Highlights

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  Ultra-high redundancy synthesis - zero probe omission

  Our high-throughput DNA probe synthesis platform randomly and repeatedly arranges each probe sequence across multiple synthesis spots, ensuring every probe is redundantly synthesized at least 100 times. As a result, the probability of omission for any single probe is virtually zero. Additionally, multiple rounds of synthesis for each sequence significantly improve probe concentration uniformity, leading to more balanced NGS capture performance.
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  dsDNA probes with ultra-high biotin labeling efficiency

  Dynegene's high-throughput dsDNA probes use proprietary labeling technology, achieving up to 95% biotin modification efficiency. This delivers superior capture performance, especially for small MRD panels.
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  Flexible combination solutions

  Co-synthesis with off-the-shelf panels significantly reduces synthesis costs, minimizes batch-to-batch variation, and eliminates the risk of probe mixing errors in each experiment.
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  Ultra-low cost - supporting multiple cost options

  1. Traditional column-based synthesis: Costs about $4.48–$7.47 per probe.
  2. High-throughput MRD probe synthesis: Reduces the cost per probe to ~$0.45 for panels with ≤300 probes.
  3. High-throughput MRD probe synthesis with Ultra-Low Cost: Supports simultaneous synthesis of customized sites for up to 20 patients, with a cost as low as ~$0.045 per probe.
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  Industry-leading turnaround time

  Can be ready to dispatch as fast as 4-6 working days.