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Planta|November 16, 2013
The oxidation of extracellular NADH by sugarcane cells: Coupling to ferricyanide reduction, oxygen uptake and pH changeE Komor, M Thom, A MaretzkiEuropean Journal of Biochemistry|June 1, 1981
Mechanism of uptake of L-arginine by sugar-cane cellsE Komor, M Thom, A MaretzkiPlant Physiology|June 1, 1982
Vacuoles from Sugarcane Suspension Cultures : I. ISOLATION AND PARTIAL CHARACTERIZATIONM Thom, A Maretzki, E KomorPlant Physiology|June 1, 1982
Vacuoles from Sugarcane Suspension Cultures : II. CHARACTERIZATION OF SUGAR UPTAKEM Thom, E Komor, A MaretzkiPlanta|November 16, 2013
Evidence for a uridine-5'-diphosphate-glucose-protectedp-chloromercuribenzene sulfonic acid-binding site in sugarcane vacuolesS Delrot, M Thom, A MaretzkiPlanta|November 19, 2013
Evidence for the involvement of a UDP-glucose-dependent group translocator in sucrose uptake into vacuoles of storage roots of red beetM Thom, R A Leigh, A MaretzkiJournal of Plant Physiology|December 1, 2012
Developmental and Biochemical Characteristics of Cold-treated Anthers of Saccharum spontaneumM A Hinchee, A Dela Cruz, A MaretzkiPCR Methods and Applications|August 1, 1992
Amplification and cloning of sugarcane sucrose synthase cDNA by anchored PCRA S Kumar, P H Moore, A MaretzkiPlant Physiology|November 1, 1971
Extracellular hydrolysis of starch in sugarcane cell suspensionsA Maretzki, A Dela Cruz, L G NickellPlant Physiology|July 1, 1993
Immunological Evidence for the Existence of a Carrier Protein for Sucrose Transport in Tonoplast Vesicles from Red Beet (Beta vulgaris L.) Root Storage TissueH. P. Getz, J. Grosclaude, A. Kurkdjian, et al.Pageof 2