Nucleotide-amino acid translation matrix by A.S. French

SCH_0175_Translation
1	ATGGCAAATATTTATGAAGCTCTTCAAAACATGAATTTTGATGGCCAAGCTGTACAGTTT	60
1	M A N I Y E A L Q N M N F D G Q A V Q F	20
61	CTCCTCGAGTCTCAAGGTTTATCAAGCGATTTCACATCCGACGCTATTGGAACACAGAAA	120
21	L L E S Q G L S S D F T S D A I G T Q K	40
121	GTTACAAATACGAGTCCAGTTGATGAGGATGATATTTTCCAGTGTGGGAAATGCAAGAAG	180
41	V T N T S P V D E D D I F Q C G K C K K	60
181	CATTTCACCTCTTTCCAGTTGTTTGTACTTCACAAAAAGGAACATAAGCAAGGTCACACA	240
61	H F T S F Q L F V L H K K E H K Q G H T	80
241	TCAAAGCTGCATAATTCCAGTGTTCTTTCACTACCTGATGAAAGCAAAAGTTCCACTTCT	300
81	S K L H N S S V L S L P D E S K S S T S	100
301	GAAACCCTCTACTGTCAGCTGAGAGTTGATTCTCTGGGTACAGCGTCTCCTGAAATAGGG	360
101	E T L Y C Q L R V D S L G T A S P E I G	120
361	AATCCAATTGTTTTCAGCGAAAATGACATTTTGTCATTTGCTGTTGATCAGGCATCTCTC	420
121	N P I V F S E N D I L S F A V D Q A S L	140
421	AACATGTCGGCAACTACAAAGGAGACAACTCCATACTCACGTGTCATACAGATGGGAGAA	480
141	N M S A T T K E T T P Y S R V I Q M G E	160
481	TTATCCAATGCTGTATCTGCAAGAAATGAAACTGTAGCGAATGGCAACCTATCTGAAGAA	540
161	L S N A V S A R N E T V A N G N L S E E	180
541	AATGATACAAATGGAAAGAGTTACAGTATAGCAATTTTAGCCAACCAGCCAACAGATTTT	600
181	N D T N G K S Y S I A I L A N Q P T D F	200
601	TCCTCTTCACAGTTCTTAGGAAGCTCAGTCAGCACTAGACTTCCCAGTATTCACTGCCTC	660
201	S S S Q F L G S S V S T R L P S I H C L	220
661	ACAAAATGTACAAAGATGTTGAAAATGGAAGAAACCGTAGATGGGAATAATGTGAAAGAT	720
221	T K C T K M L K M E E T V D G N N V K D	240
721	GTGCATTTTGCAGCACCGGTCAATGAAGGGGCAAGTGACCATTGTGAAATTCTTCTGCCA	780
241	V H F A A P V N E G A S D H C E I L L P	260
781	AATATGGACTGCAGTGCCACTCCTTCTGACAATAGGGCTGATGAACTAATACATTGTGAA	840
261	N M D C S A T P S D N R A D E L I H C E	280
841	GAAGTTCCTGTTGGCAGCACTGAAACAGTTTTGCTGAGCTACTCCAGTGACCAGACAGTG	900
281	E V P V G S T E T V L L S Y S S D Q T V	300
901	AAATCCTGCACAAATATGCTTTCCAGTGTGGAATTCGCAGCAATTCAGGATCCTGAAGTG	960
301	K S C T N M L S S V E F A A I Q D P E V	320
961	CAATATACTGGCTGTGAAGTGGCTTTGGAAAATAGTACTGTTTGTCAAAATATTGTTATT	1020
321	Q Y T G C E V A L E N S T V C Q N I V I	340
1021	GACTACACCAGTGATAGTATACAGTCAAATACTCAGGATAATGTGAATGAAAGAGAAGAT	1080
341	D Y T S D S I Q S N T Q D N V N E R E D	360
1081	TCAAGAAAGACACAACCTGAAAATGTTGCAGTAAACAAGACGACACATTTTAGTTCTTTA	1140
361	S R K T Q P E N V A V N K T T H F S S L	380
1141	TTGAATCCTAGACTACCATCCAAAAATTGTGGAGCTGAAGGAACAAGCCAGGATCTCCAC	1200
381	L N P R L P S K N C G A E G T S Q D L H	400
1201	GCGAAGATGCAACCCCAGCAAAACTCAAAATCTATGTTGAAATGCAATTTCTGCACGAAG	1260
401	A K M Q P Q Q N S K S M L K C N F C T K	420
1261	TTGTTTACCAAGAACTTTGACTTGCAGCAGCACATCAGAAGCCACACTGGTGAGAAACCA	1320
421	L F T K N F D L Q Q H I R S H T G E K P	440
1321	TTTCAGTGTGTTGTCTGTGGAAGAGCATTTGCTCAAAAATCAAATGCGAAGAAGCACATG	1380
441	F Q C V V C G R A F A Q K S N A K K H M	460
1381	CAAGCGCATAAGGTGTGGCCAAAGGACCAGACAACTTTACCAAGGAAGGCTAATCAATTA	1440
461	Q A H K V W P K D Q T T L P R K A N Q L	480
1441	GATGGCAAAGAAAATAATGCTGATACTTCACAGAGTGTTAAGGCTGATGATGCAGCGTCT	1500
481	D G K E N N A D T S Q S V K A D D A A S	500
1501	GAGAAGACTGTCGATTATCCAACTCTGCAGCGATCGTATGCGTGTCAGTTTTGTGATTCA	1560
501	E K T V D Y P T L Q R S Y A C Q F C D S	520
1561	ACATTTTCTTTGTATATTGAGCTGAAGAGTCACATGAAAAAGCATTCAGATCAAAAGGTT	1620
521	T F S L Y I E L K S H M K K H S D Q K V	540
1621	TACAAGTGCATCCAGAAAGATTGTCTTCAGACATTTTCGGACCTTGAATCTTTTTTGACA	1680
541	Y K C I Q K D C L Q T F S D L E S F L T	560
1681	CATACGAACAATGCACATGTTACTGGACTACAGTATCGCTGCCATGTATGTAATAAGAAG	1740
561	H T N N A H V T G L Q Y R C H V C N K K	580
1741	TTTGACAACTTGGAGTCATTAGGACTACACCAGTATTCCCATGGAACTCATGCAAAAAGT	1800
581	F D N L E S L G L H Q Y S H G T H A K S	600
1801	AGCAACAAATCTCTAACAAGAGGGCTGGTCTGTTACAAGTGTAAAAGGAAATTCAAAACA	1860
601	S N K S L T R G L V C Y K C K R K F K T	620
1861	CATGCAGCACTGGAACATCATTTGGACACTTCATCCCACCATTTTCCATGCCCCTGCTGT	1920
621	H A A L E H H L D T S S H H F P C P C C	640
1921	GGAAAGGTGTTTACTTGGGAAAGGTACTTGCGAAGGCATCTGACTACACATGGCCCAGAA	1980
641	G K V F T W E R Y L R R H L T T H G P E	660
1981	GAGTCTTACCCGTGCCCAAAATGTGGCAAATGCTTTAGAACGGGGCCATATCTCAAAGCT	2040
661	E S Y P C P K C G K C F R T G P Y L K A	680
2041	CACATGCTTATTCATAGTGAAACGAGGCCCTTTGTATGCCAGCACTGTGGTGCAACATTT	2100
681	H M L I H S E T R P F V C Q H C G A T F	700
2101	AGTCGCAGAGATAAACTGACAAGACATTCACTAATTCATCAAGCTGTCAAGAAATACAAA	2160
701	S R R D K L T R H S L I H Q A V K K Y K	720
2161	TGTCCATTCCATAACTACTTGGGATGTTCCAGAGAGTTCAGCAGACAAGATAAATTGAAG	2220
721	C P F H N Y L G C S R E F S R Q D K L K	740
2221	CGGCATATATTGACACACACTGCTGCAAAACCGATCCGTTGTAAAAATTGTAGCAAAACC	2280
741	R H I L T H T A A K P I R C K N C S K T	760
2281	TTCTTGAGACCATCTCAGCTTAAAGAACATGAAAAACTACATTGTCATAAAGACCGAAAA	2340
761	F L R P S Q L K E H E K L H C H K D R K	780
2341	CAGAAGTGTGTTGATTGTGGAATTGTTGTCAGGAGCAAGATACTGCAGCCTTCACAAGCA	2400
781	Q K C V D C G I V V R S K I L Q P S Q A	800
2401	TGCAGCAGTGGGTACCATGAAGATTCAGCAAAAAGTTCTGCAATTAATACAACTGACAAC	2460
801	C S S G Y H E D S A K S S A I N T T D N	820
2461	AGTAGTCAAAATAATGAAGATGAAATTAAAAAACAGAAAGTGTCCCTGTCACAACCAAAA	2520
821	S S Q N N E D E I K K Q K V S L S Q P K	840
2521	GGAGCAAGGAAAAATTCTAAAACGAGGGCTTCATTTGAAGTGCCAAACATTCATCATCAG	2580
841	G A R K N S K T R A S F E V P N I H H Q	860
2581	TGTAATAGCATTTCAAGGAATGTCAATAATATGTGTAGAGACAGTGTGTCCACAATTGAA	2640
861	C N S I S R N V N N M C R D S V S T I E	880
2641	ATTATTGTAGTTCCTGTCTCTGTAAGTGGAGCTGACACTGTTGGAAACACGTCTGAGGAG	2700
881	I I V V P V S V S G A D T V G N T S E E	900
2701	AAACATGTGTGTATAATATATCCATCAGAAGAAACGAACTCTGTTCCTTCAGAGTCAAAC	2760
901	K H V C I I Y P S E E T N S V P S E S N	920
2761	AATGTAGATAACTTAAGAAATTCTGAGTGTGAAAATATATGTCCTACAAGAAGAAAAGAC	2820
921	N V D N L R N S E C E N I C P T R R K D	940
2821	TGTGTGGAAAACATTCCAGCACTAAAGATTGCTAAGAGTTCCCAGGACTCGGCAGATAAG	2880
941	C V E N I P A L K I A K S S Q D S A D K	960
2881	TAG	2883
961	*	961