Nasal Swabs, Nasopharyngeal Swabs

Nasal Swabs, Nasopharyngeal Swabs
Brief description: Outstanding sample collection and release capabilities, capable of rapid adsorption of trace samples with high release efficiency

Material: ABS+Nylon flocking
Intended use: for the collection of nasal and nasopharyngeal samples.

Advantages of Brilliance Yang Nasal Swabs

Innovative jet-implanted nylon fibre technology to maximise swab sampling efficiency. The nylon fibres adhere vertically and evenly to the swab head surface, greatly increasing the efficiency of cell and virus sample collection and release.
The upright nylon fibres act as a soft brush to collect more samples. Capillary action between the nylon fibres enhances aqueous sample loading and the sample is concentrated on the surface of the swab for easier elution.
Improved analytical sensitivity, no specimen residue, speeds up the process of specimen handling, unique breakable design of ABS plastic rod. Suitable for nasal, forensic collection of samples and viruses, DNA and other samples.
Outstanding sample collection and release capability, capable of rapid adsorption of trace samples and high efficiency at release. The increased number of target cells helps to improve the sensitivity of rapid diagnostic tests.
Class 100,000 purified environment, strict production process conditions, manufactured under ISO13485 quality control and product CE requirements. Free of DNA enzymes and RNA enzymes, endotoxin and cytostatic agents.
The exposure risk of the sampler is lower than that of the oropharyngeal swab, because the sampler can stand at the back of the side of the sampled person, and the patient is required to pull down the mask to reveal only the nostrils and cover the mouth, without looking directly into the patient’s mouth, and basically no pharyngeal reflex, a small number of patients may have a sneeze reflex after the sampling, the patient can use the elbow or tissue paper to cover up the patient because the sampler is not directly in front of the patient, the risk of exposure is rather Because the sampler is not directly in front of the patient, the risk of exposure is quite low, and the psychological pressure on the sampler is not so great.