ライフサイエンスコーパス: surgical excision

1 ographs was compared with final diagnosis at surgical excision.

2 generate to its normal mass within 8 days of surgical excision.

3 ntaining chemotherapy combined with complete surgical excision.

4 bile and large CPFs should be considered for surgical excision.

5 t SCNB or diagnostic needle localization and surgical excision.

6 e biopsy (LCNB) has become an alternative to surgical excision.

7 toriness to reduced immunosuppression and/or surgical excision.

8 acement can enable accurate localization for surgical excision.

9 instay of treatment of cutaneous melanoma is surgical excision.

10 al breast lesion localization fiber to guide surgical excision.

11 tumor and normal tissue in real time during surgical excision.

12 evaluation of tumor margins in vivo, before surgical excision.

13 eve tumor cell necrosis without radiation or surgical excision.

14 asymptomatic cases, growing lesions require surgical excision.

15 cidence and the patterns of recurrence after surgical excision.

16 lay, measured as the time from the biopsy to surgical excision.

17 ecurrences are a limiting factor relative to surgical excision.

18 agnosis and localization procedures to guide surgical excision.

19 healing of full-thickness wounds created by surgical excision.

20 d confirmed ADH in 101 cases with subsequent surgical excision.

21 therapy, and early detection is critical for surgical excision.

22 er, of which 15 were found to be positive on surgical excision.

23 3.8 (95% CI, 3.4-4.1) for patients requiring surgical excisions.

24 Repeat biopsy was performed in 16 lesions (surgical excision, 13 lesions; repeat LCNB, three lesion

25 e resulting 128 patients, 86 (67%) underwent surgical excision; 42 (33%) patients were observed with

26 Most had been treated with traditional surgical excision (85.5%), with only 9.4% of cases treat

27 f LCNB compared with the criterion standard, surgical excision after wire localization.

28 Two patients were treated with complete surgical excision alone while 6 were treated with antifu

29 ith DCIS at minimal risk of recurrence after surgical excision alone.

30 The diagnosis was confirmed following surgical excision and biopsy.

31 Poor healing associated with EDS excluded surgical excision and necessitated the use of anti-infla

32 Surgical excision and prolonged antifungal therapy are a

33 mors, which may be rendered tumor free after surgical excision and reconstruction.

34 7 patients with localized disease underwent surgical excision and remain free of disease.

35 ary approach to burn-injured patients, early surgical excision and wound closure, and general advance

36 ures, and pathologic findings resulted in 96 surgical excisions and 16 repeat biopsies of lesions ini

37 sy, US-guided fine-needle aspiration biopsy, surgical excision, and multiple biopsies.

38 ferating infantile hemangiomas, laser and/or surgical excision are useful in selected situations.

39 , the mainstay of therapy for liposarcoma is surgical excision because liposarcomas are often resista

40 5 patients with CM who had been treated with surgical excision between 2006 and 2011.

41 ong-term follow-up are required, but so far, surgical excision biopsy does not seem to be necessary.

42 is a reasonable alternative to transduodenal surgical excision, but more controlled studies with long

43 gement of primary cutaneous melanoma is wide surgical excision, but occasionally a balance is needed

44 gement of primary cutaneous melanoma is wide surgical excision, but occassionally a balance is needed

45 sustain chronic inflammation may explain why surgical excision can be an important tool in the treatm

46 setting, where the standard approach is wide surgical excision combined with radiotherapy and/or (neo

47 ght lesions diagnosed as malignant at SDVAB, surgical excision demonstrated ductal carcinoma in situ

48 Surgical excision for localized disease; surgery, combin

49 Therefore, we recommend surgical excision for pancreatic cysts that are increasi

50 nce, and expert consensus opinion recommends surgical excision for therapeutic management.

51 Surgical excision for VT associated with rhabdomyomas an

52 Discarded tissue from Mohs surgical excisions from the dermatologic surgery units a

53 signed to the imiquimod group (n=254) or the surgical excision group (n=247).

54 Surgical excision has been the mainstay of treatment and

55 Primary treatment is surgical excision; however, tumour recurrence is common.

56 Percutaneous biopsy was followed by surgical excision in 113 ADH and DCIS lesions in 101 pat

57 ctrodessication and curettage (ED&C) in 21%, surgical excision in 40%, and Mohs surgery in 39%.

58 Surgical excision in one patient and a percutaneous CT-g

59 the effectiveness of imiquimod cream versus surgical excision in patients with low-risk basal-cell c

60 This technique may prevent the need for surgical excision in these patients.

61 eting the primary tumor with Ad-LIGHT before surgical excision is a new strategy to elicit better imm

62 ary lesions diagnosed at imaging-guided CNB, surgical excision is an appropriate management decision;

63 o suitable drug therapies are available, and surgical excision is currently the only effective treatm

64 Treatment of SOT by conservative surgical excision is normally curative with rare episode

65 drug therapies are currently available, and surgical excision is not invariably curative.

66 Surgical excision is recommended even when ADH involves

67 Surgical excision is safe and effective treatment for 80

68 Although surgical excision is the current treatment modality for

69 Surgical excision is the treatment of choice for this be

70 Surgical excision is typically the treatment of choice,

71 of 8 mm or more (corresponding to a >/=1 cm surgical excision margin) combined with SLN biopsy (foll

72 Surgical excision margins (based on the RCM mapping) wer

73 Pathology review led to changes in surgical excision margins in 12% of patients (52 of 420

74 are needed to more accurately assess whether surgical excision mitigates this risk.

75 In all cases, subsequent surgical excision (n = 20) or long-term imaging follow-u

76 (MD, 20 mm; MCH, 3), allowing for subsequent surgical excision (n = 3), photodynamic therapy (n = 1),

77 found to represent malignancy at the time of surgical excision (n = 9) or during clinical follow-up (

78 Surgical delay, defined as definitive surgical excision occurring more than 6 weeks after mela

79 Surgical excision of a part of a retina activates PINC m

80 autografts reduce the recurrence rate after surgical excision of a pterygium.

81 sease or for preventing recurrence following surgical excision of affected tissue in advanced disease

82 reports was "severely atypical." Instead of surgical excision of all HRLs, if those categorized with

83 ng findings in 15 patients who had undergone surgical excision of an epidermal inclusion cyst were re

84 hemia 2 weeks after right uninephrectomy and surgical excision of both poles of the left kidney (75%

85 ision or polectomy (POL; uninephrectomy plus surgical excision of both poles of the other kidney).

86 Survival is greatly improved if complete surgical excision of disease is attained.

87 on making with regard to surveillance versus surgical excision of HRLs.

88 Fluorouracil has a 10-15% response rate, and surgical excision of isolated metastases should always b

89 egulatory CD4+ T cells and then subjected to surgical excision of large established B16 melanomas.

90 Surgical excision of mature new bone appeared to be the

91 We included all patients undergoing surgical excision of melanoma diagnosed by means of resu

92 The mean time interval between surgical excision of OSSN and onset of LSCD was 8 weeks

93 Concomitant p-SLET after surgical excision of OSSN prevents LSCD in cases requiri

94 mor metastasis when delivered at the time of surgical excision of primary tumors in a clinically rele

95 us is determined by histopathology following surgical excision of sentinel lymph node(s), which is an

96 LCNB is a reliable diagnostic alternative to surgical excision of suspicious nonpalpable breast abnor

97 Surgical excision of the cervical lymph nodes in healthy

98 from invasive IPMT preoperatively, complete surgical excision of the dysplastic process is our treat

99 After surgical excision of the femoral artery, laser Doppler p

100 Surgical excision of the infective focus (6 cases) or fe

101 cally intractable, complex-partial seizures, surgical excision of the involved temporal lobe may have

102 stion for a treatment strategy involving the surgical excision of the keloid lesion combined with the

103 All patients underwent surgical excision of the lesion area within 7 weeks.

104 Patients had complete surgical excision of the lesion confirmed by specimen ra

105 ed; however, she was successfully treated by surgical excision of the microadenoma.

106 SUSCC without bone invasion treated by wide surgical excision of the nail unit followed by full-thic

107 mited series of patients has shown that wide surgical excision of the nail unit was associated with a

108 To confirm the efficiency of wide surgical excision of the nail unit with full-thickness s

109 The patient underwent surgical excision of the occult melanoma without evidenc

110 In rare cases surgical excision of the ossicle and/or free cartilagino

111 mors, as well as protective memory following surgical excision of the primary tumor.

112 perable invasive breast cancer with complete surgical excision of the primary tumor.

113 In responders, surgical excision of the primary tumour was attempted, f

114 ting the plasma fraction of seminal fluid by surgical excision of the seminal vesicle gland.

115 ICG-(99m)Tc-nanocolloid helped guide surgical excision of the SNs.

116 e of different treatment modalities prior to surgical excision of the tumor.

117 Staged surgical excision of the vascular malformation was perfo

118 eg) cells in suppressing T-cell memory after surgical excision of tumors and the potential clinical b

119 logy and prolonged survival were achieved by surgical excision of VEGF-secreting tumor or by systemic

120 , we measured expression of >12,000 genes in surgical excisions of invasive human squamous cell carci

121 Overall, 711 surgical excisions of primary breast cancer were analyze

122 All cases had to have either subsequent surgical excision or a minimum of 2 years of imaging fol

123 hyperplasia associated with CCL followed by surgical excision or clinical follow up.

124 eedle biopsy, and the findings at subsequent surgical excision or imaging follow-up.

125 ximately two-thirds of the other kidney) and surgical excision or polectomy (POL; uninephrectomy plus

126 After standard surgical excision, participants were randomly allocated

127 course of 6 months, before a loop electrical surgical excision procedure was performed at study exit.

128 to generate antitumor immune response before surgical excision produces sufficient CTL against microm

129 n the stage of the disease and included wide surgical excision, radical lymph node dissection, radiat

130 ent periocular BCC, implying that incomplete surgical excision rather than anatomical location or his

131 Surgical excision remains the only potentially curative

132 Surgical excision remains the standard of care for treat

133 smodegib tablets; reduction in the number of surgical excisions required per year before, during, and

134 Surgical excision revealed carcinoma in 22 (21%) of 104

135 t was shown that 5/6 renal mass reduction by surgical excision (RK-NX) results in a marked reduction

136 ical ductal hyperplasia associated with CCL, surgical excision should be considered.

137 Surgical excision should remain the treatment of choice

138 Mammograms obtained prior to surgical excision showed caudal z-axis migration of the

139 tive HER2 status in primary breast cancer in surgical excision specimens, even when different antibod

140 management is controversial and can include surgical excision, stereotactic radiosurgery and emboliz

141 a was found in 23 (4.5%) of 510 lesions, and surgical excision subsequently was performed in 21 of th

142 Therefore, surgical excision, the nature of which will vary accordi

143 Primary therapy is surgical excision to avert local manifestations and decr

144 with image-guided needle biopsy that require surgical excision to be distinguished from HRLs that are

145 6 years (1 day to 34 years, median 4 years), surgical excision was performed in 62 cases, with rhythm

146 Results Surgical excision was performed in 66 of the 72 ADH case

147 ith histopatological examination, afterwards surgical excision was performed.

148 In 38 of 63 lesions, surgical excision was performed; in 25 additional lesion

149 Surgical excision was required in 30% of patients in thi

150 In the event of surgical excision, we present the evidence for the use o

151 ctomy specimens from 379 men treated only by surgical excision were prospectively studied for 8 morph

152 marker studies and pathologic analyses from surgical excision were reviewed when available.

153 emotion, patients with different prefrontal surgical excisions were compared on four measures of emo

154 her Mohs micrographic surgical procedures or surgical excision, were screened for participation.

155 ic decisions directed toward embolization or surgical excision when clinically warranted.

156 Benign tumors are often amenable to surgical excision, whereas malignant tumors are seldom r

157 eeks (superficial) or 12 weeks (nodular), or surgical excision with a 4 mm margin.

158 as 6.34 (4.02) cm2 and the mean (SD) area of surgical excision with clear margins was 7.74 (5.28) cm2

159 Surgical excision with predetermined margins is the main