The microscopic structure of plant cell membranes in relation to the micellar hypothesis

[1] AGARDH JG, 1852, CELLULA VEGETABILI F

[2] The hydroplane of cellulose fibres [J]. KOLLOID-ZEITSCHRIFT, 1925, 36 : 119 - 131

[3] AMBRONN H, 1926, POLARISATIONSMIKROSK

[4] AMBRONN H, 1892, ANLEITUNG BENUTZUNG

[5] Growth and structure of cotton fiber [J]. INDUSTRIAL AND ENGINEERING CHEMISTRY, 1938, 30 : 48 - 54

[6] BAILEY I. W., 1938, INDUST AND ENGINEER CHEM, V30, P40, DOI 10.1021/ie50337a009

[7] BORELLI PD, 1665, CENTURIA OBSERVATION

[8] FARR WANDA K., 1934, CONTR BOYCE THOMPSON INST, V6, P189

[9] FARR WK, 1934, CONTRIB BOYCE THOMPS, V6, P309

[10] FISCHER HUGO, 1927, BEITRAGE BIOL PFLANZEN, V15, P327

[1] AGARDH JG, 1852, CELLULA VEGETABILI F

[2] The hydroplane of cellulose fibres [J]. KOLLOID-ZEITSCHRIFT, 1925, 36 : 119 - 131

[3] AMBRONN H, 1926, POLARISATIONSMIKROSK

[4] AMBRONN H, 1892, ANLEITUNG BENUTZUNG

[5] Growth and structure of cotton fiber [J]. INDUSTRIAL AND ENGINEERING CHEMISTRY, 1938, 30 : 48 - 54

[6] BAILEY I. W., 1938, INDUST AND ENGINEER CHEM, V30, P40, DOI 10.1021/ie50337a009

[7] BORELLI PD, 1665, CENTURIA OBSERVATION

[8] FARR WANDA K., 1934, CONTR BOYCE THOMPSON INST, V6, P189

[9] FARR WK, 1934, CONTRIB BOYCE THOMPS, V6, P309

[10] FISCHER HUGO, 1927, BEITRAGE BIOL PFLANZEN, V15, P327