HUGO ID Detailed Result 118

PMID	Match String	Actual String	Score	Flanking text	Edited by	Edit
10742195	aconitase	aconitase	1.3	O 2 _amp_#x2212 from reacting with sensitive substrates such as aconitase
11050436	aconitase	aconitase	1.3	For example damage to the cytosolic isoenzyme of aconitase evident after exposure to superoxide results in the release of
11050436	aconitase	aconitase	1.3	The damage to other systems such as mitochondrial aconitase complex I and succinate dehydrogenase which also have important functional
11050436	aconitase	aconitase	1.3	alternative scenario superoxide attacks enzymes (usually usually hydrolyases such as aconitase with 4Fe-4S centres releasing ferrous ions
11679167	aconitase	aconitase	1.3	oxidise 4Fe_amp_#x2013 4S clusters in enzymes such as the mitochondrial aconitase (citric citric acid cycle homoaconitase (lysine lysine biosynthesis and isopropyl
11679167	aconitase	aconitase	1.3	The inactivation of mitochondrial enzymes (aconitase) aconitase results in an impaired respiratory activity that limits the capacity
11679167	aconitase	aconitase	1.3	destroy the 4Fe_amp_#x2013 4S clusters of mitochondrial enzymes (e.g., e.g. aconitase leading to an impaired respiratory activity
11679167	aconitase	aconitase	1.3	a delay in the reversible inactivation of the superoxide-sensitive enzyme aconitase suggesting that the extension of life-span is associated with the
11978481	aconitase	aconitase	1.3	immunochemical probe for oxidative damage it was demonstrated that mitochondrial aconitase was particularly vulnerable to oxidative damage accompanying aging in drosophila
12909279	aconitase	aconitase	1.3	involved in mitochondrial metabolism such as Complex I 53 and aconitase 51
14739060	aconitase	aconitase	1.3	may prevent the formation of Fe/S Fe S in mitochondrial aconitase and in complex I 20
15896810	aconitase	aconitase	1.6	mitochondrial respiratory chain complexes I and II/III II III and aconitase activities have been demonstrated in post-mortem cardiac muscle samples from
15896810	aconitase	aconitase	1.6	sulfur cluster present in numerous enzymes including NADH-ubiquinone oxidoreductase cis -aconitase and NADH succinate oxidoreductase 108
15896810	aconitase	aconitase	1.6	iron metabolism at the post-transcriptional level by interacting with cytosolic aconitase which after binding NO functions as iron responsive binding protein
15896810	aconitase	aconitase	1.6	binding NO functions as iron responsive binding protein diminishing its aconitase activity 109
16188953	aconitase	aconitase	1.6	2 O 2 release and by an increase in mitochondrial aconitase activity
16188953	aconitase	aconitase	1.6	Mitochondrial aconitase is reversibly inactivated by superoxide and has therefore been used
16188953	aconitase	aconitase	1.6	against the 23 C-terminal amino acids of aconitase-2 (mitochondrial mitochondrial aconitase from rat (nanoTools; nanoTools Antik_amp_ouml rpertechnik Teningen Germany was used
16188953	aconitase	aconitase	1.6	30 mg/kg) mg kg results in an increase in mitochondrial aconitase activity in vivo indicating a reduction of the superoxide steady-state
16188953	aconitase	aconitase	1.6	12 h after the last treatment the increase in mitochondrial aconitase might result from total brain concentrations within the same order
16188953	aconitase	aconitase	1.6	PPX causes a slight but not significant increase in total aconitase activity in 1-methyl-4-phenylpyridinium-treated SHSY-5Y cells
16188953	aconitase	aconitase	1.6	specific endpoints such as modification of mitochondrial proteins or mitochondrial aconitase activity
16188953	aconitase	aconitase	1.6	Activity (A) A and expression (B) B of mitochondrial aconitase after treatment of C57BL/6 C57BL 6 mice with PPX (2
16188953	aconitase	aconitase	1.6	were isolated after PPX treatment of mice to determine mitochondrial aconitase activity an indicator for steady-state levels of superoxide (Tarpey Tarpey
16188953	aconitase	aconitase	1.6	days (2 2 x 30 mg/kg) mg kg increased mitochondrial aconitase activity by 42% to 67 _amp_#177 16 mU/mg mU mg
16188953	aconitase	aconitase	1.6	This was not due to altered expression of mitochondrial aconitase because protein levels were not affected by the PPX treatment
16227974	aconitase	aconitase	2.1	Studies with the mitochondrial protein aconitase have demonstrated that low levels of ROS caused mild oxidation
16227974	aconitase	aconitase	2.1	oxidation and stimulated degradation whereas higher levels of ROS caused aconitase to aggregate and become more resistant to proteasomal degradation 20
16227974	aconitase	aconitase	2.1	the activity of a set of metabolic enzymes such as aconitase and components of mitochondrial complex I that contain Fe-S clusters
16188953	aconitase 2	aconitase 2	1.0	detoxification of reactive oxygen species ros by pramipexole is shown in vitro and in vivo by evaluating mitochondrial ros release and aconitase 2 activity respectively.
16188953	aconitase 2, mitochondrial	aconitase 2 mitochondrial	1.0	additionally a monoclonal antibody raised against the 23 c terminal amino acids of aconitase 2 mitochondrial aconitase from rat nanotools; antik_amp_ouml;rpertechnik teningen germany was used to study the expression of the protein in mitochondria.
16188953	aconitase 2	aconitase 2	1.0	afterward aconitase 2 expression was analyzed by a standard western blot protocol by probing the used nitrocellulose membranes with the anti aconitase 2 antibody 2 microg/ml using an enhanced chemiluminescence detection system applied biosystems .