Q: What makes rumen-protected (bypass) protein in ProtinC more effective than regular dietary protein for dairy cattle?
In a ruminant's digestive system, conventional dietary protein whether from feed, concentrates, or standard supplement sources is subjected to extensive microbial fermentation and degradation in the rumen before reaching the small intestine. Up to 80% of crude dietary protein may be broken down into ammonia in the rumen, and while rumen microorganisms synthesise their own microbial protein, this provides amino acids in quantities and proportions that frequently fall short of the high-producing dairy cow's metabolic requirements particularly for the essential amino acids Lysine and Methionine that are most limiting for milk protein synthesis. Rumen Protected Protein in ProtinC has been encapsulated or chemically protected to resist rumen microbial degradation, bypassing the rumen and reaching the abomasum and small intestine where it is digested and absorbed as a complete, high-value amino acid profile. This bypass delivery dramatically improves the metabolisable protein supply available for milk protein synthesis, immune protein production, and body tissue maintenance providing nutritional support that conventional dietary protein cannot reliably deliver to high-producing animals with large rumen fermentation capacity.
Q: How does Propylene Glycol in ProtinC prevent ketosis and why is ketosis such a significant problem in high-producing dairy cattle?
Ketosis is one of the most prevalent and economically devastating metabolic diseases in high-producing dairy cattle estimated to affect 30 to 50% of dairy cows in high-producing Indian herds at the subclinical level during the first 2 weeks of lactation. It occurs because the sudden onset of peak milk production creates an energy demand that outpaces feed intake capacity, forcing excessive body fat mobilisation. The liver is overwhelmed by the volume of fatty acids arriving from fat mobilisation and diverts them to ketone body production rather than complete oxidation resulting in blood, urine, and milk ketone accumulation that causes reduced appetite, declining milk production, reproductive failure, increased mastitis susceptibility, and displacement of the abomasum. Propylene Glycol is absorbed from the forestomachs and small intestine and converted directly to glucose in the liver through gluconeogenesis providing an immediate, dose-dependent blood glucose boost that reduces the metabolic signal driving fat mobilisation, suppresses ketone body production, and supports hepatic metabolic function. Clinical trials consistently demonstrate 40 to 60% reductions in ketosis incidence with periparturient Propylene Glycol supplementation at the doses used in ProtinC
Q: How long should ProtinC be supplemented in transition dairy cows for maximum benefit?
For periparturient transition cow management the primary and most clinically important application of ProtinC veterinary nutritionists and dairy scientists recommend initiating supplementation approximately 2 to 4 weeks before expected calving (the close-up dry period) and continuing through the first 4 to 8 weeks of lactation (the early lactation period). This supplementation window covers the entire transition period during which the animal is most nutritionally vulnerable the pre-calving period of feed intake decline, the periparturient calcium drain of colostrum and milk production onset, the early lactation negative energy balance driving ketosis risk, and the establishment of peak milk production. For animals with established subclinical ketosis or borderline blood calcium identified through BHBA testing or clinical observation your veterinarian may recommend a more intensive supplementation protocol with higher doses or more frequent administration throughout the affected period. For routine herd-level preventive supplementation, year-round twice-daily administration to all transition animals entering the close-up dry cow group is the most comprehensive management approach.
Q: Can ProtinC be used in goats and sheep as well as large animals?
Yes ProtinC is specifically indicated and dosed for goats and sheep in addition to cattle, buffaloes, horses, calves, and heifers. Small ruminants benefit from all four active components of ProtinC for the same fundamental metabolic and nutritional reasons as large ruminants bypass protein for milk production support in dairy goats and sheep, Propylene Glycol for prevention of pregnancy toxaemia (the small ruminant equivalent of ketosis that is particularly common and severe in late-pregnant ewes and does carrying multiple foetuses), Biotin for hoof health in sheep and goats prone to foot rot and foot scald, and micronised Calcium and Phosphorus for musculoskeletal health and milk production support. The dose for goats and sheep is appropriately lower at 10 to 20ml twice daily scaled to the significantly smaller body mass of small ruminants compared to large dairy animals.
Q: How can veterinary clinics and dairy farm operators procure Hester ProtinC through Animeal?
Registered veterinary practitioners, veterinary clinics, dairy farm operators, and authorised livestock health product distributors can enquire about and procure Hester ProtinC in their preferred pack size through Animeal's dedicated veterinary pharmaceutical and nutritional supplement enquiry channel. Please use the Enquire Now button on this product page or contact our veterinary team directly via WhatsApp or phone with your practice registration or farm operator details. Our team will respond promptly with product availability