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
![[Exhibition Invitation] New Line Bio-Tech Invites You to the 21st AAAP Animal Science Congress!](/upload/image/20261022/art334_cover.png)
2026-10-22 [Exhibition Invitation] New Line Bio-Tech Invites You to the 21st AAAP Animal Science Congress!
The 21st Animal Science Congress of AAAP (AAAP 2026) will be held from October 28 to 31, 2026 at the National Convention Center in Hanoi, Vietnam. As an official sponsor, New Line Bio-Tech will make a featured appearance at Booth 09, showcasing cutting-edge bacteriophage breakthroughs and sustainable green biocontrol solutions.
2026-10-16 Phage Journal | Why Does Switching to New Corn Trigger Pig Diarrhea? How Bacteriophages Solve the Feed-Transition Dilemma
During autumn harvest, switching swine herds to freshly harvested corn frequently triggers severe diarrhea, malabsorption, and growth stalling. Fresh corn possesses elevated resistant starch, excessive moisture, and active anti-nutritional factors that disrupt digestive physiology, fueling an opportunistic proliferation of toxin-secreting Clostridium perfringens. Lytic bacteriophages offer a precision biocontrol tool to eliminate pathogenic clostridia without antibiotic resistance.
2026-10-15 Acclaimed Honor: Shandong New-Line Biotech Accredited as Provincial SME Innovation R&D Center
The Shandong Federation of Light Industry Enterprises officially announced the 2026 Shandong Provincial Small and Medium Enterprise Innovation R&D Center accreditation list. Shandong New-Line Biotechnology Co., Ltd. was officially accredited as a "Shandong Provincial SME Innovation R&D Center". This recognition highlights New-Line's R&D capabilities, proprietary bacteriophage library exceeding 60,000 pathogen strains, automated fermentation lines, and strong track record in agricultural biological transition.
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.