EAZI Breed Cidr

Eazi-Breed CIDR (Progesterone) Cattle breeding is more successful with the Eazi-Breed CIDR Cattle Insert (progesterone). It improves the timing and efficiency of beef cow and heifer breeding programs when using Lutalyse. The Eazi-Breed CIDR Insert provides precise control of the estrous cycle, allowing more cattle to be bred in less time. The Eazi-Breed CIDR Insert is indicated for controlling the estrous cycle and ovulation in beef heifers and cows for: artificial insemination, easier estrous detection, planned natural mating, embryo collection and transfer programs, and treating anestrus. Eazi-Breed CIDR Cattle Inserts are administered intravaginally, one per animal, in beef cows and heifers.

The Eazi-Breed CIDR Insert releases progesterone during the seven-day treatment period. To assure satisfactory synchronization, an injection of Lutalyse must be given to all cattle one day before insert removal. Removal of the insert on treatment day seven results in a drop in plasma progesterone, triggering estrus within three days. (Lutalyse is a prescription drug. Do not administer Lutalyse in pregnant animals unless cessation of pregnancy is desired. Improve the effectiveness of reproduction programs by tightening estrus synchronization so groups of cows and heifers come into heat and can be bred in a narrow window. Groups of cows also can be synchronized to return to estrus after insemination for potential rebreeding in a desired time frame. LUTALYSE Sterile Solution (dinoprost tromethamine) is the only prostaglandin product on the market approved for concurrent use with Eazi-Breed CIDR in synchronization protocols of lactating beef cows.

EAZI-BREED CIDR (10 Count) Highlights:

• Manufacturer: Zoetis
• Accurate breeding and calving dates
• Easier and more accurate heat detection
• Improved efficiencies in labor management
• Heifers freshening at a younger and more consistent age
• More cows and heifers become pregnant earlier, resulting in higher pregnancy rates
• More focused heat detection and easier AI breeding within a narrower window of time