photorespiration : Related Words Words similar in meaning to photorespiration
- photo-«
- rubisco«
- uptake«
- chloroplast«
- carbon dioxide«
- release«
- rubp«
- photosynthetic«
- glycolate«
- photosynthesis«
- stoma«
- photorespiring«
- biophysical ccms«
- photorespire«
- plant«
- phosphoglycolate«
- photorespiratory«
- cam plant«
- photoreception«
- pyrenoid«
- oxygen«
- organism«
- carboxylation«
- light«
- peroxisome«
- dependent«
- c4 plant«
- concentration«
- calvin cycle«
- gas«
- carbon«
- oxygenation reaction«
- cyanobacterial ccms«
- biochemical ccms«
- reaction«
- co2«
- compartment«
- algae«
- calvin–benson cycle«
- enediol intermediate«
- pathway«
- pepc«
- hydrogen peroxide«
- pga«
- nitrogen assimilation«
- cam photosynthesis«
- eukaryotic algae«
- mitochondrion«
- glycerate«
- mesophyll cell«
- hornwort«
- atp«
- mechanism«
- oxaloacetate«
- conversion«
- certain specie«
- land plant«
- molecular oxygen«
- oxygenation«
- water loss«
- rate«
- key step«
- cyanobacteria«
- water«
- metabolite«
- nitrate«
- mutant«
- single subcellular compartment«
- significant favouring«
- several physiological process«
- rubp oxygenase activity«
- rubp carboxylase activity«
- rubisco active site act«
- pyridine nucleotide interaction«
- produce 3-phosphoglycerate«
- possible purpose«
- plant hormonal response«
- photorespiratory pathway«
- photorespiratory carbon cycling result«
- photorespiration rate«
- oxidative photosynthetic carbon cycle reaction«
- overreduced nadph«
- nitrite transport«
- internal carbon dioxide level«
- gogat cycle«
- enzyme phosphoenolpyruvate carboxylase«
- crassulacean acid metabolism)«
- concentrating mechanism«
- certain nitrite transporter«
- carbon concentrating mechanism«
- c3 serine«
- biophysical ccm«
- biophysical carbon«
- biochemical ccm«
- biochemical carbon«
- bicarbonate pump«
- altered substrate availability«
- cell«
- ammonia«
- process«
- assimilation«
- rubisco active site«
- photosynthetic carbon fixation«
- photosynthesizing cell«
- peroxisomal oxidation«
- oxidative photosynthetic carbon cycle«
- leaf peroxisomes«
- enzyme glycine«
- chloromonas«
- c2 photosynthesis«
- intermediate«
- transport bicarbonate«
- reductive potential«
- nad(p)h.«
- metabolite exchange«
- low carbon dioxide concentration«
- environmental modulation«
- evolutionary relic«
- enzyme pep carboxylase«
- cellular redox homeostasis«
- starch sheath«
- low carbon dioxide«
- essential pathway«
- selectivity factor«
- c4 specie«
- atmospheric abundance«
- photosynthetic output«
- bundle sheath«
- linker protein«
- wasteful process«
- function«
- srel«
- rubisco.«
- carbonic anhydrases«
- bundle sheath cell«
- phosphoenolpyruvate carboxylase«
- carbon metabolism«
- photosynthetic cell«
- pyrenoids«
- carboxysomes«
- molecule«
- reaction site«
- normal product«
- enzyme rubisco«
- c3 photosynthesis«
- carbon dioxide fixation«
- thick cuticle«
- spatial region«
- enzyme catalase«
- subsequent oxidation«
- cost«
- current atmosphere«
- condition«
- defense response«
- biological adaptation«
- plant metabolism«
- c4 photosynthesis«
- protein shell«
- ability«
- decarboxylase«
- primitive plant«
- great oxygenation event«
- carbon sugar«
- cooler night«
- enzyme«
- availability«
- time air«
- enzyme reaction«
- crassulacean acid metabolism«
- c3 plant«
- metabolic cost«
- metabolic network«
- nadh.«
- membrane lipid«
- phosphoenolpyruvate«
- regular structure«
- nadph.«
- hot environment«
- bioenergetics«
- metabolic function«
- photosystem«
- substantial cost«
- temperature«
- specific shape«
- substrate specificity«
- production«
- structural difference«
- atmospheric carbon dioxide«
- evolution«
- direct cost«
- genetic manipulation«
- transpiration«
- key contribution«
- oxygen concentration«
- significant distance«
- malate«
- supply«
- safety valve«
- gas exchange«
- liquid phase«
- succulent plant«
- nad«
- relative abundance«
- nitrite«
- specie«
- angiosperm«
- complex network«
- metabolic pathway«
- free radical«
- single cell«
- prokaryote«
- nadh«
- combination«
- catalysis«
- net loss«
- pep«
- entire process«
- normal condition«
- phosphorylation«
- cell death«
- vascular plant«
- solubility«
- fixation«
- transporter«
- eukaryote«
- genetic engineering«
- nucleotide«
- respiration«
- sorghum«
- product«
- underwater«
- inhibitor«
- fossil fuel«
- sugar cane«
- growth rate«
- cactus«
- cam«
- notable exception«
- aperture«
- major source«
- membrane«
- nitrogen«
- maize«
- induction«
- pump«
- fold«
- site«
- drought«
- period«
- decrease«
- corn«
- ease«
- inability«
- 3-phosphoglycerate«
- RuBisCO«
- 2-phosphoglycolate«
- 3-carbon sugar«
- 2carbon glycine«
- 2-phosphoglycolate metabolism«
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