Product
RESPEP-MAX
Pure biological surfactant protein that relieves all types of respiratory problems in animals.
Main Components
Surfactant protein A/B/C/D
Appearance
White to yellowish water soluble powder
Package
25kg drum or 1 kg bag
Storage
in cool and dry place
Shelf Life
24 month
Dosage
Apply into drinking water: 100-150g/ton water, last for 4-7 days for treatment (in general condition, obvious result can be seen within 30 hours). 30-50g/ton water for constant usage (prevention purpose).
RESPEP-MAX is a pure biological surfactant protein that relieves all types of respiratory problems. It reduces alveolar surface tension, prevents lung collapse, and enhances macrophage function against pathogens. Clinically shown to reduce antibiotic use by 50-70% while achieving better results.
Biological Lung Support for All Species
Characteristics
Release symptoms of respiratory infection Reduce the alveolar gas-liquid surface tension and prevent lung collapse. Ensure that the alveoli maintain a certain volume at the end of exhalation without atrophy. If the surface tension increases, negative pressure will be generated around the capillaries, resulting in the accumulation of alveolar effusion. Thus, RESPEP-MAX maintain lung compliance well. Combined with the huge membrane network formed by alveolar epithelial surfactant, it can optimize the distribution of proteins and protect the huge respiratory surface from potential pathogens. Participate in the defensive function Participate in the defensive function, enhance the chemotaxis of macrophages to inflammatory sites, and make bacteria and other pathogenic bacteria easier to be swallowed. RESPEP-MAX can combine with LPS, lead to pathogen aggregation and improve the effect of macrophages. It can directly dissolve and kill pathogenic bacteria such as Haemophilus influenzae, Pseudomonas aeruginosa, Escherichia coli, Streptococcus pneumoniae, can reduce 50-70% treatment antibiotics while achieving better result. To maintain the stability of small airway To maintain the stability of small airway, phospholipids and proteins are also required at the end of capillary bronchus connected with alveoli to reduce surface tension, prevent small airway atrophy and gas retention, maintain the smoothness and stability of small airway, increase the movement and transportation of bronchial mucociliary system, and contribute to the smooth discharge of secretions
Highlights
1Relieves respiratory infection symptoms quickly
2Reduces alveolar surface tension and prevents lung collapse
3Enhances macrophage chemotaxis to fight pathogens
4Directly kills Streptococcus pneumoniae, E. coli, and other bacteria
5Reduces antibiotic use by 50-70% with better outcomes
6Maintains small airway stability and lung compliance
Gallery
