| Entry |
|
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| Definition |
(RefSeq) hypothetical protein
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| KO |
| phosphoenolpyruvate carboxylase [EC: 4.1.1.31] |
|
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| Organism |
smo Selaginella moellendorffii
|
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| Pathway |
| Pyruvate metabolism | | Carbon fixation in photosynthetic organisms | | Metabolic pathways | | Carbon metabolism |
|
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| Module |
| CAM (Crassulacean acid metabolism), dark | | C4-dicarboxylic acid cycle, NADP - malic enzyme type |
|
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| Brite |
KEGG Orthology (KO) [BR:smo00001]
Metabolism
Carbohydrate metabolism
00620 Pyruvate metabolism
SELMODRAFT_117085
Energy metabolism
00710 Carbon fixation in photosynthetic organisms
SELMODRAFT_117085
Enzymes [BR:smo01000]
4. Lyases
4.1 Carbon-carbon lyases
4.1.1 Carboxy-lyases
4.1.1.31 phosphoenolpyruvate carboxylase
SELMODRAFT_117085
 |
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| SSDB |
   |
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| Motif |
 |
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| Other DBs |
NCBI-GeneID: NCBI-ProteinID: JGI: UniProt: |
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| Position |
Unknown
|
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| AA seq |
1020 aa  
MTDATDDIAEEISFQAFDDDCHLLGNLLNDCLQREVGPRLMEKVERVRLLAQSVCNMRTV
GVEEAALWLSKQIEKELLNMSVDETVPLARAFSHHLSLMGIAETHHRVRRNRMASHPSKS
CDDVFKRLIQSGVSQDDIYNAVSNQEVEIVLTAHPTQINRRTLQYKHHLLERNDRQDLTH
EEKELLIEDLVREITSLWQTDELRRRRPTPLDEARGGLHIVEQTLWRAVPQYLRRISTAL
KKHTGRPLPLSSTPIKFGSWMGGDRDGNPHVTAKVTRDVCYLARWIAADLYLREVDSLRF
ELSVSNCDEKLAQFAYDIVAKDVTTGRMEGTESCLHPVSTPISQLVQIYPHALASSNTTT
ALQSNESSPSAVKAEIMRDSIQHDQESPASPTRAATILAAAISAGIRKRTGTDSISKSSV
DKLLNPSATGRPDIAPYRVVLGHIREKLVNTRRRMEELLDDLPCDYDPSEFYETPEQLLE
PLMLCHRSMESCEAEVLADGRLTDLIRRVSIFGMTLMKLDLRQEAEKHSEALDAITKFLD
MGTYSAWDEDKKLDFLTKELKGKRPLVPPTIAVSSEVQEVLNTFRVAAELGSNSLGAYIV
SMTSEASDVLAVELLQKEARLVVSGELGKPCPGTSLRVVPLFETVKDLRDAGTIIRRLLS
IPWYRDHLVTNHQGHQEVMLGYSDSGKDAGRFTAAWELYKAQEDVVAACKDYGIKLTLFH
GRGGSVGRGGGPMYLAIQSQPPGSVIGTLRITEQGEMVQAKFGLPQTALRELEIYTTAVL
LATLNPPDSPRVSCWRTVMEQISDVSRQHYRNVVYENKEFLHYFQEATPESELGNLNIGS
RPTRRKKSGGIGQLRAIPWIFAWTQSRFVLPAWLGVGKGLEAVISQGYIQELQAMYREWP
FFQSTIDLIEMGLAKADIAIAKHYDDWLVNPARQTLGQELRDEFHKTERCVLEVSGHHRL
AENNKTLRRLIESRLPYLTPLNMLQVEVLRRLRQDQSNQRLRDALLISINGIAAGMRNTG |
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| NT seq |
3063 nt  +upstreamnt +downstreamnt
atgacggatgcgaccgatgacattgcggaggagatctctttccaggcgtttgatgacgat
tgtcatctgctggggaatctgctcaacgattgcctccagcgcgaggtcgggccgcggctt
atggagaaggtcgagcgcgtgcggcttctagcgcagagcgtgtgcaacatgcggactgtt
ggggtcgaggaggccgcgctgtggctctcgaagcaaatcgagaaggagctcttgaatatg
tctgtggatgaaacagtgccgctggcaagagcctttagtcatcacttgagtctcatggga
atcgccgagacgcatcaccgcgtccggaggaataggatggcatcccatccatcaaagtcg
tgtgacgatgtttttaaaaggctcatccaatcgggagtttctcaagatgatatatacaat
gcggtgtctaatcaggaagtcgaaatagtactgacggctcatccaacacaaatcaacagg
cggacgctccaatacaaacaccatcttttggaaagaaacgatcggcaggatttaactcat
gaagagaaggagctgcttattgaagatctggtgagagagatcacttctctgtggcaaacg
gacgagttaaggcgacgaaggcctacacctctggacgaagctcgcggagggttgcacatc
gttgagcagactttgtggcgggcggttcctcaatatttacgaagaatcagcacggccttg
aagaaacatacaggaagaccgctgcctctatcgtcgacgccaatcaagtttggctcgtgg
atgggcggagaccgagatggaaatccacatgtgactgcaaaagtgacccgagatgtttgc
tacttggcgcgatggatagctgcagacctttacctgagggaagtggatagcctgaggttc
gaattgtccgtgagtaattgtgacgagaagctagctcaatttgcatatgacatagttgca
aaagatgttaccacagggcgtatggaaggcacggagagttgtttgcatccagtgtccact
ccaatctcccagctggtgcagatatacccgcatgctctggcttcctccaacaccacaaca
gcgctacagtcgaatgagtcatctccaagtgctgtgaaagcggagataatgagggatagt
attcagcacgatcaagaatcaccggcatcgccaactagagcagccaccattctcgcagcg
gccatctcggctggcattcggaaaaggacaggcacagattcaatcagtaaatctagtgtt
gataaactactgaatcctagtgcgacgggtcggcctgatattgcgccatatagagtggtg
cttggtcacatcagagagaagctcgtgaatactcgccgtcgcatggaggagctcttggac
gacttaccttgcgattatgatcctagcgagttctacgaaactccagaacagctcttggag
ccattaatgctttgccaccgatcaatggagtcttgtgaagccgaagtgctagcggacggg
cgccttacagatcttattcggcgtgtgtcaatatttggaatgacactgatgaaactcgat
ttacgtcaggaagctgagaaacactccgaggctttggacgcaataacaaagtttctcgac
atgggaacgtatagcgcgtgggatgaagataaaaagctagatttcctaacgaaggagctc
aaagggaaaaggcctcttgtcccgccaacgattgcagtttcttcggaggttcaagaagtt
ctcaacacctttcgggttgcagcagaattaggaagtaactcccttggagcatacattgtc
tcaatgacatctgaggctagtgacgttcttgctgttgagctgctccagaaggaagctcgt
cttgtagtgagcggcgagcttggcaagccctgtcctggaacatcgcttcgggtagttcca
ttgtttgaaactgtaaaagacttgagagacgcaggcacgataattaggaggcttctgtct
attccgtggtaccgtgatcatttagttacaaatcaccagggacaccaagaggtgatgctg
ggttattctgactctggcaaagatgctggccgtttcacggcggcttgggaactgtacaaa
gctcaggaagatgttgtcgctgcatgcaaggactacgggataaaattgactctgttccat
ggccgaggaggaagcgttggacggggtggcgggcctatgtacctcgctattcaatcacag
cctcctggctccgtaattggaactctgcgtataaccgagcaaggagagatggtgcaggcg
aagtttggccttccacagactgctttacgtgaattggaaatctacacgacggctgttctt
ttggcaaccttaaaccctccagactcgccccgggttagttgctggagaacggtcatggaa
cagatctccgacgtcagtcgccaacattatcgcaatgtcgtctacgagaataaggagttt
ctgcattacttccaggaggcaaccccagaatccgagctgggaaacttgaacatcggcagc
aggccgacgaggcgaaagaagtctggtggcattggacagctgagggccataccttggata
tttgcatggacgcaaagcaggttcgttcttccggcatggctgggggtggggaagggactg
gaggcagtcatatcgcagggatatatacaggaacttcaagccatgtatcgcgagtggccg
tttttccagtctacgatagatcttattgagatggggttggcaaaagcagacatagccatt
gcgaagcattatgacgactggttagtgaatccagccaggcagacactcggacaagagctg
cgggacgagttccacaagacagagaggtgtgttttggaagtgagtgggcatcacaggcta
gcggagaacaataaaacgctgagacgtttgatcgagagcaggctgccgtacttgacgcct
ctcaacatgctacaagtggaggtgttgaggcgtctgagacaggatcagagcaaccagagg
cttcgtgatgctcttctcatttcgataaatggcatagctgctggtatgcggaacactggc
tga |
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