Sheep Worm ID: NO LARVAL CULTURES. FAST, ACCURATE RESULTS.
When time matters, the revolutionary FECPAK Sheep Worm ID Test delivers rapid, accurate identification of worm genus - helping farmers make informed treatment decisions without delay.
The advanced test - which comes as an instant on farm test or a Test Kit from Farmlands - quickly determines whether treatment is needed for:
- Haemonchus
- Trichostrongylus
- Ostertagia/Teladorsagia
- Cooperia
- Oesophagostomum/Chabertia
No more waiting for larval cultures. Get actionable results fast.
How It Works
The FECPAK Sheep Worm ID Test images a faecal sample and uses egg morphology to identify the genus of worms present. This provides timely, reliable data to guide the best treatment strategy.
By using egg morphology rather than larval cultures, the test:
- Eliminates the need for 10-day larval development.
- Improves reliability by removing variability in larval growth.
- Reduces dependence on parasitologist expertise.
Why Wait 10 Days? There's no need with the FECPAK Sheep ID Test
Traditional larval cultures take up to 10 days, time no one can afford to lose. That’s why smart vet clinics, rural retailers, and large farms are adopting the Micro-I 300 to offer quick, accurate Sheep Worm ID testing.
For farms of all sizes, FECPAK also offers Worm ID testing through its lab service - making this breakthrough affordable and accessible. Pick up a FECPAK Animal Health Multi Test Kit from Farmlands - everything you need is in the kit.
Advantages of the FECPAK Sheep Worm ID Test
- Rapid Results: No waiting for larval cultures - get genus identification in hours, not days.
- Accurate Identification: Pinpoints worm genus for targeted treatment.
- Improved Animal Health: Enables timely drench decisions, reducing production losses.
- Cost-Effective: Affordable testing for farms of all sizes.
- Accessible Technology: Available via vet clinics, rural retailers, and FECPAK lab services.
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Reduced Expertise Dependency: No need for parasitologist interpretation.
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Consistent Reliability: Removes variability caused by larval development.