Disease relevance of Penicillin dihydrostreptomycin

• The combination of gentamicin (500 ug/ml) tylosin (100 ug/ml) and Linco-Spectin (300/600 ug/ml) was more effective for the control of mycoplasmas and ureaplasmas and equally effective for the control of C. fetus subsp. venerealis and Haemophilus somnus than the standard combination of penicillin, dihydrostreptomycin and polymyxin B sulfate [1].
• A fatal syndrome of acute toxicity was produced in Mongolian gerbils following the injection of a penicillin-dihydrostreptomycin-procaine combination [2].

High impact information on Penicillin dihydrostreptomycin

• The 178 commercial dairy herds were randomly placed into 3 penicillin- or penicillin-dihydrostreptomycin-based dry-cow treatments and 3 different postmilking teat disinfection groups-negative control, iodine, or external teat sealant [3].
• Comparing the results from this study in calves with those from a previous study in rabbits, it can be concluded that the rabbit is a good animal model that could substitute for large animals, at least calves, in bioequivalence studies for penicillin/dihydrostreptomycin fixed combination products [4].
• The results from this study demonstrate that the rabbit is a good model to detect differences in bioavailability of suspended penicillin from penicillin /dihydrostreptomycin fixed combination products for intramuscular injection [5].
• The growth of Candida krusei in quarters treated intramammary with penicillin, dihydrostreptomycin and prednisolone was compared with growth in untreated quarters [6].

Biological context of Penicillin dihydrostreptomycin

• A bioequivalence study with three penicillin/dihydrostreptomycin fixed combination products for intramuscular administration was performed in dairy calves [4].

Analytical, diagnostic and therapeutic context of Penicillin dihydrostreptomycin

• Bioequivalence study in calves of three commercial penicillin/dihydrostreptomycin fixed combination products for intramuscular injection [4].

References