Ceva Ruminants UK

Ceva Ruminants UK The Facebook profile for the UK Ruminant team at Ceva Animal Health

What is fertility efficiency in beef farming? 🐄✨Fertility efficiency of a beef suckler herd is defined by achieving the ...
03/06/2026

What is fertility efficiency in beef farming? 🐄✨

Fertility efficiency of a beef suckler herd is defined by achieving the maximum output of saleable beef (kg) per breeding cow per year and is commonly measured by calf crop % (number of calves weaned / number of cows mated x 100), the target being >94%.

Anything that stops a cow getting in calf on time, carrying the calf full term, having a live calf born, or rearing it successfully to weaning will reduce herd fertility efficiency.

Better cattle fertility supports environmental sustainability Reduced reproductive performance requires more animals and...
01/06/2026

Better cattle fertility supports environmental sustainability

Reduced reproductive performance requires more animals and more time to produce the same quantity of food, with a corresponding rise in environmental impact.

Maximise the number of calves weaned per cow mated per year

Maximise the weaning weight of calves

01/06/2026

Have you booked your tickets for National Youngstock Conference 2026 yet? 🐄🐂

The conference will be chaired by the event’s Clinical Director, vet, Tim Potter, and will also involve other leading industry professionals. Providing a forum for producers, vets, researchers and other dairy and beef professionals, the NYC aims to promote best practice and facilitate the exchange of ideas relevant to all stages of youngstock rearing.

Book tickets either scanning the QR code of by clicking this link
https://www.eventbrite.co.uk/e/national-youngstock-conference-2026-tickets-1723580829659?aff=oddtdtcreator

27/05/2026

A great resource for cattle farmers, from Ceva. Download now

Yes, and it can infect humans. 👫Professionals including vets, abattoir workers, farmers, farming employees and families...
13/05/2026

Yes, and it can infect humans. 👫

Professionals including vets, abattoir workers, farmers, farming employees and families are at increased risk of contracting Q Fever.
The main reservoirs of infection are small ruminants and cattle. Infection usually occurs through inhalation of dust or aerosols containing the organism.

60% of human infections will remain asymptomatic. In the acute symptomatic infections, the majority of people will have a flu-like syndrome with a small number needing hospitalisation for lung disease, hepatitis or meningitis. In 2% of cases the infection becomes chronic which can lead to disease of the heart valves or chronic fatigue syndrome. If infected when pregnant women may suffer from abortions or preterm births.

Find out more about Q fever as a zoonosis by visiting https://www.qfever.co.uk/humans.html 🙌

Biosecurity both internal and external is important to reduce the risk of spreading on farms. 📍Always investigate live...
11/05/2026

Biosecurity both internal and external is important to reduce the risk of spreading on farms.

📍Always investigate livestock abortions.

📍Keep a good level of hygiene in areas where birthing takes place and ensure all placentas and birth materials are hygienically disposed of.

📍Protect yourself by wearing disposable obstetric gloves and coveralls.

📍Avoid disinfecting with high-pressure sprays (aerosols).

📍Be aware of weather conditions when spreading muck or slurry.

📍Ask your veterinarian about vaccination for Q fever.

Please ask your vet about Q fever prevention and also diagnostics supported by Ceva Animal Health. Visit https://www.qfever.co.uk/coxevac.html to find out more!🙌

Antibiotics have limited efficacy in and reduction of shedding. Once a diagnosis is made excellent hygiene and biosecu...
06/05/2026

Antibiotics have limited efficacy in and reduction of shedding. Once a diagnosis is made excellent hygiene and biosecurity are important. Treatment with antibiotics is neither considered responsible use of antimicrobials nor is there significant data to support its efficacy.

🐐In goats' antibiotics did not reduce the number of abortions in an infected herd.

🐑In sheep antibiotics did not reduce shedding or the duration of time that shedding occurred over.

🐄An injection of tetracycline at drying off time did reduce shedding at calving but repeating the injection had no further benefit and the antibiotic did not reduce the bacterial load.

Please ask your vet about Q fever diagnostics supported by Ceva Animal Health. Visit https://ruminants.ceva.co.uk/products/coxevac/ to find out more!🙌

🐄There are several options for diagnosing in livestock, including serology and a bulk milk tank PCR test called the Q ...
01/05/2026

🐄There are several options for diagnosing in livestock, including serology and a bulk milk tank PCR test called the Q Test, however the clinical picture in a herd infected with Coxiella burnetii is complex, can be confused by other factors and is often subclinical, making diagnosis a challenge for vets and farmers. ✨

Please ask your vet about Q fever diagnostics supported by Ceva Animal Health. Visit https://www.qfever.co.uk/ to find out more!🙌

Abortion storms – sudden and high numbers of up to 30%.Following an outbreak the previous year – latent infections then ...
29/04/2026

Abortion storms – sudden and high numbers of up to 30%.

Following an outbreak the previous year – latent infections then affect ewes in the next lambing. 🐑

Bought in animals aborting – these animals may have been latently infected pre purchase and therefore abort on your farm exposing your ewes to infection. 🌟

Moderate levels of abortion (above 2%) year on year – naïve animals introduced to the flock, or a few latently infected animals.

Bought in vaccinated ewes may have been latently affected pre vaccination and will still abort despite vaccination. ✨

Vaccine is available now. For information on EAE vaccination contact your vet or visit: https://enzooticabortion.co.uk/what-is-enzootic-abortion/

🐄 Qfever is a disease caused by the bacterium Coxiella burnetii. Infection is generally through inhalation of the bacte...
27/04/2026

🐄 Qfever is a disease caused by the bacterium Coxiella burnetii. Infection is generally through inhalation of the bacteria, which can be spread through a number of ways, including ingestion, via blood from tick bites, birth fluids and foetal materials.

💨It has been shown to spread in the wind.

🦠The bacterium can survive for extended periods of time in the environment, for example up to 5 months in soil and up to 2 years at minus 20c. It is also resistant to many commonly used disinfectants5.

Find out more about Q fever and how it can spread on farms by visiting https://www.qfever.co.uk/

Address

Explorer House, Wycombe Lane
Wooburn
HP100HH

Opening Hours

Monday 8:30am - 5:30am
Tuesday 8:30am - 5:30am
Wednesday 8:30am - 5:30am
Thursday 8:30am - 5:30pm
Friday 8:30am - 5pm

Telephone

+441628334056

Website

Alerts

Be the first to know and let us send you an email when Ceva Ruminants UK posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Shortcuts

Share

Category