Bacteriophages Nature's Precision Bacterial Predators
Nature's targeted biological predators of prokaryotic pathogens, offering precision bactericidal efficacy without triggering antimicrobial resistance (AMR) or disrupting beneficial microflora.
Why Choose New-Line Bacteriophage Formulations?
Addressing the global antimicrobial resistance crisis with precision biosecurity solutions for commercial farming
Precision Targeted Lysis
Highly specific identification that destroys multidrug-resistant E. coli and Salmonella without disrupting symbiotic commensals.
Zero Residues & Zero Withdrawal
Natural biological entities that co-evolve with bacteria. 100% non-toxic, leaving zero chemical residues in meat, eggs, or seafood.
Multivalent "Cocktail" Formulations
Scientifically blended virulent phage strains covering prevailing field serotypes, completely blocking bacterial mutational escape.
High GI & Thermal Stability
Engineered for gastrointestinal transit with proven resistance to gastric acid, bile salts, and standard feed conditioning heat.
Industrial Bacteriophage Fermentation & Smart Manufacturing
Bacteriophages are nature-derived precision viral predators of bacteria. Leveraging our high-throughput strain screening platform and automated submerged fermentation lines, we build a green biosecurity shield for modern agriculture.
Bacteriophage Nature's Bacterial Predator
Precision biological eradication targeting multidrug-resistant pathogens without chemical residues or withdrawal periods.
Industrial Fermentation Lines
6 automated high-throughput fermentation lines with 500 tons/year technical powder capacity.
Precision Blending Workshops
2 specialized blending lines with 10,000 tons/year total formulation output.
IPRC Collaborative Consortium
Partnering with Jiangsu Academy of Agricultural Sciences & IPRC, hosting >6,000 characterized phages.
Core Formulations & Solutions
Animal Health PhageJian™ (百噬健)
PhageJian™ is a multi-strain synergistic lytic bacteriophage complex formulated to provide comprehensive biocontrol against multidrug-resistant (MDR) enteric and respiratory bacterial infections across poultry and livestock farms.
Animal Health PhageKe™ (百噬克)
PhageKe™ provides specific targeted lytic biological control against Clostridium perfringens, the primary causative pathogen of Necrotic Enteritis (NE), rapidly restoring intestinal mucosa integrity.
Animal Health PhageKang™ (百噬康)
PhageKang™ is specialized for aquaculture biocontrol, precisely targeting Vibrio parahaemolyticus and Vibrio harveyi to prevent Early Mortality Syndrome (EMS/AHPND) in shrimp and marine species.
Animal Health PhageJi™ (百噬吉)
PhageJi™ is a broad-spectrum lytic bacteriophage formulation engineered against multidrug-resistant pathogenic E. coli, effectively preventing avian colibacillosis and swine neonatal scours.
Animal Health PhageTe™ (Waterfowl Edition) (水禽专用百噬特)
PhageTe™ (Waterfowl Edition) is tailored for duck and goose farming, specifically eliminating Salmonella infections such as duck paratyphoid, pullorum, and Salmonella enteritidis.
Feed & Nutrition PhageTe™ Type I (百噬特Ⅰ型)
PhageTe™ Type I is a specific lytic bacteriophage formulation designed to eliminate Salmonella pullorum, Salmonella gallinarum, and Salmonella enteritidis in poultry flocks.
Latest Publications & Global Outreach
2026-09-04 New-Line Bio Co-Authors in Frontiers in Microbiology: Unveiling Novel Endolysin Lys81 Against Clinical Methicillin-Resistant Staphylococcus aureus (MRSA)
In collaboration with clinical medical centers and Nanjing Agricultural University, New-Line Bio co-published breakthrough research in Frontiers in Microbiology on prophage mining in clinical MRSA strains and the discovery of novel endolysin Lys81, demonstrating potent lytic efficacy across multidrug-resistant staphylococcal biofilms.
2026-08-28 Empowering Global Animal Husbandry: Retrospective of VIV Shanghai 2026
Comprehensive review of New-Line Bio's international market outreach and collaborative achievements at VIV Shanghai 2026.
2026-08-28 Will Long-Term Phage Drinking Water Administration Induce Bacterial "Phage Resistance"? Scientific Evidence and Strategic Countermeasures
A primary concern among livestock producers transitioning from antibiotics is whether chronic phage exposure mimics antibiotic resistance. Evolutionary biology demonstrates that bacterial phage-resistance mutations carry severe fitness costs (attenuated virulence, restored antibiotic sensitivity). Furthermore, New-Line Bio’s multi-receptor cocktail design continuously circumvents resistance mechanisms.
Looking for Proven Antimicrobial-Free Solutions?
New-Line Biotech partners with global agricultural integrators and feed mills to formulate farm-specific bacteriophage cocktails and diagnostic monitoring programs.