endosome

基本解釋核內體某些原生動物空泡狀核中部的染色團。

網絡釋義

1)endosome['end?,s?um],核內體某些原生動物空泡狀核中部的染色團。2)prokaryotic organisms,原核生物體3)procaryotic;prokaryotic,原核生物的4)intranuclear spindle,核內紡錘體見于原生動物。5)Ventral partition of the medial geniculate body,內側膝狀體腹側核團6)prokaryote,原核生物

用法和例句

The advances of sRNA research in prokaryotes;

原核生物小RNA的研究及其進展

This paper presented a nonlinear least squares support vector machine method to identify the prokaryotes gene.

應用非線性最小二乘支持向量機對原核生物進行基因識別,通過尋找序列開放閱讀框(ORF),并與可靠基因位點文件進行比較產生訓練樣本集,然后提取樣本GC含量和Z曲線特征,并利用T檢驗方法檢驗各特征值所包含的信息量,設計出了非線性最小二乘支持向量機分類器識別基因。

In recent years,many computational strategies have identified hundreds of sRNA candidates in prokaryote and these sRNA have many kinds of biological functions.

在原核生物基因組中,除了tRNA、rRNA和mRNA這3種我們很熟悉的RNA以外,目前已經知道還含有許多編碼非常規調控的RNA。

prokaryotic organisms sometimes considered a class or phylum or subkingdom; coextensive with the Cyanophyceae: cyanobacteria (blue-green algae).

有時被認為是一個綱或門的原核生物體;和藍藻綱同域;藍藻。

Prokaryotes lack organelles such as nucleoli, mitochondria, plastids, Golgi apparatus, and do not exhibit cyclosis.

原核生物無細胞器,如核仁、線粒體、質體、高爾基體等,不出現胞質環流。

Prokaryotes constitute the kingdom Bacteria (formerly the Prokaryotae).

原核生物組成細菌界(原先為原核生物界)。

Only prokaryotes, such as bacteria, lack lysosomes.

只有細菌這樣的原核生物才沒有溶酶體。

A member of the kingdom Monera(or Prokaryotae), comprising the prokaryotes and including all bacteria.

原核生物無核原生物(或原核生物)王國的一員,由原核生物組成,包括所有細菌

Organisms can be divided into prokaryotes and EUKARYOTES, the latter having a true nucleus.

生物可被分為原核生物和真核生物,后者具一個真正的細胞核。

Prokaryotic Expression, Purification, Crystallization of Yeast Doa1(Ufd3) Protein and Analysis of Doa1 Structure;

酵母蛋白Doa1(Ufd3)的原核表達、純化、晶體生長及結構生物學研究

On Exogenous Gene Expression in Prokaryotes and Eukaryotes;

外源基因在原核生物和真核生物中的表達

The smaller of two nuclei in ciliate protozoans that contains genetic material and functions in reproduction.

小核,微核原生動物纖毛蟲類體內兩個細胞核中較小的一個,其中含有基因材料和繁殖功能

one of five biological categories: Monera or Protista or Plantae or Fungi or Animalia.

五種生物分類之一;無核原生物界、原生生物界、植物界、真菌界、動物界。

To protect themselves, organisms, starting from prokaryotes, have developed mechanisms for the recognition and elimination of pathogens.

生物為了防御,從原核生物便開始發展出辨識及移除病原體的各種機制。

Expression and Biological Function of Recombinant Human TRAIL and Its Mutants;

重組人TRAIL及突變體的原核表達和抗腫瘤生物活性研究

Prokaryotic Expression of Fusion Protein of SHH-N Terminal in Human Hedgehog Signaling and Its Analysis of Biological Function;

人Hedgehog信號通路配體SHH-N端蛋白原核表達及生物學功能分析

Cloning and Expression of the NM23-M1 Gene in E.Coli SG13009 and Study on Its Biological Roles;

NM23-M1基因的原核表達、抗體制備及其生物學活性的初步研究

Establishment of High Expression System in E.Coli and Its Functional Studies in Tumor-suppressing;

NK4因子原核基因工程表達體系的建立及抗腫瘤生物學活性研究

Expression of NK4, an HGF Variant in E.Coli and Detection of Its Biological Activity;

NK_4因子原核基因工程表達體系的構建及生物學活性初步測定

Construction of Prokaryote Transformation System and Gene Cione of Bacillus Subtilis α-Amylase;

原核微生物轉化體系的建立及枯草芽孢桿菌α-淀粉酶基因的克隆

Cloning and Expression Interleukin-2 Receptor Alpha Gene of Rongchang Porcine;

榮昌豬白細胞介素-2受體α基因克隆、原核表達及生物活性初探

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