ON THE MODE OF ACTION OF THE TETRACYCLINE ANTIBIOTICS IN STAPHYLOCOCCUS AUREUS.

ALANINE ANTIMETABOLITES BACTERIAL PROTEINS CARBON ISOTOPES CELL DIVISION CHLORAMPHENICOL DNA BACTERIAL EXPERIMENTAL LAB STUDY GLUTAMATES LYSINE METABOLISM PENICILLIN G PHARMACOLOGY PROTEIN METABOLISM STAPHYLOCOCCUS TETRACYCLINE THYMIDINE TRITIUM URACIL

Alanine Anti-Bacterial Agents Antimetabolites Bacterial Proteins Carbon Isotopes Cell Division Chloramphenicol DNA DNA, Bacterial Glutamates Lysine Metabolism Penicillin G Pharmacology Proteins/metabolism Research Staphylococcus Staphylococcus aureus Tetracycline Thymidine Tritium Uracil

Anti-Bacterial Agents Antimetabolites Bacterial Proteins Carbon Isotopes DNA, Bacterial Glutamates Proteins Tritium Uracil Chloramphenicol DNA Tetracycline Lysine Alanine Penicillin G Thymidine