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| 货号 | 数量 |
|---|---|
| 4336939 | 1000 Reactions |
| 4336938 | 100 Reactions |
The HI-Res Sequencing Primers are optimized primers designed for use with the BigDye™ Terminator BDT Plus Cycle Sequencing Kit to improve sequencing resolution and data quality, particularly at the 5' (five-prime) end of reads. Unlike traditional approaches that require dedicated workflows and alternative polymers, HI-Res primers enable enhanced 5' end resolution within standard sequencing workflows using POP-7™ polymer.
Key Features and Benefits
Product Details
HI-Res Sequencing Primers are specifically engineered to improve sequencing performance at the 5' end of reads, a region that has traditionally been difficult to resolve with standard primer designs. By optimizing primer characteristics and sequencing signal behavior, these primers enable clearer peak resolution and more reliable base calling in early read regions.
Historically, achieving improved 5' end resolution required modified workflows using alternative polymers such as POP-6™, often introducing additional complexity, time, and verification requirements. HI-Res primers enhance 5' end resolution within standard sequencing workflows using POP-7™ polymer.
These primers are designed to work in conjunction with the BigDye™ Terminator BDT Plus Cycle Sequencing Kit, where the combination of optimized primer design and advanced enzyme chemistry enables improved sequencing performance across a wide range of sample types. This integrated system supports consistent results, even when working with challenging templates such as GC-rich regions or structurally complex sequences.
HI-Res primers can be incorporated into current Sanger sequencing workflows. Their compatibility with standard capillary electrophoresis systems and cleanup methods enables easy adoption while enabling improvements in 5' end resolution.
By enabling improved 5' end resolution within existing workflows, HI-Res primers help laboratories generate higher-quality data, simplify operations, and increase overall sequencing efficiency.