biocytin

biocytin的音标是["baɪəʊsaɪtɪn]，基本翻译是生物素，速记技巧可以结合其音标进行记忆，整体发音较为简单。

Biocytin 的英文词源可以追溯到希腊语词 bi-（双，两个）和 cytus（细胞）。它的主要含义是“双细胞亲和素”，是一种常用的生物素化标记物，常用于免疫组织化学和免疫细胞化学中。

变化形式：biocytine

相关单词：

1. Biotin（生物素）：一种与 biocytin 类似的生物素化标记物，也用于免疫化学。

2. Cyto（细胞）：来源于希腊语，意为“细胞”。

3. Cytotoxity（细胞毒性）：由 cytus 和 toxity 组成，表示细胞毒性，即细胞对其他细胞的毒性作用。

4. Cytobiology（细胞生物学）：一门研究细胞结构和功能的学科。

5. Cytostain（细胞染色）：一种用于染色细胞的试剂。

6. Biotin-labeling（生物素标记）：一种常用的生物化学技术，用于标记和追踪分子。

7. Cytobiochemical（细胞生化）：研究细胞生化反应的学科。

8. Cytofluorescent（细胞荧光）：用于细胞荧光标记的技术。

9. Cytochrome（细胞色素）：一种存在于细胞中的蛋白质，参与能量转化过程。

10. Cytokine（细胞因子）：一种由免疫细胞分泌的小分子蛋白质，参与多种细胞间信号传递和调节过程。

以上这些单词都与 biocytin 相关，它们在生物学、医学和生物化学领域中有着广泛的应用。

常用短语：

1. biocytin-labeled antibody

2. biotin-streptavidin binding

3. biotinylated probe

4. biotin-tagged enzyme

5. biotinylated antibody

6. biotinylated lectin

7. biotin-labeled DNA

例句：

1. The biocytin-labeled antibody specifically binds to the target protein in the cell.

2. The biotin-streptavidin binding assay is a commonly used method for detecting proteins.

3. The biotinylated probe is a powerful tool for identifying specific genes and proteins.

4. Biotin-tagged enzymes are commonly used in cell biology experiments.

5. The biotinylated antibody is a useful tool for immunohistochemistry.

6. Biotinylated lectins are used to identify specific cell surface receptors.

7. The biotin-labeled DNA is a powerful tool for gene expression studies.

英文小作文：

Biotin is a versatile molecule that has revolutionized many fields of research, including cell biology. It is commonly used as a labeling agent to attach to various substances, such as antibodies, probes, enzymes, and antibodies, which makes them easily detectable using streptavidin or avidin-based binding systems. Biocytin, a derivative of biotin, is particularly useful for labeling antibodies and for labeling cells that express the receptor for biotin, which is widely distributed on many cell types. Biocytin-labeled antibodies can be used to specifically bind to target proteins in cells, providing a powerful tool for studying cell functions and diseases. Additionally, biotin-streptavidin binding assays are commonly used methods for detecting proteins, while biotinylated probes are powerful tools for identifying specific genes and proteins. Biotin-tagged enzymes are used in cell biology experiments to study enzyme activities and reactions, while biotinylated lectins are used to identify specific cell surface receptors. Finally, biotin-labeled DNA is a powerful tool for gene expression studies, allowing researchers to investigate the regulation and function of genes in living cells. Biotins"s versatility and ease of detection make it an indispensable molecule in modern research.