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. 2011 Jul 1;1(4):183-185.
doi: 10.4161/bact.1.4.17624.

Ruska H. Visualization of bacteriophage lysis in the hypermicroscope. Naturwissenschaften1940; 28:45-6

Affiliations

Ruska H. Visualization of bacteriophage lysis in the hypermicroscope. Naturwissenschaften1940; 28:45-6

Hans-W Ackermann. Bacteriophage. .
No abstract available

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Figures

Fig. 1.
Fig. 1.
III 133/39. Coliphages on sharply delimited bacterial surface. Electron optical : 15 000:1.
Fig. 2.
Fig. 2.
III 137/39. Coliphages on loosely delimited, unsharp bacterial surface. Electron optical : 14 000:1.
Fig. 3.
Fig. 3.
II 702/39. Coliphages on resistent germ with intact membrane. Electron optical : 14 000:1.
Fig. 4.
Fig. 4.
III 139/39. Germ with included and (extruded?) crystalloid elements and phages in the vicinity. Electron optical : 14 000:1.
Fig. 5.
Fig. 5.
As Fig. 4. III 140/39. The crystalloid elements are destroyed by heavy irradiation. Electron optical : 14 000:1.
Fig. I.
Fig. I.
III 133/39. Coli•Phagen an vorwiegend scharf begrenzter Bakterienoberfläche. Elektronenoptisch : 15 000:1.
Fig. II.
Fig. II.
III 137/39. Coli•Phagen an aufgelockerter, unscharf begrenzter Bakterienoberfläche. Elektronenoptisch: 14 000:1.
Fig. III.
Fig. III.
II 702/39. Coli-Phagen an resistentem Keim mit erhaltener Membran. Elektronenoptisch : 14 000:1.
Fig. IV.
Fig. IV.
III 139/39. Keim mit eingeschlossenen und anliegenden (ausgetretenen ?) kristalloiden Bildungen und Phagen. Elektronenoptisch : 14 000:1.
Fig. V.
Fig. V.
Wie Fig. IV. III 140/39. Die kristalloiden Gebilde sind durch starke Elektronenbestrahlung zerstört. Elektronenoptisch : 14 000:1.

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