Genome3D
Drosophila melanogaster

mim Missing-in-metastasis, isoform G

UniProt Data

Accession A0A0B4JCQ4 [ UniProt ]
Name A0A0B4JCQ4_DROME
Description Missing-in-metastasis, isoform G
Species Drosophila melanogaster
Sequence Length2009

Enzyme Annotations (0)

    GO Annotations

    Cellular component (1)

    None predicted

    Molecular function (3)

    • GO:0005543 Phospholipid binding
      Interacting selectively and non-covalently with phospholipids, a class of lipids containing phosphoric acid as a mono- or diester.
    • GO:0017124 SH3 domain binding
      Interacting selectively and non-covalently with a SH3 domain (Src homology 3) of a protein, small protein modules containing approximately 50 amino acid residues found in a great variety of intracellular or membrane-associated proteins.
    • GO:0042803 Protein homodimerization activity
      Interacting selectively and non-covalently with an identical protein to form a homodimer.

    Biological process (4)

    • GO:0007298 Border follicle cell migration
      The directed movement of a border cell through the nurse cells to reach the oocyte. An example of this is found in Drosophila melanogaster.
    • GO:0008354 Germ cell migration
      The orderly movement of a cell specialized to produce haploid gametes through the embryo from its site of production to the place where the gonads will form.
    • GO:0046847 Filopodium assembly
      The assembly of a filopodium, a thin, stiff protrusion extended by the leading edge of a motile cell such as a crawling fibroblast or amoeba, or an axonal growth cone.
    • GO:0048261 Negative regulation of receptor-mediated endocytosis
      Any process that stops, prevents, or reduces the frequency, rate or extent of receptor mediated endocytosis, the uptake of external materials by cells, utilizing receptors to ensure specificity of transport.

    Protein Sequence

    >A0A0B4JCQ4
MDLSLERDSSALGSLFQQIINDMKNTSPLWEDFVAKAGKLHTCLRAAIQAIAAYLDAFQKIADAATNSRGASKEIGTALT
RVCLRHKAVETRLKTFTSTIMDCLVQPLQERIEDWKRTVATIDKDHAKEYKRCRSELKKRSSDTLRLQKKARKGQTDGLQ
SLMDSHMQDVTLRRAELEEVEKKSLRAAMVEERLRYCSFVHMLQPVVHEECEVMSELGHLQEAMQSIALVTKEPSVLPQA
SEELIHDAKASINLYPESPGGGSGSQGGGCSNSLGSRKSSVCSISSMNSSGSSNSPGHHHYPRSLSQTSNATNQTANVST
WPPHSQDGVDTLPPTADRPHTISTAYEKGHQRPPLTVYTFQNPETIHESGSCLNNGTAAPNGQPLSGQATPATQKSPAAS
LSRPPLPVRCSSLERPLSAQSNHRQGSGNNLLQRQCPSPIPAHITKELSAAHHAQQQQQQQNQQPQTPPTYVNMSELATM
AALKQTNQQQKPSTPPLQQQSSIDSTSSQHSNDSTGSHQLLQQQQQHHQSQQNHHSATATRSHSISSTASSLHSHPSIDS
TVACGSLVGQHNHSTSTNTNTTSPSSGSSTPQNHYSPLLTNSPTSTAAGTPSGSSLGPGSGLGFVYQVSSPTPPSSEVLK
ITEQAAAGQDQGPANSVADETDERSRASVLQKASMFEKAAAAAAVSPPAPMQIASGSPASGGGTRRSEAEQQEMDSFQRE
IDEGKVKPPSNIISGSTTSSNNNNTTTSSISSSDNNNLPATSNIEPCAISNQTNSSGCGTDISDTTSDELAGDDMDVRRR
DRDRDRDLLGASDSELSRCYVSETSSLTGGLTAGGYENPTFAHFAANANREDAVSLASDSVCLGQPRHAYVDTCSDSGSA
VVVIYDHQIPNTPDIEFVKQNSEIVVLRTKDPQPHALQLHEMRELQQLPANLAGSPDSSPDSAGGQAPPTATVAPAKQRL
SSFRATSEQQLQLLGRGSPQRGKTPSEQAVQSRPQDQHFPQTQQQDIDGSSPPVELARRQLPPKPTSLSIFNGPVPTAGD
RPVVPRKSDFKADLDAKIRRQKQKVKQQLQQQQQQQQQEQQETQQQQQAPQEQQHSPQSPQTRNCNVTNQQAANITASAS
AFATATASTDPYPNPNHRMPNQNQTATSNHTQCKTPTMALSPSSPRGHLPLSSSSLSSLPLPATTSSPSNARPSMLPASD
RPPAHPYVCSNAPANPHHANSISNANAHLKPCITPRPASLSGGAAGGGSTRIGRRSSINQSKPPPPVRRSSSVTPSPNAS
VGLQQQPQHATLSQQNHQLSSSSEHLPPPPPFMLDAMPQIPSSALKVSETVRALAAMRHQPASPVSLRRMQQQQQQQLQQ
QQQQQVQQQQPLLQSAHNSPLKEDLTVYYDSYLDLHAYAQALASGQQPGGQQMANQQRFTLQQQHQHLHQPQQPPVYQVD
ATFRTSSPAAGGGGGGGIYAQPKLVNSMSSFRTSSPSPNGHAHPLPPTQPKANPNLIAQLNARLSGKQQQHQQQQHIEGI
YGNQQAPGGESIYMRSGLSMSQPQQQQHFDGKSEQIQLQHQQQHRIYASFGTSSSAMSSAHAANSSTKPSILTPTTSFNA
LPHFPLSSSTSSLLSKVSSFSNSSSASPPTTAATSGSASSHYQPPQPPNAAVANSKDMAIYSSSFTKNPAAAQSPNMRQA
HSHQHHQPPQQQHYTCPPPLEDPPPPPIYAAGASATMPKKMARPPTGQNATHSSAYAAASSTATLPKNMMQQQQRLQHQQ
QYQQPAGMGIGNGNGHLGQRPQLPLPQQKLRAAQQQHLAEQQHQQQQEQQQHHQQHQQHQQRQPPIPSRHSSVQQKIFVS
TNPFIQTTAVKFHSPSASPTCGSPVTGSLASIYATTSRGGHHHQQQQAQQQQHYYRDAAGGNSNGGAAYYNHNAHAHSQA
HHPNYATSTNIEKTGSIRAKTKAEFLENLNAKLAKQGMSGRAFAVRNLINSKALPDPRICHESLMDQIKRGATLKRNQKI
NDRSAPKIH