1.
Therefore, it has the prominent position in the origin and evolutionary history of organisms. Perhaps the star-like organism represents the early types of coelenterate with original tentacles.
而腔肠动物的出现标志着真后生动物的开始,在生物起源演化历程上占据着极其关键的位置。
2.
Organisms can be divided into prokaryotes and EUKARYOTES, the latter having a true nucleus.
生物可被分为原核生物和真核生物，后者具一个真正的细胞核。
3.
The Eukarya contains four kingdoms, the Animalia, Plantae, Fungi, and Protoctista.
真核生物界包括4个界：动物界、植物界、真菌界和原生生物界。
4.
one of five biological categories: Monera or Protista or Plantae or Fungi or Animalia.
五种生物分类之一；无核原生物界、原生生物界、植物界、真菌界、动物界。
5.
The Simulation Design of the Objective Table of the Automatic Biological Microscope
自动生物显微镜移动载物台的仿真设计
6.
Computer Simulation for Fish s Motion Based Biologic and Physical Model and Hardware Acceleration;
基于生物物理模型和硬件加速的鱼类运动仿真
7.
Study on Antifungal Active Substances of Biocontrol Yeast 34-9 of Citrus;
柑橘采后生防菌34-9抗真菌活性物质的研究
8.
Biocompatibility of bladder acellular matrix graft after frozen and lyophilized processing
冷冻后真空抽干膀胱脱细胞基质的生物相容性
9.
eukaryotic one-celled living organisms distinct from multicellular plants and animals: protozoa, slime molds, and eukaryotic algae.
真核单细胞微生物，与多细胞动植物不同；原生动物、粘液菌类和真核海藻。
10.
eukaryotic expressio
真核（生物的）表达
11.
a structure in which animals lay eggs or give birth to their young.
动物产卵或产生后代的地方。
12.
the offspring at one birth of a multiparous mammal.
一胎多仔的动物一次生的后代。
13.
Research on Automatic Gene Structure Annotation System for Eukaryotic Genomes;
真核生物基因组结构自动注释系统研究
14.
Study on Cellular Automata Model for Simulating Logistics in Steel-making Process;
炼钢生产物流的细胞自动机仿真模型研究
15.
Modeling and Simulation of High Pressure Flowing System for Cultivating Benthal Microbes;
深海微生物培养系统流动体系的建模与仿真
16.
Real-time Simulation for Fish Locomotion Based on Biological Modal and GPU Acceleration;
基于生物模型和GPU加速的实时鱼类运动仿真
17.
The Research and Simulation of Motion Perception Model Based on Biovision;
基于生物视觉的运动感知模型研究与仿真
18.
The Effect of Endophytic Fungi Infection on Forage Grass and Herbivore;
内生真菌对牧草及草食动物影响的研究进展