MINT MINT, Dpt of Biology, University of Rome Tor Vergata MINT http://mint.bio.uniroma2.it/mint url>http://mint.bio.uniroma2.it/mint/ https://mint.bio.uniroma2.it MINT-[0-9]+ https://mint.bio.uniroma2.it/index.php/results-interactions/?id=${ac} The Molecular INTeraction database (MINT) is a relational database designed to store interactions between biological molecules. http://mint.bio.uniroma2.it Discs Lost, a novel multi-PDZ domain protein, establishes and maintains epithelial polarity. Discs Lost, a novel multi-PDZ domain protein, establishes and maintains epithelial polarity. Cell (0092-8674) 1999 Bhat MA., Izaddoost S., Lu Y., Cho KO., Choi KW., Bellen HJ. no in vitro In vitro pull down pull down nucleotide sequence nucleotide sequence identification sequence cloning sequence cloning nucleotide sequence Bhat MA., Izaddoost S., Lu Y., Cho KO., Choi KW., Bellen HJ. no Cell (0092-8674) 1999 patj_drome Patj homolog Patj CG12021 protein protein drome Drosophila melanogaster (Fruit fly) Fruit fly MHLSADISSALQQIEAVKKGIDESDDPKLQMQTAESLSTILGILQDPVFRTIVHVQDSLSELNAQLAQHPSMLPNDFDIDVAGNLVLSLNGGEVMYDFDEQRSSSHSHSAPGSPDKSGGVGEEPRPQSQNSKGAGVADLYATDYAQIQAIELVNDGTGLGFGIIGARNSGVIVKTILPGGVADKDGRLRSGDHILQIGDVNLHEMVSEQVAAVLRQSGTHVRLVVARPVEQSVPTPQYALEPGTAVVPTRVLVDPAELERYLISTGYPEIFGESSTASTPQTTTEDDRFVYRGETSMLIDPNIDLEELLALPETEKLQVELKKDANGLGITIAGYVCEKEELSGIFVKSVSPGSAADLSGRIRVNDRIIEVDGQSLQGYSNHQAVELLKKSGQVVNLRLERYLRGPKFEQLQQAIAANDKLPSSAPGTPSRAPMPTPVATTSSATTTPSRSITRELEEEALPAPEAFMTTPPSVTTMTTTTLSSFGAGKQLVAVRDSLDGSTKIIPTEVVPLADKTEAKNSGVITRHKYYTDPELSDDAETEIIRKWQKIVGSDVEVIVAQIKKFAVGGLGISLEGTVDVEGGREVRPHHYIRSILPDGPVGVNGVLRSGDELLEVNGERLLGMNHLEVVAILKELPLDVRMVCGRNRNSSLLPFSDDTLKKLSNNFENLLPATDRLVKAKSDGSLATAGSVADGDSVAAAAASFSKLKSRSLEPLTGLAMWSSQPQIIELVKGDRGLGFSILDYQDPLDPNDTLIVIRSLVPGGVAQLDGRLIPGDRLLFVNSINLENASLDQAVQALKGASKGVVRIGVAKPLPMTDNSLKACSNASTTSEETLDAQPSPPALPTVAPPAMPPSASMGAEPDLIPDWRN CE41E80AA2925B4D crb_drome Protein crumbs 95F crb CG6383 protein protein drome Drosophila melanogaster (Fruit fly) Fruit fly MAKIANASLSQQQKQRQAETATTTTTTVAASVETATTTARSRDRTKSAAQITSHLLKRAISVYSSPQWIPLFILIYLATDVASVAVPTKEAYFNGSTYLRLTTPMPIWDHSAISFRSCRGGEILAQQYNKNSIVISVLNDFLQISLAGPAVHGPNNRLDVKLPYQLLDNRWHTLQFKYEYGNLYLHVDRAASIFANSTYNSQFLTNQDIGYKDAILILGNSFSGCLLDGPGLQFVNNSTVQNVVFGHCPLTPGPCSDHDLFTRLPDNFCLNDPCMGHGTCSSSPEGYECRCTARYSGKNCQKDNGSPCAKNPCENGGSCLENSRGDYQCFCDPNHSGQHCETEVNIHPLCQTNPCLNNGACVVIGGSGALTCECPKGYAGARCEVDTDECASQPCQNNGSCIDRINGFSCDCSGTGYTGAFCQTNVDECDKNPCLNGGRCFDTYGWYTCQCLDGWGGEICDRPMTCQTQQCLNGGTCLDKPIGFQCLCPPEYTGELCQIAPSCAQQCPIDSECVGGKCVCKPGSSGYNCQTSTGDGASALALTPINCNATNGKCLNGGTCSMNGTHCYCAVGYSGDRCEKAENCSPLNCQEPMVCVQNQCLCPENKVCNQCATQPCQNGGECVDLPNGDYECKCTRGWTGRTCGNDVDECTLHPKICGNGICKNEKGSYKCYCTPGFTGVHCDSDVDECLSFPCLNGATCHNKINAYECVCQPGYEGENCEVDIDECGSNPCSNGSTCIDRINNFTCNCIPGMTGRICDIDIDDCVGDPCLNGGQCIDQLGGFRCDCSGTGYEGENCELNIDECLSNPCTNGAKCLDRVKDYFCDCHNGYKGKNCEQDINECESNPCQYNGNCLERSNITLYQMSRITDLPKVFSQPFSFENASGYECVCVPGIIGKNCEININECDSNPCSKHGNCNDGIGTYTCECEPGFEGTHCEINIDECDRYNPCQRGTCYDQIDDYDCDCDANYGGKNCSVLLKGCDQNPCLNGGACLPYLINEVTHLYNCTCENGFQGDKCEKTTTLSMVATSLISVTTEREEGYDINLQFRTTLPNGVLAFGTTGEKNEPVSYILELINGRLNLHSSLLNKWEGVFIGSKLNDSNWHKVFVAINTSHLVLSANDEQAIFPVGSYETANNSQPSFPRTYLGGTIPNLKSYLRHLTHQPSAFVGCMQDIMVNGKWIFPDEQDANISYTKLENVQSGCPRTEQCKPNPCHSNGECTDLWHTFACHCPRPFFGHTCQHNMTAATFGHENTTHSAVIVETTDVARRAIRSILDISMFIRTREPTGQVFYLGTDPRKAPTKNIGDSYVAAKLHGGELLVKMQFSGTPEAYTVGGQKLDNGYNHLIEVVRNQTLVQVKLNGTEYFRKTLSTTGLLDAQVLYLGGPAPTRESLLGATTEPGIIPVPGAGIPIEDTTVPKEADDSRDYFKGIIQDVKVSNGSLNLIVEMYSLNVTDVQVNAKPLGAVTIDRASVLPGEVSDDLCRKNPCLHNAECRNTWNDYTCKCPNGYKGKNCQEIEFCQHVTCPGQSLCQNLDDGYECVTNTTFTGQERSPLAFFYFQEQQSDDIVSEASPKQTLKPVIDIAFRTRAGGTLLYIDNVDGFFEIGVNGGRVTITWKLSALHFGESARFEKENTDGEWSRIYLRAHNSKLEGGWKGWESMVDPTPAFSTDIDQAAFQSLIATSTQVYLGGMPESRQARGSTLSAQQGSQFKGCVGEARVGDLLLPYFSMAELYSRTNVSVQQKAQFRLNATRPEEGCILCFQSDCKNDGFCQSPSDEYACTCQPGFEGDDCGTDIDECLNTECLNNGTCINQVAAFFCQCQPGFEGQHCEQNIDECADQPCHNGGNCTDLIASYVCDCPEDYMGPQCDVLKQMTCENEPCRNGSTCQNGFNASTGNNFTCTCVPGFEGPLCDIPFCEITPCDNGGLCLTTGAVPMCKCSLGYTGRLCEQDINECESNPCQNGGQCKDLVGRYECDCQGTGFEGIRCENDIDECNMEGDYCGGLGRCFNKPGSFQCICQKPYCGAYCNFTDPCNATDLCSNGGRCVESCGAKPDYYCECPEGFAGKNCTAPITAKEDGPSTTDIAIIVIPVVVVLLLIAGALLGTFLVMARNKRATRGTYSPSAQEYCNPRLEMDNVLKPPPEERLI DIP protein P10040 original sequence version: 134 8E23B9E32B761115 patj-crb 1 3 nucleotide sequence nucleotide sequence identification sequence cloning sequence cloning nucleotide sequence predetermined predetermined participant predetermined unspecified role unspecified role prey prey physiological level physiological level endogenous level endogenous endogenous endogenous level Stoichiometry: 1.0 2 nucleotide sequence nucleotide sequence identification sequence cloning sequence cloning nucleotide sequence predetermined predetermined participant predetermined unspecified role unspecified role bait bait purified purified binding site binding region binding-associated region binding region deletion analysis deletion analysis certain certain sequence position certain certain certain sequence position certain PDZ3 PDZ4 INFERRED range MINT-365906: original sequence: 497-729 : SLDGSTKIIPTEVVPLADKTEAKNSGVITRHKYYTDPELSDDAETEIIRKWQKIVGSDVEVIVAQIKKFAVGGLGISLEGTVDVEGGREVRPHHYIRSILPDGPVGVNGVLRSGDELLEVNGERLLGMNHLEVVAILKELPLDVRMVCGRNRNSSLLPFSDDTLKKLSNNFENLLPATDRLVKAKSDGSLATAGSVADGDSVAAAAASFSKLKSRSLEPLTGLAMWSSQPQI tagged molecule tag tag undetermined undetermined sequence position undetermined undetermined undetermined sequence position undetermined Stoichiometry: 1.0 physical association physical association F1D PDZ To identify proteins that interact with the cytoplasmic domain of NRX IV, a yeast two-hybrid interaction screen using the cytoplasmic 48 amino acids of NRX IV as bait was carried out see alsso PMID: 8384581. The authors suggest that the domain of NRX IV that interacts with the third or fourth PDZ domain probably corresponds to the carboxy-terminal amino acids RTEIFI, similar to the motif RKEYFI of glycophorin C. mint