Example Report For Your Phange
Characteristics
Source Species | Human |
Source Location | Raw Sewage |
Isolation Date | 9/25/2019 |
Isolation Strain | Your Strain |
Plaque Size (mm) | 1.0–1.5 |
Plaque Morphology Clear Plate stock (PFU/ml) | 1.2×1010 |
Electron Microscopy Morphology | Myovirus |
Sequencing
Genome (BP) | 168,502 |
G + C (%) | 43.68% |
ORFs | 275 |
tRNAs | 2 |
Toxin/Virulence Genes | None |
Lysogeny Genes | None |
Antibiotic-Resistance Genes | None |
Closest Relative | NPC |
Genus | T4-like |
Infection Kinetics
Adsorption Constant (mL/min) | 8.92×10-7 |
% Adsorbed (10 min) | 99 |
Latent Period (Min) | 20 |
Burst Size (PFU/cell) | 18.2 |
Formulation
Type | CsCl Purified Phage |
Volume (mL) | 4.3 |
Titer (PFU/mL) | 2.2×10.11 |
Sterility (Aerobic/Anaerobic) | Pass |
Endotoxin Quantification (EU/mL) | 5.6×10.3 |
Last Step
At this last step, we can hand over the final product.
We can deliver:
- Phage(s) or phage cocktails designed to target your bacterial strain(s), formulated in whatever media you request.
- Chemical, manufacturing, and control information to verify the product’s safety, stability, and sterility.
- Quantifiable reports tailored to your project’s requests. (Example above)
Quickly Evolve Phange to Target Resistant Bacteria
Phages are small, but powerful killers of bacteria. This selective pressure may lead bacteria to evolve resistance and escape from phage, similar to antibiotic resistance. If this happens, TAILΦR can discover new phages or employ proprietary technology to evolve new phage that kill resistant bacteria.