 Which CRISPR Test Strip Is Right for You? — A Must-Read for Researchers!To pick the right CRISPR test strip, it really helps to understand how each method works.  We break down the core logic of the Direct Method vs. Indirect Method in a simple, clear way.We not only provide ready-to-use CRISPR test strips but also develop our own Cas12/13/14 enzymes with matching reagent kits— so you can pair strips and reagents seamlessly without sourcing from multiple places. Feel free to reach out anytime! |
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| Lateral Flow Strip for CRISPR Based Detection (Indiect Format) | CS-FMBO-48 | 48T | Test strip for indrect method of CRISPR SHERLOCK or DETECTR. |
| CS-FMBO-96 | 96T | ||
| Lateral Flow Strip for CRISPR Based Detection (Direct Format) | HD-FMBO-48 | 48T | Test strip for CRISPR SHERLOCK or DETECTR. |
| HD-FMBO-96 | 96T | ||
| Lateral Flow Strip for RPA Detection | PS-FMBO-48 | 48T | Test strip for RPA-Nfo kit. |
| PS-FMBO-96 | 96T | ||
| Dual-Test Line Lateral Flow Strip for RPA Detection | PD-FMBO-48 | 48T | This dual nucleic acid detection strip is based on lateral flow immunochromatography. Labeled nucleic acid amplification products in the sample bind to labeled ligands and migrate along the strip by capillary action. The complexes are captured by specific antibodies at test lines T1 and T2, producing visible bands for dual-target detection, while the control line (C) verifies proper test performance. |
| PD-FMBO-96 | 96T |