Cattle Lameness Causes and Prevention: A Herd Health Approach

By Dr. Zubair Khalid, DVM, MS, PhD · 2026-08-14

Key Takeaways

Lameness in beef cattle is a significant economic drain, reducing weight gain, lowering conception rates, and increasing premature culling due to conditions like foot rot (Fusobacterium necrophorum), digital dermatitis (Treponema species), sole ulcers, and white line disease.
Early detection, within 24-48 hours of noticing a limp, is critical for successful treatment, as cattle instinctively hide pain, necessitating regular herd inspection for gait changes, behavioral shifts, and direct foot examination.
Environmental management, focusing on clean, dry standing areas and well-drained lots, is paramount for preventing infectious causes like foot rot, which thrives in wet, muddy conditions.
Nutritional support, particularly adequate biotin, zinc, and copper, is essential for hoof horn quality, while avoiding sudden ration changes mitigates the risk of laminitis, a precursor to sole ulcers and white line disease.
Routine hoof trimming, alongside appropriate facility design and potentially footbaths with solutions like copper sulfate or zinc sulfate, forms a cornerstone of a proactive herd health approach to lameness prevention.
Comprehensive recordkeeping of lameness cases, including animal ID, diagnosis, treatment, and outcome, is vital for identifying recurring patterns, evaluating prevention program effectiveness, and making informed management decisions.

Lameness in cattle is one of the most costly and frustrating health problems a beef producer can face. It reduces weight gain, lowers conception rates, and forces premature culling of animals that should have years of productive life ahead of them. This guide covers the primary causes of lameness in beef cattle, explains how to recognize problems early, and provides a practical prevention program you can implement on your operation regardless of herd size.

This article is written for beef cattle producers, herd managers, and farm employees who want to reduce the incidence of lameness through better management, facility design, and routine hoof care. You will learn how to identify the common causes of lameness, how to treat minor cases on farm, and when you need professional veterinary help.

At a Glance

Lameness costs money: Affected cattle gain slower, breed later, and are more likely to be culled early.
Foot rot is the most common infectious cause: It thrives in wet, muddy conditions and is treatable if caught early.
Hoof trimming matters: Routine trimming prevents overgrowth that leads to sole ulcers and white line disease.
Facilities drive prevention: Clean, dry standing areas and well-drained lots prevent most infectious causes.
Nutrition is hoof health: Biotin, zinc, and copper support hoof horn quality. Avoid sudden ration changes.
Catch problems early: Inspect your herd regularly and treat lame cattle within 24 to 48 hours of noticing a limp.
Record everything: Track lameness cases by animal, cause, and treatment to spot patterns and prevent recurrence.

Understanding Lameness in Beef Cattle

Lameness is not a single disease. It is a clinical sign that something is wrong in the foot, leg, or spine. In beef cattle, the vast majority of lameness cases originate in the foot itself. Understanding the anatomy of the bovine foot and the common conditions that affect it is the first step toward prevention.

The bovine foot has two main toes, each with a claw. Each claw has a hard outer wall, a softer sole, and a heel area. Between the two claws is the interdigital space. The structures inside the claw include the coffin bone, the corium (which produces horn), and the digital cushion. These structures work together to absorb shock and support the animal's weight.

When any part of this system fails, lameness follows. The causes fall into two broad categories: infectious and non-infectious. Infectious causes include foot rot, digital dermatitis, and interdigital dermatitis. Non-infectious causes include sole ulcers, white line disease, hoof cracks, and injuries. Most lameness problems involve both categories working together. For example, poor hoof conformation can create abnormal wear that leads to cracks, and those cracks allow bacteria to enter and cause infection.

The economic impact of lameness is substantial. Research from the Beef Cattle Research Council indicates that lameness is among the top reasons for involuntary culling in beef herds. Affected animals lose weight, have lower conception rates, and may require expensive treatment. In severe cases, the animal is salvaged at a fraction of its potential value. The hidden cost is even larger because lame cattle are often overlooked in extensive grazing systems until the problem is advanced.

The Main Causes of Lameness in Cattle

Foot Rot (Infectious Pododermatitis)

Foot rot is the most common infectious cause of lameness in beef cattle. It is caused by the bacterium Fusobacterium necrophorum, which normally lives in the soil and manure. The bacteria enter through a break in the skin between the claws. Once inside, they cause swelling, infection, and a characteristic foul odor.

Foot rot typically affects one foot, and the animal becomes acutely lame within 24 to 48 hours after infection. The interdigital space becomes swollen and red, and the skin may crack open. The animal will refuse to put weight on the affected foot and may have a fever. If left untreated, the infection can spread to deeper structures, including the joint, which is often fatal.

Wet, muddy conditions are the primary risk factor for foot rot. Cattle standing in mud for extended periods have softened skin that is more easily damaged. The bacteria thrive in warm, wet environments, making late summer and fall the peak season in many regions. Crowded lots and areas around water tanks and feed bunks are common transmission points.

Digital Dermatitis (Hairy Heel Warts)

Digital dermatitis, commonly called hairy heel warts, is a contagious infection caused by a complex of bacteria, primarily Treponema species. It affects the skin just above the heel bulbs, causing painful, red, wart-like lesions. The condition is highly contagious and spreads rapidly through a herd.

Digital dermatitis is more common in dairy cattle but is increasingly diagnosed in beef cattle, especially those housed in confinement or fed in high-moisture conditions. The lesions are intensely painful, and affected cattle often stand with their feet tucked under them. They may be reluctant to walk and spend more time lying down.

The disease spreads through contaminated hoof trimmers, footbaths, and shared standing areas. Cattle that have had digital dermatitis once are prone to recurrence. The infection does not always cause visible lameness, which means affected cattle can serve as silent carriers within the herd.

Sole Ulcers

A sole ulcer is a non-infectious condition that occurs when the corium (the tissue that produces hoof horn) is bruised and damaged. The result is a defect in the sole of the hoof, usually at the junction of the sole and the heel. The ulcer exposes sensitive tissue and causes severe pain.

Sole ulcers are typically caused by poor hoof conformation, overgrown hooves, and hard flooring. Cattle that stand on concrete for long periods are at higher risk. The condition is also linked to laminitis, which is inflammation of the sensitive laminae inside the hoof. Laminitis can be triggered by sudden changes in diet, particularly high-concentrate rations, or by severe illness.

The ulcer may not be visible from the outside until it becomes infected. Cattle with sole ulcers are usually severely lame and may have a swollen foot. Treatment requires trimming the hoof to expose the ulcer, cleaning the area, and applying a protective block to the opposite claw. Healing is slow and may take several weeks.

White Line Disease

White line disease is a separation of the white line, which is the junction between the sole and the hoof wall. This separation allows dirt and bacteria to enter the sensitive structures of the foot, causing infection and abscess formation. The disease is often associated with overgrown hooves, poor hoof quality, and trauma to the hoof wall.

Cattle with white line disease may show lameness that ranges from mild to severe. The affected area may be visible as a dark line or cavity in the hoof. In advanced cases, an abscess forms and the animal becomes acutely lame. Treatment involves trimming away the affected horn, draining any abscess, and protecting the area while it heals.

Hoof Cracks and Injuries

Hoof cracks can occur in the wall of the hoof, either vertically or horizontally. They are often caused by trauma, such as stepping on rocks or uneven surfaces, or by poor hoof quality. Cracks that extend into the sensitive tissue cause pain and can become infected.

Injuries to the foot and leg are also common in beef cattle. These include sprains, fractures, and damage to the tendons and ligaments. Injuries are more common in cattle that are handled roughly, housed in facilities with poor footing, or transported long distances.

Laminitis

Laminitis is inflammation of the sensitive laminae that connect the hoof wall to the coffin bone. It is a painful condition that can be acute or chronic. Acute laminitis causes severe lameness, heat in the hoof, and a characteristic "sawhorse" stance. Chronic laminitis leads to changes in hoof shape and quality, making the animal more susceptible to sole ulcers and white line disease.

Laminitis is most commonly triggered by dietary factors, particularly high levels of rapidly fermentable carbohydrates. It can also occur after severe illness, such as metritis or mastitis, or after calving. The condition is more common in feedlot cattle on high-grain rations but can occur in any beef animal.

Recognizing Lameness Early

Early detection is the single most important factor in treating lameness successfully. A lame cow that is treated within 24 hours has a much better chance of full recovery than one that goes untreated for a week. The challenge is that cattle are prey animals and instinctively hide signs of pain. You must be deliberate about looking for lameness.

The most obvious sign is a change in gait. A lame animal may limp, favor one leg, or refuse to put weight on a foot. You may notice the animal's head bobbing as it walks, which indicates weight shifting away from the painful limb. Cattle with lameness in the front feet often have a shortened stride and may "point" the affected foot when standing.

Look for changes in behavior. Lame cattle often separate from the herd, lie down more than usual, and are reluctant to move when approached. They may spend more time at the feed bunk but eat less. In severe cases, they may go off feed entirely.

Check the feet of any animal that shows signs of lameness. Restrain the animal safely in a chute and examine the foot carefully. Look for swelling, heat, cracks, foreign objects, and foul odors. Compare the affected foot with the opposite foot to identify subtle changes.

Establish a routine for checking your herd. Walk through the herd at least once daily during high-risk periods, such as wet weather or after calving. Pay extra attention to animals in the early stages of lameness, as they are often the ones that can be treated most successfully.

How to Treat Lameness on Farm

Some cases of lameness can be treated on farm with good results. The key is to act quickly and follow a systematic approach. Before you begin, make sure you have the necessary equipment and supplies on hand.

Equipment You Will Need

A well-designed cattle chute or head gate that allows safe access to the feet
Hoof trimmers (nippers and a hoof knife)
A hoof rasp
A wire brush for cleaning the hoof
A hoof testers to identify painful areas
Antibiotics and anti-inflammatory drugs as prescribed by your veterinarian
Hoof blocks, which are wooden or plastic blocks glued to the healthy claw to relieve pressure on the affected claw
A clean, dry area for working on the feet

Treating Foot Rot

Foot rot responds well to early treatment with antibiotics. The most common treatment is an injectable antibiotic such as oxytetracycline, ceftiofur, or tulathromycin. Your veterinarian can recommend the best product for your situation and provide a prescription.

In addition to antibiotics, clean the foot thoroughly. Use a wire brush to remove mud and debris from the interdigital space. Apply a topical antiseptic such as iodine solution or a commercial foot rot spray. Some producers use a footbath of copper sulfate or zinc sulfate for affected animals, but this is more effective for prevention than treatment.

Most cases of foot rot improve within 48 to 72 hours of starting treatment. If the animal does not improve, the problem may be something other than foot rot, such as a foreign body or an abscess. Re-examine the foot carefully.

Treating Abscesses and White Line Disease

Abscesses and white line disease require drainage. This is a job that requires skill and the right equipment. If you are not experienced in hoof trimming, it is better to call a veterinarian or a professional hoof trimmer.

If you choose to treat the animal yourself, follow these steps:

Restrain the animal securely in the chute.
Clean the hoof thoroughly with a wire brush and water.
Use hoof testers to identify the painful area.
Use a hoof knife to pare away the sole or hoof wall over the abscess.
Drain the pus and clean the cavity with an antiseptic solution.
Apply a topical antibiotic and bandage the foot if necessary.
Apply a hoof block to the healthy claw to keep weight off the affected area.

After treatment, keep the animal in a clean, dry area to promote healing. Monitor the foot daily for signs of infection. Most abscesses heal within one to two weeks.

When to Call a Veterinarian

Some situations require professional help. Call your veterinarian if:

The animal is severely lame and cannot bear weight on the affected foot
The foot is swollen to the level of the fetlock or above
You suspect a fracture or joint infection
The animal has a fever or is off feed
You have treated the animal and seen no improvement within 48 hours
The problem is affecting multiple animals in a short period

Your veterinarian can provide a definitive diagnosis, perform surgery if needed, and recommend a treatment plan. In some cases, early veterinary intervention can save an animal that would otherwise be lost.

Preventing Lameness in Beef Cattle

Prevention is always better than treatment. A well-designed prevention program addresses the three main risk factors for lameness: environment, nutrition, and hoof care. By managing these areas, you can significantly reduce the incidence of lameness in your herd.

Facility Design and Environment

The environment cattle live in has a huge impact on hoof health. Wet, muddy conditions soften the hoof horn and make it more susceptible to damage and infection. Cattle standing in mud for extended periods are at high risk for foot rot and other infectious conditions.

Design your facilities to keep cattle as dry and clean as possible. This starts with good drainage. Grade your lots so that water runs away from high-traffic areas. Install gutters and downspouts on buildings to keep rainwater away from feeding areas. Use gravel or other permeable material in high-traffic areas to improve drainage.

Provide adequate space to reduce crowding. Overcrowded lots become muddy faster and increase the risk of injury. The Beef Cattle Research Council recommends a minimum of 500 to 750 square feet per animal in drylot conditions, depending on animal size and soil type.

Pay special attention to areas around water tanks and feed bunks. These are the highest-traffic areas and are most prone to mud. Consider installing concrete pads around water tanks and along feed bunks. Concrete provides a firm, dry surface that is easier to keep clean.

Nutrition for Hoof Health

Nutrition plays a critical role in hoof health. The hoof horn is made of keratin, a protein that requires adequate nutrition to form properly. Deficiencies in certain minerals and vitamins can lead to poor hoof quality and increased susceptibility to lameness.

Biotin is a B vitamin that is important for hoof horn quality. Research has shown that supplementing biotin at 20 milligrams per head per day can improve hoof hardness and reduce the incidence of hoof lesions. Biotin supplementation takes several months to show results because it takes time for new hoof horn to grow.

Zinc and copper are trace minerals that support hoof health. Zinc is involved in keratin formation and wound healing. Copper is important for collagen formation and immune function. Work with your veterinarian or a nutritionist to ensure your mineral program provides adequate levels of these nutrients.

Avoid sudden changes in diet. Rapid changes in ration, particularly increases in grain, can trigger laminitis. Introduce new feeds gradually over a period of 7 to 10 days. Provide a consistent feeding schedule to minimize stress.

Hoof Trimming and Routine Care

Regular hoof trimming is an essential part of lameness prevention. Overgrown hooves are more prone to cracks, sole ulcers, and white line disease. Trimming restores the hoof to its proper shape and allows for even weight distribution.

The frequency of trimming depends on the animal and the environment. Cattle on soft pasture may need trimming only once a year. Cattle on hard surfaces or in confinement may need trimming every 4 to 6 months. Examine the hooves of your cattle when they are in the chute for other procedures and trim as needed.

If you are not experienced in hoof trimming, consider hiring a professional. A skilled hoof trimmer can identify problems early and correct hoof conformation issues before they become serious. Many producers schedule trimming at the same time as other herd health procedures, such as vaccination or pregnancy checking.

Footbaths for Prevention

Footbaths can be an effective tool for preventing infectious lameness, particularly in confinement operations. A footbath is a shallow pan or trench filled with a disinfectant solution that cattle walk through. The solution helps clean the feet and kill bacteria that cause foot rot and digital dermatitis.

Common footbath solutions include copper sulfate, zinc sulfate, and formalin. Copper sulfate at 5 to 10 percent concentration is effective against foot rot. Zinc sulfate at 10 to 20 percent is effective against digital dermatitis. Formalin at 3 to 5 percent is also effective but requires careful handling because it is a carcinogen.

Place the footbath in a location where cattle must walk through it, such as the exit from the milking parlor or at the entrance to the feed bunk. The footbath should be deep enough to cover the hooves, about 4 to 6 inches. Change the solution regularly, as it becomes contaminated with manure and loses effectiveness.

Footbaths are not a substitute for good sanitation. They work best when combined with clean, dry environments and good hoof care.

Common Mistakes in Lameness Management

Even well-intentioned producers make mistakes in lameness management. Recognizing these common errors can help you avoid them.

Waiting Too Long to Treat

The most common mistake is waiting to see if a lame animal improves on its own. Lameness rarely resolves without treatment. The longer you wait, the more damage occurs and the harder the animal is to treat. Make it a rule to examine any lame animal within 24 hours of noticing the problem.

Treating Without a Diagnosis

Treating a lame animal without knowing the cause is a recipe for failure. Foot rot requires antibiotics. An abscess requires drainage. A fracture requires immobilization. If you treat the wrong condition, you waste time and money and the animal suffers longer. Take the time to examine the foot and make a diagnosis before treating.

Poor Restraint

Working on cattle feet requires proper restraint. If the animal is not securely restrained, you cannot examine or treat the foot safely. This puts both you and the animal at risk. Invest in a good chute and learn how to use it properly.

Ignoring the Environment

Treating lame cattle while leaving them in the same muddy, wet environment that caused the problem is counterproductive. Animals cannot heal in conditions that continue to damage their feet. Move treated animals to a clean, dry area until they recover.

Neglecting Records

If you do not record lameness cases, you cannot identify patterns or measure the effectiveness of your prevention program. Keep simple records of each case, including the animal identification, date, diagnosis, treatment, and outcome. Review these records regularly to spot trends.

Monitoring and Recordkeeping

A good recordkeeping system is essential for managing lameness in your herd. Records help you identify problem animals, track treatment outcomes, and evaluate the effectiveness of your prevention program.

At minimum, record the following information for each lameness case:

Animal identification (ear tag number or other unique identifier)
Date the lameness was first noticed
Diagnosis (if known)
Treatment administered
Response to treatment
Final outcome (recovered, culled, died)

Use a simple spreadsheet or a paper logbook. The key is consistency. Record every case, not just the severe ones. This gives you a complete picture of the lameness problem in your herd.

Review your records quarterly. Look for patterns. Are lameness cases clustered in a particular season? Are certain animals affected repeatedly? Are certain treatment protocols working better than others? Use this information to adjust your prevention program.

Track your lameness rate over time. The Beef Cattle Research Council suggests that a lameness rate of less than 5 percent per year is achievable in most beef herds. If your rate is higher, investigate the causes and take corrective action.

The Role of Genetics in Lameness

Genetics play a role in lameness susceptibility. Some cattle have better hoof conformation than others, making them less prone to hoof problems. Structural traits such as foot angle, claw set, and leg posture are moderately heritable.

When selecting breeding stock, evaluate feet and legs. Look for cattle with good hoof shape, proper foot angle, and strong pasterns. Avoid cattle with a history of lameness or poor hoof conformation. Many breed associations include foot and leg scores in their expected progeny differences (EPDs), which can help you select for improved hoof health.

Cattle with poor hoof conformation should be culled, even if they are otherwise productive. They will produce offspring with similar problems and will likely become lame themselves in the future. Culling these animals improves the overall hoof health of your herd.

Managing Lameness in Specific Production Systems

Cow-Calf Operations

Lameness in cow-calf operations is often related to environmental conditions and calving. Cows that calve in wet, muddy conditions are at higher risk for foot problems. The stress of calving can also trigger laminitis in susceptible animals.

Focus on providing clean, dry calving areas. Move cows to a well-drained pasture or a clean drylot before calving. Provide adequate bedding in calving pens. Monitor cows closely after calving for signs of lameness.

Bulls are another concern in cow-calf operations. Bulls that become lame during the breeding season may not breed cows effectively, leading to open cows and a reduced calf crop. Check bulls for lameness before turning them out and monitor them during the breeding season.

Stocker and Backgrounding Operations

Stocker and backgrounding operations often receive cattle from multiple sources. These cattle may have pre-existing hoof problems or poor hoof conformation. The stress of transport and adaptation to a new environment can also trigger lameness.

Quarantine new arrivals for at least 30 days. Examine their feet and treat any problems before mixing them with the rest of the herd. Provide a clean, dry environment and a gradual adaptation to the new ration.

Feedlot Operations

Feedlot cattle are at high risk for laminitis due to high-grain rations. They are also at risk for foot rot and other infectious conditions due to the crowded, wet conditions common in feedlots.

Work with your nutritionist to formulate rations that minimize the risk of laminitis. Introduce grain gradually and use feed additives that help stabilize rumen pH. Provide adequate bunk space to reduce competition and sorting.

Monitor feedlot cattle closely for lameness. Check pens daily and remove lame animals promptly for treatment. Use footbaths strategically during high-risk periods.

Seasonal Considerations for Lameness Prevention

Lameness risk varies by season. Understanding these seasonal patterns helps you target your prevention efforts.

Spring

Spring is a high-risk time for lameness in many regions. Melting snow and spring rains create muddy conditions that soften hooves and promote bacterial growth. Cows are also calving, which adds stress and increases the risk of metabolic problems.

Focus on drainage and mud management in the spring. Move cattle to well-drained pastures as soon as conditions allow. Provide dry bedding areas for calving cows.

Summer

Summer heat and dry conditions can cause hoof horn to become brittle and prone to cracking. Cattle may also spend more time standing in water to cool off, which can soften the hooves.

Provide shade and adequate water to reduce heat stress. Monitor cattle for hoof cracks and treat them early.

Fall

Fall is the peak season for foot rot in many regions. Warm, wet conditions create ideal conditions for bacterial growth. Cattle are also being weaned and moved, which adds stress.

Be extra vigilant for lameness in the fall. Check cattle frequently and treat any problems promptly.

Winter

Winter brings cold temperatures and frozen ground. Frozen ground can be hard on hooves and increase the risk of injury. Ice can also cause cattle to slip and fall.

Provide good footing in high-traffic areas. Use sand or gravel on icy areas. Ensure cattle have a dry, comfortable place to lie down.

Building a Lameness Prevention Plan

A lameness prevention plan is a written document that outlines your approach to preventing and managing lameness in your herd. It should be specific to your operation and reviewed and updated annually.

Your plan should include:

Goals: What lameness rate are you trying to achieve? What is your target for treatment success?
Prevention strategies: What are you doing to prevent lameness in each of the three risk areas (environment, nutrition, hoof care)?
Detection protocol: How are you monitoring for lameness? Who is responsible for checking the herd?
Treatment protocol: What is your approach to treating lame cattle? When do you treat on farm and when do you call the veterinarian?
Recordkeeping system: What records are you keeping and who is responsible for maintaining them?
Review process: When and how will you review your plan and make adjustments?

Share your plan with all employees and family members involved in the operation. Make sure everyone understands their role in preventing lameness.

When to Call a Veterinarian or Extension Agent

You do not have to manage lameness alone. Your veterinarian and local extension agent are valuable resources for prevention and treatment.

Call your veterinarian for:

Severe lameness that does not respond to treatment within 48 hours
Lameness affecting multiple animals in a short period
Suspected fractures or joint infections
Surgical procedures such as hoof amputation
Advice on treatment protocols and antibiotic selection

Call your extension agent for:

Help with facility design and drainage
Information on nutrition and mineral supplementation
Help with recordkeeping systems
Educational materials and workshops on hoof health

Building a good relationship with your veterinarian and extension agent before you have a problem is the best approach. They can help you develop a prevention plan and are more available when they know you and your operation.

Frequently Asked Questions

How can I tell if my cow is lame or just sore?

A lame cow will consistently favor a limb, showing a limp or refusing to put weight on the foot. She may also lie down more than usual, separate from the herd, and be reluctant to move. A cow that is just sore from a long walk or rough handling will usually improve within a few hours. If the lameness persists for more than 12 hours, examine the foot and treat accordingly.

What is the difference between foot rot and an abscess?

Foot rot is an infection of the skin between the claws, caused by bacteria entering through a break in the skin. It causes swelling and a foul odor but does not involve the hoof itself. An abscess is a pocket of pus that forms inside the hoof, usually at the sole or white line. It is caused by trauma or a foreign object penetrating the hoof. An abscess requires drainage, while foot rot is treated with antibiotics.

Can lameness in cattle be cured?

Most cases of lameness can be cured with prompt and appropriate treatment. Foot rot responds well to antibiotics. Abscesses heal after drainage. Sole ulcers and white line disease can be managed with hoof trimming and protective blocks. The key is early detection and treatment. Advanced cases, particularly those involving joint infections or fractures, may not be curable and may require culling.

How long does it take for a cow to recover from foot rot?

Most cows with foot rot show significant improvement within 48 to 72 hours of starting antibiotic treatment. Full recovery typically takes 7 to 10 days. The cow should be kept in a clean, dry area during recovery. If there is no improvement within 72 hours, re-examine the foot and consider other causes of lameness.

Should I trim my own cattle's hooves or hire a professional?

This depends on your experience and equipment. Hoof trimming requires skill and the right tools. Improper trimming can cause more harm than good. If you have experience and good equipment, trimming your own cattle can save money. If you are not confident in your abilities, hire a professional. Many producers schedule professional trimming for animals that need it and handle minor maintenance themselves.

What is the best footbath solution for cattle?

Copper sulfate at 5 to 10 percent concentration is effective against foot rot. Zinc sulfate at 10 to 20 percent is effective against digital dermatitis. Formalin at 3 to 5 percent is also effective but requires careful handling. Choose the solution based on the specific problem you are trying to prevent. Change the solution regularly, as it loses effectiveness when contaminated with manure.

How often should I check my cattle for lameness?

Check your cattle for lameness at least once daily during high-risk periods, such as wet weather, calving season, and after transport. During low-risk periods, check them several times per week. The more often you check, the earlier you catch problems and the better the treatment outcomes.

Can lameness be prevented through genetics?

Genetics play a role in lameness susceptibility. Cattle with good hoof conformation are less prone to hoof problems. When selecting breeding stock, evaluate feet and legs and avoid animals with poor conformation. Some breed associations offer foot and leg EPDs that can help you select for improved hoof health.

Related Farming Guides

This section will be populated with links to related guides on cattle health, herd management, and facility design.

Related Clinical & Scientific Guides

References

Beef Cattle Research Council: https://www.beefresearch.ca/
USDA APHIS Cattle Health: https://www.aphis.usda.gov/livestock-poultry-disease/cattle
WOAH Terrestrial Animal Health Code: https://www.woah.org/en/what-we-do/standards/codes-and-manuals/terrestrial-code-online-access/
FAO Animal Production and Health: https://www.fao.org/animal-production/en/
WOAH (World Organisation for Animal Health): https://www.woah.org/en/home/

This article is educational and is not a substitute for veterinary diagnosis, treatment, public-health guidance, or regulatory reporting.