The following text describes a protein:
Function:
Invasin is a protein that allows enteric bacteria to penetrate cultured mammalian cells. The entry of invasin in the cell is mediated by binding several beta-1 chain integrins.
Subcellular Localization:
Cell outer membrane.
Sequence:
MLNYFRAILISWKWKLSHHTSRPHDVKEKGHPRKIKVVAWITLFFQFAFPLSLSFTPAIAAANTTNSAPTSVITPVNASILPPAARATEPYTLGPGDSIQSIAKKYNITVDELKKLNAYRTFSKPFASLTTGDEIEVPRKESSFFSNNPNENNKKDVDDLLARNAMGAGKLLSNDNTSDAASNMARSAVTNEINASSQQWLNQFGTARVQLNVDSDFKLDNSALDLLVPLKDSESSLLFTQLGVRNKDSRNTVNIGAGIRQYQGDWMYGANTFFDNDLTGKNRRVGVGAEVATDYLKFSANTYFGLTGWHQSRDFSSYDERPADGFDIRTEAYLPAYPQLGGKLMYEKYRGDEVALFGKDDRQKDPHAVTLGVNYTPVPLVTIGAEHREGKGNNNNTSVNVQLNYRMGQPWNDQIDQSAVAANRTLAGSRYDLVERNNNIVLDYKKQELIHLVLPDRISGSGGGAITLTAQVRAKYGFSRIEWDATPLENAGGSTSPLTQSSLSVTLPFYQHILRTSNTHTISAVAYDAQGNASNRAVTSIEVTRPETMVISHLATTIDNATANGIATNTVQATVTDGDGQPIIGQLINFAVNTQATLSTTEARTGANGTASTTLTHTVSGVSRVSVTLGSSSRSVDTTFVADESTAEITAANLTVTTNDSVANGSDTNVVRAKVTDAYTNAVANQSVIFSASNGATVIDQTVITNAEGIADSTLTNTTAGVSVVTATLGGQSQQVDTTFKPGSTAAISLVKLADRAVADGIDQNEIQVVLRDGTGNAVPNVPMSIQADNGAIVVASTPNTGVDGTINATFTNLRAGESVVSVTSPALVGMTMTMTFSADPRTAVVSTLAAIDNNAKADGTDTNVVRAWVVDANGNSVPGVSVTFDAGNGAVLAQNPVVTDRNGYAENTLTNLAIGTTTVKATTVTDPVGQTVNTHFVAGAVDTITLTVPVNGAVANGVNTNSVQAVVSDSGGNPVTGATVVFSSTNATAQVTTVIGTTGVDGIATATLTNTVAGTSNVVATIDTVNANIDTAFVAGAVATITLTAPVNGAVADGADTNQVDALVEDANGNPITGAAVVFSSANGATILSSTMNTGVNGVASTLLTHTVAGTSNVVATVDTVNANIDTTFVAGAVATITLTTPVNGAVADGANSNSVQAVVSDSDGNPVTGAAVVFSSANATAQITTVIGTTGADGIATATLTNTVAGTSNVVATIDTVNANIDTAFVAGAVATITLTAPVNGAVADGADTNQVDALVQDANGNAITGAAVVFSSANGADIIAPTMNTGVNGVASTLLTHTVAGTSNVVATIDTISANIDTAFVAGAVATITLTAPVNGAVADGADTNQVDALVEDANGNPITGAAVVFSSANGATILSSTMNTGVNGVASTFLTHTVAGTSNVVATIGSVTENIDTAFVAGAVATITLTAPVNGAVADGVNTNSVQAVVSDSDGNAVTGATVVFSSANATAQITTVIGTTGADGIATATLTNTVAGTSNVVATIDTVNANIDTTFVAGELENIVVSIINNNALANGADTNIVEAFVTDRFGNGVANQSLIFGTNGASIVGSSTVTTNLDGRVRASATHTVAGSSNTVIAISGAHQGYARVTFVADVSTAQLKLTSFLDNQLANGKAGNIAQALVTDAHDNLLANQSVSFALDNGAVIESQGDASSASGIVLMRFNNTLAGMTTVTATLDSTGQTETLETHFVAGKAASIEMTMTKDNAVANNIDTNEVQVLVTDVDGNAINGAVVNLTSNSGMNITPNSVTTGSDGTATATLTHTLAGSLPINARIDQVSKTINATFIADASTAQIIAGDMFIIVNDQVANGQAVNAVQARVTDSYGNPIKDQTVEFVLSNNGTIQYELDVTSVEGGVMVTFTNTLAGITNVTATVVSSGSSRNIDTTFIADVTTAHIAASDLMVIVDDAVADNLDKNEVHARVTDAKGNVLSGQTVIFTSGNGAAITTVNGISDGDGLTKATLTHTLAGTSVVTARVGNRVQSKDTTFIADRTTATIRASDLTITRNNALADGVATNAARVIVTDANGNPVPSMFVGYTSDNGALLTPTSGMTDSSGTFSTTFTHTTAGISKVTAAIVTMGISQTKDAVFIADRSTAHVSELIVVKNDSLANNSDRNIVQAHIKDAHGNVVTGMNVNFSATENVTLTANTVTTNSQGYAENTLRHNAPVTSAVTATVATDLVGLTEDVRFVAGAGARIELFRLNDGAVADGIQTNRVEARVYDVSDNLVPNSNVVFSADNGGQLVQNDVQTDALGSAYVTVSNINTGVTKVTVTADGVSASTTTTFIADRDTATLVTDRFLITHDNAVANGVVENRVLLHLVDANDNSVSGVEVNFSATNGASINASAITDINGFAIGVLTNTLSGPSDVTVTLVTPGGTESLTVTPQFIADINTANIATGDFVIIDDGAVANSVDANEVRARVTDNQGNAIAGYSVVFSSQNGATITTSGITGVDGWASAKLTHIKAGESGILARLSRPMATVHTLMPYFIADVSTATLQLFNFNPIPIIADGVMQFFVLGRVFDANQNPVGGQQVAFSATNEVTLTESNGSISTPEGSVLLSVTSTQAGVHPITGTLVSNNYTDTFGAAFIANKNTAQLSTLMVVDNNALADGVTRNQVRAHVVDSTGNSVADMAVTFTANRGAQLSKVTVLTDNNGDAVNTLTNSLVGVTVVTAKLGTAGTPLTVDTVFTAGPLATLTLVTTVNNAFADNSATNTVQATLKDVSGNPIVGEVVAFAASNGATITATDGGVSNANGIVLATLTNGTAGVSTVTATIETLTETTDTTFIAMKNLDVTVNGTTFNGDAGFPTTGFVGATFKVNSGGDNSLYDWSSSAPALVSVSGDGVVTFNAVFPTGTPTITISATPKGGGSPLSYSFRVNQWFINNNGATLNRADAITHCENVGYTMPTSTQVTNAATWMSGKRAVGNLWSEWGDFSAYTAPGWVPAEFFWLSNNHDASTALAIGLSTGTLTTMGDFMAITHVMCTRPI