GABI Primary Database ( GabiPD ) - Genomanalyse im biologischen System Pflanze

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Gene: LOC_Os01g38970.1

Alternative name:LOC_Os01g38970
Alternative name:12001.m10177

Genotype (Genotype)

	species:	Oryza sativa japonica
	name:	(Japanese rice)
	type:	wildtype

Gene function:

carbamoyl-phosphate synthase large chain, putative, expressed (TIGR 5.0)

12001.m10177 protein carbamoyl-phosphate synthase large chain, putative, expressednearly identical (1815)AT1G29900| Symbols: CARB | CARB (CARBAMOYL PHOSPHATE SYNTHETASE B); ATP binding / carbamoyl-phosphate synthase | chr1:10468148-10471960 FORWARDvery weakly similar to (58.5)MCCA_ORYSAnot assigned not assigned carB carB CarB CPSase_L_D2 CPSase_L_D3 MGS_CPS_II CPSase_L_chain MGS AccC PRK12999 PycA PRK08654 PRK07178 COG4770 PRK08591 PRK12767 MGS-like PRK12833 PRK05586 PRK08462 DdlA ddl ddl PRK06111 purT PurT MGS_CPS_I_III PRK08463 PurK Dala_Dala_lig_C PRK06019 ATP-grasp (MapMan)

Gene Ontology

GO term	Identifier	Type
catalytic activity	GO:0003824	molecular function
nucleotide binding	GO:0000166	molecular function

MapMan Annotation:
BIN 13.1.2.3.11:	amino acid metabolism.synthesis.glutamate family.arginine.carbamoyl-phosphate synthase
BIN 13.1.2.3:	amino acid metabolism.synthesis.glutamate family.arginine
BIN 13.1.2:	amino acid metabolism.synthesis.glutamate family
BIN 13.1:	amino acid metabolism.synthesis
BIN 13:	amino acid metabolism
BIN 23.1.1.1:	nucleotide metabolism.synthesis.pyrimidine.carbamoyl phosphate synthetase
BIN 23.1.1:	nucleotide metabolism.synthesis.pyrimidine
BIN 23.1:	nucleotide metabolism.synthesis
BIN 23:	nucleotide metabolism

Related with

HA02C19	cDNA clone
HF01P19	cDNA clone
HI01M04	cDNA clone
HZ53J23	cDNA clone
HZ59A10	cDNA clone
HO34J18	cDNA clone

Orthologues and co-orthologues identified by INPARANOID

AT1G29900.1

Arabidopsis thaliana

External resources

Michigan State University - Rice Genome Annotation

iHOP (LOC_Os01g38970)

iHOP (12001.m10177)

Sequence: LOC_Os01g38970.1

submitter of sequence:	public data
length:	3519
description:	coding sequence (TIGR 5.0)

LOC_Os01g38970.1
ATGGCCACCT CCCTCTCCTC CGCCCCGACC CAGCTCCGCC CCTCCCCGTC CCCCTCCCAC         60
CACCGCCTCC TCCACCGCTC CTCCCTCCTC CCCTTCCCCC GCCGCCACCA CCACCGCCGC        120
CGCCGCTGCG GCGCCCTCTC CATCGCCCGC GCCTCCGCCT CCGCCAAGGA TGGCGTCACG        180
GTGCGGCGCT TCCCGGCGGC GCCGACCGAG GGCGGGAGGC TGGCCGGGGT GAGGAAGATC        240
ATGATCCTCG GCGCCGGCCC CATCGTGATC GGGCAGGCGT GCGAGTTCGA CTACTCCGGG        300
ACGCAGGCGT GCAAGGCGCT CGCCGAGGAG GGCTACGAGG TGGTGCTCGT CAACTCCAAC        360
CCGGCCACCA TCATGACCGA CCCCGACCTC GCCCACCGCA CCTACATCGG CCCCATGACG        420
CCGCCCCTCG TCGAGCGCAT CATCGCCGCC GAGCGCCCCG ACGCGCTGCT CCCAACCATG        480
GGCGGCCAGA CCGCTCTCAA CCTCGCCGTC TCGCTCGCCG ACTCGGGCGC CCTCGACCGC        540
CTTGGCGTCC GCCTCATCGG CGCCTCCCTC CCGGCCATCC GCGCCGCAGA GGACCGCCAG        600
CTCTTCAAGC AGGCCATGGA CCGCATCGGC CTCAAGACGC CGCCCTCCGG CATCGGCACC        660
ACGCTCGAGG AGTGCATCTC CATCGCCGAG GACATCGGGG AGTTCCCGCT CATTGTTCGC        720
CCGGCCTTCA CGCTTGGTGG CACCGGGGGA GGCATCGCGT ACAATCGGGC CGAGTTCGAG        780
GACATTTGCC GTGCCGGGCT GGCGGCGTCG CACACGCAGC AGGTGCTTGT GGAGAAGTCG        840
CTGCTCGGGT GGAAGGAGTA CGAGCTGGAG GTGATGCGCG ATATGGCTGA CAATGTGGTC        900
ATCATTTGTT CAATTGAGAA TATTGATCCA ATGGGCGTGC ATACGGGGGA TTCCATCACG        960
GTCGCGCCCG CGCAGACGCT CACCGACAAG GAGTACCAGA GGCTCAGGGA CTACTCCGTG       1020
GCGATCATCC GGGAGATTGG CGTGGAGTGT GGGGGTTCCA ATGTGCAGTT CGCGGTGAAC       1080
CCTGCCGATG GGGAGGTGAT GGTGATTGAG ATGAACCCCA GGGTGTCGAG GTCATCAGCT       1140
CTTGCATCAA AGGCGACAGG GTTTCCGATT GCCAAGATGG CTGCAAAGCT CTCTGTAGGT       1200
TATACTTTGG ACCAGATTCC AAATGATATT ACGAAGAAGA CTCCTGCTAG CTTTGAGCCT       1260
TCCATTGACT ACGTGGTCAC TAAGATTCCA CGGTTTGCAT TTGAAAAGTT CCCTGGGTCT       1320
GAGCCAGTAT TAACCACACA GATGAAGTCT GTTGGTGAGG CCATGGCTCT AGGACGGACC       1380
TTCCAGGAGT CTTTCCAGAA GGCTGTCCGT TCATTGGAGA CTGGCTTTGC AGGATGGGGT       1440
TGTGCACCCA TCAAGGAACT TGACTGGGAC TGGGAAAAGT TAAAATATAG TTTACGGGTA       1500
CCTAACCCAG ATCGGATTCA TGCTATTTAT GCAGCTTTTA AGAAAGGCAT GAGGATTCAG       1560
GATATCCATG AAATTAGCTT TATTGATAAA TGGTTCCTTA CTGAGCTCAA GGAGCTAGTG       1620
GATGTTGAGC AATTCCTTAT TTCAAGGGGC CTAGATCAGC TGTCAAAAGA TGACTTCTAT       1680
CAAGTGAAGC GGAGGGGTTT TAGTGACACG CAGATTGCCT TTGCGACATC TTCTTCAGAA       1740
ACTGATGTGA GATTAAGGCG CCTGGCACTA GAAGTTGCTC CAACATACAA GCGGGTTGAT       1800
ACTTGTGCGG CTGAGTTTGA AGCCAATACA CCTTACATGT ATTCCTCGTA TGAGTATGAA       1860
TGTGAGTCTG TTCCAACTAA TAAGAAAAAG GTGTTGATTT TGGGTGGCGG GCCCAATCGG       1920
ATAGGCCAGG GTATTGAGTT TGATTATTGT TGTTGCCATG CTTCATTTGC CCTTCGAGAG       1980
GCTGGATATG AAACTATAAT GATGAACTCC AACCCAGAGA CAGTTTCAAC TGACTATGAT       2040
ACCAGTGACC GTTTGTACTT TGAGCCATTA ACGGTTGAGG ATGTAACCAA TGTTATTGAT       2100
TTGGAACGCC CAGATGGTAT AATTGTGCAG TTTGGAGGGC AAACTCCTCT CAAGCTTGCG       2160
CTTCCTATAC AACAGTATCT GGAGGACAAG AAGCTGGTGT CTGCCTCAGG CACTGGACTT       2220
GTGAAGATAT GGGGGACCTC ACCAGATTCT ATTGATGCTG CTGAGGACAG AAAAAGATTT       2280
AATGCTATAC TTGAAGAGCT TGGAATTGAG CAGCCTAAAG GAGGGATTGC AAGAAGTGAA       2340
TCGGATGCCT TGTCTATTGC CTCAGAAGTT GGTTACCCTG TTGTTGTCCG GCCTTCGTAT       2400
GTTCTTGGTG GCCGAGCTAT GGAGATTGTG TACAATGATG AGAAACTTAT TAAATACCTC       2460
GCAACTGCAG TGCAAGTAGA TCCGGAGCGG CCTGTCTTGG TGGATAAATA TCTAATTGAT       2520
GCAATTGAAA TTGATGTTGA TGCATTGGCT GACTCAGTTG GTAATGTTGT GATTGGTGGA       2580
ATTATGGAGC ATATTGAGCA GGCTGGTATC CATTCTGGTG ATTCTGCCTG TTCCCTTCCC       2640
ACTAGAACAG TCTCTGCAAA GTGTTTAGAT ATAATCCGTT CATGGACCAC AAAGCTGGCA       2700
AAGCGTCTCA ACGTCTGTGG GCTCATGAAC TGCCAGTATG CTATTACTAC TTCTGGTGAG       2760
GTATTCCTTC TTGAGGCAAA TCCCCGAGCC TCACGCACTG TCCCTTTTGT CTCGAAAGCA       2820
ATTGGACATC CATTGGCAAA ATATGCATCT CTGGTCATGT CTGGTGTGAC CTTGCCAGAG       2880
CTTGGGTACA CTCAGGAAGT TGTTCCTAAG CATGTTTCTG TCAAGGAGGC AGTTCTTCCA       2940
TTTGAGAAAT TCCAGGGCTG CGACATTCTT CTGGGACCAG AGATGCGCAG CACCGGAGAG       3000
GTGATGGGCA TTGACTATGA GTTTTCTGGT GCATTCGCAA AGGCTCAGAT TGCCGCTGGA       3060
CAGAAGCTCC CATTAAATGG AACTGTCTTC CTTAGTCTAA ATGACCTGAC GAAACGCCAC       3120
CTTGCTGAAA TCGGACGAGG GTTCAGGGAA CTTGGGTTCA ACATCATTGC CACATCTGGA       3180
ACAGCCAAAG TACTTCAGCT GGAGGGCATC CCAGTGGAGC CAGTTCTGAA AATACATGAG       3240
GGGCGGCCAA ATGCCAGGGA CATGCTTAAG AATGGTCAGA TACAGGTGAT GGTGATAACT       3300
AGCTCAGGTG ATGCTCTTGA CTCCAAAGAT GGCCTCCAGC TCCGCAGATT GGCCCTGGCC       3360
TACAAGGTCC CGATAATTAC TACCGTGGAT GGGGCGCGTG CTACCATCGA TGCTATCAAA       3420
AGCTTGAAGA ACAAATCAAT TGAGACTCTC GCATTGCAAG ATTACTTCCA GACTACAGAT       3480
GCATCCCAGA ACTTGCAAGC AGCGCAAAGT GCCTCTTAG                              3519

Sequence: LOC_Os01g38970.1

submitter of sequence:	public data
length:	3871
description:	cdna sequence (TIGR 5.0)

Sequence features and Clone alignments (BLAST):

	X

Gene structure	UTR	start codon	stop codon	exon-exon border
Clone alignments	forward	reverse	start	stop
Protein domains	domain

Click on sequence features to obtain additional information.

LOC_Os01g38970.1
ATGGCCACCT CCCTCTCCTC CGCCCCGACC CAGCTCCGCC CCTCCCCGTC CCCCTCCCAC         60
CACCGCCTCC TCCACCGCTC CTCCCTCCTC CCCTTCCCCC GCCGCCACCA CCACCGCCGC        120
CGCCGCTGCG GCGCCCTCTC CATCGCCCGC GCCTCCGCCT CCGCCAAGGA TGGCGTCACG        180
GTGCGGCGCT TCCCGGCGGC GCCGACCGAG GGCGGGAGGC TGGCCGGGGT GAGGAAGATC        240
ATGATCCTCG GCGCCGGCCC CATCGTGATC GGGCAGGCGT GCGAGTTCGA CTACTCCGGG        300
ACGCAGGCGT GCAAGGCGCT CGCCGAGGAG GGCTACGAGG TGGTGCTCGT CAACTCCAAC        360
CCGGCCACCA TCATGACCGA CCCCGACCTC GCCCACCGCA CCTACATCGG CCCCATGACG        420
CCGCCCCTCG TCGAGCGCAT CATCGCCGCC GAGCGCCCCG ACGCGCTGCT CCCAACCATG        480
GGCGGCCAGA CCGCTCTCAA CCTCGCCGTC TCGCTCGCCG ACTCGGGCGC CCTCGACCGC        540
CTTGGCGTCC GCCTCATCGG CGCCTCCCTC CCGGCCATCC GCGCCGCAGA GGACCGCCAG        600
CTCTTCAAGC AGGCCATGGA CCGCATCGGC CTCAAGACGC CGCCCTCCGG CATCGGCACC        660
ACGCTCGAGG AGTGCATCTC CATCGCCGAG GACATCGGGG AGTTCCCGCT CATTGTTCGC        720
CCGGCCTTCA CGCTTGGTGG CACCGGGGGA GGCATCGCGT ACAATCGGGC CGAGTTCGAG        780
GACATTTGCC GTGCCGGGCT GGCGGCGTCG CACACGCAGC AGGTGCTTGT GGAGAAGTCG        840
CTGCTCGGGT GGAAGGAGTA CGAGCTGGAG GTGATGCGCG ATATGGCTGA CAATGTGGTC        900
ATCATTTGTT CAATTGAGAA TATTGATCCA ATGGGCGTGC ATACGGGGGA TTCCATCACG        960
GTCGCGCCCG CGCAGACGCT CACCGACAAG GAGTACCAGA GGCTCAGGGA CTACTCCGTG       1020
GCGATCATCC GGGAGATTGG CGTGGAGTGT GGGGGTTCCA ATGTGCAGTT CGCGGTGAAC       1080
CCTGCCGATG GGGAGGTGAT GGTGATTGAG ATGAACCCCA GGGTGTCGAG GTCATCAGCT       1140
CTTGCATCAA AGGCGACAGG GTTTCCGATT GCCAAGATGG CTGCAAAGCT CTCTGTAGGT       1200
TATACTTTGG ACCAGATTCC AAATGATATT ACGAAGAAGA CTCCTGCTAG CTTTGAGCCT       1260
TCCATTGACT ACGTGGTCAC TAAGATTCCA CGGTTTGCAT TTGAAAAGTT CCCTGGGTCT       1320
GAGCCAGTAT TAACCACACA GATGAAGTCT GTTGGTGAGG CCATGGCTCT AGGACGGACC       1380
TTCCAGGAGT CTTTCCAGAA GGCTGTCCGT TCATTGGAGA CTGGCTTTGC AGGATGGGGT       1440
TGTGCACCCA TCAAGGAACT TGACTGGGAC TGGGAAAAGT TAAAATATAG TTTACGGGTA       1500
CCTAACCCAG ATCGGATTCA TGCTATTTAT GCAGCTTTTA AGAAAGGCAT GAGGATTCAG       1560
GATATCCATG AAATTAGCTT TATTGATAAA TGGTTCCTTA CTGAGCTCAA GGAGCTAGTG       1620
GATGTTGAGC AATTCCTTAT TTCAAGGGGC CTAGATCAGC TGTCAAAAGA TGACTTCTAT       1680
CAAGTGAAGC GGAGGGGTTT TAGTGACACG CAGATTGCCT TTGCGACATC TTCTTCAGAA       1740
ACTGATGTGA GATTAAGGCG CCTGGCACTA GAAGTTGCTC CAACATACAA GCGGGTTGAT       1800
ACTTGTGCGG CTGAGTTTGA AGCCAATACA CCTTACATGT ATTCCTCGTA TGAGTATGAA       1860
TGTGAGTCTG TTCCAACTAA TAAGAAAAAG GTGTTGATTT TGGGTGGCGG GCCCAATCGG       1920
ATAGGCCAGG GTATTGAGTT TGATTATTGT TGTTGCCATG CTTCATTTGC CCTTCGAGAG       1980
GCTGGATATG AAACTATAAT GATGAACTCC AACCCAGAGA CAGTTTCAAC TGACTATGAT       2040
ACCAGTGACC GTTTGTACTT TGAGCCATTA ACGGTTGAGG ATGTAACCAA TGTTATTGAT       2100
TTGGAACGCC CAGATGGTAT AATTGTGCAG TTTGGAGGGC AAACTCCTCT CAAGCTTGCG       2160
CTTCCTATAC AACAGTATCT GGAGGACAAG AAGCTGGTGT CTGCCTCAGG CACTGGACTT       2220
GTGAAGATAT GGGGGACCTC ACCAGATTCT ATTGATGCTG CTGAGGACAG AAAAAGATTT       2280
AATGCTATAC TTGAAGAGCT TGGAATTGAG CAGCCTAAAG GAGGGATTGC AAGAAGTGAA       2340
TCGGATGCCT TGTCTATTGC CTCAGAAGTT GGTTACCCTG TTGTTGTCCG GCCTTCGTAT       2400
GTTCTTGGTG GCCGAGCTAT GGAGATTGTG TACAATGATG AGAAACTTAT TAAATACCTC       2460
GCAACTGCAG TGCAAGTAGA TCCGGAGCGG CCTGTCTTGG TGGATAAATA TCTAATTGAT       2520
GCAATTGAAA TTGATGTTGA TGCATTGGCT GACTCAGTTG GTAATGTTGT GATTGGTGGA       2580
ATTATGGAGC ATATTGAGCA GGCTGGTATC CATTCTGGTG ATTCTGCCTG TTCCCTTCCC       2640
ACTAGAACAG TCTCTGCAAA GTGTTTAGAT ATAATCCGTT CATGGACCAC AAAGCTGGCA       2700
AAGCGTCTCA ACGTCTGTGG GCTCATGAAC TGCCAGTATG CTATTACTAC TTCTGGTGAG       2760
GTATTCCTTC TTGAGGCAAA TCCCCGAGCC TCACGCACTG TCCCTTTTGT CTCGAAAGCA       2820
ATTGGACATC CATTGGCAAA ATATGCATCT CTGGTCATGT CTGGTGTGAC CTTGCCAGAG       2880
CTTGGGTACA CTCAGGAAGT TGTTCCTAAG CATGTTTCTG TCAAGGAGGC AGTTCTTCCA       2940
TTTGAGAAAT TCCAGGGCTG CGACATTCTT CTGGGACCAG AGATGCGCAG CACCGGAGAG       3000
GTGATGGGCA TTGACTATGA GTTTTCTGGT GCATTCGCAA AGGCTCAGAT TGCCGCTGGA       3060
CAGAAGCTCC CATTAAATGG AACTGTCTTC CTTAGTCTAA ATGACCTGAC GAAACGCCAC       3120
CTTGCTGAAA TCGGACGAGG GTTCAGGGAA CTTGGGTTCA ACATCATTGC CACATCTGGA       3180
ACAGCCAAAG TACTTCAGCT GGAGGGCATC CCAGTGGAGC CAGTTCTGAA AATACATGAG       3240
GGGCGGCCAA ATGCCAGGGA CATGCTTAAG AATGGTCAGA TACAGGTGAT GGTGATAACT       3300
AGCTCAGGTG ATGCTCTTGA CTCCAAAGAT GGCCTCCAGC TCCGCAGATT GGCCCTGGCC       3360
TACAAGGTCC CGATAATTAC TACCGTGGAT GGGGCGCGTG CTACCATCGA TGCTATCAAA       3420
AGCTTGAAGA ACAAATCAAT TGAGACTCTC GCATTGCAAG ATTACTTCCA GACTACAGAT       3480
GCATCCCAGA ACTTGCAAGC AGCGCAAAGT GCCTCTTAGG GTCATGCCCT TCTATTGTCA       3540
TTTTTCTAAT GCTATTGTAG TATCAACTAT AGACTTCTGT TCTGTAGGAT TTTGTTTACC       3600
TTCTGCATGC GCAAGCATAA ACATGTTGAC TGCAAGTACT AGTCTCAAAC CTTGTCTTGC       3660
GCATTATTAT TTACTGTGTA ACAGTGGGGG TCAACATCCA CAGAATAAGG CCCCCAATTG       3720
CATCTTATGA AACCATTCCT CTCTGGAGCG CTTGTACTTG TATCCCTGTG GCACAAATTT       3780
GTGCTGACTT ATTATATTGT ATGCTACTCC AGATTCTATG ATAATGATTT ACCTGGCCTC       3840
CTCTGTCCCT AAGGATAATG AGTACCATGC A                                      3871

Sequence: LOC_Os01g38970

submitter of sequence:	public data
length:	5160
description:	genomic sequence (TIGR 5.0)

LOC_Os01g38970
ATGGCCACCT CCCTCTCCTC CGCCCCGACC CAGCTCCGCC CCTCCCCGTC CCCCTCCCAC         60
CACCGCCTCC TCCACCGCTC CTCCCTCCTC CCCTTCCCCC GCCGCCACCA CCACCGCCGC        120
CGCCGCTGCG GCGCCCTCTC CATCGCCCGC GCCTCCGCCT CCGCCAAGGA TGGCGTCACG        180
GTGCGGCGCT TCCCGGCGGC GCCGACCGAG GGCGGGAGGC TGGCCGGGGT GAGGAAGATC        240
ATGATCCTCG GCGCCGGCCC CATCGTGATC GGGCAGGCGT GCGAGTTCGA CTACTCCGGG        300
ACGCAGGCGT GCAAGGCGCT CGCCGAGGAG GGCTACGAGG TGGTGCTCGT CAACTCCAAC        360
CCGGCCACCA TCATGACCGA CCCCGACCTC GCCCACCGCA CCTACATCGG CCCCATGACG        420
CCGCCCCTCG TCGAGCGCAT CATCGCCGCC GAGCGCCCCG ACGCGCTGCT CCCAACCATG        480
GGCGGCCAGA CCGCTCTCAA CCTCGCCGTC TCGCTCGCCG ACTCGGGCGC CCTCGACCGC        540
CTTGGCGTCC GCCTCATCGG CGCCTCCCTC CCGGCCATCC GCGCCGCAGA GGACCGCCAG        600
CTCTTCAAGC AGGCCATGGA CCGCATCGGC CTCAAGACGC CGCCCTCCGG CATCGGCACC        660
ACGCTCGAGG AGTGCATCTC CATCGCCGAG GACATCGGGG AGTTCCCGCT CATTGTTCGC        720
CCGGCCTTCA CGCTTGGTGG CACCGGGGGA GGCATCGCGT ACAATCGGGC CGAGTTCGAG        780
GACATTTGCC GTGCCGGGCT GGCGGCGTCG CACACGCAGC AGGTGCTTGT GGAGAAGTCG        840
CTGCTCGGGT GGAAGGAGTA CGAGCTGGAG GTGATGCGCG ATATGGCTGA CAATGTGGTC        900
ATCATTTGTT CAATTGAGAA TATTGATCCA ATGGGCGTGC ATACGGGGGA TTCCATCACG        960
GTCGCGCCCG CGCAGACGCT CACCGACAAG GAGTACCAGA GGCTCAGGGA CTACTCCGTG       1020
GCGATCATCC GGGAGATTGG CGTGGAGTGT GGGGGTTCCA ATGTGCAGTT CGCGGTGAAC       1080
CCTGCCGATG GGGAGGTGAT GGTGATTGAG ATGAACCCCA GGGTGTCGAG GTCATCAGCT       1140
CTTGCATCAA AGGCGACAGG GTTTCCGATT GCCAAGATGG CTGCAAAGCT CTCTGTAGGT       1200
TATACTTTGG ACCAGATTCC AAATGATATT ACGAAGAAGA CTCCTGCTAG CTTTGAGCCT       1260
TCCATTGACT ACGTGGTCAC TAAGGTTTGC TTTTTCCCTC TGTTTCTAAG ATTTCTTGGG       1320
CAATGATATT TGGTGCACTG TGCAATTGTT GCATTTTTCA TCCTTATTTT AGAAGCTATC       1380
TTGCCTTTAG TTGTGCTAAA AATGCTTGCA ATAGTTAGGG TCTGCAATGC GGACATGACC       1440
ACAGTACCAA ACTAATTCGG CCTGGCAGGC CTTTCCCTTT GCTTGGCAAT GGGTGGTTAT       1500
TGATTTTGCA AGCACACTTG TATCACTTAA AATGATAACT TCAATTACTC CTGATGTGCT       1560
TCATTCCATC TTTGTATTTA ATAGTTTGGT AGGTCAAAGA AACTGTGCAT TACTGTGCTA       1620
GCATTTACCT GTCACTAACC TAGTAGTGTT TATTTAACTC AGTACTGACT AGCTTTGTTT       1680
TGGTATATGC TTTTATCCAT TTTGCATGGT GTGCTCCCAA TTGCTTTGTT ATCATCTTAC       1740
CCATGCAACT GTAAAACTTT GCTAAATATT AGTCAAATAA AGATCCAAAA TATCACAATC       1800
AATTGAGCTA CATTATCCAC ATATCTTGGA GCGCTGCTTA TACAATGATA ATTGTTCCAG       1860
TAGTACTTCC AACCTCCCTT GGGTATCCAG TCTGTAATGC AAAAATTGAG AATTTATATG       1920
AAGTGCATAT TCTGTACATG TAAGATGTGA TACCTACCTT CTCAGAAATA CTATCCTGCT       1980
GTCCAAACTT CACAGCATAG TAATCAACTA CTTTAATGCA TTTAAACATC CACAAATTGG       2040
AATATGCTCT ACCAGCAAAT AATGATGCAA TTACTCGCAA TGATGCTTAG GGATGGACAC       2100
AGATCACTCT GTTGACCGAC TCTAGTTCAA TTATATGAAC AAAAATACAC AACATGAACT       2160
AGAAAAACTG CATTTTAGTT GATATAGATG GGCCAATGTG TACCCACAAA ACTACCCATG       2220
CCCGTATAGC AATAATGGTG CTAAACCTGC ATGTTTGTTG GTTATAGTAC AAACTCAAAG       2280
TTGATGACTC AGACATGTTC TTCACATTGT TCATCATACA GAATTTGTAC CTGTAAGTTA       2340
ATGCAGGGCT GTTAACCTTC TTTCCTGACT TACCATATAT TTACGATGCA GATTCCACGG       2400
TTTGCATTTG AAAAGTTCCC TGGGTCTGAG CCAGTATTAA CCACACAGAT GAAGTCTGTT       2460
GGTGAGGCCA TGGCTCTAGG ACGGACCTTC CAGGAGTCTT TCCAGAAGGC TGTCCGTTCA       2520
TTGGAGACTG GCTTTGCAGG ATGGGGTTGT GCACCCATCA AGGAACTTGA CTGGGACTGG       2580
GAAAAGTTAA AATATAGTTT ACGGGTACCT AACCCAGATC GGATTCATGC TATTTATGCA       2640
GCTTTTAAGA AAGGCATGAG GATTCAGGAT ATCCATGAAA TTAGCTTTAT TGATAAATGG       2700
TTCCTTACTG AGCTCAAGGA GCTAGTGGAT GTTGAGCAAT TCCTTATTTC AAGGGGCCTA       2760
GATCAGCTGT CAAAAGATGA CTTCTATCAA GTGAAGCGGA GGGGTTTTAG TGACACGCAG       2820
ATTGCCTTTG CGACATCTTC TTCAGAAACT GATGTGAGAT TAAGGCGCCT GGCACTAGAA       2880
GTTGCTCCAA CATACAAGCG GGTTGATACT TGTGCGGCTG AGTTTGAAGC CAATACACCT       2940
TACATGTATT CCTCGTATGA GTATGAATGT GAGTCTGTTC CAACTAATAA GAAAAAGGTG       3000
TTGATTTTGG GTGGCGGGCC CAATCGGATA GGCCAGGGTA TTGAGTTTGA TTATTGTTGT       3060
TGCCATGCTT CATTTGCCCT TCGAGAGGTT TGTTTCTGCT TCATTTGTCT CCACTTTTTG       3120
GTTTTTACAA TTATTAACAT TTTTGTGATT CAAATAAACA AGTCTGCCTT ATCAAGCTAT       3180
ATCATCAAAT ACCGTATGTT TTGTTAAAAG TTCCTATATT TGTTATCTAA TACTGATGGG       3240
TTAATTGCTT ATTTGCAATG ATTTATCAGG CTGGATATGA AACTATAATG ATGAACTCCA       3300
ACCCAGAGAC AGTTTCAACT GACTATGATA CCAGTGACCG TTTGTACTTT GAGCCATTAA       3360
CGGTTGAGGA TGTAACCAAT GTTATTGATT TGGAACGCCC AGATGGTATA ATTGTGCAGT       3420
TTGGAGGGCA AACTCCTCTC AAGCTTGCGC TTCCTATACA ACAGTATCTG GAGGACAAGA       3480
AGCTGGTGTC TGCCTCAGGC ACTGGACTTG TGAAGATATG GGGGACCTCA CCAGATTCTA       3540
TTGATGCTGC TGAGGACAGA AAAAGATTTA ATGCTATACT TGAAGAGCTT GGAATTGAGC       3600
AGCCTAAAGG AGGGATTGCA AGAAGTGAAT CGGATGCCTT GTCTATTGCC TCAGAAGTTG       3660
GTTACCCTGT TGTTGTCCGG CCTTCGTATG TTCTTGGTGG CCGAGCTATG GAGATTGTGT       3720
ACAATGATGA GAAACTTATT AAATACCTCG CAACTGCAGT GCAAGTAGAT CCGGAGCGGC       3780
CTGTCTTGGT GGATAAATAT CTAATTGATG CAATTGAAAT TGATGTTGAT GCATTGGCTG       3840
ACTCAGTTGG TAATGTTGTG ATTGGTGGAA TTATGGAGCA TATTGAGCAG GCTGGTATCC       3900
ATTCTGGTGA TTCTGCCTGT TCCCTTCCCA CTAGAACAGT CTCTGCAAAG TGTTTAGATA       3960
TAATCCGTTC ATGGACCACA AAGCTGGCAA AGCGTCTCAA CGTCTGTGGG CTCATGAACT       4020
GCCAGTATGC TATTACTACT TCTGGTGAGG TATTCCTTCT TGAGGCAAAT CCCCGAGCCT       4080
CACGCACTGT CCCTTTTGTC TCGAAAGCAA TTGGACATCC ATTGGCAAAA TATGCATCTC       4140
TGGTCATGTC TGGTGTGACC TTGCCAGAGC TTGGGTACAC TCAGGAAGTT GTTCCTAAGC       4200
ATGTTTCTGT CAAGGAGGCA GTTCTTCCAT TTGAGAAATT CCAGGGCTGC GACATTCTTC       4260
TGGGACCAGA GATGCGCAGC ACCGGAGAGG TGATGGGCAT TGACTATGAG TTTTCTGGTG       4320
CATTCGCAAA GGCTCAGATT GCCGCTGGAC AGAAGCTCCC ATTAAATGGA ACTGTCTTCC       4380
TTAGTCTAAA TGACCTGACG AAACGCCACC TTGCTGAAAT CGGACGAGGG TTCAGGGAAC       4440
TTGGGTTCAA CATCATTGCC ACATCTGGAA CAGCCAAAGT ACTTCAGCTG GAGGGCATCC       4500
CAGTGGAGCC AGTTCTGAAA ATACATGAGG GGCGGCCAAA TGCCAGGGAC ATGCTTAAGA       4560
ATGGTCAGAT ACAGGTGATG GTGATAACTA GCTCAGGTGA TGCTCTTGAC TCCAAAGATG       4620
GCCTCCAGCT CCGCAGATTG GCCCTGGCCT ACAAGGTCCC GATAATTACT ACCGTGGATG       4680
GGGCGCGTGC TACCATCGAT GCTATCAAAA GCTTGAAGAA CAAATCAATT GAGACTCTCG       4740
CATTGCAAGA TTACTTCCAG ACTACAGATG CATCCCAGAA CTTGCAAGCA GCGCAAAGTG       4800
CCTCTTAGGG TCATGCCCTT CTATTGTCAT TTTTCTAATG CTATTGTAGT ATCAACTATA       4860
GACTTCTGTT CTGTAGGATT TTGTTTACCT TCTGCATGCG CAAGCATAAA CATGTTGACT       4920
GCAAGTACTA GTCTCAAACC TTGTCTTGCG CATTATTATT TACTGTGTAA CAGTGGGGGT       4980
CAACATCCAC AGAATAAGGC CCCCAATTGC ATCTTATGAA ACCATTCCTC TCTGGAGCGC       5040
TTGTACTTGT ATCCCTGTGG CACAAATTTG TGCTGACTTA TTATATTGTA TGCTACTCCA       5100
GATTCTATGA TAATGATTTA CCTGGCCTCC TCTGTCCCTA AGGATAATGA GTACCATGCA       5160

Sequence: LOC_Os01g38970.1

submitter of sequence:	public data
length:	1172
description:	amino acid sequence (TIGR 5.0)

LOC_Os01g38970.1
MATSLSSAPT QLRPSPSPSH HRLLHRSSLL PFPRRHHHRR RRCGALSIAR ASASAKDGVT         60
VRRFPAAPTE GGRLAGVRKI MILGAGPIVI GQACEFDYSG TQACKALAEE GYEVVLVNSN        120
PATIMTDPDL AHRTYIGPMT PPLVERIIAA ERPDALLPTM GGQTALNLAV SLADSGALDR        180
LGVRLIGASL PAIRAAEDRQ LFKQAMDRIG LKTPPSGIGT TLEECISIAE DIGEFPLIVR        240
PAFTLGGTGG GIAYNRAEFE DICRAGLAAS HTQQVLVEKS LLGWKEYELE VMRDMADNVV        300
IICSIENIDP MGVHTGDSIT VAPAQTLTDK EYQRLRDYSV AIIREIGVEC GGSNVQFAVN        360
PADGEVMVIE MNPRVSRSSA LASKATGFPI AKMAAKLSVG YTLDQIPNDI TKKTPASFEP        420
SIDYVVTKIP RFAFEKFPGS EPVLTTQMKS VGEAMALGRT FQESFQKAVR SLETGFAGWG        480
CAPIKELDWD WEKLKYSLRV PNPDRIHAIY AAFKKGMRIQ DIHEISFIDK WFLTELKELV        540
DVEQFLISRG LDQLSKDDFY QVKRRGFSDT QIAFATSSSE TDVRLRRLAL EVAPTYKRVD        600
TCAAEFEANT PYMYSSYEYE CESVPTNKKK VLILGGGPNR IGQGIEFDYC CCHASFALRE        660
AGYETIMMNS NPETVSTDYD TSDRLYFEPL TVEDVTNVID LERPDGIIVQ FGGQTPLKLA        720
LPIQQYLEDK KLVSASGTGL VKIWGTSPDS IDAAEDRKRF NAILEELGIE QPKGGIARSE        780
SDALSIASEV GYPVVVRPSY VLGGRAMEIV YNDEKLIKYL ATAVQVDPER PVLVDKYLID        840
AIEIDVDALA DSVGNVVIGG IMEHIEQAGI HSGDSACSLP TRTVSAKCLD IIRSWTTKLA        900
KRLNVCGLMN CQYAITTSGE VFLLEANPRA SRTVPFVSKA IGHPLAKYAS LVMSGVTLPE        960
LGYTQEVVPK HVSVKEAVLP FEKFQGCDIL LGPEMRSTGE VMGIDYEFSG AFAKAQIAAG       1020
QKLPLNGTVF LSLNDLTKRH LAEIGRGFRE LGFNIIATSG TAKVLQLEGI PVEPVLKIHE       1080
GRPNARDMLK NGQIQVMVIT SSGDALDSKD GLQLRRLALA YKVPIITTVD GARATIDAIK       1140
SLKNKSIETL ALQDYFQTTD ASQNLQAAQS AS                                     1172

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