1.
from 600 million to 1.5 billion years ago; bacteria and fungi; primitive multicellular organisms.
细菌和真菌类，原始多细胞生物。
2.
marginal initial
边缘原始细胞[见于植物]
3.
It may be unicellular, as in simple algae and fungi, or multicellular, as in plants.
可以是单细胞，如在原始的藻类、真菌中；或者为多细胞，如在植物中。
4.
Isolation and Cloning of Embryonic Germ Cells From Chicken Primordial Germ Cells;
从原始生殖细胞中分离克隆鸡胚胎生殖细胞
5.
These primitive cells give rise to the three types of blood cells: red, white and platelets.
这些原始细胞能衍生出三种不同的血细胞，即红细胞、细胞和血小板。
6.
Primary experiment in vitro shows that the hPGCs have multiple differentiation potential.
体外分化实验初步证实人原始生殖细胞具有多向分化潜能。
7.
Expression of Pluripotency-associated Genes of PouV, Nanog and Sox2 in Cultured Chicken Primordial Germ Cells
多能性相关基因PouV、Nanog和Sox2在鸡胚原始生殖细胞中的表达
8.
Isolation and Clone Human, Murine Embryonic Stem(ES) Cells Derived From Primordial Germ Cells;
源于原始生殖细胞的人、小鼠ES细胞的分离克隆
9.
(biology) degenerative reversion of cells or tissue to a less differentiated or more primitive form.
（生物学）细胞或组织的退形性变化；退回较原始的特性。
10.
Derivation of a species or type from more than one ancestor or germ cell.
多源发生说；多细胞繁殖从一个以上的祖先或初始细胞衍生成为一个物种或一种类型
11.
simple forms of life, like one-cell organisms
生命的原始形式, 如单细胞有机体
12.
The Potential of Establishment of Chicken Embryonic Primordial Germ Cells (EPGCs) Line;
鸡胚胎原始生殖细胞建系能力的研究
13.
Isolation and Culture of Primordial Germ Cells of Chicken Embryo at 28th Stage
第28期鸡胚原始生殖细胞的分离培养
14.
A new method of inducing mouse primordial germ cells into hepatocytes-like in vitro
诱导小鼠原始生殖细胞向肝细胞样细胞分化的新方法
15.
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。
16.
primitive multicellular marine animal whose porous body is supported by a fibrous skeletal framework; usually occurs in sessile colonies.
原始的多细胞海洋动物，其多孔的身体由纤维性骨骼构架支撑；通常以固着的群体形式出现。
17.
The principles of genetics with application to the study of biological function at the level of molecules, cells, and multicellular organisms, including humans.
教导遗传学原理，并应用在学习分子、细胞、多细胞生物包括人类各层级生物上的功能。
18.
myeloblastic leukemia
原始粒细胞性白血病