ECTOTHIORHODOSPIRA MOBILIS PELSH,A PHOTOSYNTHETIC SULFUR BACTERIUM DEPOSITING SULFUR OUTSIDE THE CELLS.TRUEPER HG.1968; J.OF.BACTERIOLOGY-U.S.A; USA; 1968(5), VOL. 95, NUM. 0005, P. 1910 A 1920Miscellaneous

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THE WADI NATRUN: CHEMICAL COMPOSITION AND MICROBIAL MASS DEVELOPMENTS IN ALKALINE BRINES OF EUTROPHIC DESERT LAKESIMHOFF JF; SAHL HG; SOLIMAN GSH et al.1979; GEOMICROBIOL. J.; ISSN 0149-0451; USA; DA. 1979; VOL. 1; NO 3; PP. 219-234; BIBL. 2 P.; 2 ILL.; 6 ANAL.Article