Bacterial infections have always been, and still are, a major global healthcare problem. For
accurate treatment it is of upmost importance that the location (s), severity, type of bacteria …

Discovery of penicillin marked a turning point in the history of infection therapy which also
led to the emergence of bacterial resistance. It is now 100 years to fight with ever‐muted …

The diagnosis of bacterial infections at deep body sites benefits from noninvasive imaging of
molecular probes that can be traced by positron emission tomography (PET). We specifically …

The biodistribution and pharmacokinetics of drugs are vital to the mechanistic understanding
of their efficacy. Measuring antimicrobial drug efficacy has been challenging as plasma drug …

Azithromycin, an antibiotic used to treat bacterial infections, was labeled with 99 m Tc. The
maximum radiochemical yield of 99 m Tc-azithromycin, 97.5±0.9%, was attained under the …

Famotidine was labeled with iodine-125 to obtain 125I-famotidine (125I-fam) as an agent for
ulcer imaging. The radiochemical yield of 125I-famotidine reached approximately …

Rabeprazole, antiulcer drug, was labeled with 99 m Tc to obtain an agent for ulcer imaging.
The radiochemical yield of 99 m Tc-rabeprazole reaches approximately 98.5±0.4%. The …

Background Histamine was successfully labeled with technetium-99 m (99m Tc). The
studied reaction parameters included substrate concentration, reducing agent concentration …

Clarithromycin antibiotic was labeled with technetium-99 m by adding 99 m Tc to
clarithromycin in the presence of SnCl 2· 2H 2 O. The radiochemical yield of 99 m Tc …

Labeling of erythromycin with 99 m Tc using SnCl 2· 2H 2 O as a reducing agent was
investigated. Dependence of the yield of 99 m Tc-erythromycin complex on the …