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What are the areas of application for synthetic fiber swabs?

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  • Application fields：
    • Medical testing：
      • Virus detection：During the COVID-19 epidemic, synthetic fiber swabs are widely used to collect throat and nasal swab samples to detect whether a person is infected with the COVID-19 virus. In addition, it can also be used to detect various viruses such as the flu virus, hepatitis B virus, and hepatitis C virus, and collect samples from corresponding parts of the patient to provide a basis for disease diagnosis and prevention and control.
      • Bacterial detection：It is used to collect bacterial samples from different parts of the human body, such as samples from wounds, throat, nasal cavity, and reproductive tract, to help doctors determine the type of pathogenic bacteria causing the infection, thereby formulating a targeted treatment plan.
      • Cell detection：It can be used to collect cell samples from oral, nasal, and cervical areas for cytological examination, such as collecting cervical exfoliated cells during cervical cancer screening and observing the morphology and structure of cells in some diseased areas to assist in the early diagnosis of diseases.
      • Gene detection：In genetic testing, synthetic fiber swabs can collect samples such as oral mucosal cells and blood to extract DNA or RNA for testing gene mutations, diagnosing genetic diseases, genotyping individuals, etc., providing basic data for personalized medical treatment.
    • Scientific research field：
      • Microbial research：It helps researchers collect microbial samples in the environment, such as bacteria and fungi in soil, water, and air, to study the types, distribution, and ecological functions of microorganisms, understand the role and interaction of microorganisms in the ecosystem.
      • Molecular biology research：In molecular biology experiments, it is used to collect samples such as cells and tissues to extract biological macromolecules such as nucleic acids and proteins for gene expression analysis and proteomics research to explore the molecular mechanisms of life activities and gene regulation rules.
      • Drug research and development：During the process of drug research and development, it can be used to collect biological samples from experimental animals or clinical trial participants to detect the metabolism of the drug in the body and the binding situation of the drug target, providing data support for the effectiveness and safety assessment of the drug.
    • Forensic identification：
      • DNA identification：Synthetic fiber swabs are one of the commonly used tools for collecting physical evidence and human biological samples at crime scenes for DNA identification, such as collecting DNA from blood, saliva, semen, and hair, and comparing it with the DNA of suspects or victims to provide a scientific basis for case investigation and judicial trial.
      • Poison detection：It can be used to collect samples such as the vomit, blood, and urine of suspected poisoning victims to detect whether there are toxic components and the types and contents of toxicants to help forensic judges determine the cause of poisoning and the nature of the case.
    • Environmental monitoring：
      • Water quality detection：It can collect microbial, planktonic, and other samples in water to detect the pollution level and microbial indicators of water quality to assess the ecological health status of water bodies and provide a basis for water resource protection and environmental governance.
      • Air detection：It is used to collect microbial, pollen, dust, and other particulate matter in the air to analyze air quality and microbial pollution to understand the distribution of allergens and pathogens in the air, which is of great significance for preventing respiratory diseases and controlling environmental pollution.
      • Soil detection：It helps collect samples such as microorganisms and animal and plant residues in soil to study the ecological functions, fertility status, and pollution level of soil to provide scientific guidance for soil improvement and ecological restoration.
    • Food industry：
      • Microbial detection：During food production, it is used to collect microbial samples from the surface of food, processing equipment, and packaging materials to detect microbial indicators such as bacteria, molds, and yeasts in food to ensure the hygiene quality and safety of food and prevent food spoilage and the occurrence of foodborne diseases.
      • Allergen detection：It can collect protein components in food to detect the residual of common allergens, such as peanuts, milk, and eggs, to provide a guarantee for food label marking and the dietary safety of allergic people.
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