Product Parameters
Name: Monobutyrin(also name Glycerol Monobutyrate or GMB)
CAS RN: 557-25-5
Formula: C7H14O4
FW: 162.18
Boiling Pt:208.462℃
Type: water soluble and water insoluble for option
Content:≥45%, 50% for option
Features
♦ Combined in covalent bond,butyric acid and glycerol are stable at PH1-7 and 230℃.
♦ Naturally passing through stomach. Directly absorbed by intestinal epithelial cell.
♦ Good water solubility,convenient addition in drinking water.
♦ PH independent,working throughout the digestive tract.
Functional Mechanisms
Hematopoiesis
Promote angiogenesis
Monobutyrin is the key regulatory factor of angiogenesis during normal tissue and cell development. (reported in the international heavyweight
journal "Cell" in 2014), it plays an important role in the growth and development of tissues and repair after injury. After being directly absorbed
by the intestinal epithelium, glycerol monobutyrate will improve the intestinal villi microvascular damage caused by weaning stress and promote the growth of villi and the intestinal health of piglets by means of regulating the formation of intestinal microvascular.
Promote hemoglobin synthesis
Butyric acid promotes hemoglobin synthesis, increases the number of red blood cells in the blood, and enhances active oxygen-carrying capacity,
thereby strengthening endogenous life support systems. Sufficient blood and Qi lead to a vigorous spirit, it is shown as red fur, increasing survival
rate and evenness in animals.
Emulsification
Glycerol monobutyrate is a non-ionic surfactant with a lipophilic alkyl group and hydrophilic hydroxyl group, which can be used as w/o emulsifier or
o/w emulsifier with good emulsification stability. It can emulsify lipids (fatty acids, fat-soluble products, such as pigments and fat-soluble vitamins)
with bile salts, and promote the digestion and absorption of lipids by animals, especially young livestock and poultry, so as to improve the utilization
rate of lipids.
Bacteriostasis
Monobutyrin has molecular polarity, which can effectively penetrate the hydrophilic cell membrane of some major pathogens, invade bacterial
cells, and then kill harmful bacteria. It can effectively inhibit the propagation of Escherichia coli, Vibrio, Aeromonas, Salmonella, Staphylococcus
aureus, Clostridium perfringens, and other harmful bacteria. For the pathogenic bacteria, which mainly colonized the hindgut and cecum (such
as Salmonella and Clostridium perfringens), the antibacterial effect was significantly better than sodium butyrate.
Usage& Dosage