Many people believe that a chick’s growth truly begins the moment it hatches and starts eating feed.
In fact, how fast it grows, how efficiently it converts feed into body weight, and how healthy its gut remains throughout its life are all partly determined before the chick even hatches. If we compare a broiler’s life to a marathon, the final few days of incubation, together with the first 10 days after hatch, are more like the starting phase that can determine the outcome of the race. This is a very short period, yet it is far more important than many people realize.
From August 19–21, three days of exhibition came to a successful close.
The HUADE BIOTECH booth stayed lively throughout the show. Cup after cup of tea was served, while visitors picked up our samples, examined them closely, and engaged in in-depth conversations with our team.
We came as promised, and we talked as promised.
Every chair welcomed someone who came with genuine questions, ideas, and interest.
Thank you to everyone who stopped by, took a seat, shared a conversation, and spent time with us.
In recent years, a growing body of research on teleost innate immunity has begun to focus on a critical question:
What determines whether fish are prone to disease is not merely the external environment, but also the fish's own natural defense capacity—i.e., their innate immune competence.
From August 19–21, the 18th VIV Select China – Asia International Intensive Animal Husbandry Exhibition will take place at the Shanghai World Expo Exhibition & Convention Center.
HUADE BIOTECH is ready to welcome you at Hall H1, Booth B1723. The tea is ready, the samples are on display, and we’re looking forward to meeting you.
Some farms maintain rigorous disinfection protocols but still experience fluctuations in flock health, while others with less-than-ideal environmental conditions rarely face major disease outbreaks. So, what makes the difference?
Every VIV exhibition is packed with new technologies and countless products. This year, instead of overwhelming you with technical specifications, we'd rather invite you to sit down for a conversation.
Is disinfection alone enough to control E. coli in poultry houses? Emerging research suggests the answer may be no. Beyond biosecurity and antimicrobial strategies, flock resilience depends on avian β-defensins (AvBDs), microbial homeostasis, and the bird's innate defense system. In this latest HUADE INSIGHTS article, we explore why maintaining a healthy microbiome may be the key to reducing recurrent colibacillosis and improving long-term flock health.
Some animals require multiple rounds of treatment, while others within the same group develop similar respiratory symptoms one after another. Treatment costs continue to rise, yet the disease often seems impossible to eliminate completely.
Respiratory pathogens, antimicrobial resistance, and transportation stress are frequently blamed. While these are all important contributing factors, field observations tell a more complex story. Among cattle transported under the same conditions, exposed to the same environment, some animals remain healthy, while others recover rapidly even after infection.
If pathogens alone determined disease outcomes, why do such differences exist?
