SEY1 Protein, Plasmodium knowlesi (Cell-Free, His)

The SEY1 protein may be a GTP-binding protein that is critical for the structural integrity of the tubular endoplasmic reticulum network. Its role is suggested to play a key role in the formation and stability of this cellular compartment, contributing to its overall structure and function. SEY1 Protein, Plasmodium knowlesi (Cell-Free, His) is the recombinant SEY1 protein, expressed by E. coli Cell-free , with N-10*His labeled tag. The total length of SEY1 Protein, Plasmodium knowlesi (Cell-Free, His) is 883 a.a., with molecular weight of 103.5 kDa.

The SEY1 protein takes on the role of a probable GTP-binding protein crucially involved in the generation and maintenance of the structural integrity of the tubular endoplasmic reticulum network. Operating as a GTP-binding protein, SEY1 likely plays a pivotal role in the intricate processes that govern the formation and stability of the tubular endoplasmic reticulum, contributing to the overall architecture and function of this essential cellular compartment. While the specific molecular mechanisms and interactions associated with SEY1 await further exploration, its designation as a GTP-binding protein underscores its potential as a key regulator in shaping and sustaining the dynamic morphology of the endoplasmic reticulum network within the cell.

Others

E. coli Cell-free

N-10*His

B3LAJ9 (M1-D883)

7322988

MQMDRKTQIIDYDGNMIADLKEWMIRNKLANLGFNYNVVAILGSQSSGKSTLLNNLFKTSFDVMNTKLGHSQTTQGLWLSFDTFEESPVSPLEKGNSTTPINPTLILDVEGNDSKERGDNRLTFEHRSALFSLALADCLIVNLWYHSLGNFTASNYGLLKTVMEVNLELFQQDKNCPKTILLFTVRDWFEEFASIDIVKNKIVEEYLNKIWAEMKKPPSAKKANINNYFIVEVVGLSHAIIKKTEFLNDVENLRKKWINELRPLQYSRNIPSDGFAHYCNNIWNTIVKQSQLDIPSQKEMLATFRCQEIKNNVISNTSKMIKEKLTASSSQPTSASIDEFKSWAEKDIVEKSLDEYFVDASRYTESICLKTSEELLESLFIQLQTIVDNNLNFTQRVLSAKFANELNTMYSVCTSDKNVFLFSKESNLQVHKDGNGSNSSKEDKKDENTSQDKCIRLWSSFLSNADKLEYITFCNFFESYQKCNIEIRKKNKIHEFNYKPSLNILLTSICKDMNRIRNTQFTVLLERTRATIKSRFKNMDNLLITTKNPEEYWNHTLKIVKALQESINNNLTKCFINLKGGGPGSSVAGISNELFDHDEDNTFHVDSPSEGHRSISDNRTAHENKHYVDENLLNYKKIDIIKNKGKYISSVSEEIDKQIKNKKAISELNNYYLDEIMDVLKSKLDEISDNLSSIIIQRFESVFNYDDAEQPRHWREISMAELKKIFRESKNYAFLIIDILQKNIKVELIDDYLPNNFIKDEVIEKGKNKAKRKIQEICRDAQYIQETGGKMSLKNVPLFFWVILLILGWNELLFFIRFFFRLNIILPLFLAAAVILSTLFFNGNMEVLSTINKVVFFLAKSSFGFYRQLQTMGEKVAQVPTAD

103.5 kDa

Greater than 90% as determined by reducing SDS-PAGE.

<1 EU/μg, determined by LAL method.