BLIにおける最高レベルの検出能力
Octet® R8e BLIシステムは、ラベルフリー・リアルタイム生体分子解析における大きなイノベーションであり、バイオレイヤー干渉法(BLI)技術において高度な検出能力を提供します。
創薬探索研究、プロセス開発、およびGxP環境における複雑なワークフローをサポートするように設計されたOctet® R8eは、優れた感度、柔軟なアッセイデザイン、および長時間の連続測定を実現します。
21 CFR Part 11準拠のソリューションを完備したこの次世代BLIシステムは、データに基づく確実な意思決定を容易にします。
ラボの機能を新たなレベルへ
SN比の向上により、低分子および低濃度のアナライトまでアッセイ範囲を拡大します。
データ取得機能の改良により、速いカイネティクス反応も正確に捕捉します。
16時間以上にわたりアナライト濃度を維持し、データの真度と精度を向上させます。
ハンズフリー操作を16時間以上可能にし、システムの稼働率とラボの効率を最大化します。
最小40 µLで信頼性の高い結果を実現し、貴重なサンプルの節約とコスト削減に貢献します。
多検体処理ワークフローをサポートし、ラボの効率を最大化します。
Now you can...
Octet® R8eの概要
ラベルフリー生体分子間相互作用解析において、BLI技術を新たな次元へと引き上げる新製品Octet® R8eについて解説します。
1つのシステムで、多彩なアプリケーション
Octet®プラットフォームは、タンパク質間相互作用やタンパク質-薬剤相互作用を含む、分子間相互作用のスクリーニングおよび特性解析のための包括的なツールです。初期の選抜や検証から製造に至るまで、バイオ医薬品および医薬品開発の様々な段階において、幅広いアプリケーションをサポートします。
Octet® R8e のためのリソース
| Detection Technology | Biolayer Interferometry (BLI) |
| Biosensor Type | Disposable, single-use fiber optic biosensors with optional reuse by regeneration and re-racking in the sensor tray |
| Information Provided | Yes/No binding - Kinetic and affinity analysis (kobs, ka, kd, KD) - Specific and selective detection of molecules, even in crude samples - Relative and absolute quantitation of specific proteins in crude matrices or purified samples - Relative potency (EC50) and Inhibition (IC50) analysis? |
| Sample Types | Proteins, antibodies, peptides, DNA, RNA, liposomes, viruses and VLPs in various media including serum, buffers containing DMSO, periplasmic fractions, bacterial cells, nanoparticles, untreated cell culture supernatants and crude cell lysates |
| Number of Spectrometers | 8 |
| Maximum Simultaneous Reads | 8 |
| Data Collection Rate | Variable |
| Sample Position and Format | One standard 96-well or 384-well black, flat bottom microplate, or 384-well black tilted well plate |
| Minimum Sample Volume | 40 µL |
| Orbital Flow Capacity | Static or 100–1500 rpm |
| Analysis Temperature Range | 15–40°C |
Kinetics | |
| Workflow | Up to 8 assays in parallel |
| Molecular Weight Detection | >100 Da |
| Association Rate Constant (ka) | 101 to 107 M-1 s-1 |
| Dissociation Rate Constant (kd) | 10-6 – 0.1 s-1 |
| Affinity Constant (KD) | 1 mM – 10 pM |
| Baseline Noise (RMS) | < 0.001 nm |
| Baseline Drift | < 0.1 nm/hour |
Quantitation | |
| Workflow | Up to 8 assays in parallel |
| Direct quantitation range for ProA biosensor | 0.01 - 4000 μg/mL |
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よくある質問
The Octet® R8e features advanced evaporation control for the 96-well plate format, allowing for up to 16 hours of uninterrupted operation while maintaining analyte integrity, reducing the need for manual intervention, and improving data accuracy. This means the system delivers consistent, reliable results even during long or over-night experiments.
The Octet® R8e System is a cutting-edge, 8-channel biolayer interferometry (BLI) system designed for real-time, label-free biomolecular analysis. It features a fluidic-free design that minimizes maintenance, simplifies workflows, and ensures consistent data accuracy. The Octet® R8e boasts best-in-class sensitivity, extended walk-away operation, and supports GxP compliance. With its high throughput and robust performance, the system is ideal for complex drug discovery and process development applications.
With compatibility for both 96- and 384-well plates, the Octet® R8e is designed to support high-throughput workflows. The system’s 8 channels enable parallel data acquisition, allowing labs to process multiple samples simultaneously, boosting efficiency and maximizing productivity.
Yes, the Octet® R8e is designed for seamless assay transferability across platforms. Methods developed on older Octet® BLI systems can be easily transferred without compromising data integrity or comparability, ensuring smooth transitions and consistent results across your lab’s operations.
The Octet® R8e requires as little as 40 µL of sample per well, making it highly efficient and cost-effective, especially when working with precious or limited sample quantities. This low sample volume capability helps conserve reagents and minimize costs. Furthermore, the measurement is non-destructive and the sample plate can be recovered for further usage.