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1 es of experiments with both mitochondria and submitochondrial particles.
2 ygen consumption of cells, mitochondria, and submitochondrial particles.
3 g helices 2 and 3 of QPs3, in mitoplasts and submitochondrial particles.
4 nthetic activities of ATP synthase in bovine submitochondrial particles.
5 ce of O2*- released from this preparation of submitochondrial particles.
6 t not the Q-free Ndi1, was incorporated into submitochondrial particles.
7 pyruvate suppressed superoxide production by submitochondrial particles, and attenuated oxidative str
8  indicate that complex I is inactivated when submitochondrial particles are treated with Ca2+.
9 t human factor B, which when added to bovine submitochondrial particles depleted of their factor B re
10                                  However, in submitochondrial particles devoid of antioxidant defense
11 with anti-OSCP IgG from a fraction of bovine submitochondrial particles enriched in oligomycin-sensit
12 NO. production obtained with homogenates and submitochondrial particles indicated that most of the en
13 hondrial NADH dehydrogenase (complex I) with submitochondrial particles isolated from Epstein-Barr vi
14          In bovine heart mitochondria and in submitochondrial particles, membrane-associated proteins
15 none markedly increased H2O2 production from submitochondrial particles oxidizing the complex I subst
16                 In the study presented here, submitochondrial particles prepared from rat heart were
17 mitochondria, mitochondrial homogenates, and submitochondrial particles produced NO. (followed by the
18                             Similarly, liver submitochondrial particles revealed a 44% decrease in th
19                            When bovine heart submitochondrial particles (SMP) were illuminated with U
20 of Mrp1 in heart homogenate, sarcolemma, and submitochondrial particles (SMP) were increased 1.6-, 2-
21 c1 complex) has been studied in bovine heart submitochondrial particles (SMP) when cytochrome b was r
22 dox reaction of the bis-heme cytochrome b in submitochondrial particles (SMP), and all three inhibiti
23 tase (complex I) detected in tightly coupled submitochondrial particles (SMP).
24 nsfer pathway of complex III in bovine heart submitochondrial particles (SMP).
25 I, bc1 complex) were studied in bovine heart submitochondrial particles (SMP).
26 d that the rate of O-2 generation in cardiac submitochondrial particles (SMPs) was directly related t
27          The rate of (O2(./-)) generation by submitochondrial particles (SMPs) was inversely related
28 Furthermore, we had previously shown that in submitochondrial particles the affinity of complex I for
29 When Ndi1 was incorporated into bovine heart submitochondrial particles, the Q-bound form, but not th
30  Sprague-Dawley rat hearts and corresponding submitochondrial particles was studied.
31                                        Using submitochondrial particles, we confirmed that in the con
32 nalyses of rat liver mitochondria as well as submitochondrial particles were negative for any peptide
33 ure, never frozen rat liver mitochondria and submitochondrial particles were obtained.
34                                 Treatment of submitochondrial particles with protein kinase A and ATP