sinus造句
61. Objective : To observe the clinical effect of Yiqi Wenyang recipe ( YWR ) in treating sinus bradycardia.
62. The features, size and tributaries of the sagittal transverse and vertical portion of the inferior petrosal sinus were described.
63. Sinus elevation with CERASORB left, biopsy at ten month, sample size 1 x 5 mm.
64. Objective:To explore the clinic characteristics and surgical treatment of nasal sinus ectopic meningioma.
65. OBJECTIVE To discuss the method, efficacy and safety of endoscopic frontal sinus surgery in the route anterior to ethmoidal bulla .
66. It is also known (apparently incorrectly ) as pilonidal sinus because it resembles pilonidal sinus in humans.
67. Results The ostium of the frontal sinus was identified in all patients without serious complications.
68. The cavernous sinus portion of superior ophthalmic vein had the structure of venous sinus.
69. Objective: To explore the surgical treatment of the mid-posterior parasagittal meningioma blocking the superior sagittal sinus.
70. Method review of CT representations of 57 cases mycosis of sinus was made.
71. Objeetivo To sum up experiences in hypobaric chamber test(HCT) for adjustment function in ear and nasal sinus atmosphere pressure.
72. To ensure ethmoid sinus and maxillary sinus orifice complete epithelization.
73. Dominant and none-dominant transverse sinus had no influence on incidence of AGs.
74. It was necessary to detect the cavernous sinus tumors with X - film, CT, MRI and angiogra - phy.
75. Objective : To study the myocardial protective effects on retrograde perfusion via coronary sinus in beating heart.
76. Programmed stimulation was delivered at coronary sinus ostium, distal coronary sinus and lateral wall of left atrium.
77. Objective: To observe the use of Ya Mike catheter, with Modified Cocklebur Powder decoction line sinus efficacy in the treatment of sinusitis.
78. The variations of the sigmoid sinus included the enlargement of the sinus, the far-advanced sigmoid sinus and high jugular bulb.
79. Light lymphocytic invasion was 66.2% (45/68) and seen most in pyriform sinus carcinoma.
80. Objective: To improve the diagnosis rate of the pyriform sinus fistula by means of esphagogram and CT scan after esphagogram.
81. Objective:The morphological bases of retrograde coronary sinus perfusion (RCSP) and retrograde right atrium perfusion (RRAP) were studied with pig heart model.
82. Conclusions Coronary sinus diverticulum is anatomically intimately related to the posteroseptal accessory pathway.
83. Conclusion:Atrial overdrive can prevent AF, which may results from accelerating interatrial conduction, inhibiting atrial premature beat, eliminating sinus bradycardia and long short interval.
84. The tumor also extended to the frontal sinus and sella turcica. Nasal examination showed bulging mucocele from the bilateral ethmoid and sphenoid sinus.
85. In our case of sphenoid pneumocele with associated CSF fistula, the sphenoid sinus was packed with subcutaneous abdominal fat using transnasal endoscopic technique.
86. A mucocele is an encapsulated fluid collection which occurs due to obstruction of a paranasal sinus ostium.
87. Conclusion:CT plays an inportmentrole in diagnosis of ectopic meningioma of maxillary sinus. The best method of treatment is to completely resect the neoplasma.
88. Objective: To study microvascular supply for the facial nerve in cerebellopontine angle(CPA)and oculomotor nerve in cavernous sinus.
89. Conclusion CT scanning , biopsy puncture and irrigation of the maxillary sinus is very valuable for diagnosis.
90. Objective : To investigate the possibility of endoscopic sinus surgery causing vasomotor rhinitis.
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