Lutalyse [100 mL] (20 Doses)

For synchronization of estrus in cattle to reduce labor costs and increase efficiency in reproductive programs. The most used prostaglandin product in the United States, Lutalyse is entirely natural. Lutalyse is indicated for estrus synchronization, treatment of unobserved (silent) heats and post-partum treatment of pyometra (chronic endometritis or infection of the uterus) in cattle. The only prostaglandin approved to be used with EAZI-Breed CIDR cattle inserts in dairy heifers and cows.

For estrus synchronization, administer 5 ml intramuscularly either once or twice at 10 to 12 days intervals. For treatment of unobserved (silent) heats inject a 5 ml dose intramuscularly. If estrus has not been observed by 80 hours post injection, breed at 80 hours. If cow returns to estrus, breed at usual time. For treatment of pyometra (uterine infection) post-partum inject a dose of 5 ml intramuscularly.

An entirely natural prostaglandin, Lutalyse can be used with Factrel for estrous synchronization. A synchronized breeding program can:

Improve pregnancy rates
Reduce time necessary for heat detection
Make more efficient use of labor
Reduce cull rates

Dosage: For estrus synchronization, inject 5 mL LUTALYSE intramuscularly (IM) either once or twice at 10- to 12-day intervals. No meat or milk withdrawal.

Lutalyse [100 mL] (20 Doses) Highlights:

• SKU: 17267
• Manufacturer: Zoetis
• Available in 30 mL (6 dose) and 100 mL (20 dose).
• Do not use in horses intended for human consumption.
• No milk discard or slaughter withdrawal when used correctly in cattle.
• No slaughter withdrawal period is required for labeled uses in swine.
• If this product is used in excess of the approved dose may result in drug residues.
• Lutalyse is the most widely used and most researched prostaglandin in the world.
• An entirely natural product means you can use it with the knowledge that it is safe and has no milk or meat withdrawal.
• When used as a part of a synchronization program, you can improve pregnancy rates, reduce time necessary for heat detection and minimize labor.