コーパス検索結果 (1語後でソート)
通し番号をクリックするとPubMedの該当ページを表示します
1 or of maximal oxygen uptake rate than muscle mitochondrial volume.
2 ss, this study examined the effect of DZX on mitochondrial volume.
3 ) and Bmal1(-/-) mice had a 40% reduction in mitochondrial volume.
4 might increase its sensitivity to changes in mitochondrial volume.
5 hondrial proteins and a general reduction of mitochondrial volume.
6 letes have an increased ratio of surface per mitochondrial volume.
8 cells, the feedback responses that maintain mitochondrial volume across generations of dividing cell
9 chondrial phenotype that includes (1) a high mitochondrial volume and (2) specific mitochondrial arch
12 in, porin, nNOS, p-nNOS, and Tfam as well as mitochondrial volume and cristae abundance were signific
13 muscle mitochondrial respiration relative to mitochondrial volume and cristae density across training
14 individuals may be explained by both higher mitochondrial volume and cristae density in active indiv
15 area density); and (2) no sex differences in mitochondrial volume and cristae density or mass-specifi
16 6-9) and males (n = 15-18) did not differ in mitochondrial volume and cristae density, OXPHOS, or whe
17 time periods presynaptic terminals optimize mitochondrial volume and density to meet power demand.SI
18 ose of this study was to define the roles of mitochondrial volume and distribution in axonal degenera
19 uilibrate just before division, and that the mitochondrial volume and DNA-containing nucleoids instea
20 present a mechanism by which variability in mitochondrial volume and functionality, along with cell
27 Based on these findings, we propose that mitochondrial volumes and synaptic localization developm
28 ial morphology and physiology, a decrease in mitochondrial volume, and a severe suppression of cellul
29 ochondrial "membrane mass," has no effect on mitochondrial volume, and does not affect the permeabili
30 d significantly increased calcium, increased mitochondrial volume, and increased numbers of synaptic
32 ature and mature labeled calyces reveal that mitochondrial volumes are increased to support high firi
33 d of transported tracer label showed reduced mitochondrial volumes as well as decreased active zone n
34 so being reflected by a relative increase in mitochondrial volume, as shown by quantitative fluoresce
38 e demonstrate an increase in skeletal muscle mitochondrial volume density (Mito(VD)) over equivalent
39 Skeletal muscle biopsies were analysed for mitochondrial volume density (Mito(VD)), capillarity, fi
40 ch was the result of a 1.6-fold reduction in mitochondrial volume density and altered substrate oxida
43 nsity, OXPHOS, or when normalising OXPHOS to mitochondrial volume density and muscle cristae surface
44 cle biopsy sample permitted determination of mitochondrial volume density and the contribution of the
45 een active groups and UT when normalising to mitochondrial volume density and were lost when normalis
46 e to extreme high altitude (>5500 m), muscle mitochondrial volume density falls, with a particular lo
47 The XC and RUN groups demonstrated higher mitochondrial volume density than the RA and UT groups w
48 c analyses demonstrated that cardiac myocyte mitochondrial volume density was increased in insulin-re
50 iber cross-sectional areas, capillarity, and mitochondrial volume density were not different between
51 XPHOS) can change independently of shifts in mitochondrial volume density, which may be attributed to
55 itochondrial CO therapy, and connect cardiac mitochondrial volume expansion with the inducible networ
56 localization to mitochondria by controlling mitochondrial volume fraction (influencing diffusive sea
58 stsynaptic density length and curvature, and mitochondrial volume fraction were similar for axosomati
60 yeast cells and observed that cell size and mitochondrial volume grew exponentially during the cell
61 f anions and is postulated to be involved in mitochondrial volume homeostasis in conjunction with the
70 ors are suppressed by control at two levels: Mitochondrial volume is actively distributed throughout
71 r cell activity is not required for the high mitochondrial volume, it shapes the mitochondrial archit
75 because of a reduction in the total cellular mitochondrial volume, suggesting that intermitochondrial
77 ddition of DZX did not alter the response of mitochondrial volume to CPG (P=0.912) but increased swel
78 mPT onset was assessed by measuring in situ mitochondrial volume using the 'thinness ratio' and the
79 of synaptic boutons (SBs), e.g., bouton and mitochondrial volume, vesicle pool size, as well as post
80 strate that Letm1 is involved in maintaining mitochondrial volume via potassium/proton exchange acros