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1 oenzyme A dehydrogenase enzyme activities in quadriceps muscle.
2  maximum voluntary contractions of the right quadriceps muscle.
3 splantation underwent muscle biopsy from the quadriceps muscle.
4 igns decrease the required dissection of the quadriceps muscle.
5 l titers in the spinal cord and the infected quadriceps muscle.
6 bserved a generalized training effect across quadriceps muscles.
7 nly for maximum standardized uptake value in quadriceps muscles.
8 le group involved in physical activity - the quadriceps muscles.
9 me-based resistance exercise focusing on the quadriceps muscles.
10  issues by analyzing covariation patterns in quadriceps muscle activity during locomotion in rats.
11 MRS) transmit-receive surface coil under the quadriceps muscle allowed estimation of [PCr]; .V(O2) wa
12 -receive surface coil placed under the right quadriceps muscle allowed estimation of intramuscular [P
13                   Transcriptomic analysis of quadriceps muscle and articular cartilage in CSF1-R inhi
14 y (wild-type, WT) and dystrophic (mdx) mouse quadriceps muscles and evaluated transcript levels of th
15 s, CP-640186 lowered hepatic, soleus muscle, quadriceps muscle, and cardiac muscle malonyl-CoA with E
16 onths of age, there was gross atrophy of the quadriceps muscle, and other hindlimb muscles were varia
17  and ear), heart (heart base and ventricle), quadriceps muscle, and the tibiotarsal joint at 1, 2, 4,
18 matically increased in 4-week-old dystrophic quadriceps muscles, and to a lesser extent in diaphragm
19 6 (0.82-0.99), respectively, for gluteal and quadriceps muscles, and WSCV for gluteal and quadriceps
20          18F-FDG PET/CT scans of gluteal and quadriceps muscle area were obtained with arterial input
21                                    Change in quadriceps muscle atrophy was significantly associated w
22 patients receiving placebo exhibited greater quadriceps muscle atrophy, with a -14.3 +/- 3.6% change
23 d increase in UCP3 mRNA levels occurs in rat quadriceps muscle between 12 and 24 h of food removal.
24                                              Quadriceps muscle biopsies obtained before and after 10
25 n intravenously to human subjects and needle quadriceps muscle biopsies were taken to measure [13C]le
26 see text]o2max) and microcirculation loss on quadriceps muscle biopsy (in CD31(+) immunofluorescence
27                                              Quadriceps muscle biopsy, dual-energy x-ray absorptiomet
28 ial occlusion pressures; cardiac output; and quadriceps muscle blood flow and oxygen tension (PMo2).
29 ts in significant contractile fatigue of the quadriceps muscle but not of the diaphragm in healthy, r
30         H reflexes were induced in the human quadriceps muscle by electrical stimulation of the femor
31               Thus, we studied rat heart and quadriceps muscles by immunohistochemistry using isoform
32 ed significantly improved motor performance, quadriceps muscle contractility, and sciatic nerve condu
33                   Inhibition declined during quadriceps muscle contraction under all conditions exami
34 onymous recurrent inhibition during isolated quadriceps muscle contraction, but to a much lesser exte
35                                              Quadriceps muscle cross-sectional area increased in pati
36 easured by dual-energy x-ray absorptiometry, quadriceps muscle cross-sectional area measured by magne
37                                              Quadriceps muscle CSA and volume were measured at baseli
38         We analyzed the coordination between quadriceps muscles during locomotion in rats before and
39 < 0.004) and PCr/Pi ratios (P < 0.04) in the quadriceps muscles during rest.
40 a phosphorus magnetic resonance spectroscopy quadriceps muscle exercise-recovery study before and aft
41 y muscles (IRL) exacerbated exercise-induced quadriceps muscle fatigue (Q(tw) = -12 +/- 8% IRL-CTRL v
42 ible to work of breathing-related changes in quadriceps muscle fatigue.
43 en fluorescent protein (EGFP) in transfected quadriceps muscle fibers in living mice subjected to con
44  (COPD) develop contractile fatigue of their quadriceps muscle following endurance exercise.
45 ein lipase (hLPL) mRNA was detectable in the quadriceps muscle for at least 21 days.
46 ation (NMES), applied to the surgical limb's quadriceps muscle for the first 6 weeks following surger
47                                        Lower quadriceps muscle forces resulted in a reduction of tibi
48 ed to the control group, which required less quadriceps muscle forces.
49  sarcoglycan-positive fibers detected in the quadriceps muscle from all 14 mice analyzed.
50 he IC/MS assay was used to quantitate OAs in quadriceps muscle from sedentary mice compared to fatigu
51           Five differences were conserved in quadriceps muscles from dystrophic mice treated with spi
52             The morphology of the soleus and quadriceps muscles from MGSKO mice appeared normal.
53 ulate in obesity, we performed lipidomics on quadriceps muscles from obese mice with impaired glucose
54                           Involvement of the quadriceps muscle group in knee osteoarthritis is receiv
55            Following surgery to reattach his quadriceps muscle, he experienced an emotional period in
56 describe the biomechanical properties of the quadriceps muscle in ICU survivors 12 months after ICU d
57 kinase activation) and GLUT4-GFP-transfected quadriceps muscle in living, anesthetized mice either mu
58 ulted in increased fatigue resistance of the quadriceps muscle in patients with COPD.
59                             We evaluated the quadriceps muscles in 34 ambulatory patients and 13 heal
60 be more severely affected by weakness of the quadriceps muscles in individuals with knee OA who have
61 ves at 10 months of age, along with enhanced quadriceps muscle innervation.
62                                              Quadriceps muscle intracellular pH (pH(i)) was more acid
63  of archvillin protein was observed in human quadriceps muscle lacking gamma-SG.
64 the gene signature inversely correlated with quadriceps muscle mass (r = -0.50, p-value = 0.011) in I
65 ty in patients with severe COPD by enhancing quadriceps muscle mass and function.
66       No correlation was seen with change in quadriceps muscle mass for any of the 20 metabolites var
67                                StO(2) in the quadriceps muscle may be useful for predicting muscle at
68 n, exercise training significantly increased quadriceps muscle mitochondrial capacity by 24% and VO2
69                  Acceptable M-waves from the quadriceps muscle (not obscured by stimulus artifact) we
70 tudy was to determine whether fatigue of the quadriceps muscle occurs after high intensity cycle exer
71    In conclusion, contractile fatigue of the quadriceps muscle occurs after high intensity cycle exer
72 d a large-scale gene expression profiling in quadriceps muscle of arctic ground squirrels, comparing
73 Muscle biopsy samples were obtained from the quadriceps muscle of both the control and exercised legs
74  oxidase expression in brain, cerebellum and quadriceps muscle of the FXNKD mouse model.
75  Similarly, cCTTI of porcine thymus into the quadriceps muscle of thymectomized T cell-depleted pigs
76  findings, eosinophils were prominent in the quadriceps muscles of 4-wk-old male mdx mice but no prof
77 rotein expression and were injected into the quadriceps muscles of BALB/c mice to measure specific an
78 wed many lipid droplets within the psoas and quadriceps muscles of dysferlin-deficient A/J(dys-/-) mi
79                   Levels of total ATP in the quadriceps muscles of the subjects were determined durin
80 r 2 kinase than were observed in Mtm1 p.R69C quadriceps muscle or in muscles from wild-type littermat
81 etermined post-exercise recovery kinetics of quadriceps muscle oxygen uptake (m VO2 ) measured by nea
82 ange, minute ventilation, blood lactate, and quadriceps muscle pH and phosphorylation potential by 31
83 injection of pMCKhLPL into the peritoneum or quadriceps muscle results in plasma triglyceride reducti
84                                   We studied quadriceps muscle samples from 24 patients with genetica
85                                      Smaller quadriceps muscle size, as measured by ultrasound in the
86                                              Quadriceps muscle size, echogenicity, and fat thickness
87 ne of B. burgdorferi in the ear, heart base, quadriceps muscle, skin, and tibiotarsal joint tissue of
88 aximal exercise performance, respiratory and quadriceps muscle strength and endurance and quality-of-
89                                  Deficits in quadriceps muscle strength and physical performance are
90 exercise capacity (6-min walk distance), and quadriceps muscle strength corrected for body weight (QS
91 e measures included demographic information, quadriceps muscle strength, and QA using a burst-superim
92 2 physical functioning scores, hamstring and quadriceps muscle strength, the Western Ontario and McMa
93                                              Quadriceps muscle strengthening is a common goal in the
94 idation in myocytes cultured from human male quadriceps muscle taken from subjects with varied BMI, f
95                      The three monoarticular quadriceps muscles (vastus medialis [VM], vastus lateral
96 .3 0.4%, 2.7 0.2%, and 2.0 0.4% decreases in quadriceps muscle volume (P < 0.05) of the immobilized l
97 is muscle biopsies were performed to measure quadriceps muscle volume and daily MyoPS rates, respecti
98                                              Quadriceps muscle volume of the control legs remained un
99                            The StO(2) of the quadriceps muscle was measured via near-infrared spectro
100 quadriceps muscles, and WSCV for gluteal and quadriceps muscles was 2.2% and 3.6%, respectively.
101                                              Quadriceps muscle weakness is an important contributor t
102 rmine the kinetics of IL-6 secretion, intact quadriceps muscles were transfected with enhanced green

 
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