The INgene® q Anaplasma phagocytophilum real-time PCR kit provides highly accurate detection of A. phagocytophilum DNA in samples from cattle, small ruminants, dogs, and horses, making it an essential tool for veterinary diagnostics and disease surveillance. Optimised for blood, serum, liver, spleen, kidney, ticks, and strain/vaccine samples, this assay supports individual or pooled testing (up to five specimens), ensuring flexibility for routine and large-scale screening. Anaplasma phagocytophilum is a major pathogen responsible for tick-borne fever, and early detection is critical for controlling infection and maintaining animal health.

This duplex real-time PCR kit uses the FAM channel for pathogen DNA detection and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. Its one-well format ensures efficiency and reliability, making it ideal for veterinary laboratories and research settings. Regular use of this kit supports biosecurity measures, prevents disease spread, and helps farmers comply with international trade and health standards.

Key Benefits:

• Highly sensitive and specific real-time PCR detection of Anaplasma phagocytophilum DNA
• Duplex format with endogenous control for accurate and reliable results
• Optimised for blood, serum, organ tissues, ticks, and strain/vaccine samples
• Suitable for individual or pooled testing (up to five specimens)
• Supports biosecurity, disease control, and compliance with veterinary standards

The INgene® q Anaplasma spp. real-time PCR kit provides highly accurate detection of Anaplasma DNA in samples from cattle, small ruminants, swine, horses, and dogs, making it an essential tool for veterinary diagnostics and disease surveillance. Optimised for blood, serum, liver, spleen, kidney, ticks, and strain/vaccine samples, this assay supports individual or pooled testing (up to five specimens), ensuring flexibility for routine and large-scale screening. Anaplasma infections can cause severe health issues in livestock and companion animals, making early detection critical for effective disease control and biosecurity.

This simplex real-time PCR kit uses the FAM channel for pathogen DNA detection in a one-well format, ensuring efficiency and reliability. Its streamlined design makes it ideal for veterinary laboratories and research settings. Regular use of this kit helps prevent disease spread, supports herd health, and ensures compliance with international trade and animal health standards.

Key Benefits:

• Highly sensitive and specific real-time PCR detection of Anaplasma spp. DNA
• Simplex format for efficient and reliable results in one-well design
• Optimised for blood, serum, organ tissues, ticks, and strain/vaccine samples
• Suitable for individual or pooled testing (up to five specimens)
• Supports biosecurity, disease control, and compliance with veterinary standards

The INgene® q Bacteroides fragilis Enterotoxin real-time PCR kit provides highly accurate detection of B. fragilis DNA in samples from small ruminants, cattle, swine, and rabbits, making it an essential tool for veterinary diagnostics and disease surveillance. Optimised for faecal and digestive samples as well as strain/vaccine testing, this assay ensures reliable identification of enterotoxigenic Bacteroides infections, which are associated with gastrointestinal disorders and significant health risks in livestock. Early detection is critical for effective disease control and biosecurity compliance.

This duplex real-time PCR kit uses the FAM channel for pathogen DNA detection and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. Its one-well format ensures efficiency and reliability, making it ideal for veterinary laboratories and research settings. Regular use of this kit supports herd health, prevents disease spread, and helps farmers comply with international trade and animal health standards.

Key Benefits:

• Highly sensitive and specific real-time PCR detection of Bacteroides fragilis enterotoxin DNA
• Duplex format with endogenous control for accurate and reliable results
• Optimised for faecal, digestive samples, and strain/vaccine testing
• Suitable for livestock species including ruminants, swine, and rabbits
• Supports biosecurity, disease control, and compliance with veterinary standards

The INgene® q Bibersteinia trehalosi real-time PCR kit provides highly accurate detection of B. trehalosi DNA in samples from cattle and small ruminants, making it an essential tool for veterinary diagnostics and respiratory disease surveillance. Optimised for milk, lung tissue, respiratory lavages, swabs, and strain/vaccine samples, this assay supports individual or pooled testing (up to five specimens), ensuring flexibility for routine and large-scale screening. Bibersteinia trehalosi is a significant pathogen associated with respiratory infections and systemic disease in livestock, making early detection critical for herd health and biosecurity.

This duplex real-time PCR kit uses the FAM channel for pathogen DNA detection and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. Its one-well format ensures efficiency and reliability, making it ideal for veterinary laboratories and research settings. Regular use of this kit supports disease prevention, improves productivity, and helps farmers comply with international trade and animal health standards.

Key Benefits:

• Highly sensitive and specific real-time PCR detection of Bibersteinia trehalosi DNA
• Duplex format with endogenous control for accurate and reliable results
• Optimised for milk, lung tissue, respiratory lavages, swabs, and strain/vaccine samples
• Suitable for individual or pooled testing (up to five specimens)
• Supports biosecurity, disease control, and compliance with veterinary standards

The INgene® q Bovine Torovirus real-time PCR kit provides highly accurate detection of BToV RNA in samples from cattle and small ruminants, making it an essential tool for veterinary diagnostics and enteric disease surveillance. Optimised for faeces, rectal swabs, intestinal tissue, and strain/vaccine samples, this assay supports individual or pooled testing (up to five specimens), ensuring flexibility for routine and large-scale screening. Bovine Torovirus is a significant pathogen associated with diarrhoeal disease in livestock, making early detection critical for herd health and biosecurity.

This duplex real-time PCR kit uses the FAM channel for pathogen RNA detection and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. Its one-well format ensures efficiency and reliability, making it ideal for veterinary laboratories and research settings. Regular use of this kit supports disease prevention, improves productivity, and helps farmers comply with international trade and animal health standards.

Key Benefits:

• Highly sensitive and specific real-time PCR detection of Bovine Torovirus RNA
• Duplex format with endogenous control for accurate and reliable results
• Optimised for faecal, rectal swab, intestinal tissue, and strain/vaccine samples
• Suitable for individual or pooled testing (up to five specimens)
• Supports biosecurity, disease control, and compliance with veterinary standards

The INgene® q Brucella ovis real-time PCR kit provides highly accurate detection of B. ovis DNA in samples from small ruminants, making it an essential tool for veterinary diagnostics and reproductive disease surveillance. Optimised for vaginal and endocervical secretions, uterus, placenta, foetal tissues, and strain/vaccine samples, this assay supports individual or pooled testing (up to five specimens), ensuring flexibility for routine and large-scale screening. Brucella ovis is a major cause of reproductive disorders in sheep, making early detection critical for herd health and biosecurity.

This duplex real-time PCR kit uses the FAM channel for pathogen DNA detection and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. Its one-well format ensures efficiency and reliability, making it ideal for veterinary laboratories and research settings. Regular use of this kit supports disease prevention, improves productivity, and helps farmers comply with international trade and animal health standards.

Key Benefits:

• Highly sensitive and specific real-time PCR detection of Brucella ovis DNA
• Duplex format with endogenous control for accurate and reliable results
• Optimised for reproductive samples including secretions, placenta, and foetal tissues
• Suitable for individual or pooled testing (up to five specimens)
• Supports biosecurity, disease control, and compliance with veterinary standards

The INgene® q Brucella spp. real-time PCR kit provides highly accurate detection of Brucella DNA in samples from cattle, small ruminants, swine, rabbits, horses, cats, and dogs, making it an essential tool for veterinary diagnostics and reproductive disease surveillance. Optimised for vaginal and endocervical secretions, placenta, foetal tissues, blood, milk, and strain/vaccine samples, this assay supports individual or pooled testing (up to five specimens), ensuring flexibility for routine and large-scale screening. Brucella infections are a major cause of reproductive disorders and economic losses in livestock, making early detection critical for herd health and biosecurity.

This duplex real-time PCR kit uses the FAM channel for pathogen DNA detection and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. Its one-well format ensures efficiency and reliability, making it ideal for veterinary laboratories and research settings. Regular use of this kit supports disease prevention, improves productivity, and helps farmers comply with international trade and animal health standards.

Key Benefits:

• Highly sensitive and specific real-time PCR detection of Brucella spp. DNA
• Duplex format with endogenous control for accurate and reliable results
• Optimised for reproductive samples, blood, milk, and strain/vaccine testing
• Suitable for individual or pooled testing (up to five specimens)
• Supports biosecurity, disease control, and compliance with veterinary standards

The INgene® q BVDV – BDV real-time PCR kit provides highly accurate detection of Bovine Viral Diarrhoea Virus (BVDV) and Border Disease Virus (BDV) RNA in samples from cattle and small ruminants, making it an essential tool for veterinary diagnostics and reproductive disease surveillance. Optimised for blood, serum, placenta, adult and foetal tissues, vaginal and rectal swabs, milk, and strain/vaccine samples, this assay supports individual or pooled testing (up to five specimens), ensuring flexibility for routine and large-scale screening. Early detection of BVDV and BDV is critical for controlling infection, improving herd health, and maintaining compliance with international trade standards.

This duplex real-time PCR kit uses the FAM channel for pathogen RNA detection and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. Its one-well format ensures efficiency and reliability, making it ideal for veterinary laboratories and research settings. Regular use of this kit supports biosecurity measures, prevents disease spread, and helps farmers comply with animal health regulations.

Key Benefits:

• Highly sensitive and specific real-time PCR detection of BVDV and BDV RNA
• Duplex format with endogenous control for accurate and reliable results
• Optimised for blood, serum, reproductive tissues, swabs, milk, and strain/vaccine samples
• Suitable for individual or pooled testing (up to five specimens)
• Supports biosecurity, disease control, and compliance with veterinary standards

The INgene® q Campylobacter coli real-time PCR kit provides highly accurate detection of C. coli DNA in samples from livestock, making it an essential tool for veterinary diagnostics and food safety monitoring. Optimised for faecal and digestive samples as well as strain/vaccine testing, this assay supports individual or pooled testing (up to five specimens), ensuring flexibility for routine and large-scale screening. Campylobacter coli is a major cause of gastrointestinal infections in animals and humans, making early detection critical for biosecurity and public health.

This duplex real-time PCR kit uses the FAM channel for pathogen DNA detection and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. Its one-well format ensures efficiency and reliability, making it ideal for veterinary laboratories and research settings. Regular use of this kit supports disease prevention, improves food safety, and helps farmers comply with international trade and animal health standards.

Key Benefits:

• Highly sensitive and specific real-time PCR detection of Campylobacter coli DNA
• Duplex format with endogenous control for accurate and reliable results
• Optimised for faecal, digestive samples, and strain/vaccine testing
• Suitable for individual or pooled testing (up to five specimens)
• Supports biosecurity, food safety, and compliance with veterinary standards

The INgene® q Campylobacter foetus real-time PCR kit provides highly accurate detection of C. foetus DNA in samples from cattle and small ruminants, making it an essential tool for veterinary diagnostics and reproductive disease surveillance. Optimised for reproductive secretions, preputial and vaginal/endocervical flushings, semen, placenta, foetal tissues, and strain/vaccine samples, this assay supports individual or pooled testing (up to five specimens), ensuring flexibility for routine and large-scale screening. Campylobacter foetus is a major cause of infertility and abortion in livestock, making early detection critical for herd health and biosecurity.

This duplex real-time PCR kit uses the FAM channel for pathogen DNA detection and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. Its one-well format ensures efficiency and reliability, making it ideal for veterinary laboratories and research settings. Regular use of this kit supports disease prevention, improves productivity, and helps farmers comply with international trade and animal health standards.

Key Benefits:

• Highly sensitive and specific real-time PCR detection of Campylobacter foetus DNA
• Duplex format with endogenous control for accurate and reliable results
• Optimised for reproductive samples including secretions, semen, placenta, and foetal tissues
• Suitable for individual or pooled testing (up to five specimens)
• Supports biosecurity, disease control, and compliance with veterinary standards

The INgene® q Campylobacter jejuni real-time PCR kit delivers precise detection of Campylobacter jejuni DNA in samples from multiple species, including cattle, small ruminants, swine, rabbits, equines, cats, dogs, and poultry. This advanced assay is optimised for a wide range of sample types such as reproductive secretions, placenta, foetal tissues, gut contents, faeces, rectal swabs, and strains or vaccines. Accurate identification of this pathogen is essential for managing campylobacteriosis, a major cause of gastrointestinal disease in animals and a significant zoonotic risk to humans.

Featuring duplex real-time PCR technology in a one-well format, the kit detects pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. This ensures reliable results, supporting veterinarians and laboratories in disease surveillance, biosecurity, and compliance with animal health standards.

Key Benefits:

• Highly specific and sensitive detection of Campylobacter jejuni DNA
• Duplex PCR with internal control to prevent false negatives
• Suitable for multi-species testing across livestock and companion animals
• Optimised for diverse sample types, including faeces and reproductive tissues
• Supports accurate diagnosis, biosecurity, and UK veterinary health compliance

The INgene® q Campylobacter spp. real-time PCR kit provides accurate detection of Campylobacter DNA in samples from cattle, small ruminants, cats, dogs, and poultry. This advanced diagnostic tool is optimised for a variety of sample types, including reproductive secretions, preputial and vaginal lavages, rectal swabs, placenta, foetal tissues, gut contents, faeces, and strains or vaccines. Detecting Campylobacter infections early is essential for controlling gastrointestinal disease in animals and reducing the risk of zoonotic transmission to humans.

With duplex real-time PCR technology in a convenient one-well format, the kit identifies pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to detect false negatives caused by poor extraction or PCR inhibition. This ensures reliable and consistent results, supporting veterinarians and laboratories in disease monitoring, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of Campylobacter spp. DNA
• Duplex PCR with internal control to prevent false negatives
• Designed for multi-species testing across livestock and companion animals
• Optimised for diverse sample types, including faeces and reproductive tissues
• Supports accurate diagnosis, biosecurity, and UK veterinary health compliance

The INgene® q Chlamydia abortus real-time PCR kit ensures accurate detection of Chlamydia abortus DNA in samples from cattle, small ruminants, swine, and rabbits. This advanced diagnostic tool is optimised for a wide range of sample types, including vaginal and endocervical secretions, uterus, placenta, foetal tissues, semen, milk, synovial fluids, and strains or vaccines. Early identification of this pathogen is critical for preventing reproductive disorders, reducing abortion rates, and managing the risk of zoonotic transmission to humans.

Featuring duplex real-time PCR technology in a one-well format, the kit detects pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. This guarantees reliable results, supporting veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Highly sensitive and specific detection of Chlamydia abortus DNA
• Duplex PCR with internal control to prevent false negatives
• Suitable for multi-species testing across livestock populations
• Optimised for diverse sample types, including reproductive tissues and fluids
• Supports accurate diagnosis, biosecurity, and UK veterinary health compliance

The INgene® q Chlamydiaceae real-time PCR kit delivers accurate detection of Chlamydiaceae DNA in samples from cattle, small ruminants, swine, equines, and rabbits. This advanced diagnostic solution is optimised for a wide range of sample types, including vaginal and endocervical secretions, ocular secretions, semen, uterus, placenta, foetal tissues, milk, synovial fluids, and strains or vaccines. Detecting Chlamydiaceae infections early is essential for preventing reproductive disorders, reducing abortion rates, and managing zoonotic risks to humans.

With duplex real-time PCR technology in a convenient one-well format, the kit identifies pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to detect false negatives caused by poor extraction or PCR inhibition. This ensures reliable and consistent results, supporting veterinarians and laboratories in disease monitoring, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of Chlamydiaceae DNA
• Duplex PCR with internal control to prevent false negatives
• Designed for multi-species testing across livestock populations
• Optimised for diverse sample types, including reproductive and ocular tissues
• Supports accurate diagnosis, biosecurity, and UK veterinary health compliance

The INgene® q Clostridioides difficile Toxin A real-time PCR kit provides accurate detection of C. difficile tcdA DNA in samples from cattle, small ruminants, swine, rabbits, and equines. This advanced diagnostic tool is optimised for faeces, rectal swabs, intestinal tissues, and strains or vaccines. Detecting C. difficile infections early is essential for managing gastrointestinal disease in livestock and reducing associated health risks.

This simplex real-time PCR kit operates in a one-well format and detects pathogen DNA via the FAM channel, ensuring precise and reliable results. Its streamlined design supports veterinarians and laboratories in disease monitoring, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Highly specific detection of C. difficile Toxin A (tcdA) DNA
• Simplex PCR format for efficient and accurate testing
• Optimised for faecal and intestinal samples across multiple species
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® q Clostridioides difficile Toxin B real-time PCR kit delivers highly accurate detection of C. difficile tcdB DNA in samples from cattle, small ruminants, swine, rabbits, and equines. This advanced assay is optimised for faeces, rectal swabs, intestinal tissues, and strains or vaccines. Detecting C. difficile infections early is essential for managing gastrointestinal disease in livestock and reducing associated health risks.

Featuring duplex real-time PCR technology in a one-well format, the kit detects pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. This ensures reliable and consistent results, supporting veterinarians and laboratories in disease monitoring, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of C. difficile Toxin B (tcdB) DNA
• Duplex PCR with internal control to prevent false negatives
• Optimised for faecal and intestinal samples across multiple species
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® q Clostridium botulinum real-time PCR kit delivers precise detection of C. botulinum DNA in samples from cattle, small ruminants, swine, poultry, rabbits, equines, cats, and dogs. This advanced assay is optimised for strains and vaccine-related samples, making it an essential tool for monitoring botulism—a serious neurotoxic disease that can affect multiple species and pose significant health risks.

Featuring duplex real-time PCR technology in a one-well format, the kit detects pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. This ensures accurate and reliable results, supporting veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of Clostridium botulinum DNA
• Duplex PCR with internal control to prevent false negatives
• Suitable for multi-species testing across livestock and companion animals
• Optimised for strains and vaccine-related samples
• Supports accurate diagnosis, biosecurity, and UK veterinary health compliance

The INgene® q Clostridium chauvoei real-time PCR kit provides accurate detection of C. chauvoei DNA in samples from cattle, small ruminants, and swine. This advanced diagnostic tool is optimised for organs, blood, and strains or vaccine-related samples, making it essential for monitoring blackleg—a severe and often fatal disease in livestock. Early detection is critical for effective disease control and reducing economic losses.

Featuring duplex real-time PCR technology in a one-well format, the kit detects pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. This ensures reliable and consistent results, supporting veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of Clostridium chauvoei DNA
• Duplex PCR with internal control to prevent false negatives
• Optimised for organ and blood samples across multiple species
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® q Clostridium haemolyticum real-time PCR kit provides accurate detection of C. haemolyticum DNA in samples from cattle, small ruminants, and swine. This advanced diagnostic solution is optimised for organs, blood, and strains or vaccine-related samples, making it essential for monitoring bacillary haemoglobinuria—a severe condition that can cause significant losses in livestock. Early detection is critical for effective disease control and improved herd health.

Featuring duplex real-time PCR technology in a one-well format, the kit detects pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. This ensures reliable and consistent results, supporting veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of Clostridium haemolyticum DNA
• Duplex PCR with internal control to prevent false negatives
• Optimised for organ and blood samples across multiple species
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® q Clostridium novyi real-time PCR kit provides accurate detection of C. novyi type A and B DNA in samples from cattle, small ruminants, and swine. This advanced diagnostic tool is optimised for organs, blood, and strains or vaccine-related samples, making it essential for monitoring infections that can lead to severe clostridial diseases in livestock. Early detection is critical for effective disease control and reducing economic losses.

Featuring duplex real-time PCR technology in a one-well format, the kit detects pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. This ensures reliable and consistent results, supporting veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of Clostridium novyi type A and B DNA
• Duplex PCR with internal control to prevent false negatives
• Optimised for organ and blood samples across multiple species
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® q Clostridium septicum real-time PCR kit provides accurate detection of C. septicum DNA in samples from cattle, small ruminants, and swine. This advanced diagnostic tool is optimised for organs, blood, and strains or vaccine-related samples, making it essential for monitoring infections that can lead to malignant oedema and other severe clostridial diseases in livestock. Early detection is vital for effective disease control and reducing economic losses.

Featuring duplex real-time PCR technology in a one-well format, the kit detects pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. This ensures reliable and consistent results, supporting veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of Clostridium septicum DNA
• Duplex PCR with internal control to prevent false negatives
• Optimised for organ and blood samples across multiple species
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® q Contagious Ecthyma real-time PCR kit provides accurate detection of Orf virus DNA in samples from small ruminants. This advanced diagnostic tool is optimised for swabs and strains or vaccine-related samples, making it essential for monitoring contagious ecthyma—a viral skin disease that affects sheep and goats and can pose zoonotic risks to humans. Early detection is critical for effective disease control and improved herd health.

Featuring duplex real-time PCR technology in a one-well format, the kit detects pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. This ensures reliable and consistent results, supporting veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of Orf virus DNA
• Duplex PCR with internal control to prevent false negatives
• Optimised for swab samples and vaccine-related strains
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® q Corynebacterium pseudotuberculosis real-time PCR kit provides accurate detection of C. pseudotuberculosis DNA in samples from small ruminants, equines, and cattle. This advanced diagnostic tool is optimised for milk, swabs, abscessed lymph nodes, and strains or vaccine-related samples, making it essential for monitoring caseous lymphadenitis and other infections that impact animal health and productivity. Early detection is critical for effective disease control and reducing economic losses.

Featuring duplex real-time PCR technology in a one-well format, the kit detects pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. This ensures reliable and consistent results, supporting veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of Corynebacterium pseudotuberculosis DNA
• Duplex PCR with internal control to prevent false negatives
• Optimised for milk, swabs, and lymph node samples across multiple species
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® q Coxiella burnetii real-time PCR kit provides highly accurate detection of C. burnetii DNA in samples from swine, small ruminants, rabbits, equines, and cattle. This advanced diagnostic tool is optimised for a wide range of sample types, including vaginal and endocervical secretions, placenta, foetal tissues, blood, milk, faeces, and strains or vaccines. Early detection of this pathogen is essential for controlling Q fever, a zoonotic disease that poses significant health risks to both animals and humans.

Featuring duplex real-time PCR technology in a one-well format, the kit detects pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. This ensures reliable and consistent results, supporting veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of Coxiella burnetii DNA
• Duplex PCR with internal control to prevent false negatives
• Optimised for diverse sample types, including reproductive tissues and fluids
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® q Cryptosporidium parvum real-time PCR kit provides accurate detection of C. parvum DNA in samples from swine, cattle, and small ruminants. This advanced diagnostic tool is optimised for faeces, rectal swabs, intestinal tissues, and strains or vaccine-related samples, making it essential for monitoring cryptosporidiosis—a parasitic disease that can cause severe gastrointestinal illness and poses a zoonotic risk to humans. Early detection is critical for effective disease control and improved herd health.

Featuring duplex real-time PCR technology in a one-well format, the kit detects pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. This ensures reliable and consistent results, supporting veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of Cryptosporidium parvum DNA
• Duplex PCR with internal control to prevent false negatives
• Optimised for faecal and intestinal samples across multiple species
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® q Cryptosporidium spp. real-time PCR kit provides accurate detection of Cryptosporidium DNA in samples from cattle, small ruminants, swine, rabbits, equines, cats, and dogs. This advanced diagnostic tool is optimised for faeces, rectal swabs, intestinal tissues, and strains or vaccine-related samples, making it essential for monitoring cryptosporidiosis, a parasitic disease that can cause severe gastrointestinal illness and poses a zoonotic risk to humans. Early detection is critical for effective disease control and improved animal health.

Featuring duplex real-time PCR technology in a one-well format, the kit detects pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. This ensures reliable and consistent results, supporting veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of Cryptosporidium spp. DNA
• Duplex PCR with internal control to prevent false negatives
• Optimised for faecal and intestinal samples across multiple species
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® q Dichelobacter nodosus real-time PCR kit provides accurate detection of D. nodosus DNA in samples from small ruminants and cattle. This advanced diagnostic tool is optimised for foot lesion swabs and strains or vaccine-related samples, making it essential for monitoring footrot, a highly contagious disease that impacts animal welfare and productivity. Early detection is critical for effective disease control and reducing economic losses.

Featuring duplex real-time PCR technology in a one-well format, the kit detects pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. This ensures reliable and consistent results, supporting veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of Dichelobacter nodosus DNA
• Duplex PCR with internal control to prevent false negatives
• Optimised for foot lesion swabs and vaccine-related samples
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® q Eimeria spp. real-time PCR kit provides accurate detection of Eimeria DNA in samples from small ruminants, swine, rabbits, poultry, and cattle. This advanced diagnostic tool is optimised for faeces, rectal swabs, intestinal tissues, and strains or vaccine-related samples, making it essential for monitoring coccidiosis—a parasitic disease that can cause severe intestinal damage and economic losses in livestock. Early detection is key to effective disease control and improved animal health.

This simplex real-time PCR kit operates in a one-well format and detects pathogen DNA via the FAM channel, ensuring precise and reliable results. Its streamlined design supports veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of Eimeria spp. DNA
• Simplex PCR format for efficient and accurate testing
• Optimised for faecal and intestinal samples across multiple species
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® q Erysipelothrix rhusiopathiae real-time PCR kit provides accurate detection of E. rhusiopathiae DNA in samples from swine and small ruminants. This advanced diagnostic tool is optimised for synovial fluids, joint tissue, lymph nodes, liver, lung, spleen, and strains or vaccine-related samples, making it essential for monitoring erysipelas—a bacterial disease that can cause arthritis, septicaemia, and reproductive issues in livestock. Early detection is critical for effective disease control and improved herd health.

Featuring duplex real-time PCR technology in a one-well format, the kit detects pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. This ensures reliable and consistent results, supporting veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of Erysipelothrix rhusiopathiae DNA
• Duplex PCR with internal control to prevent false negatives
• Optimised for joint tissue, lymph nodes, and organ samples
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® q Fusobacterium necrophorus real-time PCR kit provides accurate detection of F. necrophorus DNA in samples from small ruminants and cattle. This advanced diagnostic tool is optimised for foot lesion swabs and strains or vaccine-related samples, making it essential for monitoring footrot and necrobacillosis—conditions that significantly impact animal welfare and productivity. Early detection is critical for effective disease control and reducing economic losses.

Featuring duplex real-time PCR technology in a one-well format, the kit detects pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. This ensures reliable and consistent results, supporting veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of Fusobacterium necrophorus DNA
• Duplex PCR with internal control to prevent false negatives
• Optimised for foot lesion swabs and vaccine-related samples
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® q Giardia intestinalis real-time PCR kit provides accurate detection of Giardia intestinalis (GINT) DNA in samples from cattle, small ruminants, cats, and dogs. This advanced diagnostic tool is optimised for faeces, rectal swabs, intestinal tissues, and strains or vaccine-related samples, making it essential for monitoring giardiasis—a parasitic disease that can cause severe gastrointestinal illness and poses a zoonotic risk to humans. Early detection is critical for effective disease control and improved animal health.

Featuring duplex real-time PCR technology in a one-well format, the kit detects pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. This ensures reliable and consistent results, supporting veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of Giardia intestinalis DNA
• Duplex PCR with internal control to prevent false negatives
• Optimised for faecal and intestinal samples across multiple species
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® q Histophilus somni real-time PCR kit provides accurate detection of H. somni DNA in samples from cattle and small ruminants. This advanced diagnostic tool is optimised for lungs, respiratory secretions, respiratory swabs, and strains or vaccine-related samples, making it essential for monitoring histophilosis—a bacterial disease that can cause respiratory illness, septicaemia, and reproductive issues in livestock. Early detection is critical for effective disease control and improved herd health.

Featuring duplex real-time PCR technology in a one-well format, the kit detects pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. This ensures reliable and consistent results, supporting veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of Histophilus somni DNA
• Duplex PCR with internal control to prevent false negatives
• Optimised for respiratory samples and vaccine-related strains
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® Bruce-ladder V end-point PCR kit enables reliable detection and differentiation of Brucella species, including B. melitensis, B. abortus, B. suis, B. ovis, and vaccine strains RB51, B19, and Rev1. Designed for samples from swine, cattle, small ruminants, and equines, this assay is optimised for purified DNA or isolated colonies, with biological samples requiring culture enrichment prior to testing. Accurate identification of Brucella species is essential for controlling brucellosis, a major zoonotic disease that impacts both animal health and public safety.

This multiplex PCR kit amplifies multiple regions of the Brucella genome in a single well, enabling species-level differentiation. The process involves three steps: extraction of genetic material, amplification of specific bacterial DNA, and gel-based interpretation of the amplification product. Its precision and reliability make it an indispensable tool for veterinary diagnostics and research laboratories.

Key Benefits:

• Detects and differentiates major Brucella species and vaccine strains
• Multiplex PCR format for efficient species-level identification
• Optimised for purified DNA or cultured isolates
• Supports accurate diagnosis and effective brucellosis control strategies
• Helps maintain biosecurity and compliance with UK veterinary health standards

The INgene® q Leukotoxin Mannheimia haemolytica real-time PCR kit provides accurate detection of LKTX DNA in samples from cattle and small ruminants. This advanced diagnostic tool is optimised for isolates, lungs, respiratory lavages, swabs, and strains or vaccine-related samples, making it essential for monitoring respiratory infections such as bovine respiratory disease (BRD). Early detection is critical for effective disease control and improved herd health.

This simplex real-time PCR kit operates in a one-well format and detects pathogen DNA via the FAM channel, ensuring precise and reliable results. Its streamlined design supports veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of Mannheimia haemolytica leukotoxin DNA
• Simplex PCR format for efficient and accurate testing
• Optimised for respiratory samples and vaccine-related strains
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® q Listeria monocytogenes real-time PCR kit provides accurate detection of L. monocytogenes DNA in samples from cattle, small ruminants, swine, rabbits, and equines. This advanced diagnostic tool is optimised for milk, cerebrospinal fluids, brain tissue, pre-enrichment broth, and strains or vaccine-related samples, making it essential for monitoring listeriosis—a serious bacterial infection that can cause neurological and reproductive disorders in livestock and poses a zoonotic risk to humans. Early detection is critical for effective disease control and improved herd health.

Featuring duplex real-time PCR technology in a one-well format, the kit detects pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. This ensures reliable and consistent results, supporting veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of Listeria monocytogenes DNA
• Duplex PCR with internal control to prevent false negatives
• Optimised for milk, cerebrospinal fluid, and brain tissue samples
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® q M. bovis and S. aureus Multiplex real-time PCR kit provides accurate detection of Mycoplasma bovis and Staphylococcus aureus DNA in samples from cattle and small ruminants. This advanced diagnostic tool is optimised for reproductive secretions, preputial and vaginal/endocervical flushings, semen, placenta, foetal tissues, and strains or vaccine-related samples. Early detection of these pathogens is essential for managing respiratory and reproductive infections, improving herd health, and reducing economic losses.

Featuring multiplex real-time PCR technology in a one-well format, the kit detects M. bovis DNA via the FAM channel and S. aureus DNA via the HEX/VIC channel. Additionally, an endogenous control (EC) amplified in the Cy5 channel ensures identification of false negatives caused by poor extraction or PCR inhibition. This guarantees reliable and consistent results, supporting veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Simultaneous detection of M. bovis and S. aureus DNA
• Multiplex PCR with internal control to prevent false negatives
• Optimised for reproductive and tissue samples across multiple species
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® q Maedi Visna – CAEV real-time PCR kit provides accurate detection of SRLV (Small Ruminant Lentivirus) DNA in samples from small ruminants. This advanced diagnostic tool is optimised for lungs, nasopharyngeal secretions, milk, synovial fluids, and strains or vaccine-related samples, making it essential for monitoring Maedi Visna and Caprine Arthritis Encephalitis—chronic viral infections that impact productivity and animal welfare. Early detection is critical for effective disease control and herd health management.

This simplex real-time PCR kit operates in a one-well format and detects pathogen DNA via the FAM channel, ensuring precise and reliable results. Its streamlined design supports veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of SRLV DNA
• Simplex PCR format for efficient and accurate testing
• Optimised for respiratory, milk, and synovial fluid samples
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® q Mannheimia haemolytica real-time PCR kit provides accurate detection of M. haemolytica DNA in samples from cattle and small ruminants. This advanced diagnostic tool is optimised for milk, lungs, respiratory lavages, swabs, and strains or vaccine-related samples, making it essential for monitoring respiratory infections such as bovine respiratory disease (BRD). Early detection is critical for effective disease control and improved herd health.

Featuring duplex real-time PCR technology in a one-well format, the kit detects pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. This ensures reliable and consistent results, supporting veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of Mannheimia haemolytica DNA
• Duplex PCR with internal control to prevent false negatives
• Optimised for respiratory samples and vaccine-related strains
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® q Mycobacterium avium complex real-time PCR kit provides accurate detection of MAVC DNA in samples from small ruminants, swine, and poultry. This advanced diagnostic tool is optimised for lung tissue and strains or vaccine-related samples, making it essential for monitoring infections caused by Mycobacterium avium complex—pathogens that can lead to chronic disease and productivity losses in livestock. Early detection is critical for effective disease control and improved herd health.

Featuring duplex real-time PCR technology in a one-well format, the kit detects pathogen DNA via the FAM channel and includes an endogenous control (HEX/VIC) to identify false negatives caused by poor extraction or PCR inhibition. This ensures reliable and consistent results, supporting veterinarians and laboratories in disease surveillance, biosecurity, and compliance with UK animal health standards.

Key Benefits:

• Sensitive and specific detection of Mycobacterium avium complex DNA
• Duplex PCR with internal control to prevent false negatives
• Optimised for lung tissue and vaccine-related samples
• Supports early diagnosis and effective disease control strategies
• Helps maintain biosecurity and UK veterinary health compliance

The INgene® q Encephalitozoon cuniculi Real-Time PCR Kit delivers precise detection of E. cuniculi DNA in samples from rabbits and dogs, making it an essential diagnostic tool for identifying encephalitozoonosis. This parasitic infection can cause severe health issues in pets, including kidney and neurological complications. Accurate and early detection supports timely treatment, improves animal welfare, and helps prevent disease spread.

By integrating this qPCR kit into routine diagnostic workflows, veterinary professionals can enhance biosecurity, monitor pet health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of E. cuniculi DNA for accurate diagnosis
• Optimised for rabbit and dog samples, including kidney, semen, and urine
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Mycobacterium Tuberculosis Complex Real-Time PCR Kit provides accurate detection of MTBC DNA in samples from cattle, swine, poultry, and small ruminants, making it a vital diagnostic tool for identifying tuberculosis infections in livestock. This disease poses significant health and economic risks, impacting animal welfare and farm productivity. Early and precise diagnosis supports effective treatment strategies and helps prevent disease spread within herds.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity measures, monitor herd health, and maintain compliance with UK animal health regulations. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Mycobacterium tuberculosis complex DNA
• Optimised for livestock samples, including lungs and vaccine strains
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Mycoplasma agalactiae Real-Time PCR Kit delivers accurate detection of M. agalactiae DNA in samples from small ruminants, making it an essential diagnostic tool for controlling contagious agalactia. This infection can cause severe health issues such as mastitis, arthritis, and respiratory complications, leading to significant economic losses in livestock production. Early and precise diagnosis supports timely intervention, improves herd health, and helps prevent disease spread.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor flock health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Mycoplasma agalactiae DNA
• Optimised for small ruminant samples, including milk, nasal/ear secretions, synovial fluids, and tissues
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Mycoplasma mycoides Real-Time PCR Kit provides highly accurate detection of M. mycoides DNA in samples from small ruminants, making it an essential diagnostic tool for managing contagious caprine pleuropneumonia (CCPP) and related infections. These conditions can lead to severe respiratory disease, joint inflammation, and significant economic losses in livestock production. Early and precise diagnosis supports timely treatment, improves herd health, and helps prevent disease spread.

By integrating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor flock health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Mycoplasma mycoides DNA
• Optimised for small ruminant samples, including milk, lungs, nasopharyngeal secretions, joint fluids, and conjunctival discharge
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Mycoplasma ovipneumoniae Real-Time PCR Kit provides highly accurate detection of M. ovipneumoniae DNA in samples from small ruminants, making it an essential diagnostic tool for managing respiratory infections such as atypical pneumonia. These conditions can lead to severe respiratory distress, reduced productivity, and increased mortality in flocks. Early and precise diagnosis supports timely intervention, improves herd health, and helps prevent disease spread.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor flock health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Mycoplasma ovipneumoniae DNA
• Optimised for small ruminant samples, including nasal and tracheobronchial secretions, pleural fluids, and lung tissue
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Mycoplasma ovis Real-Time PCR Kit provides highly accurate detection of M. ovis DNA in samples from small ruminants, making it an essential diagnostic tool for managing haemotropic mycoplasmosis. This infection can lead to anaemia, reduced productivity, and increased susceptibility to other diseases, causing significant economic losses in livestock production. Early and precise diagnosis supports timely intervention, improves herd health, and helps prevent disease spread.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor flock health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Mycoplasma ovis DNA
• Optimised for small ruminant samples, including blood, serum, liver, and spleen (individual or pooled specimens)
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Mycoplasma putrefaciens Real-Time PCR Kit provides highly accurate detection of M. putrefaciens DNA in samples from small ruminants, making it an essential diagnostic tool for managing respiratory infections and pleuropneumonia. These conditions can lead to severe respiratory distress, reduced productivity, and increased mortality in flocks. Early and precise diagnosis supports timely intervention, improves herd health, and helps prevent disease spread.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor flock health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Mycoplasma putrefaciens DNA
• Optimised for small ruminant samples, including nasal and tracheobronchial secretions, pleural fluids, and lung tissue
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Neospora caninum Real-Time PCR Kit provides highly accurate detection of N. caninum DNA in samples from cattle, dogs, and small ruminants, making it an essential diagnostic tool for managing neosporosis. This parasitic infection is a major cause of abortion in cattle and can lead to severe neurological disorders in dogs, resulting in significant economic and health impacts. Early and precise diagnosis supports timely intervention, improves animal welfare, and helps prevent disease spread.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor herd and pet health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Neospora caninum DNA
• Optimised for samples including fetal tissues, brain, placenta, vaginal/endocervical secretions, and milk
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Paeniclostridium sordellii Real-Time PCR Kit provides highly accurate detection of P. sordellii DNA in samples from cattle, swine, and small ruminants, making it an essential diagnostic tool for managing clostridial infections. These infections can cause severe systemic illness, including sudden death, leading to significant economic losses in livestock production. Early and precise diagnosis supports timely intervention, improves herd health, and helps prevent disease spread.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor herd health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Paeniclostridium sordellii DNA
• Optimised for samples including organs, blood, and vaccine strains
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Paratuberculosis Multiplex Real-Time PCR Kit provides highly accurate detection of Mycobacterium avium subsp. paratuberculosis (MAP) DNA in samples from cattle and small ruminants, making it an essential diagnostic tool for managing Johne’s disease. This chronic infection causes severe intestinal inflammation, weight loss, and reduced productivity, leading to significant economic losses in livestock farming. Early and precise diagnosis supports timely intervention, improves herd health, and helps prevent disease spread.

By incorporating this multiplex qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor herd health, and maintain compliance with UK animal health standards. Its one-well multiplex format detects the F57 gene in the FAM channel and the IS900 gene in the Cy5 channel, while an endogenous control (HEX/VIC) ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of MAP DNA using F57 and IS900 targets
• Multiplex real-time PCR for efficient testing in a single well
• Optimised for samples including faeces, rectal swabs, milk, intestinal tissues, ileocecal valve, and lymph nodes
• Internal control prevents false negatives, ensuring accurate results
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Paratuberculosis Real-Time PCR Kit provides highly accurate detection of Mycobacterium avium subsp. paratuberculosis (MAP) DNA in samples from cattle and small ruminants, making it an essential diagnostic tool for managing Johne’s disease. This chronic infection causes severe intestinal inflammation, weight loss, and reduced productivity, leading to significant economic losses in livestock farming. Early and precise diagnosis supports timely intervention, improves herd health, and helps prevent disease spread.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor herd health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of MAP DNA
• Optimised for samples including faeces, rectal swabs, milk, intestinal tissues, ileocecal valve, and lymph nodes
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Pasteurella multocida Real-Time PCR Kit provides highly accurate detection of P. multocida DNA in samples from cattle, small ruminants, swine, rabbits, equines, cats, dogs, and poultry, making it an essential diagnostic tool for managing pasteurellosis. This infection can cause severe respiratory disease, septicaemia, and other systemic complications, leading to significant health and economic impacts. Early and precise diagnosis supports timely intervention, improves animal welfare, and helps prevent disease spread.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor herd and flock health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Pasteurella multocida DNA
• Optimised for multi-species samples, including lungs, liver, lymph nodes, milk, respiratory lavages, and swabs
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Pathogenic Leptospira Real-Time PCR Kit provides highly accurate detection of Leptospira DNA in samples from cattle, small ruminants, swine, equines, rabbits, cats, and dogs, making it an essential diagnostic tool for managing leptospirosis. This zoonotic disease can cause severe illness in animals and humans, including kidney and liver damage, reproductive issues, and systemic infections. Early and precise diagnosis supports timely intervention, improves animal welfare, and helps prevent cross-species transmission.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor herd and pet health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of pathogenic Leptospira DNA
• Optimised for samples including adult and foetal tissues, vaginal/cervical exudates, urine, blood, and semen
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Piroplasma Real-Time PCR Kit provides highly accurate detection of Piroplasma DNA in samples from cattle, small ruminants, equines, cats, and dogs, making it an essential diagnostic tool for managing piroplasmosis. This tick-borne disease can cause severe anaemia, fever, and systemic complications, leading to significant health and economic impacts. Early and precise diagnosis supports timely intervention, improves animal welfare, and helps prevent disease spread.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor herd and pet health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Piroplasma DNA
• Optimised for samples including blood, serum, liver, spleen, kidney, and ticks (individual or pooled specimens)
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Prototheca spp. Real-Time PCR Kit provides highly accurate detection of Prototheca DNA in samples from cattle and small ruminants, making it an essential diagnostic tool for managing protothecosis. This opportunistic infection can cause mastitis and systemic illness, leading to reduced productivity and economic losses in livestock farming. Early and precise diagnosis supports timely intervention, improves herd health, and helps prevent disease spread.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor herd health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Prototheca spp. DNA
• Optimised for samples including milk and tissue specimens
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Pseudomonas aeruginosa Real-Time PCR Kit provides highly accurate detection of P. aeruginosa DNA in samples from cattle, small ruminants, swine, rabbits, and equines, making it an essential diagnostic tool for managing pseudomoniasis. This opportunistic pathogen can cause severe respiratory infections, mastitis, and systemic illness, leading to significant health and economic impacts. Early and precise diagnosis supports timely intervention, improves animal welfare, and helps prevent disease spread.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor herd health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Pseudomonas aeruginosa DNA
• Optimised for samples including milk, lung tissue, and ear/eye swabs
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Rotavirus A Real-Time PCR Kit provides highly accurate detection of RVA RNA in samples from cattle, small ruminants, swine, rabbits, equines, and poultry, making it an essential diagnostic tool for managing rotaviral enteritis. This infection is a leading cause of severe diarrhoea in young animals, resulting in dehydration, reduced growth rates, and significant economic losses. Early and precise diagnosis supports timely intervention, improves animal welfare, and helps prevent disease spread.

By incorporating this RT-qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor herd and flock health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Rotavirus A RNA
• Optimised for samples including faeces, rectal swabs, and intestinal tissues
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Salmonella abortus ovis Real-Time PCR Kit provides highly accurate detection of S. abortus ovis DNA in samples from small ruminants, making it an essential diagnostic tool for managing ovine salmonellosis. This infection is a major cause of abortion in sheep and goats, leading to reproductive losses and significant economic impact. Early and precise diagnosis supports timely intervention, improves flock health, and helps prevent disease spread.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor flock health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Salmonella abortus ovis DNA
• Optimised for samples including placenta, foetal tissues, and vaginal swabs
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing reproductive losses
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Salmonella enterica Real-Time PCR Kit provides highly accurate detection of S. enterica DNA in samples from cattle, swine, small ruminants, rabbits, equines, and poultry, making it an essential diagnostic tool for managing salmonellosis. This infection can cause severe gastrointestinal disease, systemic illness, and reproductive issues, leading to significant health and economic impacts. Early and precise diagnosis supports timely intervention, improves animal welfare, and helps prevent disease spread.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor herd and flock health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Salmonella enterica DNA
• Optimised for samples including faeces, raw milk, rectal swabs, and tissue specimens
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Salmonella infantis Real-Time PCR Kit provides highly accurate detection of S. infantis DNA in samples from poultry, cattle, and small ruminants, making it an essential diagnostic tool for managing salmonellosis. This infection can cause severe gastrointestinal disease, systemic illness, and reproductive issues, leading to significant health and economic impacts. Early and precise diagnosis supports timely intervention, improves animal welfare, and helps prevent disease spread.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor flock and herd health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Salmonella infantis DNA
• Optimised for samples including faeces, rectal swabs, and tissue specimens
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Staphylococcus aureus Real-Time PCR Kit provides highly accurate detection of S. aureus DNA in samples from cattle, small ruminants, rabbits, swine, and equines, making it an essential diagnostic tool for managing staphylococcal infections. This pathogen is a major cause of mastitis and systemic illness, leading to reduced productivity and significant economic losses in livestock farming. Early and precise diagnosis supports timely intervention, improves animal welfare, and helps prevent disease spread.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor herd health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Staphylococcus aureus DNA
• Optimised for samples including milk, semen, tissues, and swabs
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Staphylococcus epidermidis Real-Time PCR Kit provides highly accurate detection of S. epidermidis DNA in samples from cattle and small ruminants, making it an essential diagnostic tool for managing staphylococcal infections. This opportunistic pathogen is a common cause of mastitis and systemic illness, leading to reduced productivity and economic losses in livestock farming. Early and precise diagnosis supports timely intervention, improves herd health, and helps prevent disease spread.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor herd health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Staphylococcus epidermidis DNA
• Optimised for samples including milk and tissue specimens
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Staphylococcus haemolyticus Real-Time PCR Kit provides highly accurate detection of S. haemolyticus DNA in samples from cattle and small ruminants, making it an essential diagnostic tool for managing staphylococcal infections. This opportunistic pathogen is associated with mastitis and systemic illness, leading to reduced productivity and economic losses in livestock farming. Early and precise diagnosis supports timely intervention, improves herd health, and helps prevent disease spread.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor herd health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Staphylococcus haemolyticus DNA
• Optimised for samples including milk and tissue specimens
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Streptococcus agalactiae Real-Time PCR Kit provides highly accurate detection of S. agalactiae DNA in samples from cattle and small ruminants, making it an essential diagnostic tool for managing streptococcal infections. This pathogen is a major cause of mastitis and reproductive disorders, leading to reduced productivity and significant economic losses in livestock farming. Early and precise diagnosis supports timely intervention, improves herd health, and helps prevent disease spread.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor herd health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Streptococcus agalactiae DNA
• Optimised for samples including milk and udder tissue
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Streptococcus dysgalactiae Real-Time PCR Kit provides highly accurate detection of S. dysgalactiae DNA in samples from cattle and small ruminants, making it an essential diagnostic tool for managing streptococcal infections. This pathogen is a major cause of mastitis, arthritis, and systemic illness, leading to reduced productivity and significant economic losses in livestock farming. Early and precise diagnosis supports timely intervention, improves herd health, and helps prevent disease spread.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor herd health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Streptococcus dysgalactiae DNA
• Optimised for samples including milk, synovial fluids, and tissue specimens
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Streptococcus equi Real-Time PCR Kit provides highly accurate detection of S. equi DNA in samples from equines and small ruminants, making it an essential diagnostic tool for managing strangles and related infections. This pathogen causes severe respiratory disease, nasal discharge, and systemic complications, leading to significant health and economic impacts. Early and precise diagnosis supports timely intervention, improves animal welfare, and helps prevent disease spread.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor herd and equine health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Streptococcus equi DNA
• Optimised for samples including nasal discharge, pharyngeal swabs, and milk
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Streptococcus uberis Real-Time PCR Kit provides highly accurate detection of S. uberis DNA in samples from cattle and small ruminants, making it an essential diagnostic tool for managing streptococcal infections. This pathogen is a major cause of mastitis, leading to reduced milk production and significant economic losses in dairy farming. Early and precise diagnosis supports timely intervention, improves herd health, and helps prevent disease spread.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor herd health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Streptococcus uberis DNA
• Optimised for samples including milk, udder tissue, and swabs
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing mastitis impact
• Essential for biosecurity and compliance with UK veterinary health standards

The INgene® q Toxoplasma gondii Real-Time PCR Kit provides highly accurate detection of T. gondii DNA in samples from small ruminants, cattle, cats, and dogs, making it an essential diagnostic tool for managing toxoplasmosis. This parasitic infection can cause reproductive losses in livestock and severe neurological disorders in pets, while also posing a zoonotic risk to humans. Early and precise diagnosis supports timely intervention, improves animal welfare, and helps prevent cross-species transmission.

By incorporating this qPCR kit into routine veterinary testing, professionals can strengthen biosecurity, monitor herd and pet health, and maintain compliance with UK animal health standards. Its duplex one-well format, featuring pathogen detection in the FAM channel and an endogenous control (HEX/VIC), ensures reliability by identifying false negatives caused by poor extraction or PCR inhibition.

Key Benefits:

• Highly sensitive and specific detection of Toxoplasma gondii DNA
• Optimised for samples including foetal tissues, brain, placenta, and vaginal/endocervical secretions
• Duplex real-time PCR with internal control to prevent false negatives
• Supports early diagnosis and intervention, reducing disease impact
• Essential for biosecurity and compliance with UK veterinary health standards