Cases

The RPA-CRISPR/Cas12a system in this study achieves rapid (30–40 min), ultra-sensitive (1 copy/μL) HCMV detection by targeting the early-expressed UL123 gene, outperforming conventional me...

The MIRA-LFD method can detect HTLV-1 within 20 min at 37℃. The LOD for HTLV-1 using this method was 200 copies/µL. This method had no cross-reaction with the other eight viruses, with good s...

Why MIRA is the Preferred Choice for On-Site Rapid Testing? A Five-Dimensional Comparison of MIRA, PCR, and LAMP In today's rapidly evolving landscape of molecular diagnostics, nucleic acid amplifi...

Amp-Future Pocket Detection Guardian: Bringing Professional Lab Accuracy to Home Health Care As health management shifts from "passive treatment" to "proactive prevention," home...

Geminiviruses pose a severe threat to global tomato production through rapid evolution and worldwide whiteflymediated transmission. Current detection methods primarily target symptomatic plants, of...

Visible and rapid detection of feline chaphamaparvovirus using multienzyme isothermal rapid amplification and lateral flow dipstick assay Journal ：Frontiers in Cellular and Infection Microbiology I...

As we observe the 13th World Wildlife Day on March 3, a critical challenge persists in conservation efforts: the need for rapid, on-site species identification. Amp-Future (Chang zhou) Biotech Co.,...

In the field of molecular diagnostics, polymerase chain reaction (PCR) has long been regarded as the gold standard for nucleic acid detection. In recent years, isothermal amplification technologies...

The dissemination of quarantine pathogens poses a significant risk to global crop production, threatening crop health and disrupting agroecosystems. Timely and accurate on-site detection is crucial...

MIRA-LFD provides a technical solution for on-site rapid detection of Bacillus cereus, completing a full testing process in 25 minutes, efficiently and accurately! It can be flexibly applied in var...

MIRA technology is ideally suited for on-site rapid nucleic acid detection. MIRA technology reduces nucleic acid testing time to 20 minutes, delivers accurate results, is easy to operate, and is i...

Using MIRA technology, a universal one-pot fluorescent nucleic acid detection method (SURVEY) based on sodium heparin was developed. Studies have shown that sodium heparin can regulate Cas12a cleav...