First peer-reviewed journal article from the Royal Veterinary College's Graduate Diploma in Equine Locomotor Research explores impact of farriery on horse symmetry

A horse equipped with sensors on the points of its hips and withers was one of several tested by farrier research investigators at the UK's Royal Veterinary College. In this study, data was collected on weight-bearing and propulsion when tungsten-tipped "road" nails were added or removed in different feet. One researcher tested the effects on the front feet while the other tested the hind feet. (Photo courtesy of Peter Day)

A peer-reviewed study conducted at Great Britain's Royal Veterinary College (RVC) examines the effect of farriery interventions--in this case, studded tungsten-tipped "road" nails--and demonstrates their impact on horses’ movement symmetry, including weightbearing and propulsion. 

The article, which will be published in the July 2020 edition of the Journal of Equine Veterinary Science and has been posted online, is the first farrier-authored peer-reviewed article based on a study conducted during the RVC's Graduate Diploma in Equine Locomotor Research (Grad Dip ELR) program. All students in the first UK cohort of the RVC program were professional farriers.

How can horse owners restrict weight gain, prevent laminitis during time of inactivity and extended turnout?

New research from Great Britain shows that a pasture management system known as strip grazing can help prevent weight gain in horses this spring. Horse owners are advised to heed warnings about weight gain and laminitis risk if quarantine conditions are reducing exercise and increasing turnout time for inactive horses.

Supporting limb laminitis: Dr. Scott Morrison's case review of Kentucky Derby winner Country House

Red roses show up twice a year: on Valentine's Day, and on the first Saturday in May, Kentucky Derby Day.

But this year, those two rose-filled days collided. On February 14, the world learned that 2019 Kentucky Derby winner Country House will not be returning to the races as a four year old, after all. As it turns out, the Derby was his last race.

The Valentine night announcement had a punchline: His owners revealed that the big chestnut son of Lookin at Lucky has been under treatment for supporting limb laminitis by Scott Morrison, DVM, of Rood & Riddle Equine Hospital in Lexington, Kentucky, since mid-summer. 

Dr. Morrison kindly agreed to share his insight into the management of this horse's six-month facedown with supporting limb laminitis, a medical complication which, according to laminitis overviews of the Grayson-Jockey Club Research Foundation, ends in euthanasia for 50 percent or more of horses afflicted. 

So that is where this story begins.

Evidence-based laminitis research audio file summarizes equine digital pulse and hoof wall temperature data

Have a quick listen to the newest RCVS Knowledge summary of EBVM-related laminitis research.

Worshipful Company of Farriers awards Honorary Fellowship to Professor Renate Weller

Professor Renate Weller received an Honorary Fellowship from Steven Wilson, Master of the Worshipful Company of Farriers, in London last week. A native of Germany, the veterinarian wore her traditional Bavarian coat for this special occasion. Photo Credit: Sam Lane Photography. 

Professor Renate Weller, Drvetmed, PhD, MScVetEd, ACVSMR, FHEA, NTF, ECVSMR, MRCVS,  has received Great Britain's Worshipful Company of Farriers' (WCF) Honorary Fellowship in recognition of her “outstanding contribution to the craft of farriery and the welfare of the horse”.

What's on that hoof knife? Biosecurity for British farriers

What's on your hoof knife?

A new and forward-looking education initiative is helping shine a positive light on the potential role that responsible farriers can play in preventing and containing an equine disease outbreak. Earlier this fall, Great Britain was on high alert when at least 41 locations were affected by cases of highly-contagious equine influenza. Racing was cancelled. Incomes were lost.

But something was gained.