callus
['kæləs]
n.老茧
v.结硬皮
例句与用法:
The teacher calls the roll every evening.
老师每晚都要点名。
She calls the new opera house "that hideous erection".
她把新歌剧院叫作 “那讨厌的庞然大物”。
I think international calls are very expensive.
我认为国际电话费用很高。
She calls the tune in their house.
他们家中她说了算。
They took the phone off the hook so no calls would disturb them.
他们摘下电话听筒,以免电话打扰他们。
A great variety of workbench function can be called by any third- party application through OLE.
大量工作台函数可以被任何第三方的应用程序通过OLE调用。
The milkman calls at seven-thirty every morning, regular as clockwork.
送奶人极有规律地在早晨7:30送来牛奶。
The postman always calls at 7.30.
邮递员一贯7时30分来。
词形变化:
名词复数: calluses | 动词过去式: callused | 动词过去分词: callused | 动词现在分词: callusing | 动词第三人称单数: calluses |
n.
1. 老茧; 假骨质
2. 【植】愈合组织
vi.
结硬皮, 生老茧; 结痂
vt.
使生茧(或变硬); 使(伤口等)结痂
callus
名词复数:calluses
过去式:callused
过去分词:callused
现在进行时:callusing
词形变化:
名词复数: calluses | 动词过去式: callused | 动词过去分词: callused | 动词现在分词: callusing | 动词第三人称单数: calluses |
callus['kæləs]n.1.■【病理学、生理学】胼胝2.■【植物学】胼胝体 [亦作 callose]3.■骨痂vi.,vt.1.■【病理学、生理学】(使)结成胼胝;(使)生茧;(使)变硬;(使)结痂:Heavy work callused his hands.繁重的劳动使他的双手生出茧子来。变形n.calluses变形vi.,vt.callusedcallusing
calluscallus[ˈkæləs]n.(pl. -li [-lai])1.■硬固部, 硬瘤; 【医】胼胝; 骨痂; 接骨质2.■【植】愈合组织, 胼胝体; (禾本植物的)颖托callus culture愈伤组织培养
[ˈkaləs]
(亦作 callous)
noun
- a thickened and hardened part of the skin or soft tissue, especially in an area that has been subjected to friction
胼胝,老茧
■(Medicine)the bony healing tissue which forms around the ends of broken bone
(医)骨痂
■(Botany)a hard formation of tissue, especially new tissue formed over a wound
(植)愈伤组织;胼胝体
- mid 16th cent.: from Latin callus (more commonly callum) 'hardened skin'
callus
名词 callus:
an area of skin that is thick or hard from continual pressure or friction (as the sole of the foot)
同义词:callosity
bony tissue formed during the healing of a fractured bone
(botany) an isolated thickening of tissue, especially a stiff protuberance on the lip of an orchid
动词 callus:
cause a callus to form on
form a callus or calluses
callus
■Growth of callus, bony remodeling and recanalization of medullary cavity was more prominent in the ZGBGP group and SKJGT group.
14天后,这种差异进一步增加,35天时伤科组与壮筋组大部分新西兰兔骨折断端缺损均填满骨痂,与模型组比较差异明显;
■The results showed that PYM could dramatically inhibit callus induction and differentiation of explants.
1平阳霉素(PYM)对小菊品种意大利红离体培养的叶片和茎段进行诱变处理。
■Fifteen of the 23 non-union were of atrophic type with minimal callus formation and required cancellous bone grafting.
23位病人中有15例是属于萎缩性的未愈合,其形成的骨痂很少故需自体植骨。
■Callus induction and plant regeneration capacity of different varieties were significantly different.
2不同品种在诱导愈伤和分化再生上都有显著的基因型差异。
■Callus bone mineral density increased continuously in normal beagle fracture healing models.
2周时骨折端骨密度达到正常侧水平。
■There was no significant correlation between callus induction and plant regeneration.
3愈伤组织诱导率和分化率之间无显著相关性。
■Eight non-union with marked callus formation (hypertrophic type) were treated without cancellous bone grafting.
8例有显著的骨痂形成(是属于膨胀型的未愈合)则不需自体植骨。
■Ostcalcin and AKP in the callus got higher expressions in A group than in B group,but TNF was no difference.
A组与B组比较,AKP、Ostcalcin差异有显著性(P<0.05),NTF两组之间比较差异无显著性(P>0.05);
■The induction frequencies of pollen callus and pollen plants in F2 hybrid plants was nuch higher than those in F1 hybrid p lants.
F2杂种植株诱导愈伤组织和分化植株的频率均比F1杂种 明显提高。
■The results of GUS histochemical assays and PCR amplification demonstrated that the overall transformation rate of Roselle callus was 4%.
GUS活性组织化学检测和PCR扩增鉴定的结果表明,愈伤组织的转化率为4%。
■M9 medium was suitalbe for growth of main-bud and callus Induction of basilar-tissue of main-bud.
M9培养基适于主芽生长和基部组织诱导愈伤;
■MS+2,4 D 0.5 mg/L+CH 500 mg/L+ADE 20 mg/L was the suitable medium for the subculture of embryogenic callus.
MS+2 ,4 - D 0 .5 mg/L +CH 5 0 0 mg/L +ADE 2 0 m g/L是胚性愈伤组织适宜的继代培养基。
■MS-medium can promote callus growing and propagation.
MS培养基有利于愈伤组织生长增殖。
■Medium MS did good to callus proliferation.
ms是比较适合愈伤组织增殖的基本培养基。
■Effect of pH on callus growth, PAL activity and paclitaxel content of plants of Taxus L.
pH对红豆杉愈伤组织生长、PAL活性和紫杉醇含量的影响。
■P333 promoted callus induction of three cultivars other than Dixie Green.
PP333仅对迪斯绿有抑制作用,而对其它3个品种起一定的促进作用.
■PP333 promote callus induction of ttiree kinds of varieties except Dixie Green.
PP333除了对迪斯绿有抑制作用外,对其它3种高羊茅的愈伤诱导都起促进作用。
■The growth of callus induced from roots of RA regenerated plant was also resistant to AEC after subculture on AEC-free medium for three months.
R_(AEC)再生植株根尖诱导的愈伤组织经过3个月继代培养也保持稳定的抗性。
■Chen Jiqin,Han Liebao,Yang Chunqi,Li Xue.Effect of different explants on callus induction of perennial ryegrass[J].Grassland and Tur f,2005(4):42-47.
[7]陈季琴,韩烈保,杨纯奇,李雪.不同外植体对多年生黑麦草愈伤组织诱导的影响[J].草原与草坪,2005(4):42-47.
■Chen Zhiyong,Yi Zili,The research of improving the inductivity of callus of Festuca arundinacea[J].Acta Pratacultural Science,2003,12(4):69-72.
[9]陈智勇,易自力.提高高羊茅愈伤组织诱导率的研究[J].草业学报,2003,12(4):69-72.
■Callus Induction and Differentiation from the Cotyledon of Capsicum annuum L.
三樱椒子叶愈伤组织的诱导及分化。
■Analysis of Influence of Different Factors on Callus Induction in Brassica napus L.
不同因子对甘蓝型油菜愈伤组织诱导影响的分析。
■Effects of Different Factors on Growth and Accumulation of Indole Alkaloids in Mutant Callus of Catharanthus Roseus L.
不同因子对长春花突变愈伤组织生长和吲哚总碱积累的影响。
■Effect of Different Culture Medium and Hormone Concentration on Callus Induction of Poa Pratensis L.
不同培养基和激素浓度处理对草地早熟禾愈伤组织诱导的影响。
■Research on the Callus Culture Induction and the Secondary Culture from Cotyledon of Cuminum cyminum L.
与<<孜然芹子叶愈伤组织诱导及继代培养研究>>相似的文献。
■Embryogenic callus can produced directly from cotyledon, hypocotyle and radical, or from callus producing from explants.
中棉所19的体细胞胚胎发生有两种情况:一是由外植体直接诱导获得胚性愈伤组织和体细胞胚;
■Embryogenic callus and somatic embryos could be directly obtained on the medium only with ZT, but it was influenced by explant sources.
二是先诱导获得愈伤组织,再经继代培养获得胚胎发生。
■Today,I crawl out the fully defeated wound callus.
今天,我爬出满是失败创伤的老茧。
■The MS medium supplemented with 2,4-D (0.5-2.0) mg/L, BAl. 0mg/L was suitable for callus induction and the rate was 100%.
以MS为基本培养基,附加2,4-D(0.5-2.0)mg/L、BA1.0mg/L适于茎段、叶片诱导愈伤组织,诱导率为100%;
■Callus of Leymus multicaulis was induced on the medium of MS+3mg/L 2,4-D+0.5mg/L Kt+3% cane sugar +0.5% agar.
以多枝赖草种子为材料,在MS+3mg/L2,4-D+0.5mg/L激动素+3%蔗糖+0.5%琼脂培养基上暗培养,产生愈伤组织。
■Regenerated plantlets were obtained in embryogenic cell suspension culture from embryogenic callus of stem slice in Hedychium coccineum Buch-Ham.
以红姜茎尖薄片胚性愈伤组织为材料建立了胚性细胞悬浮系,并获得了再生植株。
■DNT must always be removed from intramedullary canal of bone because there is a possibility of interference with callus formation.
但完毕后必须将DNT自骨髓腔内移走,否则有可能干扰骨痂形成。
■Higher concentration of 2,4-D (over 4mg/L) restrain callus growth.
低浓度的2,4-D对丹参愈伤组织的诱导有促进作用,但2,4-D浓度过高时对愈伤组织的生长有抑制作用。
■In the rakkyo callus induction experiment, 0.5g/L PVP can effectively inhabitting the explant browning.
使用0.5g/L PVP进行薤的鳞片愈伤组织诱导时可以有效地抑制外植体的褐化。
■Title: Effect of Different Culture Medium and Hormone Concentration on Callus Induction of Poa Pratensis L.
关键词:培养基;激素浓度;草地早熟禾;愈伤组织
■Title: Callus Induction and Plant Regeneration from Bulbs of Fritillaria thunbergii Miq.
关键词:浙贝母;鳞茎;愈伤组织;植株再生;培养基;植物激素
■Title: Seedling culture and callus induction of Papaver nudicaule L.
关键词:野罂粟;试管苗;愈伤组织;诱导;培养
■Title: CALLUS INDUCTION AND SUBCULTURE FROM ANTHERS OF UPLAND COTTON(GOSSYPIUM HIRSUTUM L.
关键词:陆地棉,花药培养,愈伤组织诱导,继代培养
■Title: Effect of sphingosine and the water stress on callus culture of Medicago sativa L.
关键词:鞘氨醇;水分胁迫;紫花苜蓿;愈伤组织;酶活性
■EFFECTS OF SEVERAL FACTORS ON CALLUS INDUCTION FROM SEEDS OF POA PRATENSIS L.
几个因素对草地早熟禾种子愈伤组织诱导的影响。
■After strip the callus still will have a new callus.
剥去结痂后仍会再结痂,
■The inoculation of demi-grain of the rice could increase the callus derivation rate obviously, which was up to 28.2 percent.
半粒米的接种方式能够明显提高愈伤组织诱导率,提高幅度达到28.2%。
■However treatment with GA by itself promoted callus formation and inhibited new periderm,cambium and vascular tissues differentiation.
单独用GA可促进愈伤组织的形成,抑制新的周皮、形成层和维管组织的分化。
■Furthermore, chimera petal through callus culture could regenerate plantlet with uniform petals.
另外,对嵌镶变异的花瓣也可以利用经愈伤组织再生方法,得到纯色花朵的植株。
■The callus tissue cultures and the tumor tissuecultures from the same plant source showed no significant difference in their aminoacid composition.
同一母体植物的愈合组织培养和肿瘤组织培养的氨基酸种类相比,则差别不大。
■Meanwhile, paraffin-cut section method was used for studying on callus formation, cork cambium and vascular cambium initiation.
同时,运用石蜡切片法研究剥皮后愈伤组织的形成、木栓形成层和维管形成层的发生;
■At the same time,the distribution of callus microangium in group RIN was the most affluence,and there was a significant difference between two groups.
同期相比RIN组骨痂血管最丰富 ,END组次之 ,SPL组最少 ,组间差异显著。
■Lingering on that moment, countless images dash in the visual line,callus of fingers articulates hurt and pain in my journey.
回味那一刻,就有无数的画面在视线中奔跑,于是指尘点点,诉说下的是旅途中的痛与伤。
■Fig 2. Differentiation of young shoots from transformed callus.
图2:从基因枪轰击过的愈伤组织分化出大量的小苗。
■The ratio of root induction from callus was 100% on the medium of 1/2MS +3% sucrose+0.7% agar+1% active carbon.
在1/2MS+3%蔗糖+0.7%琼脂+1%活性炭的生根培养基上,生根率为100%。