Table of Contents
Articles
- Articles | ARTICLE | ARTICLESMORPHOLOGY OF THE VIRUS OF AVIAN ERYTHRO-MYELOBLASTIC LEUCOSIS AND A COMPARISON WITH THE AGENT OF NEWCASTLE DISEASE
- Articles | ARTICLE | ARTICLESTHE FERMENTATION OF PURINES BY MICROCOCCUS AEROGENES
- Articles | ARTICLE | ARTICLESSTUDIES ON THE HOST-VIRUS RELATIONSHIP IN A LYSOGENIC STRAIN OF BACILLUS MEGATERIUM I.
- Articles | ARTICLE | ARTICLESSTUDIES ON THE HOST-VIRUS RELATIONSHIP IN A LYSOGENIC STRAIN OF BACILLUS MEGATERIUM II.
- Articles | ARTICLE | ARTICLESTHE EFFECT OF HEAT AND GLUCOSE ON ENDOGENOUS ENDOSPORE RESPIRATION UTILIZING A MODIFIED SCHOLANDER MICRORESPIROMETER
- Articles | ARTICLE | ARTICLESA CRITICAL TEST OF THE RECOMBINATION THEORY OF MULTIPLICITY REACTIVATION
- Articles | ARTICLE | ARTICLESMUTUAL EXCLUSION BETWEEN RELATED PHAGES
- Articles | ARTICLE | ARTICLESQUALITATIVE STUDIES OF SOIL MICROORGANISMS X.
- Articles | ARTICLE | ARTICLESPANTOTHENATE STUDIES II.
- Articles | ARTICLE | ARTICLESTHE EFFECTS OF CERTAIN PURINES AND PYRIMIDINES UPON THE PRODUCTION OF RIBOFLAVIN BY EREMOTHECIUM ASHBYII
- Articles | ARTICLE | ARTICLESMECHANISM OF THE DEVELOPMENT OF RESISTANCE TO STREPTOMYCIN I.
- Articles | ARTICLE | ARTICLESSTUDIES ON THE UTILIZATION OF LIPIDS BY STREPTOMYCES GRISEUS
- Articles | ARTICLE | ARTICLESSTUDIES ON THE EFFECTS OF d-AMINO ACIDS ON BRUCELLA ABORTUS
- Articles | ARTICLE | ARTICLESTHE INFLUENCE OF MEDIUM COMPOSITION ON THE PRODUCTION OF BACTERIAL LIPASE
- Articles | ARTICLE | ARTICLESTHE OXIDATION OF BENZOIC ACID BY MYCOBACTERIA I.
- Articles | ARTICLE | ARTICLESTHE EFFECT OF METALLIC IONS ON THE GROWTH AND MORPHOLOGY OF CLOSTRIDIUM PERFRINGENS
Notes
- Notes | NOTE | NOTESSONIC REACTIVATION OF ANTISERUM-NEUTRALIZED BACTERIOPHAGE T3
- Notes | NOTE | NOTESENZYMATIC SYNTHESIS OF DEXTRAN
- Notes | NOTE | NOTESINTERFERENCE BETWEEN INFLUENZA VIRUS AND INFECTIOUS BRONCHITIS VIRUS OF CHICKENS
- Notes | NOTE | NOTESTHE INHIBITORY EFFECT OF TRIPHENYLTETRAZOLIUM ON SOME STRAINS OF MICROCOCCI
- Notes | NOTE | NOTESA DEMONSTRATION OF THE DISPOSITION OF THE CELL WALL OF BACILLUS CEREUS
