Примери за използване на Target pathogens на Английски и техните преводи на Български
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Efficacy against the target pathogens.
Resistance to florfenicol in the target pathogens has only been reported on rare occasions, and was associated with efflux pump and the presence of the floR gene.
Antimicrobial resistance in target pathogens.
Data on resistance to enrofloxacin in target pathogens have been provided for cattle, pigs, sheep, goats, dogs and cats.
Antimicrobial resistance in target pathogens.
As eradication of the target pathogens may not be achieved, medication should therefore be combined with good management practices, e.g. good hygiene, proper ventilation, no overstocking.
Read the package leaflet for target pathogens.
As eradication of the target pathogens may not be achieved, medication should therefore be combined with good management practices, e.g. good hygiene, proper ventilation, no overstocking.
Recent data on susceptibility and resistance of equine target pathogens are missing;
Earlier and more recent in vitro susceptibility data of the target pathogens had been derived from a large number of strains collected from cattle in several EU Member States.
It has an antimicrobial activity similar to that of ceftiofur against the target pathogens.
Minimum inhibitory concentration(MIC) data for the target pathogens(wild type distribution) are presented in the table below.
No MIC data were submitted that were specifically relevant to isolates from target pathogens from calves.
As eradication of the target pathogens may not be achieved, medication should therefore be combined with good management practices, e.g. good hygiene, proper ventilation, no overstocking.
The use of florfenicol in pigs has not generated any significant resistance of the target pathogens.
Teixobactin is believed to be more robust against mutation of the target pathogens because of its unusual antibiotic mechanism.
The marketing authorisation holders should also provide scientific justification/s that this new dosing regimen will be effective for the treatment of the remaining target pathogens in the SPC.
A risk has been identified regarding an insufficient dose rate against target pathogens, in particular E. coli, in both chickens and turkeys.
Thus AUC over MIC is determinative for efficacy andit is therefore crucial that substantial concentrations are achieved at the site of the target pathogens.
It considered this may lead to lack of efficacy andfurthering resistance development in target pathogens, which could possibly lead to risks to human health where zoonotic bacteria are concerned.
No Minimum Inhibitory Concentration(MIC)data were submitted that were specifically relevant to isolates from target pathogens from chickens.
It considered this may lead to lack of efficacy andfurthering resistance development in target pathogens, which could possibly lead to risks to human health where zoonotic bacteria are concerned.
Concerning target species cattle andpigs a risk has been identified regarding an insufficient dose rate against target pathogens in cattle and pigs.
MIC data were provided for enrofloxacin against target pathogens(E. coli, P. multocida, M. gallisepticum, M. synoviae) isolated from respiratory tract infections or septicaemia in poultry.
Published data related to existing levels of resistance to doxycycline in target pathogens was also submitted.
This includes the specification of target pathogens, replacement of the prevention claim by metaphylaxis and clear dose recommendations based on mg tiamulin hydrogen fumarate/kg body weight for each target species and indication as well as prudent use recommendations for antimicrobial veterinary medicinal products authorised in the EU.
Monte Carlo simulations supported the use of 500 mg 4-hour infusions every 8 hours in subjects with normal renal function for target pathogens with doripenem MICs 4 mg/l.
The marketing authorisation holders should substantiate the dosing regimen in rabbits taking into account the current MIC distribution for the target pathogens, the variability in pharmacokinetics resulting from administration of enrofloxacin via the drinking water to groups of rabbits under field conditions and with the goal to ensure sustainable effective treatment.
The Marketing Authorisation Holder submitted a body of literature references which supported a prediction that when administered at the proposed dose rate,doxycycline concentration in the relevant tissues would exceed the MIC for most target pathogens.
There is no documented evidence of problems relating to lack of efficacy orany change in the resistance situation of the relevant target pathogens that would constitute a concern relating to animal or human health.