旺盛
- 与 旺盛 相关的网络例句 [注:此内容来源于网络,仅供参考]
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Autologous MSC can be obtained easily,their source in human are plenty , own active proliferationand potential to difference into chondroblast.
自体骨髓基质干细胞来源丰富,取材容易,具有旺盛的增殖能力及向成软骨细胞分化的潜能,已成为软骨组织工程的首选种子细胞,但MSC诱导分化为成软骨细胞且应用于软骨组织工程的技术尚不十分完善,目前主要采用的技术为细胞团块离心管培养,其构建的软骨组织在力学性能上很难达到关节软骨的要求。
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Autologous MSC can be obtained easily, their source in human are plenty, own active proliferation and potential to difference into chondroblast. Now MSC become the chief seed-cell in cartilage tissue engineer, but the technology to stimulate MSC differentiate into chondroblast is not very successful, the standard technology is culture the cell-ball in centrifuge tube, the reconstructured cartilage-like tissue is not achieve the mechanics of hyaline cartilage.
自体骨髓基质干细胞来源丰富,取材容易,具有旺盛的增殖能力及向成软骨细胞分化的潜能,已成为软骨组织工程的首选种子细胞,但MSC诱导分化为成软骨细胞且应用于软骨组织工程的技术尚不十分完善,目前主要采用的技术为细胞团块离心管培养,其构建的软骨组织在力学性能上很难达到关节软骨的要求。
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Autologous MSC can be obtained easily,their source in human are plenty , own active proliferationand potential to difference into chondroblast. Now MSC become the chief seed-cell in cartilage tissue engineer , but the technology to stimulate MSC differentiate into chondroblast is not very successful,,the standard technology is culture the cell-ball in centrifuge tube,the reconstructured cartilage-like tissue is not achieve the mechanics of hyaline cartilage.
自体骨髓基质干细胞来源丰富,取材容易,具有旺盛的增殖能力及向成软骨细胞分化的潜能,已成为软骨组织工程的首选种子细胞,但MSC诱导分化为成软骨细胞且应用于软骨组织工程的技术尚不十分完善,目前主要采用的技术为细胞团块离心管培养,其构建的软骨组织在力学性能上很难达到关节软骨的要求。
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Hepatic chymase concentrations in S3 and S4 cases were greater than in S1 and S2,〔53+54=(31.3±24.6)ng/mg vs. S1+S2=(5.7±4.8) ng/mg, P.01〕. Cells immunoreactive for chymase were seen throughout portal areas and intralobular sinusoidal walls, largely colocalizing with fibrosis. Chymase appears to be involved in hepatic fibrosis in chronic hepatitis.
慢性肝炎纤维化分期重的S3和S4患者,其肝组织中Chymase浓度〔S3+S4=(31.3±24.6)ng/mg〕明显高于纤维化轻的S1和S2患者〔S1+S2=(5.7±4.8)ng/mg〕,P.01;免疫组化染色结果,Chymase标记的肥大细胞主要分布于纤维化旺盛的汇管区与类洞壁,其分布与纤维化部位相一致,且肝组织中Chymase浓度高的患者,其肝组织内Chymase标记的肥大细胞分布增多推测肝组织中Chymase浓度可能与慢性肝炎肝纤维化关系密切。
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Optimizing Facing the rapid development of tourism development, facing today's consumers are constantly ChuYouLv exuberant, facing new tourism, how we should pursue a cultural and tourism, how will the correspondency of home stay facility into modern tourism design, a new challenge.
面对着旅游业迅猛发展旳今天,面对着不断发展旳消费者们不断旺盛旳出游率,面对着新旳旅游方式,我们应当怎么追求─种文化与旅游旳契合点,怎么将民宿融入到现代旅游设计中,遇到ㄋ新旳挑战。
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The sorbic acid product processed and made from crotonaldehyde is high effect and low toxicity food and medical use preservative recognized by market, and has prosperous market demand.
由巴豆醛加工生产的山梨酸产品是市场公认的高效低毒食品、药用防腐剂,市场需求旺盛。
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Crotonaldehyde aldehyde production by processing the sorbic acid product is the market recognized the efficient and low toxicity of food, medicinal preservatives, market demand and broad prospects.
由巴豆醛加工生产的山梨酸产品是市场公认的高效低毒食品、药用防腐剂,市场需求旺盛,前景广阔。
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Through applying advanced technique equipment and instrument, APP cultivates high-quality container cutlings to ensure planting health and vigorous cutlings (different species or clones Eucalyptus cutling) in raw material plantation base.
APP中国研发部和APP广西林务的中心苗圃设在钦州,通过运用先进的技术、设备和手段,培育优质容器苗,以保证原料林基地使用健康且长势旺盛的苗木。
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The dimmest of my pollutive dreams was a thousand times more dazzling than all the adultery the most virile writer of genius or the most talented impotent might imagine.
我依稀朦胧遭受玷污之梦境也比生命力最旺盛的天才作家或最有天赋的阳萎人所能想象出的苛合之事要璀灿一千倍。
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Diplodia natalensis Evans was separated from the surface of natural rotted citrus.The results of biological characteristics showed that there was significant difference in colony form,growth rate of hyphae and yield of conidia in different culture media,and the potato sucrose agar played the most important role.
从自然发病的柑橘果实表面分离出柑橘黑色蒂腐病菌,对其生物学特性研究的结果表明:不同培养基对菌落形态、菌丝生长速率及产孢量都有很大影响,其中以马铃薯蔗糖培养基菌丝生长旺盛,生长速度最快,产孢量最大。
- 推荐网络例句
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Do you know, i need you to come back
你知道吗,我需要你回来
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Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.
1〕 杨银书,王祥生,李德昌。安徽省首次发现嗜群血蜱。
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Chapter Three: Type classification of DE structure in Sino-Tibetan languages.
第三章汉藏语&的&字结构的类型划分。