Reagenti e strumenti per immunologia, biologia cellulare e biologia molecolare
 

BPS Biosciences

 
BPS offre una delle più ampie selezioni di proteine ricombinanti uniche e kit di analisi per studi epigenetici, checkpoint immunitari, metabolismo e vie di segnalazione cellulare per migliorare la salute umana.
 
Clonazione ed espressione: Il team dei servizi di biologia molecolare di BPS Bioscience può aiutarvi a raggiungere qualsiasi obiettivo di ricerca in biologia molecolare. I nostri servizi di clonazione genica e mutagenesi sito-diretta sono spesso il primo passo in progetti di espressione proteica, sviluppo analitico e sviluppo di linee cellulari personalizzate.
 
Purificazione e modifica delle proteine: Scegliete BPS Bioscience per le vostre esigenze di riduzione, purificazione e modifica delle proteine. Utilizzando i nostri servizi di clonazione ed espressione, i costrutti possono essere ottimizzati per l'espressione di proteine ad alta purezza e ad alte prestazioni. Siamo anche specializzati nell'etichettatura delle proteine per fornire prodotti migliori per test di alta qualità.
 
Sviluppo di linee cellulari: Lasciate che i nostri esperti vi aiutino a ridurre tempi e complessità con i nostri servizi di sviluppo di linee cellulari stabili. Produciamo linee cellulari personalizzate per la produzione di proteine e lo screening di composti. La nostra specializzazione in saggi reporter per le vie di controllo immunitario offre grandi opportunità per la ricerca sulle co-immunoterapie.
 
Servizi di sviluppo e screening di test: Valutate i composti chiave con i nostri servizi di screening biochimico e cellulare. Risparmiate tempo permettendoci di filtrare i vostri composti di interesse con i nostri pannelli di test unici o di determinare i valori IC50 con il nostro portafoglio di centinaia di test, in modo che possiate concentrarvi sull'avanzamento del vostro programma di scoperta di farmaci.
 
 
 

Risultati della ricerca : 5404 prodotto(i) trovato(i)

Limita la ricerca :

RUOCE / IVD
  • Unconjugated 3836
  • Biotin 4
  • human 422
  • virus 141
  • mouse 52
  • all species 17
  • monkey 4
  • rabbit 3
  • chicken 2
  • rat 2
  • cow 1
  • dog 1
  • drosophila 1
  • guinea pig 1
  • hamster 1
  • insect 1
  • pig 1
  • yeast 1
  • Protein/peptide 2829
  • kit 894
  • Inhibitor/Antagonist/Agonist 397
  • Cell line 362
  • Primary antibody 305
  • Other products 278
  • Buffers and reagents 162
  • cell culture products 111
  • cell culture media 39
  • cDNA Clone 17
  • CRISPR/Cas9 6
  • Biochemicals 1
  • human 915
  • insect 831
  • e. coli 752
  • mouse 106
  • rabbit 89
  • hamster 39
  • virus 32
  • monkey 6
  • rat 2
  • bacteria 1
  • dog 1
  • hek293 1
  • humans 1
  • mammals 1
  • FA 547
  • WB 199
  • Cell culture 190
  • ELISA 128
  • Assay 114
  • IF 94
  • FC 81
  • ChIP 68
  • in-vitro 60
  • Inhibition assay 53
  • Neutralization 44
  • Detection 37
  • Cellular activation 29
  • IP 15
  • Blocking 13
  • ICC 11
  • Cloning 8
  • PCR 8
  • and selectivity profiling. 8
  • screening inhibitors 8
  • Study enzyme kinetics 6
  • Cell separation 4
  • Microscopy 4
  • Useful as a negative control for the study of bromodomain binding assays 4
  • Purification 3
  • and screen small molecule HDAC inhibitors for drug discovery and HTS applications. 3
  • the study of bromodomain binding assays 3
  • transduction optimization. 3
  • Dot blot 2
  • Ideal as a positive control for transduction 2
  • Immunoassay 2
  • Substrate for histone methyltransferase or acetyltransferase assays. Ideal for screening small molecular inhibitors of histone methyltransferases and acetyltransferases for drug discovery and HTS applications. 2
  • Substrate for histone methyltransferase or acetyltransferase assays. Ideal for screening small molecular inhibitors of histone methyltransferases and acetyltransferases for drug discovery and HTS applications. Since the recombinant histone proteins in thi 2
  • and for screening of small molecule inhibitors for drug discovery and HTS applications. 2
  • and screen small molecule inhibitors of HDAC class2a for drug discovery and HTS applications. 2
  • assaying phosphodiesterase activity 2
  • the study of cathepsin activity 2
  • 1. Ideal as a positive control for transduction 1
  • 1. Transient expression of FcGRIIB in target cells.
    2. Generation of stable cell line expressing FcGRIIB with Geneticin selection.     1
  • 1. Transient expression of FcGRIIIA in target cells.
    2. Generation of stable cell line expressing FcGRIIIA with Geneticin selection.     1
  • 2. Generation of stable cell line expressing firefly luciferase with puromycin selection. 1
  • Colorimetric assay 1
  • DPP7 1
  • DPP8 1
  • DPP9 1
  • EMSA 1
  • F 1
  • FAP 1
  • ISH 1
  • L 1
  • S 1
  • Screen for activators or inhibitors of NF-κB signaling pathway in the transduced target cells. 1
  • Screen for activators or inhibitors of NFAT signaling pathway in transduced target cells. Generation of NFAT Luciferase Reporter stable cell line 1
  • Screen for activators or inhibitors of cAMP/PKA signaling pathway in the transduced target cells. 1
  • Stimulation 1
  • Useful as a substrate for PI-3 kinase activity assays and other lipid kinases. 1
  • Useful as a substrate for methyltransferases or acetyltransferases and for screening small molecular inhibitors of histone methyltransferases for drug discovery. 1
  • Useful as a substrate for protein tyrosine kinase inhibitor screening including Jak1 Ron kinase 1
  • Useful for studying protein binding and screening small molecules for drug discovery. 1
  • Useful for the study of enzyme kinetics 1
  • Useful to determine the background reporter activity and establish the specificity of any treatment effects for the Lenti reporter system. 1
  • and L for drug discovery and HTS applications. 1
  • and POP for drug discovery and HTS applications. Also suitable for use with Xaa-Pro dipeptidase. 1
  • and Tyrosine Kinase 2. 1
  • and V for drug discovery and HTS applications. 1
  • and for screening small molecule inhibitors of DPP3 for drug discovery and HTS applications. Can also be used as a substrate for cathepsin B. 1
  • and for screening small molecule inhibitors of DPP4 1
  • and for screening small molecule inhibitors of cathepsins B 1
  • and for screening small molecule inhibitors of cathepsins K 1
  • and screen small molecular inhibitors of LSD1 for HTS applications in drug discovery. 1
  • the study of DPP activity 1
  • the study of DPP3 activity 1
  • • Optimizing transduction assays
    • Easily track transduction efficiency over time
    • Generation of YFP (Topaz) Reporter stable cell lines     1
  • • Screen for activators or inhibitors of NFAT signaling pathway in transduced target cells
    • Generation of NFAT eGFP Reporter stable cell line     1
  • Monoclonal 139
  • polyclonal 85
  • monoclonal 25
  • Polyclonal 11
  • Polyclona 6
  • BT7R 2
  • Monoclonal (human) 2
  • 33D3 1
  • BA3R 1
  • E10/V4RR 1
  • E19 1
  • E31R 1
  • E32 1
  • FG4R 1
  • G10xA1 1
  • G10xA5 1
  • GA1R 1
  • GF28R 1
  • GST.B6 1
  • HA.C5/C10 1
  • HIS.H8/ EH158 1
  • Myc.A7/M19 1
  • RF5R 1
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