Examples of using Phage in English and their translations into Chinese
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This finding fascinates me for followup and raises significant questions: Could we use phage to modulate these activities?
In fact they developed CRISPR-Cas systems- which humans have now co-opted for editing genes- to rid themselves of phages or to prevent phage infections altogether.
Based on Kronheim and colleagues work, it is time to consider the idea that metabolites can move from bacteria to bacteria to block phage infection.
Phage Hunter Project offered me a great opportunity to expand my research area and knew more about virology.
Guillonneau's genetic disorder is exceedingly rare, but phage therapy is his last hope for treatment.
The scientists showed that although any given phage attacked only one species of bacteria, that phage would also impact other species;
His idea was that these unknown gene fragments could be put together with the gene for one of the proteins in the phage capsule.
In the process, she has uncovered many genes of bacteriophage, as phage are formally known.
Instead, the phages initiate DNA replication while they are still part of the host genome, resulting in multiple integrated phage genomes.
The potentially game-changing anti-cancer drug is based on SoAP technology, which belongs to the phage display group of technologies.
One of the complete genomes, 735,000 base-pairs long, is now the largest known phage genome.
In 1990, Winter's team reported the phage display of a folded and fully functional antibody fragment called a single-chain variable fragment.
His team cloned the system, now called CBASS, into a laboratory strain of E. coli that is usually sensitive to phage infection.
The team identified 351 phage genomes that were more than 200 kilobases long, four times the average phage genome length of 50 kilobases(kb).
A physician might be considered a“quack” just for mentioning phage therapy because the early attempts were neither a rousing success or a colossal failure.
An example was the development of comprehensive phage virulence libraries which allowed for the rapid response and quick development of antibiotics against infectious agents with high potential for misuse.
The bacterium and the phage, called Pf, exist in a symbiotic relationship that scientists suspect is more widespread in the microbial world than previously believed.
Recent advances in proteomics technologies such as two-hybrid, phage display and mass spectrometry have enabled us to create a detailed map of biomolecular interaction networks.
The next questions, he added, are“what are the consequences[of phage transfer]?” and“How do these events play a role in disease?”.
The next questions, he added, are“what are the consequences[of phage transfer]?” and“How do these events play a role in disease?”.