HiFi sequencing at scale
With a high-density SMRT Cell, up to 4 SMRT Cells per run, and 24-hour run times3, the Revio system with SPRQ chemistry delivers up to 480 Gb2,5 of HiFi reads per day, equivalent to 2,500 human whole genomes4 per year.
The $5006 complete, phased genome
HiFi sequencing provides small variants, structural variants, repeat expansions, methylation, and haplotype phasing from a single library and sequencing run. With a comprehensive genome, you can replace multiple assays, saving valuable time and resources while gaining deeper insights in one streamlined process.
Long-read genomes at scale, with 4x less DNA input required
SPRQ chemistry on the Revio system unlocks the ability to sequence more sample types than ever before, using just 500 ng of native DNA – without sacrificing the high throughput or exceptional quality you rely on.
On-instrument 5mC and 6mA caller for multiomic Fiber-seq chromatin assay
SPRQ chemistry, paired with Google Health DeepConsensus algorithms, delivers exceptional read accuracy plus confident 5mC and 6mA methylation detection in every run. Optimized file formats reduce data storage needs through quality value binning and smart read ordering, streamlining data handling and maximizing efficiency.
简化的耗材
Revio 系统用的耗材更少,优化后便于追踪且大大减少浪费,从而简化了 HiFi 测序体验。工作流程改进后,花不到一分钟时间就能将耗材加载到仪器上。
Revio SPRQ 聚合酶试剂盒
Optimized reagents to bind polymerase to prepare 24 SMRTbell libraries for sequencing
Revio SMRT Cell 托盘
一个托盘包含 4 张高密度 SMRT Cell 芯片,每张都有 2500 万个零模波导孔。
Revio SPRQ 测序板
Reagents for sequencing up to 4 Revio SMRT Cells. The sequencing plate combines multiple parts from the Sequel IIe system: sequencing plate, tube septa, sample plate, mixing plate, and SMRT Cell oil.
HIFI LEVEL ACCURACY AND DATA QUALITY
The Revio system with SPRQ chemistry produces exceptional read length, quality, and variant calling performance that have made HiFi sequencing so celebrated.
Reveal a more complete genome
The complete, gapless human genome marks a new era of genomics where no region of the genome is beyond your reach. In 2021, PacBio HiFi technology was used by the Telomere-to- Telomere (T2T) Consortium to fill in those gaps.
Read length
HiFi reads are tens of kilobases long, providing the ability to resolve large variants and map to difficult regions of the genome.
Read and base quality
The Revio system provides reliable answers through exceptional accuracy, with 90% of bases Q30+ and median read accuracy ≥Q30.
Variant calling
HiFi sequencing with SPRQ chemistry on the Revio system delivers high accuracy variant detection, resulting in fewer sequencing errors relative to other technologies at lower coverage1.
强大的计算能力
Revio 系统内置多个强大的 NVIDIA GPU,提供的计算能力超出 Sequel IIe 系统 20 倍,通过仪器即可直接输出即时可用的准确数据。
HiFi read 生成
GPU 可为碱基检出与 HiFi read 生成缩短周转时间,直接以 BAM 格式输出 HiFi reads。
Google Health DeepConsensus
DeepConsensus 使用高级深度学习技术进一步提高了 HiFi 测序的准确度与产量。
甲基化检出
标准运行包括 DNA 甲基化状态,使用能处理聚合酶动力学的深度学习算法计算。
拆分
包括条形码拆分在内的所有基本处理步骤均在仪器上完成。
“…Revio 系统的高通量功能让我们能把 HiFi 技术应用到农业生物科技领域的大量应用中“
——Corteva Agriscience 生物技术与基因组学技术经理 Gina Zastrow-Hayes
REVIO 长读长测序方法对比
PacBio Revio with SPRQ | SBS 测序 | 纳米孔测序 | ||||
读长 | 15-20 kb5 | 2×150 bp | 10-100 kb | |||
Read 准确度 | 99.95% (Q33)1 | 99.92% (Q31)3 | 98.90% (Q19)4 | |||
运行时间 | 24 小时2 | 44 小时 | 72 小时 | |||
Yield | 120-480 Gb2 | 2,400–3,000 Gb | 50–110 Gb | |||
Coverage | Unbiased | Reduced at low and high (GC) | Reduced in low-complexity runs | |||
Genome completeness6 |
✓ |
X |
✓ |
|||
Variant calling - SNVs, Indels, SVs5 |
✓ |
X |
X |
|||
Areas of high homology |
✓ |
X |
X |
|||
Phasing |
✓ |
X |
✓ |
|||
Methylation - 5mC and 6mA | Every run | Via library prep | Every run | |||
1. Read accuracy PacBio HiFi: precisionFDA Truth Challenge V2 3. Illumina: HG002 2×150 bp NovaSeq library, precisionFDA Truth Challenge V2 |
更多 HIFI READS,更多样本,更多发现
System specifications with SPRQ chemistry
The Revio system utilizes nanofabricated Revio SMRT Cells and has four independent stages, allowing sequencing of multiple SMRT Cells in parallel. The onboard compute provides accurate basecalling with Google DeepConsensus, plus methylation calling in every run.
Library | Run timea | Q30+ bases | HiFi yield per SMRT Cellb | Methylation | ||||
1-5 kb | 12 hours | 95% | 6-8 million reads | 5mC at CpG sites and 6mA for native DNAc | ||||
5-10 kb | 24 hours | 90% | 35-70 Gb | |||||
10-15 kb | 70-100 Gb | |||||||
15-20 kb | 100-120 Gb | |||||||
20-25 kb | 30 hours | 85% | 100-120 Gb | |||||
|
仪器规格
运行环境 | ||
温度 | 19–25°C (66–77°F) | |
湿度 | 20%–80% 相对湿度,无冷凝 | |
通风 | 13,000 BTU/h (3,800 W) | |
尺寸 | ||
W × D × H | 92.7 厘米(36.5 英寸) × 91.4 厘米(36.0 英寸)× 174.5 厘米(68.7 英寸) | |
重量 | 465 千克(1,025 磅) | |
占地面积 | 243 厘米(96.0 英寸)× 138.5 厘米(54.5 英寸) | |
电功率 | ||
所需电源 | 200–240 VAC,50-60 Hz,max 5 kVA/4.8kW/24A | |
计算 | ||
网络连接 | 1 GbE 或 10 GbE 铜, RJ45 金属连接头 | |
输出文件格式 | hifi_reads.bam,每个文件大小 ≈55 Gb,每年高达 72 TB |
常见问题
- 显示数据针对用于 HG002/GM24385 的单 Revio SMRT Cell 芯片。
- 基于 HG002/GM24385 人类 DNA 的 HiFi 产出规格使用 Nanobind CBB 试剂盒提取,并用 SMRTbell 制备试剂盒 3.0 制备。
- 运行时间规格针对测序反应而言。
- 年通量基于 1,300 块 Revio SMRT Cell 芯片计算。
- 期望覆盖率与通量均为估计值。因文库质量与片段长度差异,覆盖率可能会有所不同。
- HiFi产量取决于于文库片段的大小。对于小于15 kb的文库,产量通常较低。