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> Star Staining fluoreszenzmarkierte Produkte
ACROBiosystems strebt die Entwicklung von Nachweisreagenzien mit hohem Standard an, um die Entwicklung der CAR-T-Zelltherapie zu unterstützen. Nach jahrelanger Forschung und Erfahrung unserer Labortechniker haben wir die ortsspezifische Markierungsplattform „Star Staining“ erfolgreich etabliert und eine Reihe exklusiver fluoreszenzmarkierter Proteine in „Star Standard“-Qualität entwickelt. „Star Staining“-Produkte können die leistungsstarken Hilfsmittel/Werkzeuge zum Nachweis und zur Überwachung von CAR-T-Zellen in klinischen Studien sein.
Verwendung einer ortsspezifischen Markierungstechnologie der neuen Generation zur Aufrechterhaltung der natürlichen Bioaktivität
Hohe Spezifität und Sensitivität, bestätigt durch Durchflusszytometrie
Keine unspezifische Bindung an nicht-transduzierte PBMCs
Hohe Konsistenz und Einheitlichkeit von Charge zu Charge
FITC
PE
APC
Alexa Fluor 647
Alexa Fluor 555
Alexa Fluor 488
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FITC-Labeled Human BCMA, His Tag (Cat. No. BCA-HF2H3) on SDS-PAGE under reducing (R) condition. The gel was stained overnight with Coomassie Blue. The purity of the protein is greater than 90%.
The purity of FITC-Labeled Human BCMA, His Tag (Cat. No. BCA-HF2H3) is more than 90% and the molecular weight of this protein is around 24-34 kDa verified by SEC-MALS.
Binding activity of FITC-Labeled Human BCMA and CD19 protein from two different vendors were evaluated by the FACS analysis. The result showed that ACRO's Star Staining FITC-Labeled Human BCMA (Cat. No. BCA-HF2H3) and CD19 (Cat. No. CD9-HF2H3) protein have a much higher binding activity than that of the other competitor.
The activity of Alexa Fluor 647-Labeled Human Mesothelin (296-580), His Tag (Cat. No. MSN-HA2H5) was higher than other Competitor.
The activity of Alexa Fluor 488-Labeled Human Mesothelin (296-580), His Tag (Cat. No. MSN-HA2H9) was higher than other Competitor.
Anti-CD19 CAR-293 cells were stained with PE-Labeled Human CD19 (20-291) Protein (Cat. No. CD9-HP2H5), His Tag star staining and negative control protein respectively, PE signal was used to evaluate the binding activity.
Anti-CD19 CAR-293 cells were stained with APC-Labeled Human CD19 (20-291) Protein (Cat. No. CD9-HA2H9), His Tag star staining and negative control protein respectively, APC signal was used to evaluate the binding activity.
Non-specific binding to non-transduced PBMCs between PE-Labeled Human BCMA Protein of Acro and competitor. 5e5 of non-transduced PBMCs were stained with PE -Labeled Human BCMA Protein and anti-CD3 antibody, washed and then analyzed with FACS. FITC signal was used to evaluate the expression of CD3+ T cells in non-transduced PBMCs, and PE signal was used to evaluate the non-specific binding activity to non-transduced PBMCs.
Non-specific binding to non-transduced PBMCs between FITC-Labeled Human BCMA Protein of Acro and competitor. 5e5 of non-transduced PBMCs were stained with FITC-Labeled Human BCMA Protein and anti-CD3 antibody, washed and then analyzed with FACS. PE signal was used to evaluate the expression of CD3+ T cells in non-transduced PBMCs, and FITC signal was used to evaluate the non-specific binding activity to non-transduced PBMCs.
Binding activity of the Human BCMA before and after FITC labeling was evaluated in the above FACS analysis. The result shows that FITC-Labeled BCMA (Cat. No. BCA-HF2H3) and unconjugated Human BCMA have almost the same level of binding activity.
Binding affinity of the Human BCMA before and after FITC labeling was evaluated in the above SPR analysis (Biacore T200). The result shows that FITC-Labeled (Cat. No. BCA-HF2H3) and unconjugated Human BCMA, His Tag have almost the same level of affinity.
Binding activity of different lots of FITC-Labeled Human BCMA (Cat. No. BCA-HF2H3) , AF555-Labeled Human BCMA (Cat. No. BCA-HA2H6) and PE-Labeled Human BCMA (Cat. No. BCA-HP2H7) against anti-BCMA CAR-293 cells was evaluated by flow cytometry. The result shows very high batch-to-batch consistency.
PE-Labeled Human BCMA (Cat. No. BCA-HP2H7) and FITC-Labeled Human BCMA (Cat. No. BCA-HF2H3) 25℃ for 48 hours and freeze-throw cycles are stable without performance reduction.
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