Technical article
Clostridium butyricum colonizes the intestinal tract of aquatic animals, inhabits harmful bacteria, promote growth, increasing immunity, anti - stress, etc.
Clostridium butyricum colonizes the intestinal tract of aquatic animals, inhabits harmful bacteria, promote growth, increasing immunity, anti - stress, etc.
why Clostridium Butyricum is so special, the best way to explain is to make a comparison with other common probiotic strains widely used in animal farming. Every probiotic strain have common functions, such as improving digestion or inhibiting harmful bacteria, but their biological features can be so different, the key to probiotic studies and applications is using their unique feature to achieve different purposes. Lactobacillus is the most used probiotic strain for a long history, its amphimicrobe, main action point is in mid-gut, doesn’t have spore and can’t stand heat, so the main problem of lactobacillus applications is the stability, it relies on coating production technology to be stable, require cold-chain transportation and storage, which means you have to put your yogurt in the fridge, otherwise it will lose beneficial effects.
why Clostridium Butyricum is so special, the best way to explain is to make a comparison with other common probiotic strains widely used in animal farming. Every probiotic strain have common functions, such as improving digestion or inhibiting harmful bacteria, but their biological features can be so different, the key to probiotic studies and applications is using their unique feature to achieve different purposes. Lactobacillus is the most used probiotic strain for a long history, its amphimicrobe, main action point is in mid-gut, doesn’t have spore and can’t stand heat, so the main problem of lactobacillus applications is the stability, it relies on coating production technology to be stable, require cold-chain transportation and storage, which means you have to put your yogurt in the fridge, otherwise it will lose beneficial effects.
Physiological Characteristics of Piglets: Mouth: physical digestion (teeth) Chemical digestion (salivary glands) Stomach: physical digestion (peristalsis) Chemical digestion (pepsin) Small bowel: Chemical digestion (pancreatic mucosal secretase) Colon: Microbial digestion (volatile fatty acids)
Physiological Characteristics of Piglets: Mouth: physical digestion (teeth) Chemical digestion (salivary glands) Stomach: physical digestion (peristalsis) Chemical digestion (pepsin) Small bowel: Chemical digestion (pancreatic mucosal secretase) Colon: Microbial digestion (volatile fatty acids)