female pseudohermaphroditism
女性假两性畸形
male pseudohermaphroditism
男性假两性畸形
pseudohermaphroditism diagnosis
假两性畸形诊断
pseudohermaphroditism treatment
假两性畸形治疗
pseudohermaphroditism genetics
假两性畸形遗传学
pseudohermaphroditism classification
假两性畸形分类
pseudohermaphroditism screening
假两性畸形筛查
managing pseudohermaphroditism
假两性畸形管理
pseudohermaphroditism research
假两性畸形研究
cases of pseudohermaphroditism
假两性畸形病例
pseudohermaphroditisms are often diagnosed during infancy when genital abnormalities are apparent.
假两性畸形通常在婴儿期生殖器异常明显时被诊断出来。
medical professionals classify pseudohermaphroditisms based on chromosomal, gonadal, and phenotypic characteristics.
医疗专业人员根据染色体、性腺和表型特征对假两性畸形进行分类。
genetic testing plays a crucial role in determining the type of pseudohermaphroditisms present.
基因检测在确定假两性畸形的类型中起着至关重要的作用。
treatment options for pseudohermaphroditisms vary depending on the underlying cause.
假两性畸形的治疗方案因根本原因不同而有所差异。
pseudohermaphroditisms can result from hormonal imbalances during fetal development.
假两性畸形可能源于胎儿发育期间的激素失衡。
parents of children with pseudohermaphroditisms often face difficult medical decisions.
假两性畸形患儿的父母经常面临艰难的医疗决策。
advances in endocrinology have improved our understanding of pseudohermaphroditisms.
内分泌学的进步提高了我假两性畸形的认识。
pseudohermaphroditisms require a multidisciplinary approach involving various specialists.
假两性畸形需要涉及多种专家的多学科方法。
surgical intervention is sometimes considered in cases of pseudohermaphroditisms.
在某些假两性畸形病例中会考虑手术干预。
psychological support is essential for individuals with pseudohermaphroditisms.
心理支持对假两性畸形患者至关重要。
pseudohermaphroditisms are distinguished from true hermaphroditism by the presence of single-sex gonads.
假两性畸形通过单性别性腺的存在与真两性畸形区分开来。
research into pseudohermaphroditisms has revealed complex genetic mechanisms.
对假两性畸形的研究揭示了复杂的遗传机制。
early diagnosis of pseudohermaphroditisms can significantly impact treatment outcomes.
假两性畸形的早期诊断可以显著影响治疗效果。
the prevalence of pseudohermaphroditisms varies across different populations worldwide.
假两性畸形在全球不同人群中的患病率各不相同。
female pseudohermaphroditism
女性假两性畸形
male pseudohermaphroditism
男性假两性畸形
pseudohermaphroditism diagnosis
假两性畸形诊断
pseudohermaphroditism treatment
假两性畸形治疗
pseudohermaphroditism genetics
假两性畸形遗传学
pseudohermaphroditism classification
假两性畸形分类
pseudohermaphroditism screening
假两性畸形筛查
managing pseudohermaphroditism
假两性畸形管理
pseudohermaphroditism research
假两性畸形研究
cases of pseudohermaphroditism
假两性畸形病例
pseudohermaphroditisms are often diagnosed during infancy when genital abnormalities are apparent.
假两性畸形通常在婴儿期生殖器异常明显时被诊断出来。
medical professionals classify pseudohermaphroditisms based on chromosomal, gonadal, and phenotypic characteristics.
医疗专业人员根据染色体、性腺和表型特征对假两性畸形进行分类。
genetic testing plays a crucial role in determining the type of pseudohermaphroditisms present.
基因检测在确定假两性畸形的类型中起着至关重要的作用。
treatment options for pseudohermaphroditisms vary depending on the underlying cause.
假两性畸形的治疗方案因根本原因不同而有所差异。
pseudohermaphroditisms can result from hormonal imbalances during fetal development.
假两性畸形可能源于胎儿发育期间的激素失衡。
parents of children with pseudohermaphroditisms often face difficult medical decisions.
假两性畸形患儿的父母经常面临艰难的医疗决策。
advances in endocrinology have improved our understanding of pseudohermaphroditisms.
内分泌学的进步提高了我假两性畸形的认识。
pseudohermaphroditisms require a multidisciplinary approach involving various specialists.
假两性畸形需要涉及多种专家的多学科方法。
surgical intervention is sometimes considered in cases of pseudohermaphroditisms.
在某些假两性畸形病例中会考虑手术干预。
psychological support is essential for individuals with pseudohermaphroditisms.
心理支持对假两性畸形患者至关重要。
pseudohermaphroditisms are distinguished from true hermaphroditism by the presence of single-sex gonads.
假两性畸形通过单性别性腺的存在与真两性畸形区分开来。
research into pseudohermaphroditisms has revealed complex genetic mechanisms.
对假两性畸形的研究揭示了复杂的遗传机制。
early diagnosis of pseudohermaphroditisms can significantly impact treatment outcomes.
假两性畸形的早期诊断可以显著影响治疗效果。
the prevalence of pseudohermaphroditisms varies across different populations worldwide.
假两性畸形在全球不同人群中的患病率各不相同。
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