目的:观察adhd动物模型自发高血压大鼠(SHR)的多动性变化,以探究其强化机制。
OBJECTIVE: To investigate the behavioral variations of spontaneous hypertensive rat (SHR), an ADHD animal model, for the exploration of its strengthening mechanism.
多动症最严重的一种形式叫做“注意缺陷多动障碍”,患这类多动症的孩子,其行为的破坏性甚至严重到影响他们的正常生活和学习。
Children with the severest for m, called "attention deficit hyperactivity disorder", exhibit such disruptive behaviour that it impairs their learning and function at home and at school.
目的:探究注意缺陷多动障碍动物模型(自发高血压大鼠)冲动性的变化。
OBJECTIVE: to probe into the change of impulsivity of animal model (spontaneously hypertensive rat, SHR) of attention deficit hyperactivity disorder.
背景:注意缺陷多动障碍存在着强化机制的异常,而冲动性是强化机制异常的主要表现。
BACKGROUND: Abnormality exists in the process of the strengthening mechanism of attention deficit hyperactivity disorder, and impulsivity is the main manifestation of abnormal strengthening mechanism.
目的:研究多西环素肠溶微粒胶囊和多西环素片的人体生物等效性与药动学。
AIM: To study the bioequivalence and pharmacokinetics of doxycycline enteric-coated microsomes capsules and doxycycline tablets.
针对加工轴承用多刀半动车床工装通用性差、制造困难等问题,对工装各更换件易损部分进行了改进。
To counter some problems about bad universal use and making difficultly belong to semi-automatic-cutter lathe for pressing bearing, wear position of renewals was improved.
目的探讨注意缺陷多动障碍(ADHD)患儿的关联性负变(CNV)变异。
Objective To investigate the variations of contingent negative variations (CNV) of ADHD.
目的:评价专注达治疗儿童注意缺陷多动障碍的疗效及安全性。
Objective: To evaluate the efficacy and safety of concerta in treatment of attention deficit hyperactivity disorder (ADHD) in children.
这项新研究观察了睡眠当时间短与少动及多食同时存在时,前者自身是否会增加糖尿病的危险性。
This new study examined whether reduced sleep duration itself may increase the risk of developing diabetes when combined with physical inactivity and overeating.
多动症最严重的一种形式叫做“注意缺陷多动障碍”,患这类多动症的孩子,其行为的破坏性甚至严重到影响他们的正常生活和学习。
Children with the severest form, called "attention deficit hyperactivity disorder", exhibit such disruptive behaviour that it impairs their learning and function at home and at school.
该方法利用动校正后的CMP及CCP全部角道集,建立多波多参数联合反演方程,进而求解出目的层段的岩性参数。
The method utilizes all the CMP and CCP angle gathers after NMO to build multi-wave & multi-parameter joint inversion equation and calculate the lithologic parameters of interval.
该方法利用动校正后的CMP及CCP全部角道集,建立多波多参数联合反演方程,进而求解出目的层段的岩性参数。
The method utilizes all the CMP and CCP angle gathers after NMO to build multi-wave & multi-parameter joint inversion equation and calculate the lithologic parameters of interval.
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