InCREDible confidence and convenience with Credelio!
The Credelio family are the only monthly chewables that provide fast and persistent protection against ticks and fleas in small, tasty treatments, for both dogs and cats.
- FAST
relief from ticks and fleas: quickest initial knockdown in the isoxazoline class*
- PERSISTENT
protection all month: no flea breakthrough1–4
- SMALL
but mighty: Extra purification = tiny tablets5
About Credelio Products
- Credelio for cats is a fast-acting chewable, which provides persistent month-long protection against ticks and fleas. It is a tiny, tasty treatment that is easy to give.
- Credelio Dog takes care of ticks and fleas quickly and lasts a full month, allowing pets and families to live the lifestyle they want, without disruptions from parasites.
- Credelio Plus for dogs provides the same fast-acting persistent protection against ticks and fleas, PLUS additional worm control and demodex mite cover.
The Elanco portfolio
Elanco offers a parasite treatment for every lifestyle with the option of tablets, collars or spot-ons. Practices can now match the most convenient solutions to best suit your clients and their pets.
Pets and owners have different habits and lifestyles, which affects their preferences for parasite products. Partner with Elanco to offer your clients a complete range of trusted solutions (and support) for every lifestyle.
The Credelio Family of Products
Credelio for Cats
Find out more about treating ticks and fleas with stress-free ease with Credelio™.
Credelio Plus
Find out more about Credelio™ Plus broad spectrum parasiticide tablets for dogs.
*Refers to speed of kill of ticks and fleas on the animal prior to administration when compared to other UK licensed products in the isoxazoline class for dogs and cats.
- Cavalleri et al. Parasites & Vectors. 2018;11:413.
- Cavalleri et al. Parasites & Vectors. 2018;11:408.
- Cavalleri, D. et al. Parasites & Vectors. 2017;10:529.
- Murphy M, et al. Parasites & Vectors. 2017;10:541.
- Toutain C, Seewald W, Jung M. Parasites & Vectors. 2017;10:522