CmaCh02G013500 (gene) Cucurbita maxima (Rimu) v1.1

Overview


Name	CmaCh02G013500
Type	gene
Organism	Cucurbita maxima (Cucurbita maxima (Rimu) v1.1)
Description	protein TIC 100
Location	Cma_Chr02: 7886591 .. 7892196 (+)
RNA-Seq Expression	CmaCh02G013500
Synteny	CmaCh02G013500

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRCDSpolypeptidethree_prime_UTR

Hold the cursor over a type above to highlight its positions in the sequence below.

ACAGTTCAACTTTGTAACCAGCGCAGCTGCGCTAAGTTCTGAGTTCCCACCTTATCTCTTTCCTTCTTCCTCCAACAAATTCTGCATCTCTTTCTTTTCCTCAGCAACTACAATGGCCGATGGCGACTCAAGTGAAACCGTGGCCTCTCAACAGAAGGAGGAAAGAGAAGAAAAGCAAAGTGACCTGAGTTCGTCGGATAGTTCAGAATCCGAATATGACTCCGACGACGCATCGGAAGGTGAATACGAAGAGGAAGAACCACTCATTTATACTCGACGGACAGAGGAGCTGACGGAGACGGACAACAATGAGGAAACGAACGTTAGACGGCTTAGTCAAGCCCTCGGCGGAAAGCTCGTGAAGAAGATGCAAGAAGAGGAGGAAGAGACCGTTGTGTATCATGAAGACCTCTATGATTTTCCCAAAGACCCTGAGAATTGGACTGAGGAGGACCTGCAGGAGCTTTGGATGGATGCTCCATTGGAAATGGAAAAGCCTGGTTGGGACCCAATTTGGGCTGACGAGAAGGATTGGGAGGTAATGAGGGACGAGGTTGAGGCTGGGAAAGATCCTCCGATAGCGCCATTCTACGTCCCTTATCGGAAGCCATACCCTGTAATTCCAGATAACCATTTTGATATACCAAATGCAAAATCAGTGATTGAAGAATTGGATAGAATTGAGGAATTTCTCAAATGGGTCGGCTACATTTTTCCTGATGGAAGCTCGTATGTTTTCTATATCCCCTGAATTTTCCTCTTAGAACTCCCCTTTGGTAAAATTATTGAATGATGGCTGACTCCTAATAACTGTTGGATATGGATTTGAAAATCTGCATTCACCTAGTTAGTTTCAAATTAGAAGTCCAATAAGTTCTTTGTATGGTTCTATCGCATTTGGCTGTAATCTTGGCTACCTCACATGAATTTTTATGCGAGCTAGCTCTTTAAGTACTCAGGCATTTGCTGGAAGAATCTATGTACTAATAGTTCATAAATCTTTTGCTCGTTCATGAACAGCTGAACCTCTCTATGACGCTTCTTCCTTGCAATTGATGTATGATTAACACTCTGTTTCTTGTGCTCTGATGCGTTTGAATATCCGTGGCTTAAATTTTTGCTTTTTCTTGATCAAGGTATGAAGGAACTGTTTGGGATGATTTGGCTCATGGTAAAGGTGTTTACGTTGCTGAACTGGGGCTGGTCAGGTCTGTCTGTTCATTATCTTATCTTTTATGTCAGTACAAGACTTCAATGGTTTTGCAAGTTGCCCCTCTTAAACTAGCTAATGAGAAAATGCTTCATTGTTTTAAAAATGGACAAATATGAAGAATTTGGGGAAGATGTACTGAATTTTATGTCGGTTATATCAATAATCTGTACAATTGAAAAGATCATTGCTGCTAATGATTTAACCAGTCTTGTTGCTGGAAGAGAGTGTGGAAACGATGTTATTATTTTTTGTAGCATCTCAAGAACAATGTTTATCATGTATTTTTGTTTTTTAATCTCATATTTATTTACTTTTGTGTCAAGAAATTTGTTCAGTAAAAATTATTAGTATATTAATGATGTCCTAATGACTATTATTTTATTTTTCACTGGTCGGTGCAAACGTGTGTTAGATTTATTGTTTATTAACTAATTCTTGAAGTATCTCTGCCTTTGTAGGTATGAAGGTGAATGGGTTCGGAACAATATGGAGGGTCATGGGGTGGTTGAGGTTGATATTCCTGACATAGAACCTGTGCCTGGTTCCAAGTAAGTTTCGTGATTTTGATTTTTTGTTAACATGTTAACATGGAAAGGAAGCAGAATCTCTTTGAAGTATGTGAACTAAATTATTCTCTGCACGTTTTCCAGGCTTGAGAAAAAGATGCGTGCGGAAGGAAAAATAATCTCGAGAGATTATATGACTCCAGAAGACAAAAATTGGCTGGAAATGGATATTGAAGATAGTATCCATCTGGCTGGAGGAAATTATGAAATTCCTTTTTACGAGAGAAAGGAATGGATCAAATATTTTGGAGGGAAACCGTAAATTCTTAGTTCTTTCATCAAATAAACTTAAACTGCATGATTTAAACCAAACATCGCCACTATAACTTCGTTTCCCTTTTCCCTTTTTCGATAATCTGGTGGATTCATAAGCATTCTTACTTTTAGAATGCTATCCCATAAGATAGATATAGATTAATAAAGTAACCTAATCTTTCTTTTGGATAAGGAAATGAGTTGATTTACCTTTGATGATGTGATTCATCACATGCTAGGGAGAAAGGTCGGTACCGCTATGCTGGTGAATGGAAGCACGGCAGGATGCATGGATGTGGAGTGTATGAAGTTAACGAACGTCCAATATGGGTAGGTTAACCCCATTTTTTTTGTTCTAATTTAAAATTTTGATTTCATTTTTGGACATCAAATGTACTAAATGAATTTGAGTGTATAATCTGAGTGAGCAGGGCAGGTTCTATTTTGGGGAGCTGTTGTATGATTCTACTGGATGTGATGAGGACACTTCAGCGGTATAATATTGCTATTTCTTAATGTTTACCTCAGAATGATAGCTTTCTTACGCCATTGTTTTCCAGCTTCATGCAAGCTTAGCAGAAGTTGCTGCAGCAAAGGCCCGAATGTTTGTCAACAAACCTGATGGAAGTATGCCACTTACATTGTTAATAATGTACTTAGAAGGGAGTCATTAGGGTTAATAATGTACCATATGATCCTGGCAATTGCTTTCTGGGTTAGAATTTGGCACATCAGTTAATAACTCTACTGTTTTATCTTCCTCGTGGATTAGGTCGGTCCAAAACTTGCATCGCATTAACTAAAACCCCTGTAAATACAAATAGTAACCAAGGCATTTAGTAATAGACAGAGATCACTTAGCGTTTTTAATGATTAGTGGTTTGAAAAATATTCACTCCATTATAATTACATGACGTTTCTTTCATTCATGGCTTTGGTTTTACCTTATCTGCTCAGTGATTAGAGAAGAGAGAGGTCCATATGGTGATCCTCAGCATCCCTATTTCTATGAGGAAGAAGATACATGGATGGCGCCAGGTTTCATCAATCAGTTTTACGAAGTATGTCGACTCTTCATTTATATTCTGCTATACTCTGCATCACGGTGAAACTATTAAGTGATACATGTATGGATATGTCTCCAGGTACCTGACTACTGGAAAACGTACGTGCACGAGGTAGATGAGGAGAGAGAAATGTGGTTAAATTCCTTTTATAAAGCTCCGCTGAGATTACCAATGCCTGCAGAACTTGAATACTGGTGGGCACAAGGTATGGCCTGATAGCTAAAGATGACAAGCTCCCCCACCCTTACTTTCAAATAGAACTCTTCAATGATTAGTCTGCATCTTTCCAATGTTAACTCAGTTGGCCGTGCATGACGGTAAAGTGCATACATAATCAATTATATATGTTACTTACATTAGCACTCGGAAGTTTTAACGTCGATAGAGGCTATTTGCTGGGTCGAGTATCGAGACTATATGGAAAACTTGAACGCTTTTAATGGACTAGAAAATGGGAGAACTGAAATTACCCTTTAGCATGCAACTGGAATTTTGAAATGGTCTATTTGGTTGTTAGTTTCTCCTCTGTTCATGATGCGTGAAGGAAAATAATGCTTGAAAATTGTCGCAGAAAGTGAAAGACTGATTGTAAGAAAAGCTTTATGTCTCTGTTTCTAAAACTGTTCTGCAAAATTTGCTTGTATGCTGGTTCGTTAAGCTACATTTACTTTGCAGATCATACTCCCGAGTTCGTTCTCGTCAACAAGGAACCAGAGCCTGATCCTGAAGATCCATCAAAGCTTGTATATACTGAAGATCCTCTCATCCTACACACACCAACAGGACGGTTAATCAATTATGTTGAGGATGAGGAGCATGGGGTTCGCATGTTTTGGCAGCCACAGGTGGAAGAAGAGGAAGATGTAGACCCGGAGAAGGTCGAGTTCTTACCACTTGGCTTTGATGAGTTTTATGGGACAAAGACACCTGAAAAGAAGGAAAACATTTTGATGCGGCTAATATCCACCCTGGAAAATGGATTGAAACCGAAGCTCGAAAAATTTGGAAAATGGGCTGAAGAGAAAAAGAAAGAGAGTGAGTTGAAGAAGCAACTAATTGAAAAGGAACTCGAACTGATAGAAGCTGAAATTTGTTTGGAAGAGGCCATAGAGGATATGGATGAGATGCTGAAAACGAAAGAGAAAGAGGAATCAACCAACCAAGATAAAAAGGCTTCGGTCGAAGAGGAAGGTGAAGACGATGAAGACGACGATGACAATGACGTGGATGATTCTCCACCGTCCAGTTTTGATGCGCCACCTTCCAGTTTTGGCTCTGTTTCAGCTGATCAGAAGCCAAGCAAGCCACGAGATTCACCCTTTTCTACAGCTTCACTGCATTTTGCTTCTAGTACTCTTGTTTCTGGGGTGAGTTACTGTCGGGGGAGGGAGTCTCACGTTAGCTAATTTAGGGAATAATTATGAGTTTATAAGTAAGGAATACATCTCTATTGGTATGAGGCCTTTTTGGGAAGCCCAAAGCAAAACCATAAGAGTTTATGCTCAAAGTGGACAATATCATACCATTGTGGAGAGTCGTGACTCCTAACCGTTACTTTTTCCTCTGTTTTTTCTAGGGATGGTCTCTTAAATCATGGCCGTTTTCCTTCAACCTTGTTTTGCAGGTACCATCCAGACTGATTCAATCCATTTTGCCCTGGACCAAGGGTAGATCGACGTTAAAGGCGCCACCGCCGTCCTCACGTGATGACCGCCACTATTGCTCGGAATCTTTTCATTCAGTCTGTTTTCCAAGGATGCCAAGCTCAAGGGGAAGCTTGAAGGCCATTGTACCATCAAAATTGCAGAACAAATCCAGAATCCACCCAATTCAAATGAAATTGCAGCTGCAGCTGCAGCTGCGTTCAAGACCTGAAATTCATTCATGCCACCACTTAGTTTCGTTAAATCCCAACGAGTTTCCGATGTGTAACGGTCAGTTCTCCGAAACAGGAGGGATTAAACACAGCATACTGTCTTGGCACACACCATTAGATGAGTTGGAATCATATATAGATACTACCAAAAGATAGGCTTTTGTTTAACTTTTTCTTTACTTGATTTCAGAGATAAATTTTGCAAGAACTACATTGGATTAGTTGTATTTCTTTAAACGTACATCACATAGCGATGAAATGGGTTTCAGGCCGCTTTTAAGATTAACTTGTTTCTCTCTGTTACTAATCAGGATGGATTCTCCCGCACGTGAATTTAACACTTTAACGGCGTAAGCTATATTATCCTGTTTGGGCTTTTTCTTTCGGATTTTCTCTCATTGCTAGCAGATATTGTCTTCTTTGGACTTTTTCTTTCAGGTTTTGTAAAGAATGTTTCGTTCTTCTTTTCAACCGATGTAGAATCTCACAAACACGATATCAAAGAAGAAGAGCAACATGGACTGTTTCCTACCTCTTGAGACTAAAATCAGCGGTATCACAGCCAAAATTTGTTTACCTAACGTAGCTAAGTGACAAGTGATCGCTAAATGTCTCAACATTCAAACCAG

mRNA sequence

ACAGTTCAACTTTGTAACCAGCGCAGCTGCGCTAAGTTCTGAGTTCCCACCTTATCTCTTTCCTTCTTCCTCCAACAAATTCTGCATCTCTTTCTTTTCCTCAGCAACTACAATGGCCGATGGCGACTCAAGTGAAACCGTGGCCTCTCAACAGAAGGAGGAAAGAGAAGAAAAGCAAAGTGACCTGAGTTCGTCGGATAGTTCAGAATCCGAATATGACTCCGACGACGCATCGGAAGGTGAATACGAAGAGGAAGAACCACTCATTTATACTCGACGGACAGAGGAGCTGACGGAGACGGACAACAATGAGGAAACGAACGTTAGACGGCTTAGTCAAGCCCTCGGCGGAAAGCTCGTGAAGAAGATGCAAGAAGAGGAGGAAGAGACCGTTGTGTATCATGAAGACCTCTATGATTTTCCCAAAGACCCTGAGAATTGGACTGAGGAGGACCTGCAGGAGCTTTGGATGGATGCTCCATTGGAAATGGAAAAGCCTGGTTGGGACCCAATTTGGGCTGACGAGAAGGATTGGGAGGTAATGAGGGACGAGGTTGAGGCTGGGAAAGATCCTCCGATAGCGCCATTCTACGTCCCTTATCGGAAGCCATACCCTGTAATTCCAGATAACCATTTTGATATACCAAATGCAAAATCAGTGATTGAAGAATTGGATAGAATTGAGGAATTTCTCAAATGGGTCGGCTACATTTTTCCTGATGGAAGCTCGTATGAAGGAACTGTTTGGGATGATTTGGCTCATGGTAAAGGTGTTTACGTTGCTGAACTGGGGCTGGTCAGGTATGAAGGTGAATGGGTTCGGAACAATATGGAGGGTCATGGGGTGGTTGAGGTTGATATTCCTGACATAGAACCTGTGCCTGGTTCCAAGCTTGAGAAAAAGATGCGTGCGGAAGGAAAAATAATCTCGAGAGATTATATGACTCCAGAAGACAAAAATTGGCTGGAAATGGATATTGAAGATAGTATCCATCTGGCTGGAGGAAATTATGAAATTCCTTTTTACGAGAGAAAGGAATGGATCAAATATTTTGGAGGGAAACCGGAGAAAGGTCGGTACCGCTATGCTGGTGAATGGAAGCACGGCAGGATGCATGGATGTGGAGTGTATGAAGTTAACGAACGTCCAATATGGGGCAGGTTCTATTTTGGGGAGCTGTTGTATGATTCTACTGGATGTGATGAGGACACTTCAGCGCTTCATGCAAGCTTAGCAGAAGTTGCTGCAGCAAAGGCCCGAATGTTTGTCAACAAACCTGATGGAATGATTAGAGAAGAGAGAGGTCCATATGGTGATCCTCAGCATCCCTATTTCTATGAGGAAGAAGATACATGGATGGCGCCAGGTTTCATCAATCAGTTTTACGAAGTACCTGACTACTGGAAAACGTACGTGCACGAGGTAGATGAGGAGAGAGAAATGTGGTTAAATTCCTTTTATAAAGCTCCGCTGAGATTACCAATGCCTGCAGAACTTGAATACTGGTGGGCACAAGATCATACTCCCGAGTTCGTTCTCGTCAACAAGGAACCAGAGCCTGATCCTGAAGATCCATCAAAGCTTGTATATACTGAAGATCCTCTCATCCTACACACACCAACAGGACGGTTAATCAATTATGTTGAGGATGAGGAGCATGGGGTTCGCATGTTTTGGCAGCCACAGGTGGAAGAAGAGGAAGATGTAGACCCGGAGAAGGTCGAGTTCTTACCACTTGGCTTTGATGAGTTTTATGGGACAAAGACACCTGAAAAGAAGGAAAACATTTTGATGCGGCTAATATCCACCCTGGAAAATGGATTGAAACCGAAGCTCGAAAAATTTGGAAAATGGGCTGAAGAGAAAAAGAAAGAGAGTGAGTTGAAGAAGCAACTAATTGAAAAGGAACTCGAACTGATAGAAGCTGAAATTTGTTTGGAAGAGGCCATAGAGGATATGGATGAGATGCTGAAAACGAAAGAGAAAGAGGAATCAACCAACCAAGATAAAAAGGCTTCGGTCGAAGAGGAAGGTGAAGACGATGAAGACGACGATGACAATGACGTGGATGATTCTCCACCGTCCAGTTTTGATGCGCCACCTTCCAGTTTTGGCTCTGTTTCAGCTGATCAGAAGCCAAGCAAGCCACGAGATTCACCCTTTTCTACAGCTTCACTGCATTTTGCTTCTAGTACTCTTGTTTCTGGGGTACCATCCAGACTGATTCAATCCATTTTGCCCTGGACCAAGGGTAGATCGACGTTAAAGGCGCCACCGCCGTCCTCACGTGATGACCGCCACTATTGCTCGGAATCTTTTCATTCAGTCTGTTTTCCAAGGATGCCAAGCTCAAGGGGAAGCTTGAAGGCCATTGTACCATCAAAATTGCAGAACAAATCCAGAATCCACCCAATTCAAATGAAATTGCAGCTGCAGCTGCAGCTGCGTTCAAGACCTGAAATTCATTCATGCCACCACTTAGTTTCGTTAAATCCCAACGAGTTTCCGATGTGTAACGGTCAGTTCTCCGAAACAGGAGGGATTAAACACAGCATACTGTCTTGGCACACACCATTAGATGAGTTGGAATCATATATAGATACTACCAAAAGATAGGCTTTTGTTTAACTTTTTCTTTACTTGATTTCAGAGATAAATTTTGCAAGAACTACATTGGATTAGTTGTATTTCTTTAAACGTACATCACATAGCGATGAAATGGGTTTCAGGCCGCTTTTAAGATTAACTTGTTTCTCTCTGTTACTAATCAGGATGGATTCTCCCGCACGTGAATTTAACACTTTAACGGCGTTTTGTAAAGAATGTTTCGTTCTTCTTTTCAACCGATGTAGAATCTCACAAACACGATATCAAAGAAGAAGAGCAACATGGACTGTTTCCTACCTCTTGAGACTAAAATCAGCGGTATCACAGCCAAAATTTGTTTACCTAACGTAGCTAAGTGACAAGTGATCGCTAAATGTCTCAACATTCAAACCAG

Coding sequence (CDS)

ATGGCCGATGGCGACTCAAGTGAAACCGTGGCCTCTCAACAGAAGGAGGAAAGAGAAGAAAAGCAAAGTGACCTGAGTTCGTCGGATAGTTCAGAATCCGAATATGACTCCGACGACGCATCGGAAGGTGAATACGAAGAGGAAGAACCACTCATTTATACTCGACGGACAGAGGAGCTGACGGAGACGGACAACAATGAGGAAACGAACGTTAGACGGCTTAGTCAAGCCCTCGGCGGAAAGCTCGTGAAGAAGATGCAAGAAGAGGAGGAAGAGACCGTTGTGTATCATGAAGACCTCTATGATTTTCCCAAAGACCCTGAGAATTGGACTGAGGAGGACCTGCAGGAGCTTTGGATGGATGCTCCATTGGAAATGGAAAAGCCTGGTTGGGACCCAATTTGGGCTGACGAGAAGGATTGGGAGGTAATGAGGGACGAGGTTGAGGCTGGGAAAGATCCTCCGATAGCGCCATTCTACGTCCCTTATCGGAAGCCATACCCTGTAATTCCAGATAACCATTTTGATATACCAAATGCAAAATCAGTGATTGAAGAATTGGATAGAATTGAGGAATTTCTCAAATGGGTCGGCTACATTTTTCCTGATGGAAGCTCGTATGAAGGAACTGTTTGGGATGATTTGGCTCATGGTAAAGGTGTTTACGTTGCTGAACTGGGGCTGGTCAGGTATGAAGGTGAATGGGTTCGGAACAATATGGAGGGTCATGGGGTGGTTGAGGTTGATATTCCTGACATAGAACCTGTGCCTGGTTCCAAGCTTGAGAAAAAGATGCGTGCGGAAGGAAAAATAATCTCGAGAGATTATATGACTCCAGAAGACAAAAATTGGCTGGAAATGGATATTGAAGATAGTATCCATCTGGCTGGAGGAAATTATGAAATTCCTTTTTACGAGAGAAAGGAATGGATCAAATATTTTGGAGGGAAACCGGAGAAAGGTCGGTACCGCTATGCTGGTGAATGGAAGCACGGCAGGATGCATGGATGTGGAGTGTATGAAGTTAACGAACGTCCAATATGGGGCAGGTTCTATTTTGGGGAGCTGTTGTATGATTCTACTGGATGTGATGAGGACACTTCAGCGCTTCATGCAAGCTTAGCAGAAGTTGCTGCAGCAAAGGCCCGAATGTTTGTCAACAAACCTGATGGAATGATTAGAGAAGAGAGAGGTCCATATGGTGATCCTCAGCATCCCTATTTCTATGAGGAAGAAGATACATGGATGGCGCCAGGTTTCATCAATCAGTTTTACGAAGTACCTGACTACTGGAAAACGTACGTGCACGAGGTAGATGAGGAGAGAGAAATGTGGTTAAATTCCTTTTATAAAGCTCCGCTGAGATTACCAATGCCTGCAGAACTTGAATACTGGTGGGCACAAGATCATACTCCCGAGTTCGTTCTCGTCAACAAGGAACCAGAGCCTGATCCTGAAGATCCATCAAAGCTTGTATATACTGAAGATCCTCTCATCCTACACACACCAACAGGACGGTTAATCAATTATGTTGAGGATGAGGAGCATGGGGTTCGCATGTTTTGGCAGCCACAGGTGGAAGAAGAGGAAGATGTAGACCCGGAGAAGGTCGAGTTCTTACCACTTGGCTTTGATGAGTTTTATGGGACAAAGACACCTGAAAAGAAGGAAAACATTTTGATGCGGCTAATATCCACCCTGGAAAATGGATTGAAACCGAAGCTCGAAAAATTTGGAAAATGGGCTGAAGAGAAAAAGAAAGAGAGTGAGTTGAAGAAGCAACTAATTGAAAAGGAACTCGAACTGATAGAAGCTGAAATTTGTTTGGAAGAGGCCATAGAGGATATGGATGAGATGCTGAAAACGAAAGAGAAAGAGGAATCAACCAACCAAGATAAAAAGGCTTCGGTCGAAGAGGAAGGTGAAGACGATGAAGACGACGATGACAATGACGTGGATGATTCTCCACCGTCCAGTTTTGATGCGCCACCTTCCAGTTTTGGCTCTGTTTCAGCTGATCAGAAGCCAAGCAAGCCACGAGATTCACCCTTTTCTACAGCTTCACTGCATTTTGCTTCTAGTACTCTTGTTTCTGGGGTACCATCCAGACTGATTCAATCCATTTTGCCCTGGACCAAGGGTAGATCGACGTTAAAGGCGCCACCGCCGTCCTCACGTGATGACCGCCACTATTGCTCGGAATCTTTTCATTCAGTCTGTTTTCCAAGGATGCCAAGCTCAAGGGGAAGCTTGAAGGCCATTGTACCATCAAAATTGCAGAACAAATCCAGAATCCACCCAATTCAAATGAAATTGCAGCTGCAGCTGCAGCTGCGTTCAAGACCTGAAATTCATTCATGCCACCACTTAGTTTCGTTAAATCCCAACGAGTTTCCGATGTGTAACGGTCAGTTCTCCGAAACAGGAGGGATTAAACACAGCATACTGTCTTGGCACACACCATTAGATGAGTTGGAATCATATATAGATACTACCAAAAGATAG

Protein sequence

MADGDSSETVASQQKEEREEKQSDLSSSDSSESEYDSDDASEGEYEEEEPLIYTRRTEELTETDNNEETNVRRLSQALGGKLVKKMQEEEEETVVYHEDLYDFPKDPENWTEEDLQELWMDAPLEMEKPGWDPIWADEKDWEVMRDEVEAGKDPPIAPFYVPYRKPYPVIPDNHFDIPNAKSVIEELDRIEEFLKWVGYIFPDGSSYEGTVWDDLAHGKGVYVAELGLVRYEGEWVRNNMEGHGVVEVDIPDIEPVPGSKLEKKMRAEGKIISRDYMTPEDKNWLEMDIEDSIHLAGGNYEIPFYERKEWIKYFGGKPEKGRYRYAGEWKHGRMHGCGVYEVNERPIWGRFYFGELLYDSTGCDEDTSALHASLAEVAAAKARMFVNKPDGMIREERGPYGDPQHPYFYEEEDTWMAPGFINQFYEVPDYWKTYVHEVDEEREMWLNSFYKAPLRLPMPAELEYWWAQDHTPEFVLVNKEPEPDPEDPSKLVYTEDPLILHTPTGRLINYVEDEEHGVRMFWQPQVEEEEDVDPEKVEFLPLGFDEFYGTKTPEKKENILMRLISTLENGLKPKLEKFGKWAEEKKKESELKKQLIEKELELIEAEICLEEAIEDMDEMLKTKEKEESTNQDKKASVEEEGEDDEDDDDNDVDDSPPSSFDAPPSSFGSVSADQKPSKPRDSPFSTASLHFASSTLVSGVPSRLIQSILPWTKGRSTLKAPPPSSRDDRHYCSESFHSVCFPRMPSSRGSLKAIVPSKLQNKSRIHPIQMKLQLQLQLRSRPEIHSCHHLVSLNPNEFPMCNGQFSETGGIKHSILSWHTPLDELESYIDTTKR

Homology

[Close]

BLAST of CmaCh02G013500 vs. ExPASy Swiss-Prot
Match: Q8LPR8 (Protein TIC 100 OS=Arabidopsis thaliana OX=3702 GN=TIC100 PE=1 SV=1)

HSP 1 Score: 942.2 bits (2434), Expect = 4.0e-273
Identity = 496/862 (57.54%), Postives = 603/862 (69.95%), Query Frame = 0


Query: 1   MADGDSSETVASQQKEEREEKQSDL-SSSDSSESEYDSDD-----ASEGEYEEEEPLI-Y 60
           + +    E  + Q     EEK SD  S+SDS  S   S D      SE E E +  +  Y
Sbjct: 6   LTESQQQEDPSQQLPNADEEKGSDSDSNSDSDASSQSSGDDFYISESENEAEGDNTIFNY 65

Query: 61  TRRTEELTETDNNEETNVRRLSQALGGKLVKKMQEEEEETVVYHEDLYDFPKDPENWTEE 120
            R ++   + + N ETN+RR ++ L GK VK+MQEEEE+   ++EDL+DFP+DPE W E+
Sbjct: 66  VRPSDIPPDPNANPETNIRRFNRVLDGKRVKRMQEEEEDKYTFYEDLFDFPRDPERWKEQ 125

Query: 121 DLQELWMDAPLEMEKPGWDPIWADEKDWEVMRDEVEAGKDPPIAPFYVPYRKPYPVIPDN 180
           DL+E+W D PLEM KPGWDP WADE DW+V+ DE++ G+DP I PFYVPYRKPYP IPDN
Sbjct: 126 DLREIWADGPLEMTKPGWDPAWADEDDWDVVNDEIQEGRDPGIQPFYVPYRKPYPAIPDN 185

Query: 181 HFDIPNAKSVIEELDRIEEFLKWVGYIFPDGSSYEGTVWDDLAHGKGVYVAELGLVRYEG 240
           H+DI NAK V+EELDRIEEFL+WV YIFPDGSSYEGTVWDDLA GKGVY+AE GLVRYEG
Sbjct: 186 HYDIENAKGVVEELDRIEEFLQWVSYIFPDGSSYEGTVWDDLAQGKGVYIAENGLVRYEG 245

Query: 241 EWVRNNMEGHGVVEVDIPDIEPVPGSKLEKKMRAEGKIISRDYMTPEDKNWLEMDIEDSI 300
           EW++N+MEGHGV++VDIPDIEP+PGSKLE KMRAEG+II RDYMTPED+ WLEMD+EDS+
Sbjct: 246 EWLQNDMEGHGVIDVDIPDIEPIPGSKLEAKMRAEGRIIKRDYMTPEDRKWLEMDVEDSV 305

Query: 301 HLAGGNYEIPFYERKEWIKYFGGKPEKGRYRYAGEWKHGRMHGCGVYEVNERPIWGRFYF 360
            L  GN+++PFYE +EW+  FG KPEKGRYRYAG+WKH RMHGCGVYEVNER ++GRFYF
Sbjct: 306 ALTDGNFQVPFYENEEWVTQFGEKPEKGRYRYAGQWKHSRMHGCGVYEVNERILYGRFYF 365

Query: 361 GELLYDSTGCDEDTSALHASLAEVAAAKARMFVNKPDGMIREERGPYGDPQHPYFYEEED 420
           GELL +  GC  D  ALH+ LAEVAAAKARMFVNKPDGMIREERGPYGDPQHPYFYEE+D
Sbjct: 366 GELLEEEHGCTVDICALHSGLAEVAAAKARMFVNKPDGMIREERGPYGDPQHPYFYEEDD 425

Query: 421 TWMAPGFINQFYEVPDYWKTYVHEVDEEREMWLNSFYKAPLRLPMPAELEYWWAQ-DHTP 480
            WMAPGFINQFYEVP+YW+TYV EVD+EREMWLNSFYKAPLRLPMPAELE+WW   + TP
Sbjct: 426 VWMAPGFINQFYEVPEYWETYVGEVDQEREMWLNSFYKAPLRLPMPAELEHWWENVEVTP 485

Query: 481 EFVLVNKEPEPDPEDPSKLVYTEDPLILHTPTGRLINYVEDEEHGVRMFWQPQVEEEEDV 540
           EFVL+NKEPEPDP DPSKLV  EDP+ILHTPTGR+INYVEDE+HG+R+FWQP +EE E+V
Sbjct: 486 EFVLLNKEPEPDPNDPSKLVQKEDPVILHTPTGRIINYVEDEKHGIRLFWQPPLEEGEEV 545

Query: 541 DPEKVEFLPLGFDEFYGTKTPEKKENILMRLISTLENGLKPKLEKFGKWAEEKKKESELK 600
           DP KVEFLPLGFDEFYG +   KKE+ +   +  +E  +KP L+   KW EEKKK  E +
Sbjct: 546 DPSKVEFLPLGFDEFYGKEVVVKKEHPIKSFVLGIEKSVKPMLDGLEKWTEEKKKAYEER 605

Query: 601 KQLIEKELELIEAEICLEEAIEDMDEMLKTKEKEESTN---------------------- 660
           K++I++ELEL+EAEICLEEAIEDMDE LK KE+EE                         
Sbjct: 606 KEMIQQELELVEAEICLEEAIEDMDEELKKKEQEEEKKTEMGLTEEDEDVLVPVYKEEKV 665

Query: 661 -------QDKKASVEEEGEDDEDDDDNDVDDSPPSSFDAPPSSFGSVSADQKPSKPRDSP 720
                  Q+ K   + + +DDEDDDD D DD      D  PSSFGS    +     R+SP
Sbjct: 666 VTAKEKIQENKQEEKYKDDDDEDDDDGDDDDDDDDDDDLGPSSFGSADKGR-----RNSP 725

Query: 721 FSTASLHFASSTLVSGVPSRLIQSILPWTKGRSTLKAPPPSSRDDRHYCSESFHSVCFPR 780
           FS++SL FAS TL   V SRL  S L W + R+                S S H   FP 
Sbjct: 726 FSSSSLSFASCTLFPAVQSRLESSFLAWKQHRAEPSKVNTGIIKGADTASASIH---FPP 785

Query: 781 MPSSRGSLKAIVPSKLQNKSRIHPIQMKLQLQLQLRSRPEIHSCHHLVSLNPNEFPMCNG 826
           + S+   LK     K+ N+  +       + Q QL S   + SC+   S +P +    + 
Sbjct: 786 LSSNNARLKM---GKVANRGCVQRSYGSSRSQSQLMSLSRLLSCNASSSSSPPD--SSSS 845

[Close]

BLAST of CmaCh02G013500 vs. TAIR 10
Match: AT5G22640.1 (MORN (Membrane Occupation and Recognition Nexus) repeat-containing protein )

HSP 1 Score: 942.2 bits (2434), Expect = 2.9e-274
Identity = 496/862 (57.54%), Postives = 603/862 (69.95%), Query Frame = 0


Query: 1   MADGDSSETVASQQKEEREEKQSDL-SSSDSSESEYDSDD-----ASEGEYEEEEPLI-Y 60
           + +    E  + Q     EEK SD  S+SDS  S   S D      SE E E +  +  Y
Sbjct: 6   LTESQQQEDPSQQLPNADEEKGSDSDSNSDSDASSQSSGDDFYISESENEAEGDNTIFNY 65

Query: 61  TRRTEELTETDNNEETNVRRLSQALGGKLVKKMQEEEEETVVYHEDLYDFPKDPENWTEE 120
            R ++   + + N ETN+RR ++ L GK VK+MQEEEE+   ++EDL+DFP+DPE W E+
Sbjct: 66  VRPSDIPPDPNANPETNIRRFNRVLDGKRVKRMQEEEEDKYTFYEDLFDFPRDPERWKEQ 125

Query: 121 DLQELWMDAPLEMEKPGWDPIWADEKDWEVMRDEVEAGKDPPIAPFYVPYRKPYPVIPDN 180
           DL+E+W D PLEM KPGWDP WADE DW+V+ DE++ G+DP I PFYVPYRKPYP IPDN
Sbjct: 126 DLREIWADGPLEMTKPGWDPAWADEDDWDVVNDEIQEGRDPGIQPFYVPYRKPYPAIPDN 185

Query: 181 HFDIPNAKSVIEELDRIEEFLKWVGYIFPDGSSYEGTVWDDLAHGKGVYVAELGLVRYEG 240
           H+DI NAK V+EELDRIEEFL+WV YIFPDGSSYEGTVWDDLA GKGVY+AE GLVRYEG
Sbjct: 186 HYDIENAKGVVEELDRIEEFLQWVSYIFPDGSSYEGTVWDDLAQGKGVYIAENGLVRYEG 245

Query: 241 EWVRNNMEGHGVVEVDIPDIEPVPGSKLEKKMRAEGKIISRDYMTPEDKNWLEMDIEDSI 300
           EW++N+MEGHGV++VDIPDIEP+PGSKLE KMRAEG+II RDYMTPED+ WLEMD+EDS+
Sbjct: 246 EWLQNDMEGHGVIDVDIPDIEPIPGSKLEAKMRAEGRIIKRDYMTPEDRKWLEMDVEDSV 305

Query: 301 HLAGGNYEIPFYERKEWIKYFGGKPEKGRYRYAGEWKHGRMHGCGVYEVNERPIWGRFYF 360
            L  GN+++PFYE +EW+  FG KPEKGRYRYAG+WKH RMHGCGVYEVNER ++GRFYF
Sbjct: 306 ALTDGNFQVPFYENEEWVTQFGEKPEKGRYRYAGQWKHSRMHGCGVYEVNERILYGRFYF 365

Query: 361 GELLYDSTGCDEDTSALHASLAEVAAAKARMFVNKPDGMIREERGPYGDPQHPYFYEEED 420
           GELL +  GC  D  ALH+ LAEVAAAKARMFVNKPDGMIREERGPYGDPQHPYFYEE+D
Sbjct: 366 GELLEEEHGCTVDICALHSGLAEVAAAKARMFVNKPDGMIREERGPYGDPQHPYFYEEDD 425

Query: 421 TWMAPGFINQFYEVPDYWKTYVHEVDEEREMWLNSFYKAPLRLPMPAELEYWWAQ-DHTP 480
            WMAPGFINQFYEVP+YW+TYV EVD+EREMWLNSFYKAPLRLPMPAELE+WW   + TP
Sbjct: 426 VWMAPGFINQFYEVPEYWETYVGEVDQEREMWLNSFYKAPLRLPMPAELEHWWENVEVTP 485

Query: 481 EFVLVNKEPEPDPEDPSKLVYTEDPLILHTPTGRLINYVEDEEHGVRMFWQPQVEEEEDV 540
           EFVL+NKEPEPDP DPSKLV  EDP+ILHTPTGR+INYVEDE+HG+R+FWQP +EE E+V
Sbjct: 486 EFVLLNKEPEPDPNDPSKLVQKEDPVILHTPTGRIINYVEDEKHGIRLFWQPPLEEGEEV 545

Query: 541 DPEKVEFLPLGFDEFYGTKTPEKKENILMRLISTLENGLKPKLEKFGKWAEEKKKESELK 600
           DP KVEFLPLGFDEFYG +   KKE+ +   +  +E  +KP L+   KW EEKKK  E +
Sbjct: 546 DPSKVEFLPLGFDEFYGKEVVVKKEHPIKSFVLGIEKSVKPMLDGLEKWTEEKKKAYEER 605

Query: 601 KQLIEKELELIEAEICLEEAIEDMDEMLKTKEKEESTN---------------------- 660
           K++I++ELEL+EAEICLEEAIEDMDE LK KE+EE                         
Sbjct: 606 KEMIQQELELVEAEICLEEAIEDMDEELKKKEQEEEKKTEMGLTEEDEDVLVPVYKEEKV 665

Query: 661 -------QDKKASVEEEGEDDEDDDDNDVDDSPPSSFDAPPSSFGSVSADQKPSKPRDSP 720
                  Q+ K   + + +DDEDDDD D DD      D  PSSFGS    +     R+SP
Sbjct: 666 VTAKEKIQENKQEEKYKDDDDEDDDDGDDDDDDDDDDDLGPSSFGSADKGR-----RNSP 725

Query: 721 FSTASLHFASSTLVSGVPSRLIQSILPWTKGRSTLKAPPPSSRDDRHYCSESFHSVCFPR 780
           FS++SL FAS TL   V SRL  S L W + R+                S S H   FP 
Sbjct: 726 FSSSSLSFASCTLFPAVQSRLESSFLAWKQHRAEPSKVNTGIIKGADTASASIH---FPP 785

Query: 781 MPSSRGSLKAIVPSKLQNKSRIHPIQMKLQLQLQLRSRPEIHSCHHLVSLNPNEFPMCNG 826
           + S+   LK     K+ N+  +       + Q QL S   + SC+   S +P +    + 
Sbjct: 786 LSSNNARLKM---GKVANRGCVQRSYGSSRSQSQLMSLSRLLSCNASSSSSPPD--SSSS 845

[Close]

BLAST of CmaCh02G013500 vs. TAIR 10
Match: AT5G22640.2 (MORN (Membrane Occupation and Recognition Nexus) repeat-containing protein )

HSP 1 Score: 814.3 bits (2102), Expect = 9.0e-236
Identity = 440/833 (52.82%), Postives = 537/833 (64.47%), Query Frame = 0


Query: 1   MADGDSSETVASQQKEEREEKQSDL-SSSDSSESEYDSDD-----ASEGEYEEEEPLI-Y 60
           + +    E  + Q     EEK SD  S+SDS  S   S D      SE E E +  +  Y
Sbjct: 6   LTESQQQEDPSQQLPNADEEKGSDSDSNSDSDASSQSSGDDFYISESENEAEGDNTIFNY 65

Query: 61  TRRTEELTETDNNEETNVRRLSQALGGKLVKKMQEEEEETVVYHEDLYDFPKDPENWTEE 120
            R ++   + + N ETN+RR ++ L GK VK+MQEEEE+   ++EDL+DFP+DPE W E+
Sbjct: 66  VRPSDIPPDPNANPETNIRRFNRVLDGKRVKRMQEEEEDKYTFYEDLFDFPRDPERWKEQ 125

Query: 121 DLQELWMDAPLEMEKPGWDPIWADEKDWEVMRDEVEAGKDPPIAPFYVPYRKPYPVIPDN 180
           DL+E+W D PLEM KPGWDP WADE DW+V+ DE++ G+DP I PFYVPYRKPYP IPDN
Sbjct: 126 DLREIWADGPLEMTKPGWDPAWADEDDWDVVNDEIQEGRDPGIQPFYVPYRKPYPAIPDN 185

Query: 181 HFDIPNAKSVIEELDRIEEFLKWVGYIFPDGSSYEGTVWDDLAHGKGVYVAELGLVRYEG 240
           H+DI NAK V+EELDRIEEFL+WV YIFPDGSSYEGTVWDDLA GKGVY+AE GLVRYEG
Sbjct: 186 HYDIENAKGVVEELDRIEEFLQWVSYIFPDGSSYEGTVWDDLAQGKGVYIAENGLVRYEG 245

Query: 241 EWVRNNMEGHGVVEVDIPDIEPVPGSKLEKKMRAEGKIISRDYMTPEDKNWLEMDIEDSI 300
           EW++N+MEGHGV++VDIPDIEP+PGSKLE KMRAEG+II RDYMTPED+ WLEMD+EDS+
Sbjct: 246 EWLQNDMEGHGVIDVDIPDIEPIPGSKLEAKMRAEGRIIKRDYMTPEDRKWLEMDVEDSV 305

Query: 301 HLAGGNYEIPFYERKEWIKYFGGKPEKGRYRYAGEWKHGRMHGCGVYEVNERPIWGRFYF 360
            L  GN+++PFYE +EW+  FG KPEKGRYRYAG+WKH RMHGCGVYEVNER ++GRFYF
Sbjct: 306 ALTDGNFQVPFYENEEWVTQFGEKPEKGRYRYAGQWKHSRMHGCGVYEVNERILYGRFYF 365

Query: 361 GELLYDSTGCDEDTSALHASLAEVAAAKARMFVNKPDGMIREERGPYGDPQHPYFYEEED 420
           GELL +  GC  D  ALH+ LAEVAAAKARMFVNKPDGMIREERGPYGDPQHPYFYEE+D
Sbjct: 366 GELLEEEHGCTVDICALHSGLAEVAAAKARMFVNKPDGMIREERGPYGDPQHPYFYEEDD 425

Query: 421 TWMAPGFINQFYEVPDYWKTYVHEVDEEREMWLNSFYKAPLRLPMPAELEYWWAQ-DHTP 480
            WMAPGFINQFYEVP+YW+TYV EVD+EREMWLNSFYKAPLRLPMPAELE+WW   + TP
Sbjct: 426 VWMAPGFINQFYEVPEYWETYVGEVDQEREMWLNSFYKAPLRLPMPAELEHWWENVEVTP 485

Query: 481 EFVLVNKEPEPDPEDPSKLVYTEDPLILHTPTGRLINYVEDEEHGVRMFWQPQVEEEEDV 540
           EFVL+NKEPEPDP DPSKLV  EDP+ILHTPTGR+INYVEDE+HG+R+FWQP +EE E  
Sbjct: 486 EFVLLNKEPEPDPNDPSKLVQKEDPVILHTPTGRIINYVEDEKHGIRLFWQPPLEEGE-- 545

Query: 541 DPEKVEFLPLGFDEFYGTKTPEKKENILMRLISTLENGLKPKLEKFGKWAEEKKKESELK 600
                                                                       
Sbjct: 546 ------------------------------------------------------------ 605

Query: 601 KQLIEKELELIEAEICLEEAIEDMDEMLKTKEKEESTNQDKKASVEEEGEDDEDDDDNDV 660
                                   ++++  KEK +   Q++K     + +DDEDDDD D 
Sbjct: 606 ------------------------EKVVTAKEKIQENKQEEK----YKDDDDEDDDDGDD 665

Query: 661 DDSPPSSFDAPPSSFGSVSADQKPSKPRDSPFSTASLHFASSTLVSGVPSRLIQSILPWT 720
           DD      D  PSSFGS    +     R+SPFS++SL FAS TL   V SRL  S L W 
Sbjct: 666 DDDDDDDDDLGPSSFGSADKGR-----RNSPFSSSSLSFASCTLFPAVQSRLESSFLAWK 725

Query: 721 KGRSTLKAPPPSSRDDRHYCSESFHSVCFPRMPSSRGSLKAIVPSKLQNKSRIHPIQMKL 780
           + R+                S S H   FP + S+   LK     K+ N+  +       
Sbjct: 726 QHRAEPSKVNTGIIKGADTASASIH---FPPLSSNNARLKM---GKVANRGCVQRSYGSS 729

Query: 781 QLQLQLRSRPEIHSCHHLVSLNPNEFPMCNGQFSETGGIKHSILSWHTPLDEL 826
           + Q QL S   + SC+   S +P +    + ++ +  G+      W TP+ ++
Sbjct: 786 RSQSQLMSLSRLLSCNASSSSSPPD--SSSSEYLKDSGL------WETPVGDM 729

The following BLAST results are available for this feature:

BLAST of CmaCh02G013500 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q8LPR8	4.0e-273	57.54	Protein TIC 100 OS=Arabidopsis thaliana OX=3702 GN=TIC100 PE=1 SV=1	[more]

BLAST of CmaCh02G013500 vs. TAIR 10


Match Name	E-value	Identity	Description
AT5G22640.1	2.9e-274	57.54	MORN (Membrane Occupation and Recognition Nexus) repeat-containing protein	[more]
AT5G22640.2	9.0e-236	52.82	MORN (Membrane Occupation and Recognition Nexus) repeat-containing protein	[more]

InterPro

Analysis Name: InterPro Annotations of Cucurbita maxima (Rimu) v1.1
Date Performed: 2021-10-25

Position :

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x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 609..629
None	No IPR available	COILS	Coil	Coil	coord: 586..606
None	No IPR available	GENE3D	2.20.110.10		coord: 195..259 e-value: 2.2E-6 score: 29.2
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 622..685
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 10..27
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 31..47
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 638..655
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 48..69
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 659..685
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 622..637
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..70
None	No IPR available	PANTHER	PTHR23084:SF238	PROTEIN TIC 100	coord: 5..791
None	No IPR available	PANTHER	PTHR23084	PHOSPHATIDYLINOSITOL-4-PHOSPHATE 5-KINASE RELATED	coord: 5..791
None	No IPR available	SUPERFAMILY	82185	Histone H3 K4-specific methyltransferase SET7/9 N-terminal domain	coord: 201..349
IPR003409	MORN motif	SMART	SM00698	morn	coord: 323..344 e-value: 0.11 score: 21.2 coord: 229..249 e-value: 8.3 score: 7.2
IPR003409	MORN motif	PFAM	PF02493	MORN	coord: 231..245 e-value: 0.0072 score: 16.2 coord: 207..223 e-value: 0.082 score: 12.8 coord: 325..340 e-value: 6.9E-4 score: 19.4

Relationships

The following mRNA feature(s) are a part of this gene:


Feature Name	Unique Name	Type
CmaCh02G013500.1	CmaCh02G013500.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0009658	chloroplast organization
biological_process	GO:0009793	embryo development ending in seed dormancy
biological_process	GO:0045037	protein import into chloroplast stroma
cellular_component	GO:0009706	chloroplast inner membrane
molecular_function	GO:0008320	protein transmembrane transporter activity