The fine structure of chloroplasts

[1] Heitz E, 1936, PLANTA, V26, P134, DOI [10.1007/BF01913844, DOI 10.1007/BF01913844]

[2] HUBERT B., 1935, REC TRAV BOT NEERLAND, V32, P323

[3] Kuster E, 1935, PFLANZENZELLE

[4] LEPESCHKIN WW, 1938, KOLLOIDCHEMIE PROTOP

[5] MENKE W, 1937, Z BOT, V32, P273

[6] MENKE W, 1938, PROTOPLASMA, V30, P323

[7] Noack K, 1927, BIOCHEM Z, V183, P135

[8] The action of cations on the contraction and viscosity of protoplasm in spirogyra. [J]. QUARTERLY JOURNAL OF EXPERIMENTAL PHYSIOLOGY, 1924, 14 : 115 - 122

[9] Reverseible polymerisation as a reason for new types absorption bands form coloured materials [J]. KOLLOID-ZEITSCHRIFT, 1938, 82 (01): : 1 - 14

[10] Schmidt WJ, 1937, PROTOPLASMA MONOGRAP, V11

[1] Heitz E, 1936, PLANTA, V26, P134, DOI [10.1007/BF01913844, DOI 10.1007/BF01913844]

[2] HUBERT B., 1935, REC TRAV BOT NEERLAND, V32, P323

[3] Kuster E, 1935, PFLANZENZELLE

[4] LEPESCHKIN WW, 1938, KOLLOIDCHEMIE PROTOP

[5] MENKE W, 1937, Z BOT, V32, P273

[6] MENKE W, 1938, PROTOPLASMA, V30, P323

[7] Noack K, 1927, BIOCHEM Z, V183, P135

[8] The action of cations on the contraction and viscosity of protoplasm in spirogyra. [J]. QUARTERLY JOURNAL OF EXPERIMENTAL PHYSIOLOGY, 1924, 14 : 115 - 122

[9] Reverseible polymerisation as a reason for new types absorption bands form coloured materials [J]. KOLLOID-ZEITSCHRIFT, 1938, 82 (01): : 1 - 14

[10] Schmidt WJ, 1937, PROTOPLASMA MONOGRAP, V11