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   1 ased transcript levels, and the induction of alternative oxidase.                                    
     2 s a chloroplast homolog of the mitochondrial alternative oxidase.                                    
     3  dependent on both a cytochrome chain and an alternative oxidase.                                    
     4 nalling, as evidenced by the induction of an alternative oxidase.                                    
  
     6 -type RING finger) family protein and AOX1A (alternative oxidase 1a) protein groups, respectively.   
     7 otein with sequence motifs characteristic of alternative oxidase, a mitochondrial protein that functi
     8 od1 plantlets is exclusively associated with alternative oxidase activity and that alternative NADH d
     9 e c oxidase, and this uncoupling induces the alternative oxidase activity and the accumulation of rea
    10 th the general relation between the apparent alternative oxidase activity and the climate of origin o
    11 ook, adapted to the tropics, has very little alternative oxidase activity compared with wheat, adapte
    12  levels of cyanide-insensitive mitochondrial alternative oxidase activity, (iii) cytochrome deficienc
  
    14 ides a two-step catalytic precedent for the "alternative oxidase" activity recently proposed for a me
    15 ntegrity was maintained, but accumulation of alternative oxidase and decreased abundance of lipoic ac
    16  of alternative respiratory pathways, namely alternative oxidase and external NADH-dependent alternat
    17 e only reliable method at present to measure alternative oxidase (AOX) activity is through measuremen
    18 nase) bypassed complex I inhibition, whereas alternative oxidase (AOX) bypassed complex III or IV inh
  
  
    21     We have examined the expression of three alternative oxidase (aox) genes in two types of maize mi
  
    23 uncoupling mitochondria or by expressing the alternative oxidase (AOX) inhibits this inflammatory phe
  
  
  
  
  
    29 eas the oxidation current increased when the alternative oxidase (AOX) pathway was blocked by salicyl
    30 s1-1 allele causes the loss of mitochondrial alternative oxidase (AOX) protein that might be related 
    31 ri produces an NO-inducible and NO-resistant alternative oxidase (Aox) that allows respiration to con
    32 ondrial electron transport chain includes an alternative oxidase (AOX) that is hypothesized to aid ph
    33 tochondrial complex III/IV deficiencies with Alternative oxidase (AOX), however, fully restores ATP l
    34  All higher plants and many fungi contain an alternative oxidase (AOX), which branches from the cytoc
  
  
  
  
  
    40 tive oxygen species, and an induction of the alternative oxidase AOX1a and pathogenesis-related PR1 e
  
  
    43   The expression and kinetic activity of the alternative oxidase are regulated by concentrations of k
  
    45  terminal oxidases, cytochrome c oxidase and alternative oxidase, are present and constitutively acti
    46 in A and cyanide excluded the presence of an alternative oxidase as described in other parasites.    
    47 lfide bond, because iodoacetate bound to the alternative oxidase at the activating site even when the
    48 tate with sulfhydryls, the activation of the alternative oxidase by alpha-keto acids appears to invol
    49  reduced ATP synthase amounts, and increased alternative oxidase capacity and led to specific long-te
    50 3-1, not cbb3-2, inhibited expression of the alternative oxidase CioAB and thus influenced a signal t
    51 ble holo-CI assembly/activity, showed higher alternative oxidase content/activity, and displayed a gr
    52 of electron flow between Cyt oxidase and the alternative oxidase depends on the kinetic behavior of t
  
    54 tants of aodA, dnmA, mnSOD and pimA encoding alternative oxidase, dynamin related protein, manganese 
  
  
  
  
    59 re up-regulated, and may coordinate with the alternative oxidases in the alternative respiratory path
    60 reatment with complex III inhibitors and the alternative oxidase inhibitor, salicylhydroxamic acid (S
  
  
    63 served effects of sulfhydryl reagents on the alternative oxidase of isolated soybean mitochondria wer
  
  
  
  
  
  
  
    71 ntrol line, which suggests that changing the alternative oxidase protein level by genetic engineering
    72 is role is supported by the observation that alternative oxidase protein levels often increase when p
    73 g bean plants that up-regulated the level of alternative oxidase protein maintained a greater electro
    74  to be more dependent on increased levels of alternative oxidase protein than changes in its oxidatio
    75 her levels of Aox1 mRNA, increased levels of alternative oxidase protein(s), and an unusual higher mo
  
    77 en was carried out to identify regulators of alternative oxidase (rao mutants), using AOX1a expressio
  
    79 ein is only distantly related to these other alternative oxidases, suggesting that IM is a novel memb
  
  
  
    83 olecular disulfide bond did not form and the alternative oxidase was present only as a noncovalently 
    84 e cDNAs as well as Aox1, a gene encoding the alternative oxidase, were found to also be strongly indu
    85 ained a greater electron partitioning to the alternative oxidase when measured at temperatures below 
    86 egrees C was fully restored by expressing an alternative oxidase, which specifically bypasses the cyt
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