PetChek™ IPPetChek™ IP

A better way to detect intestinal parasites in dogs and cats

The new IDEXX PetChek™ IP is an innovative, antigen-based faecal test that identifies intestinal parasite infections earlier and more accurately.

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  • Healthy Practices
  • Satisfied Users

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PetChek™ IP

Intestinal parasites can cause serious medical problems for both pets and owners.

These infections are very common in dogs and cats, and spread easily to other pets as well as humans. To make testing for these parasites faster and more reliable, IDEXX has developed an innovative diagnostic kit: PetChek IP.

How does PetChek™ IP work:

PetChek™ IP lets you test dogs and cats for intestinal parasite infections in three simple steps:

  1. The pet owner buys a test kit at the clinic
  2. The owner takes a small stool sample and sends it to IDEXX Reference Laboratories
  3. IDEXX shares the test results directly with your clinic

PetChek™ IP is optimised to fit seamlessly into any veterinary practice’s workflow.

The pet owner simply buys a test kit at their clinic and takes care of everything. During the introduction period in which PetChekTM IP was tested among pet owners, 97% of them reported being very happy with the test.

  • The box comes with simple instructions and a prepaid return package
  • A hygienic, simple-to-use sampling tool is included in the box
  • Only a single small faecal sample is required

PetChek™ IP tests for intestinal parasites

About intestinal parasites

Many dogs and cats will be infected with an intestinal parasite at some point in their lives. Even well-cared-for pets are at risk if they live in a multi-pet household or visit public areas.

  • Prevalence of intestinal parasites will vary between regions
  • Infection risk also depends on the animal’s lifestyle, age and level of care
  • Shelter animals and outdoor pets tend to have higher infection rates
  • Pups and kittens can be infected by their mother during pregnancy or suckling

Limitations of deworming

Regular deworming is an effective form of treatment, but will only protect pets for a short period of time. Despite routine dispensing of this medication, many pets still harbour an infection. This can be due to:

  • Lack of compliance in administering the deworming products
  • Re-infection after de-worming medication wears off
  • Targeting the wrong worm species or stage

Benefits of regular intestinal parasite testing

For prevention programmes to be effective they should include not only regular deworming, but also routine testing. This opens up better treatment options for infected pets and minimises the chance of other pets or owners being infected.

  • The European Scientific Counsel of Companion Animal Parasites (ESCCAP) advocates regular testing in veterinary clinical practice (European Scientific Counsel Companion Animal Parasites. Worm control in cats and dogs. www.esccap.com. Sept 2010.)

Faecal flotation test method

Limitations of current flotation test method

At the moment, faecal flotation is the most commonly used method for detecting intestinal parasites. But faecal flotation suffers from many diagnostic limitations:

Flotation test

Antigen test

Pre-analytic mixing & float-time methods Advanced ELISA technology
Misidentification of pollen and other debris as ova Non-subjective, highly accurate antigen detection
Misidentification of eggs from another species (coprophagy) Accurately identifies adult parasites, not parasite ova
Misses early and single-sex infections due to reliance on egg shedding Identifies infection as soon as the parasite is present
Large sample size, often with multiple-day sampling Requires a single collection of just 10% of floatation sample size (2g.)
Late identification and only of infections with fully grown, ova-shedding parasites Detects prepatent intestinal infections up to 30 days earlier

 

The highly sensitive copro-antigen ELISAs has many significant advantages compared to flotation tests

PetChek™ IP utilises IDEXX’s new highly sensitive protein biomarker technology to accurately detect hookworm, roundworm, whipworm and Giardia infections. Detecting these discrete biomolecules indicates the presence of the specific metabolically active nematode infection as these biomarkers are produced by the worms and not the eggs.

What does PetChek™ IP test for?

Test for four intestinal parasites

The new IDEXX PetChek™ IP faecal test is a quick, easy and effective way to test for the presence of intestinal parasites in pets. It uses the ELISA (enzyme-linked immunosorbent assay) testing protocol developed by IDEXX to assess the presence of infection by detecting antigens from the worm or the Giardia trophozoites. PetChek™ IP tests for:

Roundworm

Roundworm Image

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Hookworm

Hookworm Image

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Whipworm

Whipworm Image

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Giardia

Giardia Image

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PetChek™ IP detects discrete biomolecules that indicate the presence of a specific metabolically active nematode infection. Such biomarkers are produced by the worms, not the eggs. This enables earlier detection and makes the test much more accurate and reliable.

Promoting PetChek™ IP in your clinic.

PetChek™ IP in 40 seconds

If you wish to promote PetChek™ IP in your clinic please share this little animation on your clinic waiting room screens or digital communication channels

PetChek IP is a win for everyone

Healthy homes

Peace of mind for pet owners: knowing if there is a risk of infection to other household pets and to their family members.

Satisfied users

Owners simply collect the sample and drop it in the nearest mailbox. It’s easy and convenient for clients, with no hands-on time required from the clinic.

Healthy practice

Engaging owners in testing increases awareness for good parasite control while increasing the clinic’s diagnostic and treatment revenue.

Order your PetChek™ IP faecal kits today! or contact our support CS-Denmark@idexx.com

PetChek™ IP Video's

Watch Stan Marks B.V.Sc Ph.D answer question regarding a wide range of topics

  • Wellness testing
  • New and traditional feacal testing methods
  • How to handle negative results
  • Testing in healthy animals
  • Discordant results