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Analysis of Arabidopsis with Highly Reduced Levels of Malat..:
Zell, Martina B.
;
Fahnenstich, Holger
;
Maier, Alexandra
...
Plant Physiology. 152 (2010) 3 - p. 1251-1262 , 2010
Link:
https://www.jstor.org/stable/25680734
RT Journal T1
Analysis of Arabidopsis with Highly Reduced Levels of Malate and Fumarate Sheds Light on the Role of These Organic Acids as Storage Carbon Molecules
UL https://suche.suub.uni-bremen.de/peid=jstor-25680734&Exemplar=1&LAN=DE A1 Zell, Martina B. A1 Fahnenstich, Holger A1 Maier, Alexandra A1 Saigo, Mariana A1 Voznesenskaya, Elena V. A1 Edwards, Gerald E. A1 Andreo, Carlos A1 Schleifenbaum, Frank A1 Zell, Christiane A1 Drincovich, María F. A1 Maurino, Verónica G. PB American Society of Plant Biologists YR 2010 SN 0032-0889 SN 1532-2548 K1 Biological sciences K1 Biology K1 Botany K1 Plants K1 Physical sciences K1 Chemistry K1 Chemical compounds K1 Chemicals K1 Polymers K1 Biopolymers K1 Polysaccharides K1 Glucans K1 Starches K1 Cytology K1 Cell biology K1 Cellular structures K1 Intracellular space K1 Organelles K1 Chloroplasts K1 Physiology K1 System physiology K1 Respiratory physiology K1 Respiratory processes K1 Respiration K1 Physics K1 Fundamental forces K1 Electromagnetism K1 Electromagnetic radiation K1 Light K1 Luminescence K1 Fluorescence K1 Earth sciences K1 Geology K1 Geologic processes K1 Weathering processes K1 Chemical weathering K1 Biological weathering K1 Organic acids K1 Biochemistry K1 Biomolecules K1 Biological pigments K1 Chlorophylls K1 Applied sciences K1 Engineering K1 Civil engineering K1 Sanitary engineering K1 Environmental engineering K1 Pollution control K1 Carbon sequestration K1 Plant morphology K1 Plant vegetation K1 Leaves K1 Genetics K1 Phenotypes JF Plant Physiology VO 152 IS 3 SP 1251 OP 1262 LK http://dx.doi.org/https://www.jstor.org/stable/25680734 DO https://www.jstor.org/stable/25680734 SF ELIB - SuUB Bremen
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