<result><Target><Item><Target_ID> 1351</Target_ID>
<Target_Name>BT483 breast cancer cells</Target_Name>
<Target_Type>Organ and tissue</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Unknown</Target_Source>
<Target_Structure></Target_Structure>
<Comments>Breast cancer cell line BT483 was obtained from the American Type Culture Collection. BT483 cells were grown in DMEM (Invitrogen) containing 20 mM L-glutamine.</Comments>
</Item><Item><Target_ID> 1352</Target_ID>
<Target_Name>Siliceous spicules</Target_Name>
<Target_Type>Organ and tissue</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Suberites domuncula (Sponge):55567</Target_Source>
<Target_Structure></Target_Structure>
<Comments></Comments>
</Item><Item><Target_ID> 1353</Target_ID>
<Target_Name>Gamma-irradiated Salmonella spp.</Target_Name>
<Target_Type>Miscellaneous</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>None</Target_Source>
<Target_Structure></Target_Structure>
<Comments>Salmonella, a genus belonging to the Enterobacteriaceae family, is comprised of two species, bongori and enterica. Salmonella enterica is further classified into six subspecies with over 2500 serovars currently known, of which 1531 are part of the subspecies enterica and are the causative agents of more than 99% of human Salmonellosis cases.</Comments>
</Item><Item><Target_ID> 1354</Target_ID>
<Target_Name>Monocyte-derived immature DCs (iDCs)</Target_Name>
<Target_Type>Cell</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Homo sapiens (Human):9606</Target_Source>
<Target_Structure></Target_Structure>
<Comments>Dendritic cells (DCs) are key regulators of T- and B-cell immunity, owing to their superior ability to capture, process, and present antigens compared to other antigen-presenting cells (APCs).</Comments>
</Item><Item><Target_ID> 1355</Target_ID>
<Target_Name>Norwalk virus virus-like particles, NV VLPs</Target_Name>
<Target_Type>Miscellaneous</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Unknown</Target_Source>
<Target_Structure></Target_Structure>
<Comments>NV VLPs were expressed and purified as reported previously. Briefly, the VP1 and VP2 capsid proteins were expressed from a baculovirus vector in Sf9 insect cells and purified using a cesium chloride gradient. Proper VLP structure was confirmed by electron microscopy.</Comments>
</Item><Item><Target_ID> 1356</Target_ID>
<Target_Name>Appetite-regulating hormone</Target_Name>
<Target_Type>Protein&gt;Others</Target_Type>
<Target_Sequence>Q9UBU3</Target_Sequence>
<Synonyms>Growth hormone secretagogue
Growth hormone-releasing peptide
Motilin-related peptide
Protein M46
</Synonyms>
<Target_Source>Homo sapiens (Human):9606</Target_Source>
<Target_Structure></Target_Structure>
<Comments>Ghrelin, an orexigenic peptide hormone, is predominantly produced in the enteroendocrine cells in the stomach and hypothalamus. Approximately 90 % of the total plasma ghrelin is in the form of pharmacologically inactive des-acyl ghrelin, while the active form, octanoyl ghrelin, comprises approximately 10 %. The active form of ghrelin is a peptide of 28 amino acids esterified at the Ser3 residue with an octanoic fatty acid. Octanoylation is catalysed by ghrelin-O-acyltransferase (GOAT).</Comments>
</Item><Item><Target_ID> 1357</Target_ID>
<Target_Name>Serum from AS patients</Target_Name>
<Target_Type>Miscellaneous</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Homo sapiens (Human):9606</Target_Source>
<Target_Structure></Target_Structure>
<Comments></Comments>
</Item><Item><Target_ID> 1358</Target_ID>
<Target_Name>Granulocytic myeloid-derived suppressor cells, granulocytic MDSCs</Target_Name>
<Target_Type>Cell</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms>Toll/interleukin-1 receptor-like protein 4
CD_antigen
CD282</Synonyms>
<Target_Source>Mus musculus (Mouse):10090</Target_Source>
<Target_Structure></Target_Structure>
<Comments></Comments>
</Item><Item><Target_ID> 1359</Target_ID>
<Target_Name>NSCLC tumor cells</Target_Name>
<Target_Type>Cell</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Homo sapiens (Human):9606</Target_Source>
<Target_Structure></Target_Structure>
<Comments></Comments>
</Item><Item><Target_ID> 1360</Target_ID>
<Target_Name>Anti-SFV FLAG mAb</Target_Name>
<Target_Type>Protein&gt;Monoclonal antibody</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Mus musculus (Mouse):10090</Target_Source>
<Target_Structure></Target_Structure>
<Comments>The hybridoma cell line which secretes monoclonal antibodies (MCAs) against swine fever virus (SFV) strain Brescia was produced. The hybrid cells resulted from fusion of P3X63-Ag8.653 myeloma cells with splenocytes of Balb/c mice which had been immunized with purified SFV.</Comments>
</Item><Item><Target_ID> 1361</Target_ID>
<Target_Name>Anti-SFV V2 mAb</Target_Name>
<Target_Type>Protein&gt;Monoclonal antibody</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Mus musculus (Mouse):10090</Target_Source>
<Target_Structure></Target_Structure>
<Comments>The hybridoma cell line which secretes monoclonal antibodies (MCAs) against swine fever virus (SFV) strain Brescia was produced. The hybrid cells resulted from fusion of P3X63-Ag8.653 myeloma cells with splenocytes of Balb/c mice which had been immunized with purified SFV.</Comments>
</Item><Item><Target_ID> 1362</Target_ID>
<Target_Name>Anti-SFV V3 mVAb</Target_Name>
<Target_Type>Protein&gt;Monoclonal antibody</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Mus musculus (Mouse):10090</Target_Source>
<Target_Structure></Target_Structure>
<Comments>The hybridoma cell line which secretes monoclonal antibodies (MCAs) against swine fever virus (SFV) strain Brescia was produced. The hybrid cells resulted from fusion of P3X63-Ag8.653 myeloma cells with splenocytes of Balb/c mice which had been immunized with purified SFV.</Comments>
</Item><Item><Target_ID> 1363</Target_ID>
<Target_Name>Anti-SFV V7 mAb</Target_Name>
<Target_Type>Protein&gt;Monoclonal antibody</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Mus musculus (Mouse):10090</Target_Source>
<Target_Structure></Target_Structure>
<Comments>The hybridoma cell line which secretes monoclonal antibodies (MCAs) against swine fever virus (SFV) strain Brescia was produced. The hybrid cells resulted from fusion of P3X63-Ag8.653 myeloma cells with splenocytes of Balb/c mice which had been immunized with purified SFV.</Comments>
</Item><Item><Target_ID> 1364</Target_ID>
<Target_Name>Anti-SFV V8 mAb</Target_Name>
<Target_Type>Protein&gt;Monoclonal antibody</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Mus musculus (Mouse):10090</Target_Source>
<Target_Structure></Target_Structure>
<Comments>The hybridoma cell line which secretes monoclonal antibodies (MCAs) against swine fever virus (SFV) strain Brescia was produced. The hybrid cells resulted from fusion of P3X63-Ag8.653 myeloma cells with splenocytes of Balb/c mice which had been immunized with purified SFV.</Comments>
</Item><Item><Target_ID> 1365</Target_ID>
<Target_Name>Anti-SFV V10 mAb</Target_Name>
<Target_Type>Protein&gt;Monoclonal antibody</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Mus musculus (Mouse):10090</Target_Source>
<Target_Structure></Target_Structure>
<Comments>The hybridoma cell line which secretes monoclonal antibodies (MCAs) against swine fever virus (SFV) strain Brescia was produced. The hybrid cells resulted from fusion of P3X63-Ag8.653 myeloma cells with splenocytes of Balb/c mice which had been immunized with purified SFV.</Comments>
</Item><Item><Target_ID> 1366</Target_ID>
<Target_Name>Anti-SFV V11 mAb</Target_Name>
<Target_Type>Protein&gt;Monoclonal antibody</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Mus musculus (Mouse):10090</Target_Source>
<Target_Structure></Target_Structure>
<Comments>The hybridoma cell line which secretes monoclonal antibodies (MCAs) against swine fever virus (SFV) strain Brescia was produced. The hybrid cells resulted from fusion of P3X63-Ag8.653 myeloma cells with splenocytes of Balb/c mice which had been immunized with purified SFV.</Comments>
</Item><Item><Target_ID> 1367</Target_ID>
<Target_Name>Neural stem cells, NSC</Target_Name>
<Target_Type>Cell</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Mus musculus (Mouse):10090</Target_Source>
<Target_Structure></Target_Structure>
<Comments>NSC are undifferentiated multipotent stem cells found in the subventricular and subgranular zones of the mammalian adult brain. NSC represent a good cell type for neuroregenerative purposes not only because of their ability to differentiate into neurons, astrocytes and oligodendrocytes in vitro but also because they do not show tumorigenic potentials upon transplantation in different animal models of neurodegenerative diseases. Moreover, the neural differentiation of NSC can be modulated by specific peptide sequences present in extracellular matrices, in soluble molecules and/or in membrane-bound cell molecules.</Comments>
</Item><Item><Target_ID> 1368</Target_ID>
<Target_Name>Diamond-like carbon, DLC</Target_Name>
<Target_Type>Inorganic molecules or materials</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>None</Target_Source>
<Target_Structure></Target_Structure>
<Comments>Diamond like carbon (DLC) is an amorphous carbon material that is used as an extremely wear-resistant coating material. DLC coatings are chemically stable, optically transparent and have good mechanical properties due to their hardness, low friction coefficient, high wear and corrosion resistance, and smoothness.</Comments>
</Item><Item><Target_ID> 1369</Target_ID>
<Target_Name>Anti-DENV2-NS1 pAb</Target_Name>
<Target_Type>Protein&gt;Polyclonal antibody</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Oryctolagus cuniculus (Rabbit):9986</Target_Source>
<Target_Structure></Target_Structure>
<Comments></Comments>
</Item><Item><Target_ID> 1370</Target_ID>
<Target_Name>Vitamin B12-binding protein</Target_Name>
<Target_Type>Protein&gt;Others</Target_Type>
<Target_Sequence>P37028</Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Escherichia coli (strain K12):83333</Target_Source>
<Target_Structure>1N2Z, 1N4A, 1N4D, 2QI9, 4DBL, 4FI3</Target_Structure>
<Comments>Periplasmic binding protein BtuF is a bilobed 28 kDa protein. Its two globular domains are connected by a single rigid R-helix, characteristic of class III periplasmic binding proteins. The N-terminal domain of BtuF extends from residues 1 to 106, and the C-terminal domain includes residues 130-244 of the mature protein. Cyanocobalamin is bound in a cleft between the globular domains making contact with residues in both domains.</Comments>
</Item><Item><Target_ID> 1371</Target_ID>
<Target_Name>Anti-FhuA Fhu4.1 mAb</Target_Name>
<Target_Type>Protein&gt;Monoclonal antibody</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Mus musculus (Mouse):10090</Target_Source>
<Target_Structure></Target_Structure>
<Comments></Comments>
</Item><Item><Target_ID> 1372</Target_ID>
<Target_Name>Anti-FhuA Fhu6.4 mAb</Target_Name>
<Target_Type>Protein&gt;Monoclonal antibody</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Mus musculus (Mouse):10090</Target_Source>
<Target_Structure></Target_Structure>
<Comments></Comments>
</Item><Item><Target_ID> 1373</Target_ID>
<Target_Name>Anti-FhuA Fhu6.6 mAb</Target_Name>
<Target_Type>Protein&gt;Monoclonal antibody</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Mus musculus (Mouse):10090</Target_Source>
<Target_Structure></Target_Structure>
<Comments></Comments>
</Item><Item><Target_ID> 1374</Target_ID>
<Target_Name>Aminopeptidase N</Target_Name>
<Target_Type>Protein&gt;Enzyme</Target_Type>
<Target_Sequence>P15145</Target_Sequence>
<Synonyms>AP-N
pAPN
Alanyl aminopeptidase
Aminopeptidase M
AP-M
Microsomal aminopeptidase
gp130
CD_antigen=CD13
EC=3.4.11.2</Synonyms>
<Target_Source>Sus scrofa (Pig): 9823</Target_Source>
<Target_Structure>4F5C, 4FKE, 4FKH, 4FKK, 4H5H, 4HOL, 4HOM </Target_Structure>
<Comments>Porcine aminopeptidase N (pAPN) is a cellular receptor of transmissible gastroenteritis virus (TGEV), a porcine coronavirus. Interaction between the spike (S) protein of TGEV and pAPN initiates cell infection.</Comments>
</Item><Item><Target_ID> 1375</Target_ID>
<Target_Name>MDR GC cells SGC7901/ADR or SGC7901/VCR</Target_Name>
<Target_Type>Cell</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Homo sapiens (Human):9606</Target_Source>
<Target_Structure></Target_Structure>
<Comments></Comments>
</Item></Target></result>