Alosa sapidissima (American shad): 121700407 Help Entry 121700407         CDS       T11137                                  Name (RefSeq) lactase-phlorizin hydrolase-like   KO K01229   lactase-phlorizin hydrolase [EC:3.2.1.108 3.2.1.62] Organism asad  Alosa sapidissima (American shad) Pathway asad00052   Galactose metabolism asad01100   Metabolic pathways Brite KEGG Orthology (KO) [BR:asad00001]  09100 Metabolism   09101 Carbohydrate metabolism    00052 Galactose metabolism     121700407  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03110 Chaperones and folding catalysts [BR:asad03110]     121700407 Enzymes [BR:asad01000]  3. Hydrolases   3.2  Glycosylases    3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds     3.2.1.62  glycosylceramidase      121700407     3.2.1.108  lactase      121700407 Chaperones and folding catalysts [BR:asad03110]  Intramolecular chaperones   Others    121700407 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Glyco_hydro_1 Motif Other DBs NCBI-GeneID:  121700407 NCBI-ProteinID:  XP_041939276 LinkDB All DBs Position 2:21235414..21244275 Genome browser AA seq 1611 aa AA seqDB search MLGCDIKDFLGRIGNIYSRSTESQSAHSEIKKASMSPYENVWRSFSSQSPSERDDFLIGS FPEGFQWAVSSESFKVEGGWSEDGKGETIWDRFGHQGHVFDNQTADLACDSYNKVDYDVY LLRGLLTDTFQFSISWARIFPTGHRGSLSEKGALYYDNLINTLLQSNIEPVVTLYHWDLP QALQDNGGWTNLTVVEAFKDFADFCFSRYGDRVKTWNTFSSPWVVSHSGYGTGEHAPGVK DPVISSYQVTHNILKSHAEAWHVYNDNYRKPQGGRVGIALNSDWAEPLNATSPQDIEAAG RYLDLMLGWFAHPIFVDGDYSPKFKTQIEQKKQECQPVEVARLPVFTEAEKQRIKGTADF FGLNHYTTRLINGSSGQCVPGPHGVGDFQSHVDPSWPSTGSSSVQIVPWGLRRLLNYISA QYTSVTKVPIHITGTGMPTAYGGNVLNDAQRVEFLRGYINEALKAITEDGLNIQKFTVQS LMDGFEGPQGYSERYGLYYVTFEDLNRPRTPKESAYFYSEVIQNNGFTSAIARHTNQVTF QQPQTSKIPLPPSEVPSKSKVVWEKFSHQTNFQRKLYHYGTFPEGFQWGVSSSAYQIEGA WNTDGKKPSVWDTFTQKPGNIPTSETGNVACDSYNKVEEDLYMLRALGVKSYRFSLSWSR IFPDGQRPSMNQKGVDYYNKLINGLLAQNITPMVTLYHWDLPQALQDTGGWDNANMTDIF NDFCDFCFSTFGDRVKFWITFNQPYTIAWFGYGLGLYPPNSKDPGNAPYRIARNLLNAHA KAYHTYDDNYRLTQGGLVSISLNADWVEPKDPNDPRQVTAADRALQFQLGWFAHPIFKNG DYPDAMKWQVGNKSELQGLPQSRLLTFTDQEKAYIQGTADVFCINSYTTKVVRYVTTALT PASYDTDQDIGMEDEPNSPTTPIVGQRAVSWGLRRLLNWIKEEYGDPDIYITENGMASLP GITVDDTDRVFFFKMHIDEALKAQNLDGVKVKGYTLYSLMDQFEWLSGYDLGFGLHHVSF TNPLRPRTPKRSAHHYHKIITENGFPETEVEKMLYGNFREDFAWSTATASYQTEGAWRSD GKGLSIWDKFSHLAGKIGNDDNGDIACDSYNKYMEDISMLKSLNVGHYRLSISWARVLPD GTTKTINQAGLNFYHRLIDALLAANIQPQVTLYHWDLPQALQDMGGWENAQSVQWFKDYA DFMFNSIGDKVKFWITFNEPYIVANLGYGYGNFAPGVNRPDVGPYNVAHNLIKAHAEAWH LYNDNYRAKQGGVISITLNSDWAYPRNPAKQEDVYAANRYVQFFLGWFAHPIFKGDYSEL MKEAVKERSLLGGLTKSRLPEFTPAEVQRINGTHDYFGLNHYTSVLSFMVDFGDQQNYDA DRGTAAISDWTWIESGSAWLRITPHGFRNLLRFIKDEYGNPPVYVTENGISENGPVDLND IHRSHYYESYINEALKAYLIDGVDMRGYTAWSLMDNYEWAMGYEERFGLFYVNRSDPNLP RVPKESTKRYSSIVRCNGFPDPSQGPHECLNPEPQGTSSPTTTAIPVKPAAVKFLGMEVS PPDATRALNVLFAFSILGVLGAAIMTYQCFGATKKSKQPADEGVYENTSAL NT seq 4836 nt NT seq  +upstreamnt  +downstreamnt atgctgggatgtgatattaaagattttttggggcgcataggcaatatctactctcgttct acagaatctcagagtgcacattcagagataaaaaaggcatcaatgtctccttatgagaac gtctggcggagttttagctctcagtccccatctgagcgtgatgacttcctgattggatca tttcctgagggctttcagtgggccgtctccagtgagtctttcaaagtggagggtggctgg tctgaagatggcaagggggaaacaatatgggaccgttttggacaccagggtcatgtgttt gataaccagactgctgacctggcttgtgacagctacaacaaggtggactatgatgtgtac ctgctcagaggtctgctcactgacacctttcagttttccatatcttgggcccgaatcttc cctactggccacagggggagcctgtcagagaaaggagccctttattatgacaacctcatc aacacgctccttcagtcaaacatagagcccgttgtcaccctttatcactgggaccttcct caggccttacaagacaatggaggctggacgaatctcactgttgtggaggcttttaaagac tttgcagacttctgcttctccagatatggagacagagtgaagacctggaacaccttcagc agtccgtgggtcgtgagccactctggttatggcactggtgagcatgcaccgggagtcaag gacccagtaatatcatcctatcaggtgacccataacatactgaagtcccatgctgaggcc tggcatgtctacaacgataactacaggaaaccgcagggtgggagagtgggcatagctctg aactcagactgggctgagcctctgaacgctacaagtcctcaggacattgaggcagctgga cgctatctggacttaatgctgggctggtttgcgcaccccatattcgtggatggagactat tcaccaaagttcaagactcagattgaacagaagaagcaagaatgtcagcccgttgaggta gcaagacttcctgtgttcacagaagctgagaaacagcggatcaaaggaacagcagatttc tttgggctgaaccactacaccacccgtcttataaatgggagtagcggacagtgtgttcca ggacctcatggtgttggagacttccagtctcatgttgaccccagctggccaagtacaggg tctagctcggttcaaatagtaccttggggacttcgccgtctgctcaactacatctcagca cagtacacatcagtcaccaaggtgccaattcacatcactggaactgggatgccaacagct tacggtggaaacgtactcaatgacgcccaacgtgtagaatttctgcgaggctacatcaac gaggcactgaaagctataactgaagatggacttaacatacaaaaatttactgttcaatca ttaatggatggatttgaaggtcctcaaggctacagtgagagatatgggttatactatgta acttttgaagacctaaatcgacctagaaccccaaaggaatccgcctacttctactctgaa gtaatacaaaataatggcttcacaagtgcgatagcaagacatacaaatcaggttactttc caacaaccccaaactagtaagattcctttaccaccatctgaagttccatctaaatccaaa gttgtttgggagaagttttcacatcagaccaactttcagaggaagctttatcactatgga acattccctgaaggattccagtggggtgtctcctcctcagcctatcagattgaaggtgcg tggaacacagatggaaaaaaaccaagtgtgtgggacacattcactcagaagcctgggaac atcccaaccagtgaaactggcaatgtggcatgtgacagttacaataaggtggaagaggat ctctacatgctaagagctctaggagtgaagtcctacagattttccttgtcctggtcaaga atatttccagatggccaaagaccttctatgaatcagaagggagtagactattataataaa ctgatcaatggtctccttgcccaaaacatcaccccaatggtgactctctaccactgggac cttcctcaggctctacaggacactggtgggtgggacaatgccaacatgactgacatcttc aatgacttttgcgacttctgcttttccacctttggtgatagagtcaagttctggatcaca ttcaaccaaccttatacaattgcttggtttggttatggactgggtctgtatcctcccaat tctaaagatccaggaaacgccccttacagaattgcacgcaatctccttaacgctcatgca aaagcatatcacacctatgatgataactacagattaactcaaggaggactagtgtccatc agcctcaatgcagattgggttgagccaaaagaccccaacgaccctcgacaggtaactgct gctgaccgagccctccagttccagctgggctggtttgcccaccccatcttcaaaaacggc gactaccctgatgccatgaagtggcaagttggcaacaagagtgaacttcagggacttcca cagtcccgactgctaactttcactgaccaggagaaggcttatattcaaggcactgctgat gtcttttgcattaactcctacacaacaaaggttgtacgatatgtgactacagcactcact cctgcatcgtacgacactgatcaagacattggtatggaggatgagccaaattctccaacc actcctatcgtagggcaaagggctgtgtcatggggcctcagaagacttctcaactggatc aaagaagaatatggagatccagatatatacatcacagaaaatggaatggcttcgcttcct ggaataacagtcgatgatactgatagagtgttctttttcaaaatgcacattgatgaggct ctgaaagctcaaaatctggatggggtaaaggtgaagggctacacattgtattccctcatg gaccaatttgagtggctcagtggctatgacctgggatttgggcttcatcacgtttccttc acaaaccccctccgccccagaacaccaaagcgatctgctcaccactaccacaaaataatt acggaaaatggattccccgaaaccgaagtggagaaaatgttgtatgggaatttccgagaa gattttgcctggagcacagccacagcttcttaccagactgaaggggcctggagatcagat ggaaaaggtctcagcatatgggacaagttttctcatcttgctggaaagattggaaatgat gacaatggagacattgcttgcgacagctacaacaaatacatggaggatatatccatgctc aagagtttaaacgtgggtcattatcgcctctccatatcctgggccagggtcctgcccgat ggcaccactaaaaccattaaccaggctgggctcaacttctaccatcgtctgattgatgcg ctgctggctgctaatatccagcctcaggtgaccctgtaccactgggatcttccccaggct ctgcaggacatgggcggttgggagaatgctcagagcgttcagtggttcaaggactacgca gatttcatgtttaatagcattggagacaaagtgaaattctggatcacttttaatgagcca tacattgtggctaatttaggatatggttatggtaactttgcaccaggtgttaacagacca gacgtagggccttacaatgttgctcataacttaatcaaggcccatgctgaggcctggcat ctgtacaatgataactatcgggccaagcaagggggcgtaatctccataacactcaattct gactgggcataccctcgaaacccagccaagcaagaagatgtatatgcagccaatcgttac gtccaattcttcctgggatggtttgctcacccaattttcaaaggcgactacagtgagctg atgaaggaagctgttaaagagaggagcctcttagggggcttaaccaagtcaagacttcca gagtttacacccgcagaagtacaaaggatcaatggcacccatgactattttggactaaac cactatacatctgtcttgtccttcatggtagattttggagatcagcagaactatgacgct gacagagggacggctgccatctctgattggacctggatagaatctggctctgcctggttg aggataactcctcacggcttcagaaacctcctgagattcatcaaggatgagtatgggaac cctcccgtatatgtcacagagaacggtatctcagaaaatggccctgtagatctcaatgat atacacagaagccactactatgaaagttacatcaatgaggccttgaaagcttacctgatc gatggtgtggacatgcgtggctacacagcctggtctctgatggacaactatgagtgggct atgggctatgaggaacggtttggcctcttctatgttaaccgctctgatcccaaccttcca cgtgtaccaaaggagtccaccaagcgctacagcagcatcgtccgctgcaatggattcccc gatccctctcagggtcctcatgagtgcctcaatcctgagccgcaagggacgtcctctcct accaccaccgccattccagtgaagccagcagcggtcaaatttctgggtatggaggtgtca cctcctgatgctacgagggctctaaatgttcttttcgccttctccattcttggtgtttta ggtgcagcaatcatgacctatcagtgtttcggtgccactaagaagtcaaaacaacctgcc gatgaaggcgtgtatgagaacacaagcgccctttag

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