Target Exactly What Matters
Twist Custom NGS Panels let you move beyond off-the-shelf solutions, giving you full control over what you sequence. Our proprietary design strategies, developed by expert bioinformaticians, power high-performance enrichment across DNA, RNA, and methylation applications. Target exactly what matters—with precision, flexibility, and performance built in.
Target Exactly What Matters
Twist Custom NGS Panels let you move beyond off-the-shelf solutions, giving you full control over what you sequence. Our proprietary design strategies, developed by expert bioinformaticians, power high-performance enrichment across DNA, RNA, and methylation applications. Target exactly what matters—with precision, flexibility, and performance built in.
How does Twist make every read count? Resolution.
Traditional Barriers with Other Panels |
Twist Solutions |
|---|---|
| Uneven coverage and GC bias leading to missed variants or dropouts | Precision probe synthesis ensures balanced coverage across GC-rich and complex regions, leading to fewer dropouts |
| Probe redundancy and off-target capture wasting reads and budget | Exon-aware, junction-spanning design captures isoforms, fusions, and hard-to-reach exons |
| Complex splicing and isoform diversity missed by rigid, pre-designed panels | Uniform, reproducible data reduces revalidation cycles and speeds time to confident results |
Smarter Designs, Better Data
脱氧核糖核酸 (DNA)
Get the genomic data you need with a custom DNA target enrichment panel. 我们采用探针转换器技术等创新策略,确保定制组合的性能和精度达到最高水平。
核糖核酸(RNA)
Capture transcriptomic data with a customized RNA panel - designed to capture and enrich libraries converted to cDNA. Our team utilizes novel RNA design strategies, such as exon-aware placement, to provide you with the transcriptomic insights you need.
甲基化
Capture methylation data with a custom DNA methylation panel. Twist’s novel design approach achieves high uniformity and retains the methylation pattern by printing four different probe species for each target: fully methylated, fully unmethylated, sense, and antisense probes.
听听科学家们怎么说
Twist 的销售人员可能会夸大 Twist 定制组合的好处,但我们没有理由质疑这些说法。直到我们亲自运行了他们的面板,我们才相信。我们最后一次运行的平均均匀度为 99.5%,这意味着您可以将平均覆盖率降到最低。我们在一次运行中所能容纳的样本数量基本上增加了一倍。
MARK DAVIS 博士
澳大利亚 PathWest 实验医学诊断基因组学部神经遗传学组科学家
其他公司则在削减成本的同时,更加注重提供一体化解决方案,而不是与客户合作设计定制探针,以满足他们高度特定的研究需求。Twist 逆势而上。
下载信息图表
LYDIA SMITH
加州大学伯克利分校进化遗传学实验室经理
借助 Twist 的定制组合,我们能够关注有医学意义的重要基因,而不是被迫处理整个基因组。这款组合非常简洁,采用的方案也非常简便。成本很合理,而且有文献中整理出的非常好的候选变异。”
Renata Pellegrino
费城研究中心技术总监,博士
* 客户体验的结果不能作为其他情况的预测。其他情况下的结果可能会有所不同。
Smarter Designs, Better Data
脱氧核糖核酸 (DNA)
Get the genomic data you need with a custom DNA target enrichment panel. 我们采用探针转换器技术等创新策略,确保定制组合的性能和精度达到最高水平。
核糖核酸(RNA)
Capture transcriptomic data with a customized RNA panel - designed to capture and enrich libraries converted to cDNA. Our team utilizes novel RNA design strategies, such as exon-aware placement, to provide you with the transcriptomic insights you need.
甲基化
Capture methylation data with a custom DNA methylation panel. Twist’s novel design approach achieves high uniformity and retains the methylation pattern by printing four different probe species for each target: fully methylated, fully unmethylated, sense, and antisense probes.
How does Twist make every read count? Resolution.
Traditional Barriers with Other Panels |
Twist Solutions |
|---|---|
| Uneven coverage and GC bias leading to missed variants or dropouts | Precision probe synthesis ensures balanced coverage across GC-rich and complex regions, leading to fewer dropouts |
| Probe redundancy and off-target capture wasting reads and budget | Exon-aware, junction-spanning design captures isoforms, fusions, and hard-to-reach exons |
| Complex splicing and isoform diversity missed by rigid, pre-designed panels | Uniform, reproducible data reduces revalidation cycles and speeds time to confident results |
听听科学家们怎么说
Twist 的销售人员可能会夸大 Twist 定制组合的好处,但我们没有理由质疑这些说法。直到我们亲自运行了他们的面板,我们才相信。我们最后一次运行的平均均匀度为 99.5%,这意味着您可以将平均覆盖率降到最低。我们在一次运行中所能容纳的样本数量基本上增加了一倍。
MARK DAVIS 博士
澳大利亚 PathWest 实验医学诊断基因组学部神经遗传学组科学家
其他公司则在削减成本的同时,更加注重提供一体化解决方案,而不是与客户合作设计定制探针,以满足他们高度特定的研究需求。Twist 逆势而上。
下载信息图表
LYDIA SMITH
加州大学伯克利分校进化遗传学实验室经理
借助 Twist 的定制组合,我们能够关注有医学意义的重要基因,而不是被迫处理整个基因组。这款组合非常简洁,采用的方案也非常简便。成本很合理,而且有文献中整理出的非常好的候选变异。”
Renata Pellegrino
费城研究中心技术总监,博士
* 客户体验的结果不能作为其他情况的预测。其他情况下的结果可能会有所不同。
认识我们的专家
Our team of bioinformaticians helps you get the most out of your panel design. Whether you are designing a panel for the first time, tackling challenging regions, or optimizing your current design - our experts are here every step of the way.

Lionel Waschnig
高级生物信息学应用科学家
Lionel 拥有伦敦大学 Royal Holloway 学院生物化学学士(荣誉)学位,主攻生物信息学和基因组学。他在支持生物信息学应用和设计用途广泛的面板方面拥有丰富的经验。
在 Twist Bioscience,Lionel 热衷于与客户合作开发创新的基因组解决方案,并通过数据驱动的方法加强面板设计。从稀有的古代 DNA 样本研究小组到大规模的人口项目,他在各种应用领域都取得了丰硕成果。工作之余,Lionel 喜欢在大自然中跑步。

Rebecca Barnard
生物信息学应用科学家经理
Rebecca Barnard 是一位以客户为中心的生物信息学应用科学家,常驻美国。她拥有分子生物学博士学位和化验开发专长,能为面板设计提供全面的方法。她擅长从事临床和转化项目。她还喜欢在新兴技术开发方面开展合作。Twist 的客户都在寻求开发崭新的、具有创造性的应用,因此她总能接到令人兴奋的项目。
认识我们的专家
Our team of bioinformaticians helps you get the most out of your panel design. Whether you are designing a panel for the first time, tackling challenging regions, or optimizing your current design - our experts are here every step of the way.

Lionel Waschnig
高级生物信息学应用科学家
Lionel 拥有伦敦大学 Royal Holloway 学院生物化学学士(荣誉)学位,主攻生物信息学和基因组学。他在支持生物信息学应用和设计用途广泛的面板方面拥有丰富的经验。
在 Twist Bioscience,Lionel 热衷于与客户合作开发创新的基因组解决方案,并通过数据驱动的方法加强面板设计。从稀有的古代 DNA 样本研究小组到大规模的人口项目,他在各种应用领域都取得了丰硕成果。工作之余,Lionel 喜欢在大自然中跑步。

Rebecca Barnard
生物信息学应用科学家经理
Rebecca Barnard 是一位以客户为中心的生物信息学应用科学家,常驻美国。她拥有分子生物学博士学位和化验开发专长,能为面板设计提供全面的方法。她擅长从事临床和转化项目。她还喜欢在新兴技术开发方面开展合作。Twist 的客户都在寻求开发崭新的、具有创造性的应用,因此她总能接到令人兴奋的项目。
Twist Bioscience products are for research use only and are not intended for the diagnosis, prevention, or treatment of any disease or condition. Results described are customer-specific and based on data generated by the referenced institution and should not be interpreted as indicative of performance across all users or institutions.
常见问题解答
常见问题解答
Twist Bioscience products are for research use only and are not intended for the diagnosis, prevention, or treatment of any disease or condition. Results described are customer-specific and based on data generated by the referenced institution and should not be interpreted as indicative of performance across all users or institutions.

