Gene

KWMTBOMO05813

Pre Gene Modal

BGIBMGA006909

Annotation

PREDICTED:_DEP_domain-containing_protein_5_[Bombyx_mori]

Location

Bomo_Chr10(-):10671550-10706100      View in EpiBrowser

Full name

GATOR complex protein Iml1      

Alternative Name

Increased minichromosome loss 1

Location in the cell

Nuclear   Reliability : 2.127

CDS

ATGAAGTCCTTTAAACTCATTGTACATCAGTCTAGTTTTAGCCCCGAAGATTTGATTATCAACTTGAAAGACTATCCAGGGTTAAAGGAAAAAGATATAGTCGAAATTTATCATCCCGAAAATGACTACCCCCGATTATTACTACAAGTTACAAAAGTGGACGCCCCCGGACGCGGCAGAGATACAATTAGTGTGGAACAAAGTATTGCTACCACTTTCCAACTCCGAACGTTTGCTGATGTCTATGTAAATATAGTCAATGTGCAAGATGTGGCTTTGGATTCAGTGGAATTAACATTCAAAGACCAATATCTCGGAAGATCCGAAATGTGGAGACTTAAAAATCACCTAGTAAGCACCTGCGTTTATTTAAACAAGAAGATAGAATATTGTGGTGGTGCAATTAGATGTCAAGTATATGAAATGTGGTCACAAGGGGACAGAGTTGCTTGTGGGGTAATCACTGAAGACACAAAAATAGTGTTCAGATCATCAACTTCAATGGTCTACCTCTTCATTCAAATGTCTTCTGAAATGTGGGATTTTGACATCCATGGTGATCTGTACTTTGAAAAGGCAGTTAATGGTTTCCTCGCTGATTTGTTTGCCAAATGGAAGAAAAATGGCAGTAATCATGAAGTAACCATAGTTCTCTTTTCAAGAACTTTTTATAAAGCTAAGTCTTTAGAAGAATTTCCTCAACATATGCAAGAGTGCTTGCAAAAAGATTACAGGGGGAGATTTTATGAAGACTTTTACAGGGTTGCAGTACAAAATGAGAGATATGAAGACTGGTCAAATGTACTACTACAATTAAGAAGACTCTTTACTGATTATCAAAAGATTGTGCTTCAGTACCATGAAAGGCCTAACATGGACATACCCACAGCAATAAACTCCACTGCTGCACAAGGAAATTTCCTAGAAGTCCTTAACATGAGTTTGAATGTATTCGAAAAACATTACCTGGATAGATGTTTCGACAGAACGGGGCAGCTGAGTGTGGTAATAACCCCAGGAGTAGGTGTATTTGAAGTCGACAGAGAACTGACTAATGTTACAAAACAAAGAATCATTGACAATGGTGTTGGCAGTGACTTAGTTTGTGTAGGAGAACAACCTCTGCATGCTGTGCCTTTACTAAAGTTCCACAATAAAGACAATAATTTGAATTCAATTGATGATTATTCGATGCCACATTGGATTAATCTATCATTTTATTCTACAAATAAAAAAGTGGCTTATTCCAATTTCATACCAAGAATTAAATTGCCTCCACGAAAGAGCCAAGAACCATTACGTAAAATGTATGAAGATGAGAGGAAAGGTAAATTGTTGAAAGAAGATGAATGTATGCACAATTCTATATTTGATTATGATGCATACGACGCGCAAGTTTTTCAGTTACCCCCCGCTCACAGCACACGGGTACAAAGGGTCGCCAGGACTAAGAAAACTTCTGTGGCGGGTTTAGAAGGCTTAAATCGTAGGAGCCCTCCAGCTTCTACTTTGCATCACAGAAAAATGTCGGATCCGGACATCCATCATAGCCTTGGAGATCTTTTGACTTCTGGAAACAAGTCCGCAGGCTACGACGCGGGCAGTGACACAACGGACTCGCCGATGTCGACGAACCGACTCTCGCCGCGCAGTTCGATATCTTCAATCAAGCCCGTTATCAGGACGGGCAGGGCACTCATCAACCCCTTCGATCCCTCGCATGTCACTGTCAAACTGACCAGTAACCGTCGAAGGTGGACGCATATATTTCCGAAAGGTCCAACTGGCGTATTGATACAGCAACATCACTACCAGGCCCGTCCCGCTGGCGAGCCGGCCCGCAACGAAGAGCATCGCTGCGAAAGTAACACACCAAAGGATAATGGTTCCTCGATATTAAACAACAACCATTCTATATATCAGGTTGACGGCAACATTATGTCGCGGAAACGCATGATAAGTGCGTCAGGAACGTTAGCCGTGCTCGGCGTGTCCGGGGGGACTCCCTCCACGACCAACAATGCGTCGCTCGCGCTGCTGTGGGGGGCTACGGGCGAACAGGAGTGGACCCCCGCTCTGACGACAGGGGTCGACTGGAAGTCACTGACCATACCTGCCTGCCTTCCGATCACTACGGACTACTTTCCCGACAAGAGATCACTTCAAAACGATTATCTAGTATCGGATTATAATCTGTTACCGGACGACGTGAACGCCGATTTCGCACAGAACCGAGCTATATACAAAGATCCCCTGACCACAATGGAAGTATTCAAGGAGTTGGTCTCACAAAGATTAGCTCAGGGTTTCCAGCTGATTGTGGGTGTTAACGAGAATGAAGTAATCGAATCTCACTGTGCGTCAACGGCGACTCCCCCACCATCCAAAGTGGCCCCACAGTGCGGGAAACCAGCCAACGCAGCACCCACCAAGCGTTACCTGCTCTCGATTGGGAGGATCTTCCACAAACTTACGCTGGTCGGGTCCACCATCACCGTCACTAGATACAGACCCAGACATCCATATCCGCCATTCAATATACACTACCGTTATCGTTTCCACGCACCGAACCACGACACGTACGAGGTGTCGTGGGTTTCGTTCACGACAGAAAAACTGGAAACTTACTACTGGAACTACATGGACCATTACATTTGTACGCGCGGCGACAGTGATTTCGCACTAGTTGAGCCTCTGAAGTACTGGCGGTTCCGGACTCTACTATTGCCTCTCTACAATCCGGCAACGAAACAAATTCTCGAAGACGATTCGACCCACTGCGACATATATCCAACTCCGACGCGTCATGATTTGGACCAACTAACCGATAATTTCCTCAAAATGACCGAATTGTATTTCAATAAAGTCAAAAGGCCAAACAAACAGAGGATGGCGGGCGCGGGCTGCGGCGCTAGCGACGCGGCACTCACGCGGCGCCGACACTCCACCTCCATCCTCACGCGGAGCGCACAGGCAGGGGTATCGAGCTCTCCATTCAGAGAGCGCGTTGGCAGCACCCGGCTACCTGACCGGCCTCGCCTCCGGATGGAAGCTATGGCGACGAAAGCAGTGCTAGAAAGGACGCAATCCCAAACCGGAGAAGCGGATGACACTTATGATGACGGAGTTTCAGAACCGAAACTGAAAGCGAACGCGCCATTGTCGGATGTCGTAGATAGAATGCGACACCCGACTCTGGGCTTGGGTTTCCTACAACAGACGGTCAGTTTGCCCTCGCATACATTCGTTTCGATATACGCCATACATTGGCTCCAAGAAAACATGGAGGGAATGGATTATGAAAAGGCTGCCAGTCTTATGGAGAGATTATTGAATGAGAAAATGATTTGTCATGCTTCAGGCGACACCACAAAACGTTTCGTTGTCGGATACTACATGTATCACATACTACCACAAAAGAAAGATAAAGAATTACCAGACTACGTGAAGCCCCTAGGAGACCTCCAGAGCTTCGAAAACGAATGGATGGAAGTTGAGGTACTGGGGCCGCGTTCGCCGCTCATACAAGTGGACAAAGCGAGCGGCGCCATAGATATATCTGGTTCTAGTCCTCTGGCCGACGACACGGGCGTTCCCGCCTTCCTGTGCGATAATATTGATCCAAACTACATGCAAATCGATAGCGACAGCGAAATACCCTTGTACAAGAAAACCCACCTAGATATAGATGTGAATAATAAAAGCGACCGGATCGAATGGGGCCACGCACGATATCAAGCCACGTTCCGACCGGACCAAGCCTTCGAAATGTGCATACAGTGGACAGTCGCCAGCGGAAATATTGTTGCCGAACTGATATTCGGATGGGCTCGTAAAGCCTCGTCCAACTGTAAGCTACAAATGGTGCCTATTCCTGCGGACCCCCTCGCTTTACCATTCACCCTCAAATCAGACCCGTTGCGAGGTCCGATTTACATTCCTATGAACGTAGAACCATTGTTGAGAAATAAGACTGTTTTGTTTGAAGGCTTCCCGGAAGAGACATGGCTCCAGCGTTTGTTCCTATTCCAAGAGGCCATAGTGGGTCGTTTCGGCTTCGTGAAGTGCACGGTCGAGAGCACGTCGCACGAGTGGGAGCGCGGCACGCCCCGCGGCTCGCCCACCGGGGACCACCTGTACGTGCACGTGACCGGGAACATGTTCATACTCATACCGACGACGGTCAAGTCCGAGCAGAAGTCGTCGAAGGTCAAGCCGCCGAACAGAACGCTGTGTAACAAGTACCCTGTGCCGACAGAAGTTGCCAACAGTCCTCATGAAGCTTATATTTCTCGACATGTCGGGTACAAAACGAACGACTACAATAATAGCAGACGGATGGGATTTTTATGGTCTTGGAATCACATGATTTCAAAGAAATGGAAGGGTTCACAAACACCAGCCACAGGAGACGAAGGTTTCCAAATGCGAATGCTAAGGGATTTCAAACATTTCTGTGCCAATCAGGAACAGAGGCTTAGTCAATTTTGGGATCACTGCTGGGAACTAAAGGATAAATCCCGAGGAATGACATCTTGTTAA

Protein

MKSFKLIVHQSSFSPEDLIINLKDYPGLKEKDIVEIYHPENDYPRLLLQVTKVDAPGRGRDTISVEQSIATTFQLRTFADVYVNIVNVQDVALDSVELTFKDQYLGRSEMWRLKNHLVSTCVYLNKKIEYCGGAIRCQVYEMWSQGDRVACGVITEDTKIVFRSSTSMVYLFIQMSSEMWDFDIHGDLYFEKAVNGFLADLFAKWKKNGSNHEVTIVLFSRTFYKAKSLEEFPQHMQECLQKDYRGRFYEDFYRVAVQNERYEDWSNVLLQLRRLFTDYQKIVLQYHERPNMDIPTAINSTAAQGNFLEVLNMSLNVFEKHYLDRCFDRTGQLSVVITPGVGVFEVDRELTNVTKQRIIDNGVGSDLVCVGEQPLHAVPLLKFHNKDNNLNSIDDYSMPHWINLSFYSTNKKVAYSNFIPRIKLPPRKSQEPLRKMYEDERKGKLLKEDECMHNSIFDYDAYDAQVFQLPPAHSTRVQRVARTKKTSVAGLEGLNRRSPPASTLHHRKMSDPDIHHSLGDLLTSGNKSAGYDAGSDTTDSPMSTNRLSPRSSISSIKPVIRTGRALINPFDPSHVTVKLTSNRRRWTHIFPKGPTGVLIQQHHYQARPAGEPARNEEHRCESNTPKDNGSSILNNNHSIYQVDGNIMSRKRMISASGTLAVLGVSGGTPSTTNNASLALLWGATGEQEWTPALTTGVDWKSLTIPACLPITTDYFPDKRSLQNDYLVSDYNLLPDDVNADFAQNRAIYKDPLTTMEVFKELVSQRLAQGFQLIVGVNENEVIESHCASTATPPPSKVAPQCGKPANAAPTKRYLLSIGRIFHKLTLVGSTITVTRYRPRHPYPPFNIHYRYRFHAPNHDTYEVSWVSFTTEKLETYYWNYMDHYICTRGDSDFALVEPLKYWRFRTLLLPLYNPATKQILEDDSTHCDIYPTPTRHDLDQLTDNFLKMTELYFNKVKRPNKQRMAGAGCGASDAALTRRRHSTSILTRSAQAGVSSSPFRERVGSTRLPDRPRLRMEAMATKAVLERTQSQTGEADDTYDDGVSEPKLKANAPLSDVVDRMRHPTLGLGFLQQTVSLPSHTFVSIYAIHWLQENMEGMDYEKAASLMERLLNEKMICHASGDTTKRFVVGYYMYHILPQKKDKELPDYVKPLGDLQSFENEWMEVEVLGPRSPLIQVDKASGAIDISGSSPLADDTGVPAFLCDNIDPNYMQIDSDSEIPLYKKTHLDIDVNNKSDRIEWGHARYQATFRPDQAFEMCIQWTVASGNIVAELIFGWARKASSNCKLQMVPIPADPLALPFTLKSDPLRGPIYIPMNVEPLLRNKTVLFEGFPEETWLQRLFLFQEAIVGRFGFVKCTVESTSHEWERGTPRGSPTGDHLYVHVTGNMFILIPTTVKSEQKSSKVKPPNRTLCNKYPVPTEVANSPHEAYISRHVGYKTNDYNNSRRMGFLWSWNHMISKKWKGSQTPATGDEGFQMRMLRDFKHFCANQEQRLSQFWDHCWELKDKSRGMTSC

Description

An essential component of the GATOR subcomplex GATOR1 which functions as an inhibitor of the amino acid-sensing branch of the TORC1 signaling pathway (PubMed:23723238, PubMed:27672113, PubMed:25512509). The two GATOR subcomplexes, GATOR1 and GATOR2, regulate the TORC1 pathway in order to mediate metabolic homeostasis, female gametogenesis and the response to amino acid limitation and complete starvation (PubMed:23723238, PubMed:27672113, PubMed:25512509). The function of GATOR1 in negatively regulating the TORC1 pathway is essential for maintaining baseline levels of TORC1 activity under nutrient rich conditions, and for promoting survival during amino acid or complete starvation by inhibiting TORC1-dependent cell growth and promoting catabolic metabolism and autophagy (PubMed:23723238, PubMed:27672113, PubMed:25512509). GATOR1 and GATOR2 act at different stages of oogenesis to regulate TORC1 in order to control meiotic entry and promote oocyte growth and development (PubMed:27672113, PubMed:25512509). After exactly four mitotic cyst divisions, the GATOR1 complex members (Iml1, Nprl2 and Nprl3) down-regulate TORC1 to slow cellular metabolism and promote the mitotic/meiotic transition (PubMed:27672113, PubMed:25512509). At later stages of oogenesis, the mio and Nup44A components of the GATOR2 complex inhibit GATOR1 and thus activate TORC1 to promote meiotic progression, and drive oocyte growth and development (PubMed:27672113, PubMed:25512509).

Subunit

Component of the GATOR complex consisting of mio, Nup44A/Seh1, Im11, Nplr3, Nplr2, Wdr24, Wdr59 and Sec13 (PubMed:27166823). Within the GATOR complex, probable component of the GATOR1 subcomplex which is likely composed of Iml1, Nplr2 and Nplr3 (PubMed:27166823).

Similarity

Belongs to the IML1 family.

Keywords

Alternative splicing   Cell cycle   Cell division   Complete proteome   Meiosis   Mitosis   Reference proteome  

Feature

chain  GATOR complex protein Iml1
splice variant  In isoform B.

Uniprot

A0A2A4JSW6   A0A2A4JR85   A0A2A4JT36   A0A2A4JSG8   A0A3S2P8B4   A0A2A4JRD6   + More
A0A1E1WB64   A0A212EUR6   A0A1E1W9K7   A0A194QQR6   A0A194QE74   H9JBL4   E2BB04   A0A158P0Q8   A0A0L7R3R3   A0A2A3EIL1   A0A0M8ZTI0   A0A088A8W3   A0A3L8E1I9   K7IT54   E2AFB4   A0A232FL67   A0A154PG92   A0A151WWI1   E0VTF7   A0A1Y1KEN3   A0A1Y1KCF9   A0A1L8DMQ9   A0A195FX74   A0A1Q3FE62   A0A026WDB7   A0A023F2J6   A0A1S4FXU9   A0A1Q3FE70   A0A1B6DCJ2   B0WMQ7   Q16KP8   D6X293   A0A182FDQ0   A0A182WL50   A0A2M4ABU9   N6U9Z9   A0A182UW39   A0A0A1X6Z1   W8AWB3   A0A1I8MH41   Q7PF61   A0A146M7J6   A0A1B0FMG6   A0A1B6FI79   A0A1I8MH47   A0A1Y1KCE5   W8B3W3   A0A0L0CL22   A0A1I8MH44   A0A1A9ZU36   A0A1A9V409   A0A1Y1KBU7   A0A1J1IT55   A0A1B6C5V5   A0A1I8MH54   A0A1I8PYI3   A0A1B6H3H8   A0A1I8MH43   A0A1I8MH46   A0A1J1IUP4   A0A0Q5UGY3   A0A0Q5UH86   A0A1I8MH49   A0A0A1X7M9   A0A1B0GJN7   A0A1B6F1V2   Q29FE7   A0A0Q9XR66   A0A0Q9WHT5   M9PDV3   A0A0R1DUA6   A0A1W4W610   B3NBB8   A0A0J9RLN3   A0A0Q5UGT4   A0A0Q9XT29   A0A0R3P2I6   A0A0R3P7M6   A0A0Q9WGV2   A0A0R1DUJ8   A0A3B0JUX3   B4PD98   A0A0N8P0P6   B4MKU6   Q9W0E3   Q8IRG8   A0A0P9AIP1   A0A1W4W6K3   A0A0J9UC37   A0A1W4VTZ7   A0A0J9RN56   B4L8V3   A0A0Q5U2Y5  

Pubmed

22118469    26354079    19121390    20798317    21347285    30249741    + More
20075255    28648823    20566863    28004739    24508170    25474469    17510324    18362917    19820115    23537049    25830018    24495485    25315136    12364791    14747013    17210077    26823975    26108605    17994087    15632085    10731132    12537568    12537572    12537573    12537574    16110336    17569856    17569867    17550304    22936249    12537569    23723238    25512509    27672113    27166823   

EMBL

NWSH01000730    PCG74553.1    PCG74555.1    PCG74552.1    PCG74554.1    RSAL01000003    + More
RVE54847.1    PCG74551.1    GDQN01006869    JAT84185.1    AGBW02012322    OWR45226.1    GDQN01007419    JAT83635.1    KQ461175    KPJ07848.1    KQ459302    KPJ01766.1    BABH01024477    BABH01024478    BABH01024479    GL446901    EFN87095.1    ADTU01005761    ADTU01005762    ADTU01005763    ADTU01005764    ADTU01005765    ADTU01005766    ADTU01005767    KQ414661    KOC65522.1    KZ288230    PBC31633.1    KQ435855    KOX70637.1    QOIP01000001    RLU26392.1    AAZX01006262    GL439108    EFN67807.1    NNAY01000061    OXU31405.1    KQ434899    KZC10817.1    KQ982691    KYQ52041.1    DS235763    EEB16663.1    GEZM01088826    JAV57876.1    GEZM01088831    JAV57870.1    GFDF01006419    JAV07665.1    KQ981200    KYN45026.1    GFDL01009194    JAV25851.1    KK107260    EZA54070.1    GBBI01003463    JAC15249.1    GFDL01009188    JAV25857.1    GEDC01030206    GEDC01013922    JAS07092.1    JAS23376.1    DS232000    EDS31142.1    CH477944    EAT34884.1    KQ971371    EFA09893.1    GGFK01004942    MBW38263.1    APGK01043371    APGK01043372    APGK01043373    KB741014    ENN75447.1    GBXI01007420    JAD06872.1    GAMC01013315    JAB93240.1    AAAB01008807    EAA45449.4    GDHC01003374    JAQ15255.1    CCAG010014092    CCAG010014093    GECZ01019853    JAS49916.1    GEZM01088836    JAV57860.1    GAMC01013313    JAB93242.1    JRES01000254    KNC32927.1    GEZM01088830    JAV57871.1    CVRI01000059    CRL03427.1    GEDC01028514    JAS08784.1    GECZ01000571    JAS69198.1    CRL03426.1    CH954178    KQS43078.1    KQS43074.1    GBXI01007145    JAD07147.1    AJWK01021990    AJWK01021991    GECZ01025621    JAS44148.1    CH379067    EAL31308.3    CH933816    KRG07618.1    CH940647    KRF84042.1    AE014296    AGB93955.1    CM000159    KRK00748.1    EDV50171.2    CM002912    KMY96843.1    KQS43082.1    KRG07617.1    KRT07390.1    KRT07392.1    KRF84044.1    KRK00749.1    OUUW01000009    SPP84863.1    EDW92846.2    CH902618    KPU77708.1    CH963847    EDW72802.2    AY075414    BT125948    AAL68237.1    ADX35927.1    AAN11486.1    KPU77717.1    KMY96845.1    KMY96844.1    EDW17128.2    KQS43081.1   

Proteomes

UP000218220    UP000283053    UP000007151    UP000053240    UP000053268    UP000005204    + More
UP000008237    UP000005205    UP000053825    UP000242457    UP000053105    UP000005203    UP000279307    UP000002358    UP000000311    UP000215335    UP000076502    UP000075809    UP000009046    UP000078541    UP000053097    UP000002320    UP000008820    UP000007266    UP000069272    UP000075920    UP000019118    UP000075903    UP000095301    UP000007062    UP000092444    UP000037069    UP000092445    UP000078200    UP000183832    UP000095300    UP000008711    UP000092461    UP000001819    UP000009192    UP000008792    UP000000803    UP000002282    UP000192221    UP000268350    UP000007801    UP000007798   

PRIDE

H9JBL4    Q9W0E3    Q8IRG8   

Pfam

PF12257   IML1        + More
PF00610   DEP
PF17976   zf-RING_12
PF00240   ubiquitin
PF17978   zf-RING_14
PF00814   Peptidase_M22
PF00583   Acetyltransf_1

Interpro

IPR036388   WH-like_DNA-bd_sf        + More
IPR027244   IML1       
IPR036390   WH_DNA-bd_sf       
IPR000591   DEP_dom       
IPR041565   Parkin_Znf-RING       
IPR000626   Ubiquitin_dom       
IPR036291   NAD(P)-bd_dom_sf       
IPR020904   Sc_DH/Rdtase_CS       
IPR029071   Ubiquitin-like_domsf       
IPR041170   Znf-RING_14       
IPR003977   Parkin       
IPR002867   IBR_dom       
IPR000182   GNAT_dom       
IPR016181   Acyl_CoA_acyltransferase       
IPR000905   Gcp-like_dom       

SUPFAM

SSF46785   SSF46785        + More
SSF51735   SSF51735       
SSF54236   SSF54236       
SSF55729   SSF55729       

Gene 3D

1.10.10.10    

ProteinModelPortal

A0A2A4JSW6   A0A2A4JR85   A0A2A4JT36   A0A2A4JSG8   A0A3S2P8B4   A0A2A4JRD6   + More
A0A1E1WB64   A0A212EUR6   A0A1E1W9K7   A0A194QQR6   A0A194QE74   H9JBL4   E2BB04   A0A158P0Q8   A0A0L7R3R3   A0A2A3EIL1   A0A0M8ZTI0   A0A088A8W3   A0A3L8E1I9   K7IT54   E2AFB4   A0A232FL67   A0A154PG92   A0A151WWI1   E0VTF7   A0A1Y1KEN3   A0A1Y1KCF9   A0A1L8DMQ9   A0A195FX74   A0A1Q3FE62   A0A026WDB7   A0A023F2J6   A0A1S4FXU9   A0A1Q3FE70   A0A1B6DCJ2   B0WMQ7   Q16KP8   D6X293   A0A182FDQ0   A0A182WL50   A0A2M4ABU9   N6U9Z9   A0A182UW39   A0A0A1X6Z1   W8AWB3   A0A1I8MH41   Q7PF61   A0A146M7J6   A0A1B0FMG6   A0A1B6FI79   A0A1I8MH47   A0A1Y1KCE5   W8B3W3   A0A0L0CL22   A0A1I8MH44   A0A1A9ZU36   A0A1A9V409   A0A1Y1KBU7   A0A1J1IT55   A0A1B6C5V5   A0A1I8MH54   A0A1I8PYI3   A0A1B6H3H8   A0A1I8MH43   A0A1I8MH46   A0A1J1IUP4   A0A0Q5UGY3   A0A0Q5UH86   A0A1I8MH49   A0A0A1X7M9   A0A1B0GJN7   A0A1B6F1V2   Q29FE7   A0A0Q9XR66   A0A0Q9WHT5   M9PDV3   A0A0R1DUA6   A0A1W4W610   B3NBB8   A0A0J9RLN3   A0A0Q5UGT4   A0A0Q9XT29   A0A0R3P2I6   A0A0R3P7M6   A0A0Q9WGV2   A0A0R1DUJ8   A0A3B0JUX3   B4PD98   A0A0N8P0P6   B4MKU6   Q9W0E3   Q8IRG8   A0A0P9AIP1   A0A1W4W6K3   A0A0J9UC37   A0A1W4VTZ7   A0A0J9RN56   B4L8V3   A0A0Q5U2Y5  

PDB

6CET     E-value=0,     Score=2021

KEGG

101742243    K20404 DEP domain-containing protein 5 | (RefSeq) DEP domain-containing protein 5

PATHWAY

04150    mTOR signaling pathway - Bombyx mori (domestic silkworm)

GO

GO:0035556   GO:0032007   GO:1990130   GO:0005765   GO:0034198   GO:0043547   GO:0004842   GO:0005739   GO:0005829   GO:0016491   GO:0005096   GO:0035859   GO:0048142   GO:0051729   GO:1904262   GO:0045792   GO:0051321  

PANTHER

PTHR13179  

Length:

1513

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.0675400000000001

Exp number, first 60 AAs:

0

Total prob of N-in:

0.00031

outside

1  -  1513

 

 

Pi

201.534252

Theta

157.623861

Tajima's D

0.942118

CLR

0.132598

CSRT

0.63896805159742

Interpretation

Uncertain