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We already had stall-side foal IgG tests, so why are veterinarians talking about a new one?
In this video, we break down a recent Equine Veterinary Journal study evaluating a new lateral-flow IgG assay and digital reader for assessing passive transfer in newborn foals. While horse breeders and veterinarians have been using tools like the SNAP Foal IgG Test for years, researchers wanted to determine whether newer technology could provide more objective, repeatable, and potentially more accurate results when making critical treatment decisions.
We'll start by exploring why passive transfer is so important for every newborn foal and how a lack of adequate antibodies can lead to Failure of Passive Transfer (FPT), one of the most significant health risks facing young foals. Then we'll examine how veterinarians have traditionally tested IgG levels, including laboratory methods, refractometers, and the widely used SNAP Foal IgG Test.
From there, we'll look at what makes this new digital IgG testing system different, how the lateral-flow assay and electronic reader work, and what researchers found when they compared the new technology to laboratory reference methods. Finally, we'll discuss the study's limitations, whether this new test is actually better than SNAP, and what these findings could mean for breeders, veterinarians, and foal health in the future.
If you've ever wondered how veterinarians determine whether a foal received enough colostrum, how passive transfer testing works, whether the SNAP Foal IgG Test is still effective, or if newer diagnostic technology is changing equine medicine, this video is for you.
đź”” Subscribe for more horse health news, equine veterinary research, breeding insights, horse welfare discussions, and evidence-based updates affecting horse owners around the world.
⏱️ Chapters:
00:00 We Already Had Foal IgG Tests—So Why Is This New One Making Headlines?
01:40 Why Passive Transfer Matters for Every Newborn Foal
03:30 How Veterinarians Have Traditionally Tested IgG Levels
04:05 The SNAP Foal IgG Test and Other Stall-Side Options
07:05 What Makes the New Digital IgG Test Different?
#Foals #HorseBreeding #FoalHealth #PassiveTransfer #FailureOfPassiveTransfer #IgGTesting #SNAPFoalIgG #Colostrum #HorseHealth #EquineVeterinarian #EquineMedicine #VeterinaryMedicine #NewbornFoal #HorseCare #HorseBreeder #EquineResearch #FoalingSeason
Sources:
• Equine Veterinary Journal (EVJ)
• British Equine Veterinary Association (BEVA)
This video is for educational purposes and constitutes Fair Use under Section 107 of the US Copyright Act of 1976. Allowance is made for “Fair Use” for purposes of education, research, criticism, comment, and news reporting. This video is fully transformative and created in accordance with YouTube’s Content Reuse Policy under the Content Reuse Act. It includes original narration, commentary, educational context, visual edits, and added value through storytelling and analysis. No content is simply re-uploaded.
#horse
#horses
#horsecare
#horsenews
#equestrian
By thescholarlyequestrian23We already had stall-side foal IgG tests, so why are veterinarians talking about a new one?
In this video, we break down a recent Equine Veterinary Journal study evaluating a new lateral-flow IgG assay and digital reader for assessing passive transfer in newborn foals. While horse breeders and veterinarians have been using tools like the SNAP Foal IgG Test for years, researchers wanted to determine whether newer technology could provide more objective, repeatable, and potentially more accurate results when making critical treatment decisions.
We'll start by exploring why passive transfer is so important for every newborn foal and how a lack of adequate antibodies can lead to Failure of Passive Transfer (FPT), one of the most significant health risks facing young foals. Then we'll examine how veterinarians have traditionally tested IgG levels, including laboratory methods, refractometers, and the widely used SNAP Foal IgG Test.
From there, we'll look at what makes this new digital IgG testing system different, how the lateral-flow assay and electronic reader work, and what researchers found when they compared the new technology to laboratory reference methods. Finally, we'll discuss the study's limitations, whether this new test is actually better than SNAP, and what these findings could mean for breeders, veterinarians, and foal health in the future.
If you've ever wondered how veterinarians determine whether a foal received enough colostrum, how passive transfer testing works, whether the SNAP Foal IgG Test is still effective, or if newer diagnostic technology is changing equine medicine, this video is for you.
đź”” Subscribe for more horse health news, equine veterinary research, breeding insights, horse welfare discussions, and evidence-based updates affecting horse owners around the world.
⏱️ Chapters:
00:00 We Already Had Foal IgG Tests—So Why Is This New One Making Headlines?
01:40 Why Passive Transfer Matters for Every Newborn Foal
03:30 How Veterinarians Have Traditionally Tested IgG Levels
04:05 The SNAP Foal IgG Test and Other Stall-Side Options
07:05 What Makes the New Digital IgG Test Different?
#Foals #HorseBreeding #FoalHealth #PassiveTransfer #FailureOfPassiveTransfer #IgGTesting #SNAPFoalIgG #Colostrum #HorseHealth #EquineVeterinarian #EquineMedicine #VeterinaryMedicine #NewbornFoal #HorseCare #HorseBreeder #EquineResearch #FoalingSeason
Sources:
• Equine Veterinary Journal (EVJ)
• British Equine Veterinary Association (BEVA)
This video is for educational purposes and constitutes Fair Use under Section 107 of the US Copyright Act of 1976. Allowance is made for “Fair Use” for purposes of education, research, criticism, comment, and news reporting. This video is fully transformative and created in accordance with YouTube’s Content Reuse Policy under the Content Reuse Act. It includes original narration, commentary, educational context, visual edits, and added value through storytelling and analysis. No content is simply re-uploaded.
#horse
#horses
#horsecare
#horsenews
#equestrian