06 μl, 5 %, 5 rats)unilaterally into the medial region of nucleus retrofacialis (mNRF), the proposed locus of the basic respiratory rhythm generation.
结果提示 :mNRF神经元与脑干后部一些核团之间具有比较广泛的纤维联系 ,延髓基本呼吸节律起源过程中可能受其调
05),basal respiration and metabolic quotient qCO2 decreased(P<0.
05)、以及土壤微生物生物量碳,降低了土壤基础呼吸和代谢商(P<0。
The results showed that cultivation resulted in decrease in the microbial biomass carbon(MBC),microbial quotient(MQ),and basal respiration(BR).
结果表明,沼泽湿地垦殖初期(1~3年),土壤微生物量碳(MBC)、微生物商以及基础呼吸(BR)都迅速降低,而代谢商(qCO2)、PR/BR和PR/MBC比值却不断升高。
Afferent/efferent Projections of the Medial Area of Nucleus Retrofacialis and the Role of Glycine Receptors in the Primary Respiratory Rhythm Generation in the Rat;
大鼠面神经后核内侧区与脑干呼吸相关区纤维联系及甘氨酸对基本呼吸节律发生的作用
Study on distribution of respiratory neurons in the in vitro brainstem slice from neonatal rat and mechanisms of the primary respiratory rhythm generation;
新生大鼠离体延髓脑片呼吸神经元的分布及基本呼吸节律发生机制的研究
This part of breathing is not primarily a bone-moving operation.
呼吸基本上不是骨骼运动带动的。
Make them know the basic requirements of breathing sanitation.
对学生开展呼吸卫生教育，让学生知道呼吸卫生的基本要求。
Antimicrobial Resistance and Staphylococcal Cassette Chromosome mec Genotype of Meticillin-resistant Staphylococcus aureus from Lower Respiratory Tract
下呼吸道标本MRSA耐药性及其SCCmec基因分型的研究
A Study of the Effects of Nikethamide on Basic Rhythmic Respiration and Respiratory Neurons of the mNRF;
尼可刹米对基本节律性呼吸和延髓面神经后核内侧区呼吸神经元作用机制的研究
Mechanics Modeling and Simulation of Artificial Respiration System Based on Ventilator
基于呼吸机的人工呼吸系统力学建模与仿真
Abnormally deep or rapid breathing.
呼吸增强，过度呼吸不正常的深呼吸或快呼吸
The passages of the human respiratory system.
呼吸器官，呼吸道人体呼吸系统的通道
Determine baseline rate, rhythm, and depth of breathing.
测定基线呼吸速度、节律和深度。
The Research of the FPGA-Based Data Collection System of Respirator;
基于FPGA的呼吸机数据采集系统研究
Research on the Control System of Respirator Based on Linux System;
基于Linux的呼吸机控制系统的研究
Study of Gene Vaccination of Porcine Reproductive and Respiratory Syndrome;
猪繁殖与呼吸综合征基因免疫的研究
Studies on Minigenome of Human Respiratory Syncytial Virus;
人呼吸道合胞病毒微型基因组的研究
Design of Respiratory Monitoring Apparatus Base on MCU PIC16F877;
基于MCU PIC16F877呼吸监护仪的设计方案
Design of Ventilator Control System Based on CAN Bus
基于CAN总线的呼吸机控制系统的设计
Multi-Constraint Load Balancing Based on Cell Breathing in WLAN
WLAN中基于“小区呼吸”的多约束负载均衡
Analysis of abdominal organ motion using four-dimensional CT
基于4DCT的腹部器官呼吸运动分析
