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What is the Principle of Fluorescent Immunoassay
The concept of fluorescent immunoassay is an analytical technology based on antibody-antigen-specific recognition, which detects mobile target molecules through fluorescent signals. This technology combines multiple disciplines, such as immunology, fluorescence and biochemistry,…
Magnetic Bead-based ccfDNA Extraction kit: Opening a New Journey for Precision Medicine
In today’s medical field, the concept of precision medicine is gaining popularity. The magnetic bead-based ccfDNA extraction kits provide a powerful tool for achieving precision medicine. What is ccfDNA? Circulating free DNA…
Nucleic Acid Extraction: the “Precision Sentinel” for Animal Husbandry Disease Prevention and Control
In the vast animal husbandry industry, the health of each animal affects the pulse of the entire industry. With the rapid development of science and technology, animal husbandry disease monitoring and prevention…
How to Ensure the Quality of RNA Extraction from Urine and Other Samples？
Urine and vaginal secretions, semen, tears and other samples have become popular choices in research because of their non-invasiveness and easy access. Therefore, correct pretreatment steps are crucial to extract high-quality RNA…
The Magical World of Nucleic Acid Extraction in the Field of Monkeypox Prevention and Treatment
In this era of constant global health challenges, monkeypox, as an ancient and mysterious virus, has once again entered our field of vision. It not only makes people shudder but also tests…
Nucleic Acid Extraction: the Guardian of Prenatal Diagnosis, the First Line of Defense to Protect New Life
In the joyful journey of welcoming the arrival of a new life, prenatal diagnosis is like a careful guide, leading prospective parents through the unknown pregnancy period to ensure the healthy growth…
Effect of the uniformity of biological magnetic beads on nucleic acid extraction
With the development of biotechnology, nucleic acid extraction has become one of the basic steps in molecular biology research. Among the many nucleic acid extraction methods, the magnetic bead method is widely…
Optimize the blood sample processing and ensure the RNA extraction quality
In biomedical research, high-quality RNA extraction is crucial to ensure the accuracy of experimental results. As a commonly used biological sample, every detail in the processing of blood samples will directly affect…
Improve the Tissue Sample Pretreatment Process to Ensure the Quality of RNA Extraction
Tissue samples are an indispensable part of biomedical research, and extracting high-quality RNA from tissues is crucial to the success of many experiments. The following pretreatment considerations can help you maximize the…
Nucleic Acid Extraction: An Invisible Hero in Tumor Detection, Lighting up the Light of Hope for Early Detection
In the vast starry sky of the medical and health field, tumor detection is like a bright star, leading us toward the goal of defeating diseases and protecting lives. In this race…
Why is RNA More Easily Degraded than DNA During Nucleic Acid Extraction?
The reason why RNA (ribonucleic acid) is more easily degraded than DNA (deoxyribonucleic acid) during extraction is mainly related to their different chemical structures and improper operation during extraction. I. Differences in…
Trace Amounts of Cells – Small Cells, Big Energy
In the field of life sciences, every tiny discovery may open a new research direction. When we are faced with extremely precious or rare samples, how to extract high-quality DNA/RNA from limited…