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- lamellar collenchyma 片状厚角组织
- Having the form of a thin plate or lamella. 薄片形的有薄片或鳃瓣状形体的。
- There is not lamella in the ingot. 钢锭没有明显的片层状组织。
- The result is a patchwork mosaic of bone without an even lamellar structure. 结果形成了不均一的板层结构的骨的不协调嵌合体。
- The lamellar complex disintegrate and protrude outward to form the spike. 棘突由片层复合体衍生物汇集并延伸而成。
- At 12 weeks, the frozen mandibles and ilia had formed lamellar bone. 12周时冷冻骨及髂骨皮质形成较成熟的板层骨。
- Collenchyma cells have thick walls that are especially developed at the corners of the cell. 厚角组织细胞尤其在细胞的各个角上具有厚壁。
- The pith of this stemlike stele appears rather strongly like collenchyma tissue. 茎状中柱的髓显得颇强健,像厚角组织。
- Collenchyma A specialized type of parenchyma, usually located just beneath the epidermis, that functions as supporting tissue. 厚角组织:一种特殊类型的薄壁组织,通常位于表皮的下方,起支持作用。
- Q 4: Plants may differentiate collenchyma and sclerenchyma as supporting tissues. 植物可分化出厚角组织及厚壁组织,作为支持组织。
- Primary bone is a temporary tissue and is soon replaced by the definitive, lamellar variety of bone. 初级骨是暂时性的组织,不久就为永久性的板层骨所代替。
- It usually consists of PARENCHYMA cells but other tissues (e.g. collenchyma and sclerenchyma) may be present. 它一般由薄壁组织构成,但也包含其他组织(厚角组织和厚壁组织)。
- Small-angle X-ray scattering (SAXS) is utilized to study the ordering of AOT/water lamellar phase. 摘要用小角X射线散射研究了AOT/水层状溶致液晶的有序性。
- One of numerous particles located on the inner lamellar surface of a chloroplast and sometimes considered to be the functional unit of photosynthesis. 光能转化体附着在叶绿体内表层的许多微粒之一,时常被认为是光合作用的机能单位
- Collenchyma is the first strengthening tissue to be formed in young plants and is able to expand as the yound tissues continue development. 厚角组织的有较强的机械强度,并且能够随着周围细胞的延伸而扩展。
- Plant cell walls can be strengthened for extra support by addition of lignin (as in xylem and sclerenchyma)or extra cellulose(as in collenchyma). 这对于草本植物来说,起到了支持作用。
- Thickening straightly collenchyma was observed in rhizome.Vascular cambium was not obvious and secondary structure was not developed. 根茎有板状增厚的厚角组织,维管形成层不明显,次生结构不发达;
- Kinetics and mechanisms of lamellar and non-lamellar phase transitions in aqueous lipid. 水脂质中,层状结构转变为非层状结构的机制动力学。
- Unlike collenchyma, it is not very extensible and is thus not formed in quantity until after the young tissues have fully differentiated. 厚壁组织常与维管组织间发生联系。
- There were no lamellar or onion-derm imagings which appeared frequently is contrast sialography. 无造影检查所见主导管层状或葱皮状。