<result><Target><Item><Target_ID> 1501</Target_ID>
<Target_Name>Fibronectin type Ⅲ10(RGD)-containing fragments</Target_Name>
<Target_Type>Organic molecules or materials</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> 1502</Target_ID>
<Target_Name>SAS-derived tumors</Target_Name>
<Target_Type>Miscellaneous</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Mus musculus (Mouse):10090</Target_Source>
<Target_Structure></Target_Structure>
<Comments>SAS cells were injected subcutaneously into the dorsolateral flank of 4–6-week-old SCID mice to produce oral cancer xenografts.</Comments>
</Item><Item><Target_ID> 1503</Target_ID>
<Target_Name>Phytophthora capsici zoospore</Target_Name>
<Target_Type>Miscellaneous</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Phytophthora capsici:4784</Target_Source>
<Target_Structure></Target_Structure>
<Comments>Phytophthora capsici is a soilborne pathogenic protist (phylum Oomycota) that infects aerial and subterranean structures of many solanaceous plants. Diseases caused by P. capsici are polycyclic in that multiple cycles of infection and inoculum production occur in a single growing season. The pathogen survives unfavorable conditions in soil by forming thickwalled oospores, while dissemination and infection are achieved through the production of motile biflagellate zoospores from oospores. The zoospores swim through water in the soil and are chemotactically attracted to the exudates released by the roots of potential host plants. After the zoospores have adhered to the root surface, they encyst and produce a precisely oriented germ tube that grows into adjacent host plant tissue.</Comments>
</Item><Item><Target_ID> 1504</Target_ID>
<Target_Name>CD147</Target_Name>
<Target_Type>Protein&gt;Others</Target_Type>
<Target_Sequence>P35613</Target_Sequence>
<Synonyms>Basigin
5F7
Collagenase stimulatory factor
Extracellular matrix metalloproteinase inducer
Leukocyte activation antigen M6
OK blood group antigen
Tumor cell-derived collagenase stimulatory factor</Synonyms>
<Target_Source>Homo sapiens (Human) :9606</Target_Source>
<Target_Structure>3B5H , 3I84 , 3I85 , 3QQN , 3QR2</Target_Structure>
<Comments>CD147 is a transmembrane glycoprotein of the immunoglobulin superfamily. It is highly enriched on the surface of cancer cells. Thus, it has been taken as a biomarker that can be used in cancer detection.</Comments>
</Item><Item><Target_ID> 1505</Target_ID>
<Target_Name>HIV-1 TAR</Target_Name>
<Target_Type>Nucleic acids</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Unknown</Target_Source>
<Target_Structure></Target_Structure>
<Comments>The HIV-1 TAR is a 59 nucleotide long element present at the 5' end of the HIV-1 viral RNA and stimulates transcription when bound to protein ligands; the viral Tat protein complexed with the host positive Transcription Elongation Factor b (pTEFb, composed of Cyclin T1 and CDK9), associates to the TAR element with high affinity, and promotes the hyper-phosphorylation of the C-terminal Domain of RNA polymerase Ⅱ large subunit.</Comments>
</Item><Item><Target_ID> 1506</Target_ID>
<Target_Name>Human plasma clots</Target_Name>
<Target_Type>Organic molecules or materials</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Homo sapiens (Human):9606</Target_Source>
<Target_Structure></Target_Structure>
<Comments>Blood was anticoagulated with 0.4% sodium citrate and centrifuged at 2, 500 × g . The plasma was collected, spun again to remove remaining blood cells, and frozen at 80°C. Clotting was initiated by adding CaCl2 to 20 mM, and the clot was repeatedly washed with PBS.</Comments>
</Item><Item><Target_ID> 1507</Target_ID>
<Target_Name>Puumala virus</Target_Name>
<Target_Type>Virus</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>None</Target_Source>
<Target_Structure></Target_Structure>
<Comments>Puumala virus belongs to the genus Hantavirus, family Bunyaviridae. Hantaviruses are enveloped and have a trisegmented, single-stranded, negative-sense RNA genome. The large, medium, and small segments are packed into nucleocapsids separately. The large segment encodes the viral RNA polymerase-transcriptase, the medium segment encodes envelope glycoproteins G1 and G2, and the small segment encodes nucleocapsid protein. Each hantavirus is associated with a primary rodent host carrier in which it has evolved and for which it is apathogenic.</Comments>
</Item><Item><Target_ID> 1508</Target_ID>
<Target_Name>SH3 domain of tyrosine-protein kinase Yes</Target_Name>
<Target_Type>Protein&gt;Others</Target_Type>
<Target_Sequence>P07947 [91-152]</Target_Sequence>
<Synonyms>Tyrosine-protein kinase Yes alternative name(s):
EC=2.7.10.2
Proto-oncogene c-Yes
p61-Yes</Synonyms>
<Target_Source>Homo sapiens (Human):9606</Target_Source>
<Target_Structure>2HDA</Target_Structure>
<Comments></Comments>
</Item><Item><Target_ID> 1509</Target_ID>
<Target_Name>SH3 domain of tyrosine-protein kinase ABL1</Target_Name>
<Target_Type>Protein&gt;Others</Target_Type>
<Target_Sequence>P00519 [61-121]</Target_Sequence>
<Synonyms>Tyrosine-protein kinase ABL1 alternative name(s):
Abelson murine leukemia viral oncogene homolog 1
Abelson tyrosine-protein kinase 1
Proto-oncogene c-Abl
p150
EC=2.7.10.2</Synonyms>
<Target_Source>Homo sapiens (Human):9606</Target_Source>
<Target_Structure>1AB2, 1AWO, 1BBZ, 1JU5, 1OPL, 1ZZP, 2ABL, 2E2B, 2F4J, 2FO0, 2G1T, 2G2F, 2G2H, 2G2I, 2GQG, 2HIW, 2HYY, 2HZ0, 2HZ4, 2HZI, 2O88, 2V7A, 3CS9, 3EG0, 3EG1, 3EG2, 3EG3, 3EGU, 3K2M, 3PYY, 3QRI, 3QRJ, 3QRK, 3T04, 3UE4, 3UYO, 4J9B, 4J9C, 4J9D, 4J9E, 4J9F, 4J9G, 4J9H, 4J9I, 4JJB, 4JJC, 4JJD</Target_Structure>
<Comments></Comments>
</Item><Item><Target_ID> 1510</Target_ID>
<Target_Name>SH3 domain of cortactin</Target_Name>
<Target_Type>Protein&gt;Others</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> 1511</Target_ID>
<Target_Name>SH3 domain of apoptosis-stimulating of p53 protein 2</Target_Name>
<Target_Type>Protein&gt;Others</Target_Type>
<Target_Sequence>Q13625 [1057-1119]</Target_Sequence>
<Synonyms>Apoptosis-stimulating of p53 protein 2 alternative name(s):
Bcl2-binding protein
Bbp
Renal carcinoma antigen NY-REN-51
Tumor suppressor p53-binding protein 2
53BP2
p53-binding protein 2
p53BP2</Synonyms>
<Target_Source>Homo sapiens (Human):9606</Target_Source>
<Target_Structure>1YCS, 2UWQ, 4A63, 4IRV</Target_Structure>
<Comments></Comments>
</Item><Item><Target_ID> 1512</Target_ID>
<Target_Name>SH3 domains of 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase gamma-1 and gamma-2</Target_Name>
<Target_Type>Protein&gt;Others</Target_Type>
<Target_Sequence>SH3 domain of PLC-gamma-1: P19174 [791-851], SH3 domain of PLC-gamma-2: P16885 [769-829]</Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Homo sapiens (Human):9606</Target_Source>
<Target_Structure>PLC-gamma-1: 1HSQ, 2HSP, 4EY0, 4FBN
PLC-gamma-2: 2K2J, 2W2W, 2W2X</Target_Structure>
<Comments></Comments>
</Item><Item><Target_ID> 1513</Target_ID>
<Target_Name>SH3 domain of Crk N</Target_Name>
<Target_Type>Protein&gt;Others</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> 1514</Target_ID>
<Target_Name>SH3 domain of Grb2 N</Target_Name>
<Target_Type>Protein&gt;Others</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> 1515</Target_ID>
<Target_Name>Troponin C, skeletal muscle</Target_Name>
<Target_Type>Protein&gt;Others</Target_Type>
<Target_Sequence>P02586</Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Oryctolagus cuniculus (Rabbit):9986</Target_Source>
<Target_Structure>1A2X, 1TCF, 1TN4, 2TN4</Target_Structure>
<Comments>Troponin C, the major regulatory protein in striated muscle contraction, is the calcium-binding component of the ternary troponin complex. It regulates the actomyosin activity in a calcium-dependent manner, through its association with tropomyosin and actin.</Comments>
</Item><Item><Target_ID> 1516</Target_ID>
<Target_Name>Purified serum IgG from goat-1 (G1) infection with Map</Target_Name>
<Target_Type>Protein&gt;Others</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Capra hircus (Goat):9925</Target_Source>
<Target_Structure></Target_Structure>
<Comments></Comments>
</Item><Item><Target_ID> 1517</Target_ID>
<Target_Name>Purified serum IgG from goat-2 (G2) infection with Map</Target_Name>
<Target_Type>Protein&gt;Others</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Capra hircus (Goat):9925</Target_Source>
<Target_Structure></Target_Structure>
<Comments></Comments>
</Item><Item><Target_ID> 1518</Target_ID>
<Target_Name>Anti-EBV monoclonal antibody gp125</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>Anti-EBV MAbs were raised by immunizing mice with crude EBV.</Comments>
</Item><Item><Target_ID> 1519</Target_ID>
<Target_Name>Anti-EBV monoclonal antibody F1</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>Anti-EBV MAbs were raised by immunizing mice with crude EBV.</Comments>
</Item><Item><Target_ID> 1520</Target_ID>
<Target_Name>Anti-EBV monoclonal antibody A2</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>Anti-EBV MAbs were raised by immunizing mice with crude EBV.</Comments>
</Item><Item><Target_ID> 1521</Target_ID>
<Target_Name>Anti-EBV monoclonal antibody A3</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>Anti-EBV MAbs were raised by immunizing mice with crude EBV.</Comments>
</Item><Item><Target_ID> 1522</Target_ID>
<Target_Name>Purified serum IgG from an EBV-infected patient</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> 1523</Target_ID>
<Target_Name>Purified serum IgG from an EBV-immunised rabbit</Target_Name>
<Target_Type>Miscellaneous</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> 1524</Target_ID>
<Target_Name>Endoglucanase isozyme AgEGl, IsoA</Target_Name>
<Target_Type>Protein&gt;Enzyme</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Anoplophora glabripennis (Asian longhorn beetle) (Anoplophora nobilis):217634</Target_Source>
<Target_Structure></Target_Structure>
<Comments></Comments>
</Item><Item><Target_ID> 1525</Target_ID>
<Target_Name>Anti-Lewis X monoclonal antibody MMA</Target_Name>
<Target_Type>Protein&gt;Monoclonal antibody</Target_Type>
<Target_Sequence></Target_Sequence>
<Synonyms></Synonyms>
<Target_Source>Unknown</Target_Source>
<Target_Structure></Target_Structure>
<Comments></Comments>
</Item></Target></result>