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Customizable Genomic Profiling of Cell-Free DNA for Oncology
Customizable Genomic Profiling of Cell-Free DNA for Oncology
NGS
ESHG 2026 - Superior uniformity, deeper insights: The Twist Bioscience NGS advantage
ESHG 2026 - Superior uniformity, deeper insights: The Twist Bioscience NGS advantage
NGS
Leveraging Custom Genomic Resources for Breeding Programs
Leveraging Custom Genomic Resources for Breeding Programs
NGS
New cross-linker tools with non-specific residue reactivity for protein structural study through cross-linking mass spectrometry
New cross-linker tools with non-specific residue reactivity for protein structural study through cross-linking mass spectrometry
人工遺伝子
Beyond the organelles: Unlocking the biotechnology potential of plant-derived pyrimidine base editors
Beyond the organelles: Unlocking the biotechnology potential of plant-derived pyrimidine base editors
オリゴプール
Oncology research in practice: A collaborative approach to Liquid Biopsy Research to support clinical decision-making
Oncology research in practice: A collaborative approach to Liquid Biopsy Research to support clinical decision-making
NGS
A High-Throughput Ecosystem to Power AI-Driven Antibody Discovery
A High-Throughput Ecosystem to Power AI-Driven Antibody Discovery
Biopharma

This webinar demonstrates how Twist Bioscience’s high-throughput antibody discovery and validation services accelerate the "Lab-in-the-Loop" workflow, enabling researchers to rapidly build custom variant libraries and seamlessly transition from AI-driven in silico designs to physical wet-lab testing in a matter of weeks.

Beyond the Bottleneck: Engineering Sensitive Bespoke MRD Assays
Beyond the Bottleneck: Engineering Sensitive Bespoke MRD Assays
NGS

In this roundtable hosted by The Scientist, experts from BloodPAC, Stanford University, and Twist Bioscience unpack the state of tumor-informed MRD research on where the field has landed, what's holding it back, and where it's heading next.

Achieving Rapid, Low-Input CGP Across Tissue and Liquid Biopsy for Oncology Research at the Garvan Institute
Achieving Rapid, Low-Input CGP Across Tissue and Liquid Biopsy for Oncology Research at the Garvan Institute
NGS

From tumor profiling to sequencing results in under 48 hours. See how Dr. Orion Tong's team at the Garvan Institute validated a rapid CGP workflow across FFPE, cfDNA, and gDNA using the Twist Oncology - DNA CGP Panel and Trinity Freestyle Fast Hyb Kits for Element Bioscience AVITI sequencers.

Engineering Compact Base Editors: AlphaFold-Guided Design Meets Directed Evolution
Engineering Compact Base Editors: AlphaFold-Guided Design Meets Directed Evolution
オリゴプール
Exploration of Natural Product Biosynthetic Enzymes and Chemoenzymatic Synthesis of Complex Molecules
Exploration of Natural Product Biosynthetic Enzymes and Chemoenzymatic Synthesis of Complex Molecules
人工遺伝子
Modernizing High-Throughput Workflows: A Case Study on Transitioning from Microarrays to NGS
Modernizing High-Throughput Workflows: A Case Study on Transitioning from Microarrays to NGS
NGS
Meta-Analysis of 150+ Antibody Discovery Campaigns: Transgenic Mice for Optimized Antibodies - PEGS Europe 2025
Meta-Analysis of 150+ Antibody Discovery Campaigns: Transgenic Mice for Optimized Antibodies - PEGS Europe 2025
Biopharma
Comparison of emergency department indoor air and citywide wastewater for respiratory and enteric virus surveillance using hybrid-capture viral metagenomics
Comparison of emergency department indoor air and citywide wastewater for respiratory and enteric virus surveillance using hybrid-capture viral metagenomics
NGS
Rapid, Sensitive Pathogen Detection using Hybridization Capture and Nanopore Sequencing
Rapid, Sensitive Pathogen Detection using Hybridization Capture and Nanopore Sequencing
NGS
Improving Sequencing Performance Through Optimized Library Prep Enzymes
Improving Sequencing Performance Through Optimized Library Prep Enzymes
NGS
VHH 抗体のハイスループット生産と詳細な特性評価:AI/MLを活用した医薬品開発のための生物物理学的特性解析と機能解析
VHH 抗体のハイスループット生産と詳細な特性評価:AI/MLを活用した医薬品開発のための生物物理学的特性解析と機能解析
抗体

 

本ウェビナーでは、in silico設計したVHH抗体を、in vitroリアルワールドデータで検証する手法が、バイオ医薬品開発をどのように加速するか、ケーススタディでご紹介します。

Assises de Génétique 2026 - Utilisation de l’exome Twist en diagnostic clinique
Assises de Génétique 2026 - Utilisation de l’exome Twist en diagnostic clinique
NGS
NGS を活用したがん研究の推進:カスタムパネル、リキッドバイオプシー、メチル化
NGS を活用したがん研究の推進:カスタムパネル、リキッドバイオプシー、メチル化
NGS
がんの設計図を書き換える:飽和ゲノム編集から得られる知見
がんの設計図を書き換える:飽和ゲノム編集から得られる知見
人工遺伝子
From Exome Capture to Data Analysis: Integrating Workflow for Maximum Insight
From Exome Capture to Data Analysis: Integrating Workflow for Maximum Insight
NGS
Emmanuel Martin 博士が、 Twist Bioscience との生産的なパートナーシップと Twist Human Core Exomeキットの使用について説明しています。

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