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患者,女,43岁,月经量增多3年,Hb65g/L。妇检:子宫如孕3个月大小,表面凹凸不平,子宫右侧可扪及鸡蛋大小包块,质硬,无压痛。 此病首先应考虑为

A. 功血
B. 卵巢实质性肿瘤
C. 多发性子宫肌瘤
D. 子宫内膜炎
E. 巧克力囊肿

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患者,女,43岁,孕2产1,月经过多继发贫血2年余。妇科检查:宫颈轻度糜烂,子宫如孕3个月大小,表面凹凸不平,无压痛,双附件无异常。 该患者最可能的诊断是

A. 功血
B. 子宫颈癌
C. 子宫内膜癌
D. 子宫肌瘤
E. 子宫内膜息肉

患者,女,37岁,经产妇,平时月经周期规律,经量中等,经期3~4天,普查发现子宫前壁有2cm×2cm肌壁间肌瘤 来院咨询医师子宫肌瘤是否必须手术,下列回答中不恰当的是

A. 肌瘤引起压迫症状应手术
B. 肌瘤伴经量过多致贫血应手术
C. 子宫肌瘤大于妊娠2.5个月应手术
D. 已有子女为防肌瘤恶变应手术
E. 年轻患者可行肌瘤切除术

Study Helps Predict Big Mediterranean Quake Scientists have found evidence that an overlooked fault in the eastern Mediterranean is likely to produce an earthquake and tsunami every 800 years as powerful as the one that destroyed Alexandria in AD 365. Using radiocarbon dating techniques, simulations and computer models, the researchers recreated the ancient disaster in order to identify the responsible fault. "We are saying there is probably a repeat time of 800 years for this kind of earthquake," said Ms. Beth Shaw, an earthquake scientist at the University of Cambridge, who led the study. Scientists study past earthquakes in order to determine the future possibility of similar large shocks. Identifying the fault for the AD 365 earthquake and tsunami is important for the tens of millions of people in the region, Ms. Shaw said. The fault close to the southwest coast of Crete last produced a big enough quake to generate a tsunami about 1300, which means the next powerful one could come in the next 100 years, she added in a telephone interview. Ms. Shaw and her colleagues calculate the likely intervals by measuring the motion of either side of the fault to find how often such large earthquakes would have to occur to account for that level of motion, she said. Their computer model suggested an 8 magnitude quake on the fault would produce a tsunami that floods the coastal regions of Alexandria and North Africa, the southern coast of Greece and Sicily all the way up the Adriati to Dubrovnik. This would be similar to the ancient quake in AD 365 that caused widespread destruction in much of Greece and unleashed a tsunami that flooded Alexandria and the Nile Delta, likely killing tens of thousands of people, she said. Radiocarbon dating techniques can be used to identify the age of the earth.

A. Right
B. Wrong
C. Not mentioned

Study Helps Predict Big Mediterranean Quake Scientists have found evidence that an overlooked fault in the eastern Mediterranean is likely to produce an earthquake and tsunami every 800 years as powerful as the one that destroyed Alexandria in AD 365. Using radiocarbon dating techniques, simulations and computer models, the researchers recreated the ancient disaster in order to identify the responsible fault. "We are saying there is probably a repeat time of 800 years for this kind of earthquake," said Ms. Beth Shaw, an earthquake scientist at the University of Cambridge, who led the study. Scientists study past earthquakes in order to determine the future possibility of similar large shocks. Identifying the fault for the AD 365 earthquake and tsunami is important for the tens of millions of people in the region, Ms. Shaw said. The fault close to the southwest coast of Crete last produced a big enough quake to generate a tsunami about 1300, which means the next powerful one could come in the next 100 years, she added in a telephone interview. Ms. Shaw and her colleagues calculate the likely intervals by measuring the motion of either side of the fault to find how often such large earthquakes would have to occur to account for that level of motion, she said. Their computer model suggested an 8 magnitude quake on the fault would produce a tsunami that floods the coastal regions of Alexandria and North Africa, the southern coast of Greece and Sicily all the way up the Adriati to Dubrovnik. This would be similar to the ancient quake in AD 365 that caused widespread destruction in much of Greece and unleashed a tsunami that flooded Alexandria and the Nile Delta, likely killing tens of thousands of people, she said. Ms. Shaw measured the movement of either side of the fault to identify the magnitude of the earthquake taking place in AD 365.

A. Right
B. Wrong
C. Not mentioned

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