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America's fourth largest city is a great place to live, work and play. Find out why.
Get to Know Houston
America's fourth largest city is a great place to live, work and play. Find out why.
Get to Know Houston
Give us the problematic bacterium or have us isolate it from the sample you provide.
We will screen our well-characterized library of therapeutic phages that kill many pathogenic species of bacteria.
If we don’t have the phage, we will ask Mother Nature for help. In this phase, we search environmental reservoirs (soil, water, sewage, bodily fluids—you name it!) for phages that are effective against your strain.
We identify lead candidates, evaluate their effectiveness, and pick the best ones to purify.
We scale up, use several techniques to purify, and test the purity of the phage. This gives us a clear picture of the product for the next stage of development: Characterization.
* Should be performed with purified phage.
1 Tested in accredited and certified laboratories for FDA approval.
2 We have established murine models of sepsis/bacteremia, immunocompromised infections, UTI, granuloma, and microbiome gut editing. If we don’t already have it, we will develop it for you.
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 |
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 |
Adsorption Constant (mL/min) | 8.92×10-7 |
% Adsorbed (10 min) | 99 |
Latent Period (Min) | 20 |
Burst Size (PFU/cell) | 18.2 |
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 |
At this last step, we can hand over the final product.
We can deliver:
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.