Gene

KWMTBOMO15912  Validated by peptides from experiments

Pre Gene Modal

BGIBMGA013394

Annotation

PREDICTED:_protein_MON2_homolog_[Amyelois_transitella]

Location

Bomo_Chr27(-):1913314-1956039      View in EpiBrowser

Full name

Protein MON2 homolog      

Alternative Name

Protein SF21

Location in the cell

Cytoplasmic   Reliability : 1.107 PlasmaMembrane   Reliability : 1.489

CDS

ATGGCATTCGTGAGTGCCGTAACCGGAGATGATTCAACAAAGAAGTTCATGGAAGTCCTTCAGAACGACTTTAAAAATTTAAGTTTGGAGACCAAGAAGAAATATCCTCAGATAAGAGAGGCTTGCGATGAAGCTATAGAAAAACTGTCTTTAGCCTCTAATAATCCACAAGCTTCACTGTATGGTGTTGTTAATCAAATATTGTATCCACTGGTGCAAGGTTGTGAATCAAAAGATTTGAAAATTATTAAGTTCTGCCTAGGGACTATCCAGCGGTTAATAGCTCAGCAAGGGATAGACGCGAAAGGCGCAAGGCATGTGGTGGACTGCTTGTACAATCTAGGCCAGGCCGGGGTCTTAGAGCTAAAATTGCTTCAAACTGCTGCTCTGTTGATGACTACCTCTGATTTGGTACATGGAGACACGTTGGCACGGACAATGGTGATGTGTATGAAGATGGTATCCACAACGGAGACAAGGGATATTAGCACGAGTCACGCCGCAGCCGCCACTGTGAGGCAACTGGTCGCCTTAGTTTTTGAGAGGGCACTTGCTGAGGCAGATGGTAATCTAAAAGTGAATCCGGCCGATGTTAGATTGCAGAGTAATAACAAAGCGCCAAAGGACCTCAAACCGTGTGCCGTTGATGCCTATCTTATTTTGCAAGATATAATTCAGTTAATAAACGGTGACGCCGCCCACTGGCTCGTCGGCATATCGGATGTGCCCAAGACATTCGGTCTGGAGTTACTGGACACAGTACTTACTGACTTCTCACCGGTTTTCTTCAAGATATCCGAGTTCAGGTTCCTGTTGAAGGAGCACGTTTGCGCGCTGATAATCAAACTGTTCTCACCGAACGTCAAGTACAGGGCTGCGTTGACGGCATTGCACATCCCGGGGGCTGCGGGCGCGAACGGGGGCGGAACACCCGAGCGCCCGCACTTCCCCGTCACGATGAGGCTACTCAGACTCGTCTCAGTAATTCTACACAAATACCACTCTTTACTTGTGACGGAGTGCGAAATATTTCTGTCGCTGACGATAAAATTTCTAGATCCCGACAAGCCGTTGTGGCAGCGAGCTTTAGCTCTAGAAGTTTTACACAAGATGACAATACAGCCAAAGCTGCTGAAGTCGTTCTGCGACTGCTACGACATGAAGCCGCACGCCACCAACATCTTCCAGGACATCGTGAACGCGCTGGGCGCCTACGTGCAGAGCCTGTTCGCGTCACCAGGAGCGGCCGCGCCCCCCGGTACATCGGCGATACCTCAGCAATCGGGTTTCTACTGCAAAGGAGTTTGGCTGCCACTCTGCGTCACATTCGAGCGTGGTACAGCCAAGGCTGTCTACATAGAGATGCTGGATCGAACCGAGGCCCCCACGATCCAAGACGGATACGGCATCTCCGTCGCCTACGCATGCTTGATGGAAATAATACGGTCCATAGCCATAACCGTGGAGGGGTCCGAGTACTTCAGGTTACAAGAAATGTATGAAGATCTTCATGACGGCGATGAAAAAGAACTCAATTCAAATAAAACTAACACAGACACGGCCACGACAGAGCAGAGCTTAACCAGTAACGGGCACAGCGTCGAAGCAGATCAGAATTCGAACGTAGTTCAAGCGGCCTCTGACGATAGCGACAAAGAAACGGAGCTGAGATTACAGTTGTTAAAGTCTTCGTGGTGCGGCCTGGTGTGGGGCTTGTCAGTGCTGGCTGACGCGAGCATCGGCGAGCTGGAGAACATACTGCGCGCCATACAGACGCTGGCCAGGGTCAGCGGCAAGGTGGGGGTGTCTGCGGGGCGGGACGCGTGCGTGGGCGCGTTGTGCCGCAGCGCGCTGCCCGCGCAGTACGCCGCCGGAGCCCTGGGCGCGTGCCCGTGGAGACGCGAGCCCGCCGCGCCCGAGCCCGACTGCCGGCACCACGTCGTGTGGGTCGGGACGCCGCTGCCCTCGGCCGCGCCGGCCTCTGGACAGCAGCAGTCTTTCGTGATGGTGACGTCAAGACACGTGACCGCCATGAAGGCGCTACTGTGCGCGGCGCAGCGCGACGGTGACGTCATACAGCAGGCCTGGTTCCCGGTTCTAACCACGCTGCAGCATTTGGTCTGGATCTTGGGCCTGAAGCCGTCGACTGGCGGCAGTATGAAGGCCAGTCGCGCCAGTGCAGACGCCAACGCGGTCATGAGCACGTCCGCGGTAATGGCAGACTTGCCCGCTCTGTCAGCAATGCTCTCCCGGGTGTTCGAGTCTTCCAAGGACTTGGACGACGTGGCTCTGCACCACCTAATCGACGCGCTGTGCAAGCTCTCCAACGAGGCCATGGAACTGGCTTATTCAAATCGGGAGCCATCGCTGTTCGCCGTGGCAAAACTTCTAGAAACAGGTCTGGCGAACATGCACCGGATAGAGGTGATGTGGAGGCCCATCACCAACCACTTGTTGGAGGTGTGTCAGCACCCGCACATCAGGATGCGGGAATGGGGAGTGGAGGCCATCACGTATCTAGTTCAAGCAGCATTCCAGTACCACCATAATAATCCCGTTCATGTAACTGATGCCCGGTCCCGGCTGCTGCTGGAGCCGCTGGCGGAGCTGTGCTCGGTGCGGCACGCGGACGTGCGCGCCCGCCAGCTGGAGTGCGCGGCGCGGCTGCTGCACTCGCGCGGGGACCAGCTGGGCGCCGCCTGGCCGCTCATGATGCAAGTCATCTCCGCCATCTCCGAGCACCACAGCGAGCAGCTAATCAGGTCGGCGTTCCAGTGCGCGCAGGTGGTGGCCGGCGACCTGCTGGGCTGCGCCGGCCCGCGCTGCCTGCGCCGCGTGCTCAACACGGCCGCCGCCTTCGCGCTGCAGACCAAGGAGCTCAACATCAGCCTCACCGCCGTGGGACTCATGTGGAACATATCGGACTACCTGTACCACAACCGCGACAAGCTGGTGGCGGCGCTGGCGGGCGACGCGGCCGCGTGTCCCGAGGCGCCGCAGCACGACGAGCTGCCGCCGCTCGACCGCCTCTGGATGTGCCTCTACATCAGACTTAGCGAGCTGTGCACGGAGCCCCGCGCCCCGGTCCGGCGCGCCGCCAGCCAGACGCTGTTCAGCTGCATCGGCGCGCACGGGGCGCTGCTCGGCAAGCCCGCCTGGCGCGCCCTGCTCGCCGTGCTCTTCCCCATGCTCGAGCAGGTCCAGAAACAATCAAACATTGCGAGCTGCGAGAAGGTGGACACCGGGGAGCACATCCTCATACATCACACGAGAAACACGGCGCAGAAACAGTGGGCGGAGACCCAGGTGCTCACGTTATCGGGGGTGTCGAGAGTCTTCCACTCCCGATTCCAGCTCCTGACGACCGTGGGAGACTTCAACAGATCCTGGGCGATCCTGCTGGGCTACATAACCGACTTCGCCTTACAGAAGAGTCACGAGGTGTCGGTGGCGGCGCTGAAGTCGTTCCAGGAGGTGGTGTCGGCGGCGGGGCGCGCGGGGGGGCTGCCGCGCCGCGTGTGGGACGCCGCGTGGGCCGCCTGGACCGACATCGCCGCGGCGCTGCCGGACCGACACCGCGAGCCCCCGGTGACGGAGGACGGCAAGCCAGGCGAGGAGTACGCGCCCTCCCAGAGCTTCCTCACGACCCTCGTGCAAATATTCCCGCTTATATTCCAGCACATACGGCCCACGTTCACGGCGGCGGACGTGGAGCGGCTGGGCGCGTGCCTGGCGCACGTGTGCCGCATCGAGCCCTCCGCCTCGGCCTCCGCCCTGGACGGGTCCGCCGGGCTCGCCGTCAGCCTGCACGCCCTGCACTGCCTCGACACCGTGCACAAGGAGGCGCTGGTCCGGCACGAGCTGCTGGGCGCGATGTTCGTGGCGCTGACGTCACTGGCGGGCGCGGGCGCGGGTGCGGGCGCGCGCTGCCTGTCCGCCGCCGTGGCGCTGTACCGGGCCGCGCCGCAGCCCAGCGCCCCCGTGCTGCCGCATCTCTTGCAGGCTCTGCACTCGGCGGTCAAGAAGTGCGGGCAGGAGAAACGTCGCAGACCCTCGGAACAAGTGGACGAGGCGTCGCAAATAGCGGCCCTATTACTACAGGTATTGGAAACCGGTCTACCACTAGCGAGAGAAAAGCCAGACGACTACAAAGAGTTCTGGGAGACGCTTCCCGGAGTGCTCGAGACGTTCCTGTTTGAGCCACCTACGGGGATGGGCGCGGGTGCGGGCGCGCTCGTGGCGTGCGTGCGCGGCGCGGCGCTGGCGGGGCGCGTGCCGGGCGCGGCGCTGGGCCGCCTGCTGGCGCTGGTGCGGGCCGCCGCGCTGCACCACGCGCCGCCGGACCGCACGCAGACCGACCAAGAACTGAAAGAGAGGGAAGAATTCGCCCGGACGTGCTTCGAGACGCTACTGCAGTTCTCTATGGTGGAGAACGTCGACTCCATTTCCGGGGATGACAATGATTCTGACCCGCTAGCCATAATGACGTTGCTGGACAGGTTCCAAGAGATCATAATGAAGTATGCAGAGGATGAGCACGACACAGAGCCTCTGCCAAGACATCAACTATCGGAGATATCGTTTGTACTGAAAGCCATAGCGACGCTGGCGGAGTCCATGAAGAAAGCGCCCCCCGGGAAAGTGGACGCGGCGGCCTGGCGGAAGTTAATAGAATAG

Protein

MAFVSAVTGDDSTKKFMEVLQNDFKNLSLETKKKYPQIREACDEAIEKLSLASNNPQASLYGVVNQILYPLVQGCESKDLKIIKFCLGTIQRLIAQQGIDAKGARHVVDCLYNLGQAGVLELKLLQTAALLMTTSDLVHGDTLARTMVMCMKMVSTTETRDISTSHAAAATVRQLVALVFERALAEADGNLKVNPADVRLQSNNKAPKDLKPCAVDAYLILQDIIQLINGDAAHWLVGISDVPKTFGLELLDTVLTDFSPVFFKISEFRFLLKEHVCALIIKLFSPNVKYRAALTALHIPGAAGANGGGTPERPHFPVTMRLLRLVSVILHKYHSLLVTECEIFLSLTIKFLDPDKPLWQRALALEVLHKMTIQPKLLKSFCDCYDMKPHATNIFQDIVNALGAYVQSLFASPGAAAPPGTSAIPQQSGFYCKGVWLPLCVTFERGTAKAVYIEMLDRTEAPTIQDGYGISVAYACLMEIIRSIAITVEGSEYFRLQEMYEDLHDGDEKELNSNKTNTDTATTEQSLTSNGHSVEADQNSNVVQAASDDSDKETELRLQLLKSSWCGLVWGLSVLADASIGELENILRAIQTLARVSGKVGVSAGRDACVGALCRSALPAQYAAGALGACPWRREPAAPEPDCRHHVVWVGTPLPSAAPASGQQQSFVMVTSRHVTAMKALLCAAQRDGDVIQQAWFPVLTTLQHLVWILGLKPSTGGSMKASRASADANAVMSTSAVMADLPALSAMLSRVFESSKDLDDVALHHLIDALCKLSNEAMELAYSNREPSLFAVAKLLETGLANMHRIEVMWRPITNHLLEVCQHPHIRMREWGVEAITYLVQAAFQYHHNNPVHVTDARSRLLLEPLAELCSVRHADVRARQLECAARLLHSRGDQLGAAWPLMMQVISAISEHHSEQLIRSAFQCAQVVAGDLLGCAGPRCLRRVLNTAAAFALQTKELNISLTAVGLMWNISDYLYHNRDKLVAALAGDAAACPEAPQHDELPPLDRLWMCLYIRLSELCTEPRAPVRRAASQTLFSCIGAHGALLGKPAWRALLAVLFPMLEQVQKQSNIASCEKVDTGEHILIHHTRNTAQKQWAETQVLTLSGVSRVFHSRFQLLTTVGDFNRSWAILLGYITDFALQKSHEVSVAALKSFQEVVSAAGRAGGLPRRVWDAAWAAWTDIAAALPDRHREPPVTEDGKPGEEYAPSQSFLTTLVQIFPLIFQHIRPTFTAADVERLGACLAHVCRIEPSASASALDGSAGLAVSLHALHCLDTVHKEALVRHELLGAMFVALTSLAGAGAGAGARCLSAAVALYRAAPQPSAPVLPHLLQALHSAVKKCGQEKRRRPSEQVDEASQIAALLLQVLETGLPLAREKPDDYKEFWETLPGVLETFLFEPPTGMGAGAGALVACVRGAALAGRVPGAALGRLLALVRAAALHHAPPDRTQTDQELKEREEFARTCFETLLQFSMVENVDSISGDDNDSDPLAIMTLLDRFQEIIMKYAEDEHDTEPLPRHQLSEISFVLKAIATLAESMKKAPPGKVDAAAWRKLIE

Description

May be required for traffic between late Golgi and early endosomes.

Similarity

Belongs to the MON2 family.

Keywords

Acetylation   Alternative splicing   Complete proteome   Phosphoprotein   Polymorphism   Protein transport   Reference proteome   Transport  

Feature

chain  Protein MON2 homolog
splice variant  In isoform 3.
sequence variant  In dbSNP:rs10219555.

Uniprot

A0A3S2NZ94   A0A212EJV0   A0A2J7RNE8   A0A026WRE2   A0A3L8DX75   A0A151X6D3   + More
A0A151IH52   F4WH85   A0A195F3L0   A0A195B9D3   E2BVY3   A0A195E5V5   A0A158NPD6   A0A088AHQ3   A0A2A3E4W7   A0A154P146   K7J2C6   A0A0J7L4K9   A0A232FB04   A0A1B6LWA5   A0A1B6KIN6   A0A1Y1M6D5   A0A1W4X2P8   A0A0C9RWJ8   D6W829   A0A310SFV2   A0A0L7RES7   E2AXI0   A0A1L8DV77   E0VBS7   U4TUS9   N6TSW3   A0A0M9ABM2   A0A2M4B960   A0A2M4B8J4   A0A1B6CWH9   A0A0K8UL09   W8C084   A0A034V2P6   A0A1A9ZEU2   A0A0T6AXK1   A0A1A9XUY6   A0A1B0ASB9   A0A0N7ZAU2   A0A1B0FP44   A0A1A9UW08   A0A3R7NKU3   A0A0M4EPF9   M3YZ50   W5P2N3   A0A2Y9KYG8   U3DXG9   A0A2Y9L534   U6DIP7   A0A1S2ZBS3   A0A1S2ZBQ5   D3ZCG3   A0A2Y9L538   F7I689   U3DBM1   F7I1K7   G1S5J7   A0A2K6UP60   A0A2K6UP77   A0A2R9BKE4   K7DBP6   K7AIA9   A0A2R9BC50   A0A2R9BC32   A0A2J8KVP8   A0A2K6UPA6   K7D708   A0A2J8KVM7   G3SEK7   A0A2K5R5I0   A0A2K5R5H7   A0A2I2Y4X0   G3R8U3   H2RDJ5   A0A2J8UGJ8   A0A2K6CAX9   A0A2K6CAT7   A0A2K5X5Q0   A0A2K5X5T7   A0A2K5YC96   A0A2R9BKI0   A0A2I3MHU8   A0A2I3MQZ0   A0A2K5L7G8   A0A2K5L7M0   A0A2I3S1G0   A0A2J8KVL7   Q7Z3U7   Q7Z3U7-5   A0A2K5X628   A0A0D9QWX1  

Pubmed

22118469    24508170    30249741    21719571    20798317    21347285    + More
20075255    28648823    28004739    18362917    19820115    20566863    23537049    24495485    25348373    20809919    25243066    15057822    22673903    22722832    16136131    22398555    10470851    12168954    14702039    17974005    16541075    15489334    16219684    16301316    18691976    18669648    20068231    21269460    22814378    24275569   

EMBL

RSAL01000085    RVE48352.1    AGBW02014365    OWR41783.1    NEVH01002541    PNF42354.1    + More
KK107139    EZA57654.1    QOIP01000003    RLU24976.1    KQ982482    KYQ55860.1    KQ977643    KYN00858.1    GL888153    EGI66451.1    KQ981836    KYN35043.1    KQ976542    KYM81148.1    GL451079    EFN80131.1    KQ979608    KYN20267.1    ADTU01022393    KZ288371    PBC26735.1    KQ434796    KZC05646.1    AAZX01001570    LBMM01000654    KMQ97867.1    NNAY01000566    OXU27628.1    GEBQ01012014    JAT27963.1    GEBQ01028659    JAT11318.1    GEZM01042424    GEZM01042423    JAV79865.1    GBYB01013395    JAG83162.1    KQ971307    EFA11008.1    KQ768478    OAD53119.1    KQ414608    KOC69457.1    GL443583    EFN61865.1    GFDF01003740    JAV10344.1    DS235039    EEB10833.1    KB631602    ERL84532.1    APGK01020363    KB740193    ENN81133.1    KQ435689    KOX81217.1    GGFJ01000227    MBW49368.1    GGFJ01000228    MBW49369.1    GEDC01026625    GEDC01026554    GEDC01019436    JAS10673.1    JAS10744.1    JAS17862.1    GDHF01024930    JAI27384.1    GAMC01011556    JAB94999.1    GAKP01022188    JAC36764.1    LJIG01022567    KRT79887.1    JXJN01002712    GDRN01093911    GDRN01093910    JAI59800.1    CCAG010013125    QCYY01004474    ROT60957.1    CP012523    ALC38725.1    AEYP01066302    AEYP01066303    AEYP01066304    AEYP01066305    AEYP01066306    AEYP01066307    AEYP01066308    AEYP01066309    AEYP01066310    AEYP01066311    AMGL01081276    AMGL01081277    AMGL01081278    AMGL01081279    GAMT01006780    GAMS01005095    JAB05081.1    JAB18041.1    HAAF01010615    CCP82439.1    AABR07057348    GAMR01004380    GAMP01000503    JAB29552.1    JAB52252.1    ADFV01002067    ADFV01002068    ADFV01002069    ADFV01002070    ADFV01002071    ADFV01002072    ADFV01002073    AJFE02087527    AJFE02087528    AJFE02087529    AJFE02087530    AACZ04013012    AACZ04013013    AACZ04013014    AACZ04013015    AACZ04013016    GABE01008959    JAA35780.1    GABC01001268    GABF01004404    GABD01005171    NBAG03000333    JAA10070.1    JAA17741.1    JAA27929.1    PNI39072.1    PNI39077.1    GABE01008960    JAA35779.1    PNI39074.1    CABD030083319    CABD030083320    CABD030083321    CABD030083322    NDHI03003457    PNJ44408.1    AQIA01011395    AQIA01011396    AQIA01011397    AHZZ02002360    AHZZ02002361    AHZZ02002362    AHZZ02002363    PNI39073.1    AB017814    AB028963    AK092646    AL834320    BX537415    AL833066    AC026115    AC079035    BC136621    BC141817    BC142710    BC151241    AQIB01023188    AQIB01023189    AQIB01023190   

Proteomes

UP000283053    UP000007151    UP000235965    UP000053097    UP000279307    UP000075809    + More
UP000078542    UP000007755    UP000078541    UP000078540    UP000008237    UP000078492    UP000005205    UP000005203    UP000242457    UP000076502    UP000002358    UP000036403    UP000215335    UP000192223    UP000007266    UP000053825    UP000000311    UP000009046    UP000030742    UP000019118    UP000053105    UP000092445    UP000092443    UP000092460    UP000092444    UP000078200    UP000283509    UP000092553    UP000000715    UP000002356    UP000248482    UP000079721    UP000002494    UP000008225    UP000001073    UP000233220    UP000240080    UP000002277    UP000001519    UP000233040    UP000233120    UP000233100    UP000233140    UP000028761    UP000233060    UP000005640    UP000029965   

PRIDE

D3ZCG3    Q7Z3U7   

Pfam

PF16213   DCB        + More
PF09324   DUF1981
PF12783   Sec7_N
PF16206   Mon2_C

Interpro

IPR026829   Mon2-like        + More
IPR032691   Sec7_N       
IPR015403   Sec7_C       
IPR032629   DCB_dom       
IPR032817   Mon2_C       
IPR016024   ARM-type_fold       

SUPFAM

SSF48371   SSF48371       

ProteinModelPortal

A0A3S2NZ94   A0A212EJV0   A0A2J7RNE8   A0A026WRE2   A0A3L8DX75   A0A151X6D3   + More
A0A151IH52   F4WH85   A0A195F3L0   A0A195B9D3   E2BVY3   A0A195E5V5   A0A158NPD6   A0A088AHQ3   A0A2A3E4W7   A0A154P146   K7J2C6   A0A0J7L4K9   A0A232FB04   A0A1B6LWA5   A0A1B6KIN6   A0A1Y1M6D5   A0A1W4X2P8   A0A0C9RWJ8   D6W829   A0A310SFV2   A0A0L7RES7   E2AXI0   A0A1L8DV77   E0VBS7   U4TUS9   N6TSW3   A0A0M9ABM2   A0A2M4B960   A0A2M4B8J4   A0A1B6CWH9   A0A0K8UL09   W8C084   A0A034V2P6   A0A1A9ZEU2   A0A0T6AXK1   A0A1A9XUY6   A0A1B0ASB9   A0A0N7ZAU2   A0A1B0FP44   A0A1A9UW08   A0A3R7NKU3   A0A0M4EPF9   M3YZ50   W5P2N3   A0A2Y9KYG8   U3DXG9   A0A2Y9L534   U6DIP7   A0A1S2ZBS3   A0A1S2ZBQ5   D3ZCG3   A0A2Y9L538   F7I689   U3DBM1   F7I1K7   G1S5J7   A0A2K6UP60   A0A2K6UP77   A0A2R9BKE4   K7DBP6   K7AIA9   A0A2R9BC50   A0A2R9BC32   A0A2J8KVP8   A0A2K6UPA6   K7D708   A0A2J8KVM7   G3SEK7   A0A2K5R5I0   A0A2K5R5H7   A0A2I2Y4X0   G3R8U3   H2RDJ5   A0A2J8UGJ8   A0A2K6CAX9   A0A2K6CAT7   A0A2K5X5Q0   A0A2K5X5T7   A0A2K5YC96   A0A2R9BKI0   A0A2I3MHU8   A0A2I3MQZ0   A0A2K5L7G8   A0A2K5L7M0   A0A2I3S1G0   A0A2J8KVL7   Q7Z3U7   Q7Z3U7-5   A0A2K5X628   A0A0D9QWX1  

KEGG

101740996    no KO assigned | (RefSeq) protein MON2 homolog

GO

GO:0015031   GO:0006895   GO:0070062   GO:0005829   GO:0005488   GO:0005874   GO:0007017   GO:0005200   GO:0005525   GO:0004672   GO:0003676   GO:0000287   GO:0006281   GO:0006259  

PANTHER

PTHR10663:SF333  

Length:

1558

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.634339999999998

Exp number, first 60 AAs:

0.00011

Total prob of N-in:

0.00028

outside

1  -  1558

 

 

Pi

26.648778

Theta

22.266233

Tajima's D

-1.437536

CLR

231.372091

CSRT

0.0692965351732413

Interpretation

Possibly Positive selection