原生物质的英文

• primordial matter

• 原    primary; original; former
• 生物    living things; living beings ...
• 质    nature; character; essence
• 原生物    archaeorganism; eobiont; protobiont; protoplast
• 生物质    biomass; biomaterial; biotic substance
• 冰原生物    arctic kingdom: life at the dege
• 病原生物    causal organism
• 病原生物体    pathogenic organisms
• 病原生物学    pathogenic organisms
• 非病原生物    nonpathogenic organism
• 浮游原生物    protist plankton
• 原生生物    autoblast; protistans; protists; protobiont; protozoa
• 原生生物界    protist
• 原生生物学    protistologica; protistology; protobiology
• 原生微生物    indigenous microorganisms
• 原生物学    protistology; protistolohy; protobiology
• 原生胶体物质    primary colloidal material
• α-腐生原生物    alphamesosaprobic
• 冻原生物群落    tundra biome
• 高等原生生物    higher protist
• 古原生生物学    paleoprotistology; paleoprotitilogy
• 核原生生物界    kingdom protista
• 原核原生生物    lower protist; prokaryotic protist
• 原生生物学家    protistologist
• 真核原生生物    higher protist; protist

• But achieving nece ary matches in physical properties acro interfaces between living and nonliving matter requires knowledge of which molecules control the bonding of cells to each other ? an area that we have not yet explored thoroughly
  但是，要想沿着原生和非原生物质之间的界面获取生理特性的必要匹配，需要某种知识，即什么样的分子控制着细胞彼此间的结合? ?而对这一领域，我们尚未进行充分的探索。
• But achieving necessary matches in physical properties across interfaces between living and nonliving matter requires knowledge of which molecules control the bonding of cells to each other - an area that we have not yet explored thoroughly
  译文:但是,要想沿着原生和非原生物质之间的界面获取生理特性的必要匹配,需要某种知识,即什么样的分子控制着细胞彼此间的结合-而对这一领域,我们尚未进行充分的探索
• But achieving necessary matches in physical properties across interfaces between living and nonliving matter requires knowledge of which molecules control the bonding of cells to each other ? an area that we have not yet explored thoroughly
  但是，要想沿著原生和非原生物质之间的界面获取生理特性的必要匹配，需要某种知识，即什麽样的分子控制著细胞彼此间的结合? ?而对这一领域，我们尚未进行充分的探索。
• But achieving necessary matches in physical properties across interfaces between living and nonliving matter requires knowledge of which molecules control the bonding of cells to each other - an area that we have not yet explored thoroughly
  但是，要想沿着原生和非原生物质之间的界面获取生理特性的必要匹配，需要某种知识，即什么样的分子控制着细胞彼此间的结合? ?而对这一领域，我们尚未进行充分的探索。