ライフサイエンスコーパス: tissue mass

1 action (38 patients) extending into the soft-tissue mass.

2 cate that the vascular endothelium regulates tissue mass.

3 l development and for homeostasis of adipose tissue mass.

4 cagon ratio in the serum and reduced adipose tissue mass.

5 d by adipose tissue in proportion to adipose tissue mass.

6 hat maintains homeostatic control of adipose tissue mass.

7 of progeny hepatocytes, and (iv) can restore tissue mass.

8 maging shows a striking reduction in adipose tissue mass.

9 a lower oxygen demand that is independent of tissue mass.

10 genes involved in the regulation of adipose tissue mass.

11 be produced by the progressive reduction of tissue mass.

12 intraperitoneal and retroperitoneal adipose tissue mass.

13 ic signals for retention or recovery of lean tissue mass.

14 ated maternal obesity-induced high fetal fat tissue mass.

15 tem maintains homeostatic control of adipose tissue mass.

16 s reflected by a marked reduction in adipose tissue mass.

17 controlled microscale perfusion through the tissue mass.

18 fically linked to increased visceral adipose tissue mass.

19 or inflammatory or malignant sinusoidal soft tissue masses.

20 s, solid tumors and other light-inaccessible tissue masses.

21 eived active E+P therapy lost less lean soft tissue mass (-0.04 kg) than did the women who received p

22 ng was performed to evaluate 17 one and soft-tissue masses (10 malignant, seven benign) in 14 patient

23 ocesses are established during the growth of tissue mass, a process that also results in temporal sep

24 sity) and secondary (ulcer, cellulitis, soft-tissue mass, abscess, sinus tract, cortical interruption

25 ffspring growth, which is suggestive of lean tissue mass accretion.

26 individuals seem to have less brown adipose tissue mass/activity than do their lean counterparts.

27 ds to a large, specific reduction of adipose tissue mass after several days.

28 m responsible for the restoration of adipose tissue mass after weight loss is largely uncharacterized

29 Decreasing adipose tissue mass alone will not achieve the metabolic benefit

30 Using our site-specific tissue masses, along with electron absorbed fractions gi

31 fed the HFD reduced body weight and adipose tissue mass, ameliorated hepatic steatosis associated wi

32 ectively, were 0.17, 0.33, and 0.31 for lean tissue mass and 0.11, 0.14, and 0.09 for FM.

33 This study evaluates the influence of donor tissue mass and acute tubular necrosis (ATN) on graft su

34 three mutants showed increased white adipose tissue mass and adipocyte size.

35 Chronic alcohol exposure reduced adipose tissue mass and adipocyte size.

36 inly because of an increase in white adipose tissue mass and BAT whitening.

37 ctive value for osteomyelitis; signs of soft-tissue mass and cortical interruption had the highest ne

38 reserved functional abilities increased lean tissue mass and decreased fat mass.

39 d FFAs during a euglycemic clamp and adipose tissue mass and distribution, organ fat, and adipocyte s

40 eted by adipose tissue and regulates adipose tissue mass and energy balance.

41 n decreased the size of the visceral adipose tissue mass and enhanced insulin sensitivity in mice fed

42 a1 gene is an important regulator of adipose tissue mass and function.

43 in secretion, decreased expansion of adipose tissue mass and preservation of insulin sensitivity when

44 ificantly reduced both the loss of lean soft tissue mass and the ratio of trunk to leg fat mass in po

45 dPLA-null mice have markedly reduced adipose tissue mass and triglyceride content but normal adipogen

46 cal and pathological oxygen levels in a live tissue mass and we suggest has the potential for broader

47 displayed reduced lipid storage and adipose tissue mass and were resistant to diet-induced obesity a

48 Soft-tissue masses and bone marrow involvement showed isoatte

49 posite index of poor growth indexing jointly tissue masses and length.

50 t international recommendations for skeletal tissue masses and results from three-dimensional electro

51 However, changes in overall weight (adipose tissue mass) and hepatic fat were the most important det

52 rred in the same region as body length, lean tissue mass, and bone mineral content and on chromosome

53 s and erosions, osteophytes, paraspinal soft-tissue mass, and decreased disk height.

54 e exhibited low body weight, reduced adipose tissue mass, and increased lifespan, similar to S6K1-def

55 NA levels are highly correlated with adipose tissue mass, and leptin expression can thus be used as a

56 total adipose tissue mass, visceral adipose tissue mass, and superficial adipose tissue mass (for al

57 tration to obese mice did not reduce adipose tissue mass, and the compensatory increase in GSIS obser

58 iography revealed atrial enlargement, atrial tissue masses, and valvular thickening at 4 weeks of age

59 Adipogenesis and increase in fat tissue mass are mechanosensitive processes and hence sho

60 eptor knock-out (FIRKO) have reduced adipose tissue mass, are protected against obesity, and have an

61 cannot be explained by differences in organ-tissue mass as modeled by DXA.

62 even though they lost nearly as much adipose tissue mass as the C57BL/6J mice.

63 dy weight, adipocyte size, and white adipose tissue mass, as assessed by magnetic resonance imaging.

64 exhibit a twofold increase in white adipose tissue mass, as well as increased levels of serum-free f

65 The increase of adipose tissue mass associated with obesity is due in part to an

66 Adipoq(-/+) offspring had more fat tissue mass at both birth and adulthood.

67 in association with gut-associated lymphoid tissue mass atrophy.

68 on chromosome 13 in the same region as lean tissue mass, bone mineral density, and bone mineral cont

69 no significant age-group differences in leg tissue mass (by dual-energy x-ray absorptiometry), but e

70 An increase in adipose tissue mass can be the result of the production of new f

71 l osteosarcoma is a broad-based surface soft-tissue mass causing extrinsic erosion of thickened under

72 Tissue mass changes of the phloem suggests that altered

73 -/-) mice were protected from reduced kidney tissue mass, collagen deposition, and profibrotic cytoki

74 X-ray absorptiometry (DXA) modeling of organ-tissue mass combined with specific organ-tissue metaboli

75 ody mass and after adjustment for each organ-tissue mass component.

76 Five organ-tissue mass components (brain, bone, skeletal muscle, ad

77 hesis that the posterior left atrial adipose tissue mass contributes to structural and electric remod

78 met sign" (adjacent eccentric, tapering soft-tissue mass corresponding to the noncalcified portion of

79 erhaps, other pathologic conditions in which tissue mass diminution has compromised functional integr

80 A focal soft-tissue mass distinct from the ossific matrix was identif

81 eavage plane, intramedullary extension, soft-tissue mass (distinct from ossified mass), and the prese

82 gain are characterized by increased adipose tissue mass due to an increase in the size of individual

83 ings, we propose a model in which increasing tissue mass during organogenesis leads to the formation

84 ly contribute to a failure to expand adipose tissue mass during states of excess caloric intake.

85 supplemented mice had lower visceral adipose tissue mass estimated by epididymal fat pad, associated

86 total body mass of 26.0 kg and a total body tissue mass (exclusive of wall organ content) of 24.5 kg

87 Fat-free soft tissue mass, fat mass, and percentage BF were measured w

88 o underwent sonographic evaluation of a soft-tissue mass followed by biopsy or resection were retrosp

89 area of origin on age-corrected fat and lean tissue masses for either sex.

90 adipose tissue mass, and superficial adipose tissue mass (for all interactions, P < 0.05).

91 e included in differential diagnosis of soft-tissue masses found in diagnostic imaging.

92 artment model, detailed changes in organ and tissue masses further add to explain changes in REE and

93 essential for homeostatic control of adipose tissue mass, glucose metabolism, and many autonomic and

94 Indomethacin had no effect on adipose tissue mass, glucose tolerance, or GSIS when included in

95 cultures and cultures of the left chest soft tissue mass grew MRSA.

96 Treatment with an FTI increased adipose tissue mass, improved body weight curves, reduced the nu

97 and its possible role in regulating adipose tissue mass in adults can now be tested.

98 stent with the observed reduction of adipose tissue mass in fld and fld(2J)mice, wild-type Lpin1 mRNA

99 of leptin correlate positively with adipose tissue mass in normal humans and animals, recent studies

100 result in significant reductions in adipose tissue mass in obese humans in the absence of caloric re

101 BMI, total and trunk adipose mass, and lean tissue mass in obese postmenopausal women with type 2 di

102 therefore contribute to a reduction in lean tissue mass in older adults.

103 in the control group and reduction of acinar tissue mass in the Cudt group.

104 tases throughout the lumbar spine and a soft tissue mass in the lower sacral region.

105 nsume equal amounts of food, but the adipose tissue mass in the null animals is reduced to approximat

106 erplasia (BPH) is characterized by increased tissue mass in the transition zone of the prostate, whic

107 e of the key mediators of regenerating adult tissue mass in this partial hepatectomy model.

108 Patients with pathological tissue mass in thoracic cage found with imaging require

109 Mammography showed nonspiculated soft-tissue masses in 49 tumors.

110 s occur in the background of a complex solid tissue mass, including microbial pathogenesis, tumorigen

111 Furthermore, HDL decreases white adipose tissue mass, increases energy expenditure, and promotes

112 lts suggest that the WLZ is a good marker of tissue masses independent of length.

113 Adipose tissue mass is determined by both the number and volume

114 White adipose tissue mass is governed by competing processes that cont

115 We conclude that adipose tissue mass is sensitive to angiogenesis inhibitors and

116 Posterior left atrial adipose tissue mass is significantly larger in patients with AF

117 ure by the directed growth and fusion of two tissue masses is a recurrent theme in mammalian embryolo

118 Obesity, defined as an increase in adipose tissue mass, is the most prevalent nutritional disorder

119 g or erosions), vacuum disk, paraspinal soft-tissue mass, joint disorganization, and osseous joint de

120 Enlargement of adipose tissue mass leads to an appropriate downregulation of sy

121 rown-heel length, waist circumference, total tissue mass, lean mass, bone mineral content, or bone mi

122 Bone mineral content (BMC), lean tissue mass (LTM), body fat mass, and percentage fat are

123 nges in the bone mineral content (BMC), lean tissue mass (LTM), fat mass, and percentage fat are pres

124 et facilitated through lean red meat on lean tissue mass (LTM), muscle size, strength and function, c

125 describe a further mechanism whereby adipose tissue mass may be modified by TNF-alpha.

126 en identified, but the modulation of adipose tissue mass may have both advantageous and deleterious h

127 re (REE) prediction model by using organ and tissue mass measured by magnetic resonance imaging combi

128 minal adiposity in males only (white adipose tissue mass (mg): CON 280.5 +/- 13.4 [mean +/- SEM] (n =

129 tural bioactive factors effective in adipose tissue mass modulation.

130 lity of this method to reduce in vivo acinar tissue mass of a rat pancreas prior to transplantation o

131 rn and relation to local metabolism and lean tissue mass of the age-associated reductions in femoral

132 Increased donor tissue mass of the ASK or kidney-liver transplants, in t

133 Surprisingly, decreasing the tissue mass of the donor heart by 50% resulted in acute

134 C (uptake localizing to lymph nodes or soft-tissue masses on CT).

135 with pheochromocytoma may have a greater BAT tissue mass or activation because of elevated levels of

136 dly capable of diagnosing malignancy in soft tissue masses or lymph nodes before these changes become

137 formations (zero of 38) consisted of a solid-tissue mass (P < .001).

138 Tissue mass (P < 0.05) and adipocyte area were lower ( a

139 Adjustment for trunk lean tissue mass partially explains the lower REE of obese Af

140 Analysis of tissue mass, PGC-1alpha and UCP-1 content, the presence

141 o assess whether an increased atrial adipose tissue mass posterior to the left atrium is related to A

142 Decreases in weight and adipose tissue mass predicted improvements in GDR but not in fas

143 h are effective in the inhibition of adipose tissue mass production.

144 knock-out of Nrf2 in mice decreases adipose tissue mass, promotes formation of small adipocytes, and

145 f wave fronts in ventricular fibrillation by tissue mass reduction causes a transition from chaotic t

146 Tissue mass reduction was then performed in 10 RVs until

147 The CM was reached by tissue mass reductions, at which VF converted to periodi

148 However, the tissue mass required for such experiments is of the orde

149 n by whole-body PET imaging in a pelvic soft-tissue mass shown on abdominopelvic CT.

150 Tissue mass spectrometry imaging (MSI) is a rapidly deve

151 By direct tissue mass spectrometry, only Canpr-beta-PDH II was det

152 ues to examine the molecular content of FFPE tissue, mass spectrometry imaging (MSI) is the most appr

153 ybridizations from both trichome and control tissues, mass spectrometry-based trichome metabolite pro

154 Paraaortic soft-tissue mass, stranding, and/or fluid was present in 13 (

155 b lesion and an associated extrapleural soft-tissue mass, suggesting an aggressive process.

156 fat mass was not affected, visceral adipose tissue mass tended to decrease after the intervention co

157 had substantially (2.5-fold) greater adipose tissue mass than lean control subjects, but the rates of

158 major contributor to the increase in adipose tissue mass that is characteristic of obesity.

159 unts for the severalfold increase in adipose tissue mass that occurs throughout life, yet the mechani

160 aracterized by an expansion of white adipose tissue mass that results from an increase in the size an

161 Radiographs showed a broad-based soft-tissue mass that was attached to the cortex (all patient

162 be predicted from a combination of organ and tissue mass, the specific resting metabolic rates of ind

163 yrinx is closed through movement of two soft tissue masses, the medial and lateral labia, into the br

164 in direct continuity with the overlying soft-tissue mass (this was rare, occurring in only one patien

165 dipocytes, regulates the size of the adipose tissue mass through effects on satiety and energy metabo

166 by adjusting food intake to restore adipose tissue mass to a regulated level.

167 Using lean tissue mass to account for differences in bone density d

168 Furthermore, the addition of the adipose tissue mass to the multiple variable analysis significan

169 ter sensor explantation allows separation of tissue mass transfer effects from sensor variance and dr

170 total percentage of fat mass, total adipose tissue mass, visceral adipose tissue mass, and superfici

171 An associated soft-tissue mass was also seen in 19 of 25 cases (76%) at CT

172 inetic dynamometry, and lower-extremity lean tissue mass was assessed with dual-energy x-ray absorpti

173 As tissue mass was decreased, the number of wave fronts dec

174 were not evident on the CT scan and the soft tissue mass was out of the coverage area of the CT.

175 Subsequent biopsy of the soft tissue mass was performed and histopathology concluded t

176 arance simulating osteoblastoma without soft-tissue mass was present (seven cases).

177 The posterior left atrial adipose tissue mass was quantified on computed tomographic angio

178 The adipose tissue mass was significantly larger in patients with AF

179 Solid-tissue mass was the only multivariate predictor for diff

180 The tissue mass was then progressively reduced by sequential

181 c group, fat mass, and fat-free mass or lean tissue mass) was assessed.

182 lease by leg tissue, relative to leg adipose tissue mass, was comparable with that reported previousl

183 F-FTO (0.70 +/- 0.30% dose kg [body mass]/g [tissue mass]) was similar to that of (18)F-FTP at 30 min

184 e, insulin resistance, and increased adipose tissue mass were observed in animals harboring a hematop

185 Body weight gain and adipose tissue mass were significantly reduced by soy but not me

186 h plaque-like confluent retroperitoneal soft-tissue masses were divided into three groups: group I, 2

187 Soft-tissue masses were well defined in 91%-100% of cases and

188 rotic osseous lesion with an associated soft-tissue mass, which allows distinction from aneurysmal bo

189 ription of the rheological properties of the tissue mass, which here is treated as a Newtonian fluid.

190 ower jaws followed by development of fibrous tissue masses, which causes a characteristic facial swel

191 imals showed reduced body weight and adipose tissue mass with a significant decrease of the expressio

192 The presence of an extensive soft-tissue mass with infiltration of adjacent subcutaneous f

193 On imaging, a heterogenous soft tissue mass with internal calcific densities was noted i

194 findings revealed a malignant-appearing soft-tissue mass with paranasal sinus base destruction.

195 ed that maternal obesity increased fetal fat tissue mass, with a significant elevation in fetal blood

196 determined by decreased draining lymph node tissue mass, with reduced numbers of total leukocytes an

197 deficiency promotes the expansion of adipose tissue mass without altering food intake or physical act

198 tion in nine patients and presence of a soft-tissue mass without dilatation in 10 patients.

199 Bulky peritoneal soft-tissue masses without an apparent organ-based primary si

200 rms of a deficiency versus excess of adipose tissue mass, yet these conditions are accompanied by sim