ライフサイエンスコーパス: palpation

1 painful injury, and tenderness to chest wall palpation).

2 f assessing the force of blood flow by pulse palpation.

3 -epiaortic ultrasound and biplane TEE-and by palpation.

4 erve was thickened and exquisitely tender on palpation.

5 t both ultrasound techniques are superior to palpation.

6 itional PM not found using visualization and palpation.

7 Task-related activity peaked during object palpation.

8 rcated subcutaneous mass, slightly tender to palpation.

9 erent from that observed with natural breast palpation.

10 The tissue was boggy and tender on palpation.

11 Acute rejection was determined by daily palpation.

12 ografts were performed and assessed daily by palpation.

13 ardiac allograft rejection was determined by palpation.

14 dominal obesity decreases the sensitivity of palpation.

15 kly treatments (1-2 h) and once weekly tumor palpation (1-2 h) for the duration of the study.

16 Pregnancy was determined by rectal palpation 42 days after insemination.

17 ts underwent an identical surgical protocol (palpation after an extensive Kocher maneuver, ultrasound

18 and method of detection (mammography alone, palpation alone, or both palpation and mammography) were

19 ity-related lower leg pain and tenderness on palpation along the posteromedial tibia (shin splints) u

20 ents for the presence of PEEPi by inspection/palpation and auscultation.

21 ekly and compared with tumor detection using palpation and dynamic contrast-enhanced MR imaging.

22 on average 10% larger and 50% longer during palpation and exploration than during grooming or passiv

23 When rats used their lips actively for palpation and exploration, the tactile responses in the

24 However, active palpation and exploratory behaviors did result in the la

25 e acute animal, lesions were firm nodules on palpation and had a distinct line of demarcation between

26 Tumors were easily followed by palpation and imaging and had an average volume of 258 m

27 Intraoperative assessment of nodal status by palpation and inspection by the surgeon was correlated w

28 A combination of palpation and intraoperative ultrasound detected 92% of

29 Tumor growth was followed for 6 weeks by palpation and magnetic resonance imaging.

30 (mammography alone, palpation alone, or both palpation and mammography) were analyzed by density cate

31 -sectional diameter) was assessed by careful palpation and recorded by serial acetate sheet tracings.

32 nostic accuracy of screening (including neck palpation and ultrasound), and the benefits and harms of

33 ve AAA who were screened with both abdominal palpation and ultrasound.

34 le control, verbal feedback based on vaginal palpation, and a self-help booklet in a first-line behav

35 Graft viability was monitored by palpation, and GVD was assessed by morphometry.

36 igns, edema, ankle joint pain, tenderness to palpation, and sensory loss.

37 -mouth complaint, the absence of saliva upon palpation, and zero unstimulated whole saliva (flow rate

38 Potential applications of this "brain palpation" approach for characterizing brain anomalies a

39 lihood ratios were determined for inspection/palpation, auscultation, and clinical exam.

40 pathology was associated with tenderness to palpation beyond the right lower quadrant (P < 0.001), g

41 f the breast, 2 cm or greater in diameter by palpation, clinical stage T1c-3, cN0, cN1, or cN2a, with

42 e best evidence on the accuracy of abdominal palpation comes from 15 studies of patients not previous

43 s on autopsy and in ultrasonographic series, palpation compared with ultrasonography, the risk for ma

44 sted patients to match a physician abdominal palpation curve with <20% error after 6 attempts.

45 acute abdominal pain, in which a physician's palpation determines if a patient's pain is life-threate

46 detected by ELISA in murine serum of MARY-X, palpation did not further increase the circulating level

47 The absence of abdominal tenderness to palpation does not rule out an intra-abdominal injury (s

48 In addition to standard abdominal palpation during right phrenic nerve pacing from the sup

49 line celiotomy and cecal exteriorization and palpation for 30 or 60 seconds or no surgery (sham).

50 In C57BL/6 mice, cecal palpation for 30 or 60 seconds significantly reduced gas

51 In CRF(1)-deficient mice, cecal palpation for 30 seconds did not delay gastric emptying

52 The positive predictive value of palpation for AAA of 3.0 cm or greater in these studies

53 d a significant, linear relationship between palpation force and CBE accuracy.

54 nalysis of search pattern, search technique, palpation force, examination time, and 6 demographic var

55 rium enema examination, intraoperative colon palpation, histopathologic outcome, and postoperative co

56 ies are pooled, the sensitivity of abdominal palpation increases significantly with AAA diameter (P<.

57 ly) completely prevented the 30-second cecal palpation-induced delayed gastric emptying (53.0% +/- 7.

58 of pathological tissue alterations by manual palpation is a simple but essential diagnostic tool, whi

59 ed by thyroid imaging, simple follow-up neck palpation is sufficient.

60 ct probing motion that precisely matches the palpation motion set by the physician.

61 iofeedback (verbal feedback based on vaginal palpation; n = 74), or 8 weeks of self-administered beha

62 Palpation of AAA appears to be safe and has not been rep

63 Consistent with the behavioral data, paw palpation of acid-injected mice significantly increased

64 Palpation of each xenograft similarly increased intratum

65 tivity was greater than that observed during palpation of external artificial models (p<0.01).

66 ical examination, she had mild tenderness to palpation of her joints, without associated erythema, sw

67 needle insertion and trajectory are based on palpation of surface landmarks.

68 vel, routine ANC visit (not for an illness), palpation of the abdomen, and expenditure of money in AN

69 d with epiaortic ultrasound and biplane TEE, palpation of the ascending aorta significantly underesti

70 Additionally, normally non-noxious palpation of the bone with cancer induced behaviors indi

71 Localization comprised palpation of the coccyx and measurement of the distance

72 n toes (36.3%); 30.9% had some tenderness to palpation of the foot or ankle, and 14.9% had ankle join

73 athoracic and intraabdominal organs, careful palpation of the kidneys and exploration of any abnormal

74 ase in metastatic pulmonary emboli following palpation of the primary tumor.

75 lar activation patterns were observed during palpation of the reconstructed and natural breasts as co

76 In the immediate reconstruction group, palpation of the reconstructed breast was also similar t

77 jority of lesions prior to the patient's own palpation of the tumor.

78 tists viewed standardized videotapes showing palpations of the temporomandibular joint and muscles of

79 Recently, the virtual "palpation" of the brain has become feasible using magnet

80 s of palpation on MARY-X with the effects of palpation on a derived dominant-negative E-cadherin muta

81 ic dissemination, we compared the effects of palpation on MARY-X with the effects of palpation on a d

82 d blue; a small percentage was identified by palpation only (3.9% [515 of 13 171]).

83 If either inspection/palpation or auscultation demonstrated PEEPi, it was sai

84 e inability for clinicians to conduct remote palpation, or touching, a key component of the physical

85 culating tumor emboli detected 2-3 min after palpation (P<0.01) by human cytokeratin 19 RT-PCR of ext

86 Increasing palpation pressure from 1 to 3 pounds increased the sens

87 These results suggest that the use of palpation pressures greater than 1 pound is a valid test

88 ferent neurons was then characterized during palpation, ramp and hold, and sinusoidal stretching of t

89 of this effect was through an immediate post-palpation release of circulating tumor emboli detected 2

90 for dynamic contrast-enhanced MR imaging and palpation, respectively (P < 0.001).

91 ere monitored by daily visual inspection and palpation, respectively.

92 The palpation revealed epigastric pain and palpable pulsatil

93 icant decrease in ventricular contractility (palpation score 0.3 +/- 0.1 compared to 2.3 +/- 0.3 in w

94 s) and preserved graft function (measured by palpation scores).

95 Abdominal palpation specifically directed at measuring aortic widt

96 Multivariate analysis indicated that low palpation stage and higher center of prostate dose were

97 partitioning analysis of initial PSA level, palpation stage, and the Gleason score groupings yielded

98 terize a window of commitment by ovariectomy/palpation studies permitted microarray analysis to evalu

99 The newly described piano fingers palpation technique was noted to have unusually high fai

100 On palpation, there was evidence of a vague lump in the lef

101 maneuver of demonstrated value is abdominal palpation to detect abnormal widening of the aortic puls

102 atients with a median tumor size of 40 mm on palpation to receive neoadjuvant epirubicin and cyclopho

103 ore (0 to 4) was assessed by daily abdominal palpation until 12 days after transplantation.

104 f the graft was monitored daily by abdominal palpation until the cessation of cardiac contraction.

105 normal abdomen at both visual inspection and palpation; urogenital examination revealed a small left-

106 In 2 studies (n = 354), neck palpation was not sensitive to detect thyroid nodules.

107 aft survival as evaluated by daily abdominal palpation was significantly prolonged in high dose recip

108 equivalent to approximately 50% reduction by palpation) were sustained for at least 144 weeks, with t

109 iet was 100% (20 of 20) as observed by tumor palpation, whereas 65% (13 of 20), 35% (7 of 20), and 20

110 ocular pressure (IOP) is measured by digital palpation, which has been found to be reliable in traine

111 Studies comparing clinical palpation with thyroid imaging show a prevalence of 13%

112 stended abdomen that was diffusely tender on palpation, with rebound tenderness in the right lower qu