P210L_HUMAN » Nuclear pore membrane glycoprotein 210-like

P210L_HUMAN » Nuclear pore membrane glycoprotein 210-like
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Topology in Nuclear membrane
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P210L_HUMAN » Nuclear pore membrane glycoprotein 210-like » Nucleoporin 210 kDa-like;Nucleoporin Nup210-like;
Hydrophobic Thickness 34.4 ± 2.8 Å
Tilt Angle 4 ± 3°
ΔGtransfer -21.2 kcal/mol
ΔGfold -19.7 kcal/mol
Links UniProtKB, Pfam, Interpro, iHOP, STRING, HGNC
Topology Out
TM Segments 1811-1833 (1810-1839)
Pathways

RNA transport (KEGG)

PDB none
OPM none
Complexes none
Interactions none
Domains

AA: 1081-1157, PDBID: 2MH4, Subunit A, Seq Identity:16%, Bacterial Ig-like domain (group 2)

UniProt features for P210L_HUMAN » Nuclear pore membrane glycoprotein 210-like
SIGNAL 1 35 Potential.
CHAIN 36 1888 Nuclear pore membrane glycoprotein 210- like.
Amino Acid Sequence for P210L_HUMAN » Nuclear pore membrane glycoprotein 210-like
MTGCPASSRR RGFGLFFFLR LHRLLLLFLV LRGTLANKLN VPQVLLPFGR EPGRVPFLLE AQRGCYTWHS THHDAVTVEP LYENGTLCSQ KAVLIAESTQ PIRLSSIILA REIVTDHELR CDVKVDVINS IEIVSRAREL YVDDSPLELM VRALDAEGNT FSSLAGMMFE WSIAQDNESA REELSSKIRI LKYSEAEYAP PIYIAEMEKE EKQGDVILVS GIRTGAAVVK VRIHEPFYKK VAAALIRLLV LENIFLIPSH DIYLLVGTYI KYQVAKMVQG RVTEVKFPLE HYILELQDHR VALNGSHSEK VAILDDKTAM VTASQLGQTN LVFVHKNVHM RSVSGLPNCT IYVVEPGFLG FTVQPGNRWS LEVGQVYVIT VDVFDKSSTK VYISDNLRIT YDFPKEYFEE QLTTVNGSYH IVKALKDGVV VINASLTSII YQNKDIQPIK FLIKHQQEVK IYFPIMLTPK FLAFPHHPMG MLYRYKVQVE GGSGNFTWTS SNETVVIVTT KGVVTAGQVR GNSTVLARDV QNPFRYGEIK IHVLKLNKME LLPFHADVEI GQIIEIPIAM YHINKETKEA MAFTDCSHLS LDLNMDKQGV FTLLKEGIQR PGPMHCSSTH IAAKSLGHTL VTVSVNECDK YLESSATFAA YEPLKALNPV EVALVTWQSV KEMVFEGGPR PWILEPSRFF LELNAEKTEK IGIAQVWLPS KRKQNQYIYR IQCLDLGEQV LTFRIGNHPG VLNPSPAVEV LQVRFICAHP ASMSVTPVYK VPAGAQPCPL PQHNKWLIPV SRLRDTVLEL AVFDQHRRKF DNFSSLMLEW KSSNETLAHF EDYKSVEMVA KDDGSGQTRL HGHQILKVHQ IKGTVLIGVN FVGYSEKKSP KEISNLPRSV DVELLLVDDV TVVPENATIY NHPDVKETFS LVEGSGYFLV NSSEQGVVTI TYMEAESSVE LVPLHPGFFT LEVYDLCLAF LGPATAHLRV SDIQELELDL IDKVEIDKTV LVTVRVLGSS KRPFQNKYFR NMELKLQLAS AIVTLTPMEQ QDEYSENYIL RATTIGQTTL VAIAKDKMGR KYTSTPRHIE VFPPFRLLPE KMTLIPMNMM QVMSEGGPQP QSIVHFSISN QTVAVVNRRG QVTGKIVGTA VVHGTIQTVN EDTGKVIVFS QDEVQIEVVQ LRAVRILAAA TRLITATKMP VYVMGVTSTQ TPFSFSNANP GLTFHWSMSK RDVLDLVPRH SEVFLQLPVE HNFAMVVHTK AAGRTSIKVT VHCMNSSSGQ FEGNLLELSD EVQILVFEKL QLFYPECQPE QILMPINSQL KLHTNREGAA FVSSRVLKCF PNSSVIEEDG EGLLKAGSIA GTAVLEVTSI EPFGVNQTTI TGVQVAPVTY LRVSSQPKLY TAQGRTLSAF PLGMSLTFTV QFYNSIGEKF HTHNTQLYLA LNRDDLLHIG PGNKNYTYMA QAVNRGLTLV GLWDRRHPGM ADYIPVAVEH AIEPDTKLTF VGDIICFSTH LVSQHGEPGI WMISANNILQ TDIVTGVGVA RSPGTAMIFH DIPGVVKTYR EVVVNASSRL MLSYDLKTYL TNTLNSTVFK LFITTGRNGV NLKGFCTPNQ ALAITKVLLP ATLMLCHVQF SNTLLDIPAS KVFQVHSDFS MEKGVYVCII KVRPQSEELL QALSVADTSV YGWATLVSER SKNGMQRILI PFIPAFYINQ SELVLSHKQD IGEIRVLGVD RVLRKLEVIS SSPVLVVAGH SHSPLTPGLA IYSVRVVNFT SFQQMASPVF INISCVLTSQ SEAVVVRAMK DKLGADHCED SAILKRFTGS YQILLLTLFA VLASTASIFL AYNAFLNKIQ TVPVVYVPTL GTPQPGFFNS TSSPPHFMSL QPPLAQSRLQ HWLWSIRH