In recent years, the medical community in Taiwan has been actively promoting new molecular biology and immune response-based detection methods for tuberculosis, significantly reducing the time required for diagnosis and allowing patients to seek treatment more quickly.
Traditional tuberculosis testing methods are often time-consuming, sometimes leading to the waste of considerable medical resources before results are confirmed. According to Zheng Hongxiang from the Department of Laboratory Diagnosis at the Thoracic Hospital under the Taiwan Department of Health, in addition to chest X-ray examinations, doctors typically perform acid-fast staining, tuberculosis culture, strain identification, and drug sensitivity tests on suspected cases. These clinical tests can take four to six weeks to complete, which can delay timely treatment.
Tuberculosis is a chronic infectious disease caused by Mycobacterium tuberculosis. While it can affect various organs in the body, it primarily targets the lungs, hence the term "tuberculosis." Known historically as "rickets" or the "white plague," it is one of the oldest infectious diseases known to humanity.
Newly developed technologies now include the use of whole blood immune response assays and molecular biology techniques for identification. These methods have gained widespread recognition for their high sensitivity and specificity both locally and internationally. With these advancements, test reports can now be completed within a single day, offering a much faster and more efficient diagnostic option.
This progress not only improves patient care but also helps reduce the burden on healthcare systems by enabling earlier and more accurate diagnoses. As technology continues to evolve, the fight against tuberculosis becomes more effective and accessible.
Fluorine-Containing Benzaldehyde
Most products of Fluorine-Containing Benzaldehyde are a pale yellow liquid. They are playing an important role in fine chemical intermediates, is used as the main raw material for the synthesis of a variety of pesticides, pharmaceuticals, surfactants, polymer monomer mildew. As used in medicine synthesis antihypertensive drugs, antipyretic analgesic anti-inflammatory drugs, anti-cancer drugs, muscle relaxation drugs for synthesizing fluorine cypermethrin, fluorine chlorobenzene daisy cool in pesticides, fluoride and styrene, wherein the polymer of styrene monomer to fluorine can be widely used in the manufacture of the recording material, a thermoplastic resin coating, liquid crystal materials. Currently new miticide is effective pesticide products which is the main raw material of Fluorine-Containing Benzaldehyde.
Containing Benzaldehyde,5-Dichlorobenzaldehyde,3-Bromo-5-Fluorobenzaldehyde
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