

2, 3 & 4 Airton Close,
Airton Road, Tallaght,
Dublin 24, Ireland
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Phone: +353 (0) 1466 7900
Unit 2, Bryn Cefni Industrial Park,
Llangefni, Anglesey,
Wales LL77 7XA
Email: This email address is being protected from spambots. You need JavaScript enabled to view it.
Phone: +44 (0) 1248 725400
Additional Information & Additional Services We Provide
We provide technical advice, based on mineral forage analysis and independent blood tests.
Before carrying out any changes to diets and mineral intakes of animals, in particular, the mineral status of the livestock should be known.
If mineral status has not been established, we can arrange independent forage analysis and blood work. In particular we can arrange caeruplasmin copper tests. The most recent work has shown that the ratio of caeruloplasmin activity to plasma copper is likely to identify animals that have a clinical problem and which will respond to copper therapy.
We can put you in touch with an independent agricultural consultant to advise on general farm practices as well as diet formulations.
Welsh Language / Laith Gymraeg
Our boluses are proudly manufactured at our facility in Denbigh, Wales, and we have provided an option to view this website in Welsh. Please be aware, the translation to Welsh is provided by GTranslate. Bimeda cannot verify the accuracy of the translations provided. For accurate product information, please refer only to the English-language data sheets.
click on a link to view a report or trial.
Effects of a Long Acting Trace Mineral Rumen Bolus Upon Range Cow Productivity
Jim E. Sprinkle2, David W. Schafer2, Paul Cunco2, Doug Tolleson2 and R. Mark Enns3, 2The University of Arizona, Tucson, Arizona, 3Colorado State University, Fort Collins, Colorado
Effects of three types of trace element supplementation on the fertility of three commercial dairy herds
D.H. Black, N.P. French, The Veterinary Record, May 22, 2004
The Effect of Cosecure on the conception rate and trace element status of dairy cattle
A.M. Mackenzie, M.M. Moeini and S.B. Telfer, Department of Animal Physiology and Nutrition, University of Leeds
Effect of a Soluble Colbalt, Selenium and Zinc Glass Bolus on Humoral Immune Response and Trace Elements Status in Lambs
N.R. Kendall, A.M. Mackenzie, and S.B. Telfer, Department of Animal Physiology and Nutrition, University of Leeds
Measuring copper status
Telsol
The molecular basis of copper and iron interactions
Paul Sharp, Centre for Nutrition and Food Safety, School of Biomedical and Molecular Sciences, University of Surrey
Role of rumen in copper and thiomolybdate absorption
L. Gould and N.R. Kendall, School of Veterinary Medicine and Science, University of Nottingham
The Responses to Increased Trace Element Inclusion
S.B. Telfer, Department of Animal Physiology and Nutrition, University of Leeds
The effect of a zinc, cobalt and selenium soluble glass bolus on trace element status of extensively grazed sheep over winter
N.R. Kendall1, D.W. Jackson1, A.M. Mackenzie2, D.V. Illingworth1, I.M. Gill3 and S.B. Telfer1
1Centre for Animal Sciences, Leeds Institute of Biotechnology and Agriculture, School of Biology, University of Leeds, 2School of Agriculture, Harper Adams University College, 3Thrums Veterinary Group
Effect of a copper, cobalt and selenium glass bolus given to grazing sheep
N.R. Kendall1, A.M. Mackenzie2, S.B. Telfer3
1School of Human Development, Academic Division of Reproductive Medicine, Queen's Medical Centre, 2Harper Adams Animal Science Research Centre, Harper Adams University College, 3Centre for Animal Sciences, Leeds Institute of Biotechnology and Agriculture, School of Biology, University of Leeds
The Effect of a Zinc, Cobalt and Selenium Soluble Glass Bolus on Trace Element Status and Semen Quality of Ram Lambs
N.R. Kendall, S. McMullen, A. Green, R.G. Rodway, Centre for Animal Sciences, Leeds Institute of Biotechnology and Agriculture, School of Biology, University of Leeds
The Effect of Soluble-glass Boluses Containing Copper, Cobalt and Selenium on the Blood Composition of Ewes
G. Zervas1, S.B. Telfer2, G. Carlos3
1Agricultural College of Athens, Greece, 2Department of Animal Physiology and Nutrition, University of Leeds, 3Central Veterinary Laboratory, New Haw, Weybridge, Surrey
click on a link to view one of the instructions.
Cattle Bolus Applicator Instructions
Sheep Bolus Applicator Instructions
Lamb Bolus Applicator Instructions
Cosecure boluses contain a unique form of rumen-available ionic copper.
Let’s find out a bit more about why this is significant.
The critical difference between Cosecure and other nutritional supplements is that Cosecure supplies rumen-available elements.
The copper in our unique boluses is in the form of ionic copper, which is active in the same pH range as the rumen. This means that the minerals are highly available to the animals in the rumen.
Some boluses supply copper in the form of Copper Oxide. Copper Oxide is active at much lower pH levels, and requires exposure to abomasal acidity before release of the copper.
The cow will ingest molybdenum and sulphur through its diet. Molybdenum and sulphur bind together to form something called Thiomolybdate. Thiomolybdate is very ‘copper-hungry’. It binds with copper in the rumen and when there is no copper left in the rumen, it moves into the bloodstream and binds to the copper-co-dependent enzymes there.
These enzymes are vital for fertility and productivity. When the molybdenum and sulphur combination (thiomolybdate) binds with these copper enzymes in the blood, they are rendered inactive, so fertility and productivity are impaired. Some farmers will know this as ‘copper lock’ or ‘secondary copper deficiency’. We know it as TMT (or thiomolybdate toxicity).
To stop ‘copper lock’ or ‘TMT’ occurring, we need to stop the molybdenum and sulphur combination (thiomolybdate), from moving out of the rumen and into the bloodstream. The only way to do this is to supply enough copper in the rumen to satisfy the thiomolybdate’s ‘copper hunger’.
Because Cosecure’s copper is rumen-available, it is able to do this. It supplies copper in the rumen continuously for up to 6 months, meaning the thiomolybdate doesn’t pass into the blood in search of more copper; it doesn’t bind with the blood’s copper-dependent enzymes and it therefore doesn’t impair fertility and productivity.
Unlike cobalt-oxide boluses, the Cosecure boluses supply ionic cobalt which is rumen-available.
Bacteria in the rumen require cobalt in order to synthesize Vitamin B12. Vitamin B12 is vital for energy utilisation and productivity. The body has no capacity to store cobalt, so Cosecure’s ability to continually supply rumen-available cobalt for up to 6 months is ideal for improving cobalt supply and promoting health in cattle.
Lots of factors! Fertility, immunity, thrive and productivity are extremely complex issues with many causes and it is important to always consult a vet and understand your herd’s nutritional status before using any boluses, medicines or other nutritional products. For more information on the bolus range, contact your vet.
Farmers and vets who use our unique and revolutionary boluses know all about that.
The world’s only soluble-glass boluses, they use a unique delivery technology which supplies trace elements to cattle, sheep and lambs at a controlled and constant rate for several months.
Our COSECURE cattle boluses are the UK’s only licensed POM-VPS bolus and Ireland’s only licensed LM bolus. They supply the same levels of ionic copper, ionic cobalt and selenium to cattle every single day for up to six months.
COSECURE Sheep and Lamb boluses, which deliver the same levels of ionic copper, cobalt and selenium every day for up to eight months in sheep and six months in lambs.
COSEICURE boluses which deliver copper cobalt and selenium for up to 6 months in cattle, up to 8 months in sheep.
Would you believe our unique boluses came about through a unique partnership between Pilkington Glass and Animal Nutrition experts at the University of Leeds? To find out more about our extraordinary history, click here