac acggcgaggg
372 841 ttaacaggtc cagggaccct tcgaaattaa cctttcgggg accctgggaa atcgacagac
373 901 ggggaccctg gccattttcc ggctggggac cctgccaaat tcatcgccgg ggaccctccg
374 961 aaattcatct ctggggaccc tggcgaattc agagccgggg accctggcga atcatggagc
375 1021 cgacgatggc cggatttctc aacctgatcc cgaacctcgc gccgttcgcg ctttggggcg
376 1081 tcctcctctg gatcgccgcc gaggtggtct ggagcgtctg cctctgggtc tacggcctgc
377 1141 ggaccctgtt caagctgcac cgcgacgatc tggccgaggc gatcagcttc gagcgggcct
378 1201 tgagcccctt cgactaggcg cggcctgccg acctaagtca cggactgtag gtttcatgac
379 1261 aaggtggatt attccacaac gaaatcaaag gcttatcgcc atgtcgatcc gcgcgttcct
380 1321 ccacgatctg gctgtccgct tcgtcgtttt ggggtggatt tttgctcaaa aaccccagaa
381 1381 atgggctcca aaagggcata attttcagcc catcccgccg gcccaggtcg agcggcagga
382 1441 cctccggggg cgcgtgctac tcctgaggag cttcggcgtc ctcgccgccg catgcacaac
383 1501 catgggcctg tgtcaatacc tgctctggcg ccgcgcggcc atgtcataga ctagggcttt
384 1561 cgtgacagct tcacgatccc gttaccggac aaccccatgc ctcacctggg tttctggctc
385 1621 tccgccgcct gcatcgctct ggcctgggcg atctgggcgc tgcggcggct gatcggccca
386 1681 ccaccgccca cctgataccg gcggcgcgag cccgcgccgc cggtatcgcc cggccaaagc
387 1741 atcatatatg agcccttaac ccctctaagg tctcatatat gcgaccttac ggccctcttg
388 1801 acgccctcgt gttcctctga acgcgggggc gttttgacgt cggcgcattt ccaactcaac
389 1861 gcgcggccgt tttgacgtcc gagcgttttg acgcgagcgc attttcgatt cgacgggcga
390 1921 gcgttttgac gtccgaacgt ttttcaactt gacgtcgttt catttaccac gagcgcctta
391 1981 aggttaaccg ccgagcctgg
392 //