2025-03-11
DTK545, Escherichia coli Universal Nucleic Acid Detection Kit (Fluorescent PCR Method). This reagent kit is designed based on the principle of fluorescence PCR technology, with specific primers and Taqman probes designed for the universal type of Escherichia coli.
2025-03-11
DTK544, Coccidioides immitis Probe-Based Quantitative PCR Kit. Coarse ball spore fungus can cause primary skin infections in humans and animals, and cause diseases such as lung, meninges, spleen, bones, skin, and muscles. The majority of cases occur in young adults and field workers.
2025-03-10
DTK533, Vibrio vulnificus Nucleic Acid Detection Kit (Fluorescent PCR Method), This kit uses real-time fluorescence PCR technology and is suitable for nucleic acid detection of Vibrio vulnificus extracted from bacterial cultures, pure cultures, or single colonies obtained from clinical samples, food samples, and preserved bacterial strains.
2025-03-10
DTK543, Eight Types of Viral Diarrhea Pathogens Nucleic Acid Detection Kit (Fluorescent PCR Method), This kit uses real-time fluorescence PCR technology to target the relatively conserved regions of eight common diarrhea viruses: Norovirus type I, Norovirus type II, Rotavirus group A, Rotavirus group B, Rotavirus group C, enteroadenovirus, human astrovirus, and Zharu virus.
2025-03-10
DTK311, Borrelia burgdorferi (BB) Nucleic Acid Detection Kit (Fluorescent PCR Method), This kit is designed with specific primers and fluorescent probes for the gene design of Borrelia burgdorferi. The nucleic acid of Borrelia burgdorferi is amplified and detected in vitro using fluorescence PCR technology, which is used for pathogen diagnosis of suspected infectious materials in clinical practice.
2025-03-10
DTK171, Echinococcosis (Hydatid Disease) Nucleic Acid Detection Kit (Fluorescent PCR Method), This kit uses TaqMan probe method for real-time fluorescence PCR technology, designs a pair of specific primers for echinococcosis, combines with a specific probe, and uses fluorescence PCR technology to amplify and detect the DNA of echinococcosis in vitro, which is used for pathogenic diagnosis of suspected infectious materials in clinical practice.
2025-03-10
DTK078, Porcine Circovirus Universal (PCV-U) Nucleic Acid Detection Kit (Fluorescent PCR Method). This kit is designed with specific primers and probes based on the conserved regions of porcine circovirus type 1 and type 2 genes.
2025-03-06
DTK542, Murine Parvovirus Probe-Based Quantitative PCR Kit. Parvovirus infection is one of the common pathogenic infections in rodent experimental animals. Mouse Parvovirus (MPV) has been isolated from mice. MPV is a potential pollutant in mouse spleen cell culture.
2025-03-06
DTK540, Plasmodium spp. (Three, day Intermittent Falciparum Ovale) Nucleic Acid Detection Kit (Fluorescent PCR Method). This kit is designed based on the principle of fluorescence PCR technology, with specific primers and Taqman probes designed for Malariae/Vivax/Falciparum/Ovale Plasmodium.
2025-03-06
DTK541, Tula Bacillus Nucleic Acid Detection Kit (Fluorescence PCR Method). This reagent kit is designed based on the principle of fluorescence PCR technology, with specific primers and Taqman probes specifically designed for Bacillus subtilis.
2025-03-06
DTK111, Japanese Encephalitis Virus Detection Kit (Real-Time PCR Method). This kit uses a pair of Japanese encephalitis virus specific primers, combined with a specific fluorescent probe, to perform in vitro amplification and detection of Japanese encephalitis virus RNA using one-step fluorescent RT-PCR technology, for clinical pathogen diagnosis of suspected infectious materials.
2025-03-06
DTK008, Fowl Adenovirus Detection Kit (Real-Time PCR Method). This kit uses TaqMan probe method for real-time fluorescence PCR technology, designs a pair of avian adenovirus specific primers, and combines with a specific probe [1] to amplify and detect the nucleic acid of avian adenovirus in vitro using fluorescence PCR technology, which is used for pathogen diagnosis of suspected infected individuals in clinical practice.