Mercurialis annua (annual mercury): 126669753 Help Entry 126669753         CDS       T10153                                  Name (RefSeq) kinesin-like protein NACK2   KO K11498   centromeric protein E Organism mean  Mercurialis annua (annual mercury) Pathway mean04814   Motor proteins Brite KEGG Orthology (KO) [BR:mean00001]  09140 Cellular Processes   09142 Cell motility    04814 Motor proteins     126669753  09180 Brite Hierarchies   09181 Protein families: metabolism    01009 Protein phosphatases and associated proteins [BR:mean01009]     126669753   09182 Protein families: genetic information processing    03036 Chromosome and associated proteins [BR:mean03036]     126669753 Protein phosphatases and associated proteins [BR:mean01009]  Protein serine/threonine phosphatases   Phosphoprotein phosphatases (PPPs)    Protein phosphatase-1     PP1-interacting proteins (PIPs)      126669753 Chromosome and associated proteins [BR:mean03036]  Eukaryotic type   Centromeric chromatin formation proteins    Kinetochore proteins     Centromere proteins      126669753    SAC (spindle assembly checkpoint) factors     Motor proteins      126669753 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Kinesin DUF3490 Microtub_bd Hs1pro-1_C ATPase_2 Motif Other DBs NCBI-GeneID:  126669753 NCBI-ProteinID:  XP_050219257 LinkDB All DBs Position LG2:complement(52707421..52713840) Genome browser AA seq 955 aa AA seqDB search MVGTPTTPACKMMIQRTPSTVPGSVGGGSRAREEKIMVTVRIRPLSRKEQAMYDLIAWEC PDDQTIVYKNPSYARPVVPYTFDKVFDVASSTQKVYEEGAKNVALSALTGMNATIFAYGQ TSSGKTYTMRGITENAIKDIYEHVKNTQDREFTLRLSALEIYNETVIDLLNRESGPLRLL DDPEKGTIVEKLVEEVVRDTQHLRHLIGICEAQRQVGETSLNDQSSRSHQIIRLTIESSL RGNSGCVKSFLASLNLVDLAGSERASQTNADGTRLKEGSHINRSLLTLTTVIRKLSGGKR SGHIPYRDSKLTRILQHSLGGNARTAIICTISPALRHVEQTRNTLSFATSAKEVTNSAQV NMVVAEKGLVKHLQKEVARLESELRSPEPSSSCLKTLLMKKDLKIEQMEREVKELKRQRD LAQSQLELERTAHKELKGQDQCGPSSQVVRCLSFSNEDEAAIAKHNPEVQLRNVSGRQAT IRQSITSTDPSLLVQEIRKLEQLQRQLGDEANRALEVLHKEVSSHRLGSQANTQATTEAI AKMLSEIKDMHVLKSVPEEVVIGDKASLREEITRLNSQESTIASLERKLDNVQKSIEMLV SSYASNEETPEFKSLSKKKKSFPFPLSNSSNRQNIIRYPCSPSSSSQGVVDNEIENRVPE TSIPFSGNMARPSEVTPLKSDKSGYSSASREGTPKSQSNSVNVRKLQRMFKNAAEENIQS IRAYVTELKERVAKLQYQKQLLVCQVLELEANETTADEMDNIDESPMPWNLIFEDQRKQI VMLWHLCHVSLIHRTQFYLLFKGDPSDQIYMEVELRRLSWLEQHLSELGNASPALLGDEP AGSVSSSIRALKQEREYLAKRVSTKLTAEERENLYTKWEIPPVGKQRRVQLVNKLWTDPL NMQHIKESAEIVAKLVGFCESGEHASKEMFELNFKNPCDKKTWMGWNLISNLLHL NT seq 2868 nt NT seq  +upstreamnt  +downstreamnt atggtagggactccgaccacaccggcgtgtaagatgatgatacagagaacaccttccaca gtacctggtagtgttggtggtggctcgagagctcgcgaggagaagattatggtcactgtt agaattaggccattaagcaggaaggagcaagcaatgtatgaccttattgcctgggaatgc cctgatgatcaaaccatagtttacaagaatcctagctatgcgcgtccagtagtgccgtat acctttgataaggtttttgatgtggctagttctacacagaaggtatacgaagaaggggca aagaatgtggctttgtccgctctaacgggaatgaatgctaccatctttgcatatgggcaa actagcagtggtaagacgtatactatgagagggatcaccgaaaatgccattaaggacatc tatgagcatgttaaaaatactcaagacagggaatttaccttgagattatcagccttggag atttacaatgaaactgttatagatcttttgaatcgtgaatctggcccccttaggcttttg gatgaccctgagaaaggaactattgttgaaaagctggttgaagaagttgtgagggacacc caacatctgaggcacttgattggaatttgtgaagctcaaaggcaagtaggagaaacttca ctaaatgatcaaagctcaagatcacatcagataatacgactgaccattgagagctcactt cgaggaaattcaggatgtgtaaagtcttttttagcaagtttgaatcttgtggatcttgct ggaagtgaacgagcatctcaaacaaatgcggatggcacaaggttgaaggaaggcagtcat attaatcgcagcttgttgacactcacaacagtgattagaaaactaagtggtggaaaaagg agtggtcacataccatatagagactcaaaactgacacggatattgcagcattcattgggg ggtaatgcccgaacagctatcatatgtaccataagtcctgctttacgtcatgtggagcaa acaaggaatacactttcatttgcaactagtgcaaaagaggtcacaaacagtgctcaagta aacatggttgttgcggagaagggtttggttaagcatttgcagaaggaagtggcaagactt gaatcagagctgcgaagtccggagccttcttcttcttgtttaaagacattactgatgaaa aaggatttgaaaattgaacagatggagagggaggtgaaagagctgaagcgccagagagac cttgcccagtctcagcttgaactagaaaggacagcccacaaggagctcaaggggcaagac cagtgtgggccgtcgagccaagtggttcggtgcctttctttttcaaatgaagatgaggca gctatagctaaacataatccagaagtacagctaagaaatgtaagtggacggcaggcaaca attaggcagtcgatcacttctacagatccatctttacttgttcaggaaattcgtaagctt gaacagttgcagaggcaattaggtgatgaagcaaaccgagctcttgaagtgcttcataag gaggtctcttctcaccgactggggagtcaagcaaatacacaagcaactacagaagccata gcaaagatgctgtcagaaattaaggatatgcatgttcttaaatcggttcctgaagaagtt gtgattggagacaaggccagcctaagggaagagatcactcggttaaactctcaagaaagc actattgcatctctagaaaggaagcttgataatgttcagaaatctatagagatgctggtt tcttcttatgcaagtaatgaggagactccagagttcaagtccttgtcaaaaaagaagaaa agctttccttttccattgagtaacagttcaaacaggcaaaatatcatacgatacccatgc tcaccctcgtcttcttctcaaggagtagtggataatgaaattgagaacagagttccagag accagtattccttttagcggcaatatggctagaccatctgaggttactcccctgaaaagt gataaaagtggttacagttctgcatcaagggagggaactccaaagtcgcaatcaaattca gttaatgtaagaaaactgcagagaatgttcaagaatgctgctgaagagaatattcagagc attagagcttatgttactgaattaaaagaaagggtggcaaagcttcaataccaaaagcag cttctggtttgccaggtgttagagctagaggcaaatgagactacagctgatgagatggat aatattgatgagtctcccatgccatggaacttgatttttgaggaccagagaaagcaaatt gttatgctatggcatctatgtcatgtttctttgatacacagaacacagttttatctttta tttaaaggagacccttctgatcagatatatatggaagttgagcttaggcgattgtcatgg ctggagcagcatttatcagagctcggcaatgcgagccctgcacttttaggcgatgagcct gcaggctctgtctcatcgagcataagagctctgaaacaagaaagggagtatctagcaaag agagtgagcacaaagctaacagctgaagaaagagagaatctttacacaaagtgggaaatt ccaccagtaggaaaacagaggagggtgcaactggtgaacaaattatggacagatcctctt aatatgcaacacattaaagaaagtgctgaaattgttgctaagctggtcgggttttgcgaa tcgggagaacatgctagtaaggaaatgtttgaactgaacttcaagaatccatgtgacaag aagacatggatggggtggaatttgatctcaaatcttttacatttatag

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