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2. Effect of paper on the performance assay in the control of antibiotic sensitivity discs.
3. Paper chromatography of tobramycin and some related compounds.
4. The paper disc method for determination of bacterial sensitivity to antibiotics. Studies on the accuracy of the technique.
5. Simple paper test for determining bacterial sensitivity to antibiotics.
6. Paper chromatographic identification of polypeptidic gram positive inhibiting antibiotics.
7. Separation of synnematin into components A and B by paper chromatography.
8. A rapid paper disk antibiotic sensitivity technic.
9. Paper chromatography of antibiotics.
10. Paper electrophoresis of streptomycins.
11. A paper disk method for determination of bacterial sensitivity to chemotherapeutic and antibiotic agents.
12. Discussion of papers on cathomycin.
13. A paper chromatography method for the determination of suitable pH values for the extraction of antibiotics.
14. A SYSTEMATIC ANALYSIS OF ANTIBIOTICS USING PAPER CHROMATOGRAPHY.
15. Paper-chromatography of the antibiotic tetaine.
16. Psicofuranine. V. Paper chromatography and ultraviolet absorption assay.
17. IDENTIFICATION BY X-RAY POWDER DIFFRACTION OF THIOLUTIN AND AUREOTHRICIN ISOLATED BY PAPER CHROMATOGRAPHY.
18. Actinomycin. IV. Classification of the actinomycins by paper chromatography.
19. The use of plain agar as a base layer in the paper disk assay.
20. New types of salting-out paper chromatograms of antibiotics.
21. Paper chromatography of the tetracyclines.
22. Paper chromatography of the tetracycline antibiotics and their epimers.
23. The determination of epitetracycline and tetracycline by ion-exchange paper chromatography and its application to human urine and serum.
24. Paper chromatography and microbiological assay of the streptovitacins.
25. Separation of the tetracyclines by paper chromatography.
26. Differentiation between circulins A and B and polymyxins A and E by paper chromatography.
27. Paper chromatography of antifungal antibiotics.
28. An evaluation of different types of paper concerning their suitability for sensitivity discs.
29. Paper-chromatographic detection of alpha-naphthylthiourea (ANTU) for forensic purposes.
30. An antibacterial effect of saliva demonstrated with use of paper electrophoresis.
31. Method for detecting antiviral agents on paper chromatograms.
32. Impurities in commercial formamide as critical factors in the paper chromatography of the violarin-mycetin antibiotics.
33. Paper chromatography of the polymyxins.
34. Paper chromatography and assay of components in streptovaricin.
35. Separation of tetracycline, chlortetracycline, and oxytetracycline by paper chromatography.
36. The total assay of streptovaricin by paper disc methods.
37. A quick method for testing antibiotic sensitivity using paper strips impregnated with triphenyl tetrazolium chloride.
38. Paper chromatography of some basic, butyl alcohol-soluble antibiotics.
39. Paper chromatographic analysis of novobiocin and dihydronovobiocin.
40. The paper disc method for determination of bacterial sensitivity to antibiotics. Relationship between the diameter of the zone of inhibition and the minimum inhibitory concentration.
41. A new method for determination of bacterial sensitivity to chemotherapeutic agents by means of paper strips.
42. Separation of four components of the antibiotic EM49 by partition chromatography on paper.
43. Effect of heat on antibiotic material in serum, paper discs and solutions.
44. Application of high-voltage paper electrophoresis for separation and identification of antibiotics.
45. Bibliography of paper and thin-layer chromatography 1966-1969. Antibiotics.
46. Evaluation of the effect of various substances on the action of cyathin by paper-strip technique.
47. Bioautography in paper and thin-layer chromatography and its scope in the antibiotic field.
48. The antibiotic edeine. VI. Paper and thin-layer chromatography of components of the edeine complex.
49. Paper disk-agar diffusion assay of penicillin in the presence of streptomycin.
50. Discussion paper: antibiotic-sensitive mutants of Escherichia coli possess altered outer membranes.
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