Podcast
Bovine Science with BCI
Hosted by BCI Cattle Chat · EN
Listen to veterinary professionals from the Beef Cattle Institute at Kansas State University talk about a variety of topics within cattle health, nutrition, reproduction, and science. New episodes of Bovine Science with BCI are posted each Monday.
33episodes
Episodes
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Systems Thinking in Beef Production: Solving Problems Beyond the Individual Animal
1w ago00:16:54Tap to summarizeThis discussion explores the concept of systems thinking in beef cattle production and how it expands beyond traditional population medicine approaches. Systems thinking focuses on understanding how multiple interconnected factors—such as nutrition, environment, disease exposure, and management practices—interact over time to influence herd health and productivity. Many cattle health and performance issues develop gradually, often involving delayed cause-and-effect relationships that can span months or even generations. The approach also recognizes that cattle may pass through multiple owners or environments, meaning problems observed in one setting may have originated earlier in the system. Rather than targeting a single cause, systems thinking addresses multifactorial “syndromes” where several influences combine to create outcomes like disease or poor reproduction. Key elements include ensuring proper nutrition, maintaining good environmental conditions, and aligning management decisions—such as breeding timing—with forage availability. The concept emphasizes that yearly outcomes are interconnected, with current management decisions affecting future herd performance. In stocker operations, additional complexity arises from combining cattle from different sources and managing land across multiple production cycles. Practically, systems thinking encourages producers to identify “pinch points” such as water access, cattle arrival stress, and housing conditions. Ultimately, it provides a framework for long-term problem solving, focusing on improving the entire production system rather than reacting only to visible health events.
Transcribe →Deadly Dehydration: How a Simple Gate Closure Led to Mass Cattle Loss
2w ago00:18:41Tap to summarizeThis case study from a bovine science discussion examines a sudden and alarming incident in which 12 cows and 2 calves died within 12 hours of routine pre-weaning processing. Initially, the deaths raised concerns about vaccine reactions, toxic exposure, or handling stress, but the pattern of mortality did not align with typical causes. Adult cows, which only received topical parasite treatment, were more affected than calves that received vaccines, further complicating the diagnosis. A necropsy revealed elevated sodium levels in brain tissue, pointing to water deprivation as the underlying issue. Investigation of the environment uncovered that while a water source existed, access had been unintentionally blocked when a gate was left closed during processing. High temperatures and a dry pond exacerbated the situation, leading to rapid dehydration and neurological symptoms in the cattle. Surviving animals displayed abnormal behavior such as aggression, crowding in shade, and signs of severe dehydration. Recovery efforts required carefully controlled rehydration to prevent additional complications like cerebral edema. The case emphasizes the critical importance of ensuring continuous water access, especially when altering animal environments during handling.
Transcribe →Industry Changes Coming Down The Line
3w ago00:23:31Tap to summarizeIn this episode of BCI Cattle Chat, the hosts explore what the future may hold for the beef industry, discussing trends in cattle size, production inputs, and market prices. They examine the realities of cow-herd expansion and consider how policy decisions could influence cattle production in the years ahead. The conversation also highlights recent research on liver abscesses in feedlot cattle, including how factors such as diet composition, grain processing methods, and days on feed may affect their prevalence and economic impact. Finally, the beef cattle experts weigh the concept of more dual-purpose operations, discussing the balance between beef and milk demand. 4:45 Calculating efficiencies 15:37 Calving cows in confinement 18:50 Beef on dairy and maximizing efficiency For more on BCI Cattle Chat, follow us on X at @ksubci, Facebook, and Instagram at @ksubci. Check out our website, ksubci.org. If you have any comments/questions/topic ideas, please send them to bci@ksu.edu. You can also email us to sign up for our weekly news
Transcribe →After the Abstract: Bovine Leukemia Virus and Beef Cow Performance
May 2200:23:48Tap to summarizeThis episode of After the Abstract on Bovine Science with BCI reviews a 2026 study examining bovine leukemia virus (BLV) in cow-calf herds and its potential effects on reproduction, culling risk, and calf weaning weights. The hosts discuss findings showing that although BLV prevalence was very high in the studied herds, standard ELISA-positive status was not significantly associated with poorer pregnancy rates, increased culling, or lower weaning weights. They also explore proviral load measurements, noting that cows with the highest viral loads had slightly lower pregnancy rates, though the practical impact appeared small. Overall, the discussion emphasizes that BLV testing in otherwise healthy beef herds may have limited value for predicting production outcomes or guiding management decisions. Read Article Here
Transcribe →Diving into Diets: Does More Protein Improve Feedlot Performance
May 1100:20:21Tap to summarizeIn this episode of Diving Into Diets on Bovine Science with BCI, Dr. Brad White and Dr. Philip Lancaster discuss a 2026 study examining whether lower-protein finishing diets can improve performance in long-fed feedlot steers. The researchers compared industry-standard 13.5% crude protein diets to reduced 11.5% crude protein diets over roughly 206 days on feed and found that cattle on the lower-protein diet achieved slightly heavier carcass weights and improved dressing percentages without sacrificing overall growth. The conversation explores how excess dietary protein may increase the animal’s energy costs for nitrogen excretion, potentially reducing efficiency. They also discuss implications for feed costs, nitrogen emissions, and modern feeding strategies that rely heavily on corn byproducts. Read Article Here
Transcribe →Tox Talk: Japanese Yew Toxicity
May 500:18:23Tap to summarizeIn this episode of Tox Talk on Bovine Science with BCI, Dr. Brad White and Dr. Scott Fritz discuss a case where a group of cow-calf pairs was turned out onto pasture, and several adult cows died suddenly while calves remained unaffected, pointing away from infectious disease. With no lesions found on necropsy, the veterinarians focused on toxic causes, especially those affecting cardiac function, oxygen delivery, or neurotransmitters. Clues from rumen contents and a pasture walk led to the discovery of Japanese yew trimmings in a dump pile, a highly toxic plant that causes rapid cardiac death. The case highlights the importance of environmental investigation and recognizing toxic plant risks in grazing systems.
Transcribe →Tox Talk: Lantana Toxicity Case
Apr 2700:17:00Tap to summarizeIn this episode of Tox Talk with BCI, Dr. Brad White and Dr. Scott Fritz walk through a challenging case where 75 cows were turned into a new pasture and left unchecked for two weeks, resulting in 22 deaths. The surviving cattle showed jaundice and severe skin damage linked to secondary photosensitization from liver injury. Through diagnostics and pasture investigation, the cause was identified as Lantana camara toxicity, leading to cholestasis and liver failure. The discussion highlights the importance of pasture evaluation, monitoring, and recognizing toxic plant risks in grazing systems.
Transcribe →After the Abstract: Pregnancy Loss in Crossbred Beef Cows
Apr 1700:24:39Tap to summarizeOn this episode of After the Abstract on Bovine Science with BCI reviews a recent study on pregnancy loss in crossbred beef cows, focusing on factors that influence whether pregnancies are maintained after conception. The vets highlight that estrus expression at the time of artificial insemination, cow body weight, and season all play significant roles, with lighter cows, those not showing estrus, and those bred in the dry season experiencing higher loss rates. They also emphasize that changes in body condition after breeding, especially losing condition, are strongly associated with increased pregnancy loss. Overall, the discussion suggests that nutrition and reproductive physiology are key drivers of pregnancy retention, even more than factors present at the time of breeding. Read Article Here
Transcribe →Diving into Diets: Fertilization vs. Supplementation in Grazing Cattle
Apr 1300:19:21Tap to summarizeIn this episode of Diving into Diets on Bovine Science, Dr.Brad White and Dr. Phillip Lancaster discuss a 17-year study comparing fertilizing pasture versus supplementing cattle on smooth bromegrass and found that supplementation led to higher daily gains and greater gain per acre than either fertilized or unfertilized systems. Fertilization increased carrying capacity but did not improve individual animal performance compared to the control. Importantly, supplementing cattle maintained soil nitrogen levels similar to those in fertilized pastures, likely due to manure recycling, with no long-term effects on forage stands. Overall, the results suggest producers can flexibly choose between fertilization and supplementation based on economics, with supplementation also reducing year-to-year variability in performance. Read Article Here
Transcribe →Tox Talk: Lead Poisoning in Young Calves
Apr 600:19:13Tap to summarizeIn this episode of Tox Talk on Bovine Science, Dr. Brad White and Dr. Scott Fritz discuss a case where multiple two-month-old calves in a dry lot died with minimal clinical signs. Initial differentials included infectious disease, nutritional issues, and ryegrass staggers, but necropsy and testing were largely unrewarding. Ultimately, elevated tissue lead levels confirmed lead poisoning, even though no clear source was identified. The case highlights the importance of considering lead toxicity in young calves with neurologic signs, especially when they have access to areas outside their normal environment.
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