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Hurtigere patogendiagnostik med LnjnBio Silica-baserede magnetiske perler

1.Indledning

During peak seasons for respiratory infections, en innovativ nanoteknologi revolutionerer patogendetektion. Dette specialiserede materiale fanger nøjagtigt målpatogener, bliver et uundværligt værktøj til infektionskontrol.

As winter transitions to spring, respiratory infections surge. Influenza, mycoplasma, and other pathogens spread rapidly through populations, posing significant challenges to medical diagnostics.

Amid this backdrop, magnetic bead detection technology offers unique advantages as a crucial support for accurate diagnosis. Shanghai LnjnBio silica-baserede magnetiske perler are now widely used in infectious disease diagnostics.

2.Technical Breakthrough

Silica magnetic beads are nanoscale functional materials with a special inorganic matrix and abundant active surface groups.

Shanghai LnjnBio develops and produces 16 og 22 series magnetic beads with particle sizes ranging from 300nm to 4μm, which have excellent magnetic saturation strength (>60-70emu/g) and suspension stability.

Liste over LnjnBios magnetiske perler
Different series of magnetic beads of Shanghai LnjnBio

Through surface modification technology, specific recognition molecules are coated onto the beads, enabling precise capture of target pathogens and highly specific binding and enrichment of biological molecules.

3.Performance Advantages

  • Sammenlignet med traditionelle metoder, magnetic bead detection is simple to operate, delivering results within 30 minutes while significantly improving diagnostic efficiency.
  • The technology offers exceptional sensitivity, enabling early detection during initial infection stages and providing valuable time for disease control. With 95% recovery rate for target DNA at 20 ng/μl.
  • LnjnBio silica magnetic beads demonstrate excellent chemical stability, high nucleic acid purity, hurtig magnetisk reaktion, and minimal residue.

4.Brede applikationer

  • In disease diagnosis, the technology enables extraction and purification of genetic material from various pathogens including bacteria, mycoplasma, and chlamydia.
  • In clinical testing, it effectively extracts DNA/RNA from diverse pathogens in samples, meeting various detection requirements.
  • LnjnBio’s serum/plasma nucleic acid extraction reagents utilize efficient nano magnetic beads and buffer systems specifically designed for isolating target nucleic acids from clinical samples.

5.Practical Performance

  • LnjnBio’s products demonstrate outstanding performance in practical applications. Using their extraction reagents with standardized dilutions, qPCR tests show correlation coefficients exceeding R>0.99.
  • Even at low concentrations with multiple repeated extractions, results remain consistently detectable, proving the method’s reliability and stability.
  • Several authoritative research institutions have achieved excellent results using similar silica carboxyl magnetic beads for pathogen detection in clinical samples.

6.Future Development

  • As technology continues to optimize, detection costs decrease while precision improves. The adoption of this technology marks a new level of diagnostic capability in medical testing.
  • Adhering toquality first, innovation-drivendevelopment ideology, LnjnBio combines technological innovation with clinical applications.
  • This technology will play increasingly important roles across more diagnostic fields, contributing greater value to public health protection.

Leverandør

Shanghai Lingjun Biotechnology Co., Ltd.blev etableret i 2016 som er en professionel producent af biomagnetiske materialer og nukleinsyreekstraktionsreagenser.

Vi har stor erfaring med udvinding og oprensning af nukleinsyre, proteinoprensning, celleadskillelse, kemiluminescens, og andre tekniske områder.

Vores produkter er meget udbredt inden for mange områder, såsom medicinsk test, genetisk testning, universitetsforskning, genetisk avl, og så videre. Vi leverer ikke kun produkter, men kan også påtage os OEM, ODM, og andre behov. Hvis du har et relateret behov, er du velkommen til at kontakte os .

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