Citation: Al. Koch, THE 3-FOR-ONE MODEL FOR GRAM-NEGATIVE WALL GROWTH - A PROBLEM AND A POSSIBLE SOLUTION, FEMS microbiology letters, 162(1), 1998, pp. 127-134
Citation: Br. Robertson et al., DETERMINATION OF THE BIOMASSES OF SMALL BACTERIA AT LOW CONCENTRATIONS IN A MIXTURE OF SPECIES WITH FORWARD LIGHT SCATTER MEASUREMENTS BY FLOW-CYTOMETRY, Applied and environmental microbiology (Print), 64(10), 1998, pp. 3900-3909
Citation: Al. Koch et al., DEDUCTION OF THE CELL-VOLUME AND MASS FROM FORWARD SCATTER INTENSITY OF BACTERIA ANALYZED BY FLOW-CYTOMETRY, Journal of microbiological methods, 27(1), 1996, pp. 49-61
Citation: P. Demchick et Al. Koch, THE PERMEABILITY OF THE WALL FABRIC OF ESCHERICHIA-COLI AND BACILLUS-SUBTILIS, Journal of bacteriology, 178(3), 1996, pp. 768-773
Citation: H. Schwarz et Al. Koch, PHASE AND ELECTRON-MICROSCOPIC OBSERVATIONS OF OSMOTICALLY INDUCED WRINKLING AND THE ROLE OF ENDOCYTOTIC VESICLES IN THE PLASMOLYSIS OF THEGRAM-NEGATIVE CELL-WALL, Microbiology, 141, 1995, pp. 3161-3170
Citation: Al. Koch et Jv. Holtje, A PHYSICAL BASIS FOR THE PRECISE LOCATION OF THE DIVISION SITE OF ROD-SHAPED BACTERIA - THE CENTRAL STRESS MODEL, Microbiology, 141, 1995, pp. 3171-3180
Authors:
BALDWIN WW
MYER R
POWELL N
ANDERSON E
KOCH AL
Citation: Ww. Baldwin et al., BUOYANT DENSITY OF ESCHERICHIA-COLI IS DETERMINED SOLELY BY THE OSMOLARITY OF THE CULTURE-MEDIUM, Archives of microbiology, 164(2), 1995, pp. 155-157
Citation: Al. Koch, THE GEOMETRY AND OSMOTIC RELATIONS OF PLASMOLYSIS SPACES IN BACTERIA AND THE ROLE OF ENDOCYTOSIS, TUBULAR STRUCTURES AND SCHEIE STRUCTURES IN THEIR FORMATION, Journal of theoretical biology, 176(4), 1995, pp. 471-492
Authors:
BALDWIN WW
MYER R
KUNG T
ANDERSON E
KOCH AL
Citation: Ww. Baldwin et al., GROWTH AND BUOYANT DENSITY OF ESCHERICHIA-COLI AT VERY-LOW OSMOLARITIES, Journal of bacteriology, 177(1), 1995, pp. 235-237
Citation: Al. Koch et Cl. Woldringh, THE METABOLIC INERTNESS OF THE POLE WALL OF A GRAM-NEGATIVE ROD, Journal of theoretical biology, 171(4), 1994, pp. 415-425
Citation: Ww. Baldwin et al., CHANGE IN A SINGLE-GENE OF SALMONELLA-TYPHIMURIUM CAN DRAMATICALLY CHANGE ITS BUOYANT DENSITY, Journal of bacteriology, 176(16), 1994, pp. 5001-5004
Authors:
KEMPER MA
URRUTIA MM
BEVERIDGE TJ
KOCH AL
DOYLE RJ
Citation: Ma. Kemper et al., PROTON MOTIVE FORCE MAY REGULATE CELL WALL-ASSOCIATED ENZYMES OF BACILLUS-SUBTILIS, Journal of bacteriology, 175(17), 1993, pp. 5690-5696