ライフサイエンスコーパス: groin

1 e brachial artery; the remainder were in the groin.

2 ery and subsequent infection in the affected groin.

3 d body sites, including the scalp, feet, and groin.

4 fected subjects, this was most common in the groin.

5 occurrence of an inguinal hernia in the same groin.

6 into dermal lymphocele-like vesicles on the groin.

7 ined results from 2 sites: the nares and the groin.

8 cation rate was 95.3% overall: 99.3% for the groin, 95.3% for the axilla, and 84.5% for the neck basi

9 graphy and CT cannot reliably exclude occult groin abnormalities.

10 medical history was notable for a large left groin abscess and left lower lobe pneumonia of unknown c

11 mL), and is effective in vivo in a S. aureus groin abscess infection model in rats.

12 , and an additional patient with a recurrent groin abscess without apparent luminal symptoms.

13 A thorough inspection of the groin and genitalia is imperative in black organ transpl

14 cal records review of surgical patients with groin and pelvic pain, 2008-2013, was conducted in a sin

15 stic for inguinal hernia; (2) imaging of the groin and/or pelvis with US, CT, and MRI; and (3) an ope

16 ention by inlet sand mining, construction of groins and jetties that divert sediments from flats, and

17 ng the prediction of pathologically negative groins and thus the selection of patients suitable for m

18 were obtained from lesional skin (axilla or groin) and nonlesional skin.

19 at birth from infants (mouth, umbilicus, and groin) and their mothers (mouth and vagina) and were obt

20 s, buccal mucosa, axilla, antecubital fossa, groin, and toe webs with separate rayon swabs and the fo

21 l" European HS, mainly involving the axilla, groin, and, in women, the inframammary region.

22 Fluid collections were in the hip-groin area (n = 16), thighs (n = 6), buttocks (n = 6), k

23 vealed a palpable nontender mass in the left groin area.

24 29, 1995, cultures from body sites (rectum, groin, arm, oropharynx, trachea, and stomach) and from e

25 SA beads were implanted in the contralateral groin as a nonspecific control.

26 5% CI 1.8-4.0) had a mass or swelling in the groin at time of survey.

27 tion) and an additional scan from T11 to the groins at 3 h (delayed examination) after (18)F-FDG inje

28 Among specimens collected from the groin, broth, CM, and MSA detected 88%, 54%, and 49% of

29 Groin cannulation complications primarily were related t

30 agulation regimens has made the reduction of groin complications a high priority.

31 The incidence of groin complications was 7 of 85 (8%) and of bleeding com

32 anipulation without increasing the number of groin complications.

33 At histopathology, 21 of 57 (37%) groins contained metastatic LNs.

34 erated and reduces the rate of pain/numbness/groin discomfort by 45% relative to sutures without incr

35 the incidence of postoperative pain/numbness/groin discomfort by up to 50% compared with sutures for

36 AS) assessments for "pain," "numbness," and "groin discomfort" on a scale of 0 = best and 100 = worst

37 mplications (VAS score >30 for pain/numbness/groin discomfort) at 12 months after surgery.

38 e patients were included, with a total of 57 groins dissected and histologically evaluated.

39 a maculopapular and erythematous rash in the groin, genitalia, and buttocks.

40 ar in both groups (1 tamponade in RivG and 1 groin hematoma requiring transfusion in phenprocoumon).

41 One major complication occurred; this was a groin hematoma, which required a blood transfusion.

42 The most common local complications were groin hematomas, which occurred in 10 (2.6%) of the 392

43 from 3.5% to 5.5% (P<0.001), because of more groin hematomas.

44 (0.0-17.2), and 4.9 per 1000 operations for groin hernia (0.0-11.7).

45 mesh (both lightweight) for the repair of a groin hernia in adult men in eastern Uganda who had prim

46 Inadequate knowledge of the incidence of groin hernia in the general population makes this inform

47 The most effective method for repair of a groin hernia involves the use of a synthetic mesh, but t

48 olecystectomy (48.5%), appendectomy (16.2%), groin hernia repair (10.0%), abdominal exploration (nont

49 was used to assess the hazard ratio (HR) of groin hernia repair according to age, tumor risk categor

50 rts indicate an increase in the incidence of groin hernia repair after radical prostatectomy.

51 be important for the increased incidence of groin hernia repair seen after radical prostatectomy or

52 rapy had a significantly higher incidence of groin hernia repair than the control cohort: HR: 3.95 (9

53 An almost 4-fold increase in groin hernia repair was observed after radical prostatec

54 tions: caesarean delivery, appendectomy, and groin hernia repair.

55 the abdominal wall, increased vigilance for groin hernia seems to be important for the increased inc

56 plete exposure and coverage of all potential groin hernia sites.

57 The outcome of groin hernia surgery is evaluated mostly by comparing re

58 The incidence of groin hernia surgery was calculated for a group of men t

59 geons during the study period with a primary groin hernia were considered eligible.

60 of anesthesia, LA or GA, for repair of their groin hernia.

61 In Denmark approximately 10 000 groin hernias are repaired annually, of which 2% to 4% a

62 ganda who had primary, unilateral, reducible groin hernias.

63 pically into the preperitoneal space in both groins in 25 female pigs and fixed with either FS or sta

64 Among multiply imaged groins in which CT examination missed a diagnosis of her

65 roach aneurysms endovascularly through small groin incisions have been adopted.

66 dures--caesarean delivery, appendectomy, and groin (inguinal and femoral) hernia repair--to quantify

67 ey and then present a detailed review of hip/groin injuries that are commonly diagnosed in these athl

68 -17), and 4.7 per 1000 operations for hernia groin (IQR 0-13); all recorded deaths occurred during th

69 Pain in the operated groin limited the ability to exercise for 5 TEP patients

70 was limited to the vulva, and there were no groin lymph nodes that were clinically suggestive of can

71 morbidity associated with vulvar surgery and groin node dissection.

72 Complications (mostly small hematomas of the groin) occurred in 106 (12.6%) of 842 patients, with no

73 pecimens from the nares, throat, rectum, and groin of case subjects with a closed skin abscess (i.e.,

74 les, and draining fistulas in the axilla and groin of young adults.

75 primary melanoma with lymphadenopathy in the groin, one patient withdrew because of progressive disea

76 anted, HIV-infected patients with persistent groin or hip pain should be evaluated for this debilitat

77 and MRI; and (3) an operation to address the groin or pelvic pain.

78 2.24 [95% CI, 1.22-4.1]), and surgical site: groin (OR = 4.65 [95% CI, 1.69-12.83]), and head/neck (O

79 atures of RPH included abdominal pain (42%), groin pain (46%), back pain (23%), diaphoresis (58%), br

80 Groin pain (Numeric Rating Scale score), dermatomal mapp

81 Fourteen of these patients presented with groin pain and four were asymptomatic.

82 hey should be considered in the patient with groin pain and normal examination results.

83 s were found in women, seven presenting with groin pain and six found without an associated peritonea

84 The groin pain experienced by patients with hip osteoarthrit

85 tension-free inguinal herniorrhaphy, chronic groin pain has far surpassed recurrence as the most comm

86 Hip or groin pain in athletes is common and clinical presentati

87 (2) [range, 20-35 kg/m(2)]) with intractable groin pain were included.

88 been referred to a subspecialist because of groin pain were reviewed for findings including hernia,

89 In patients with chronic groin pain, peritoneography is a seldom-used yet availab

90 the spermatic cord for chronic testicular or groin pain, post-vasectomy pain, sports hernia pain, pos

91 ) needed occasionally analgesics for chronic groin pain.

92 lity and patients with chronic testicular or groin pain.

93 stnephrectomy, donor nephrectomy and phantom groin pain.

94 h hip pain were concerned with sidedness and groin pain.

95 had findings at MR imaging that could cause groin pain.

96 ed and specimens from the nares, oropharynx, groin, perianal area, and wounds were prospectively cult

97 ars), location (axillae, inframammary folds, groin, perigenital, or perineal), and lesion progression

98 ions or sinus tracts present in the axillae, groin, perineal, and mammillary fold regions.

99 It is crucial to recognize that groin pulls are very rare in adolescents.

100 as time from initial computed tomography to groin puncture ("picture-to-puncture" time).

101 erence in the duration from symptom onset to groin puncture (254 minutes for the IVT and MT group vs

102 on in the median time for PSC arrival to CSC groin puncture (from 151 minutes [95% CI, 141-166 minute

103 s tissue plasminogen activator initiation to groin puncture (median 84 minutes) and start of endovasc

104 efined as the time from onset of symptoms to groin puncture (TOG).

105 ng is associated with a reduction in time to groin puncture and improved outcomes.

106 Computed tomography-to-groin puncture time was 15% (8 minutes) shorter among pa

107 The CT to groin puncture time was significantly shorter during wor

108 ferring facility had longer symptom onset to groin puncture times compared with patients who presente

109 -center SIESTA trial revealed that time from groin puncture to final angiographic result was shorter

110 Results The median time from groin puncture to first intracranial flow restoration wi

111 from emergency department to reperfusion and groin puncture to reperfusion decreased over the trial p

112 The time from groin puncture to the final angiographic result with GA,

113 domization; randomization to groin puncture; groin puncture to thrombus identification; thrombus iden

114 , the median time from qualifying imaging to groin puncture was 57 minutes, and the rate of substanti

115 n to PSC door out, time from PSC door to CSC groin puncture, and 90-day modified Rankin Scale score (

116 pital, to qualifying computed tomography, to groin puncture, and to reperfusion) and patient, hospita

117 tor start to randomization; randomization to groin puncture; groin puncture to thrombus identificatio

118 The added yield from groin screening was 19.3% (95% CI, 11.5-28.5), from peri

119 in-resistant S. aureus (MRSA) from nasal and groin swab specimens of 600 HIV-infected outpatients by

120 Children with suggestive groin symptoms should have hip anteroposterior and frog-

121 other strain types to be recovered from the groin than from the nose (P = 0.05).

122 greater impact on recovery of MRSA from the groin than from the nose compared to both CM (P </= 0.00

123 rgery in 10 (2 by physical examination, 7 by groin ultrasound, and 1 by magnetic resonance imaging).

124 ision, and location (central, i.e., shoulder/groin v non-central).

125 g increased numbers of catheterizations with groin venous access, lower extremity itching, and deep v

126 s]), 8 (26%) had linear lesions on the legs, groin, waistline, wrists, or forearms.

127 On both scans, each groin was visually scored 0 or 1 concerning (18)F-FDG LN

128 Both sentinel nodes in the left groin were positive for melanoma cells, which expressed

129 Fifty-nine groins were included.

130 Overall, 18 cord lipomas were found in groins without hernias, and these were identified before

131 rate paravalvular leak, 2 patients (11%) had groin wound complications, 2 patients (11%) required a p

132 s included two iliac artery dissections, two groin wound infections, and two transient elevations of