genetical的音標是[?d?en?t?k(?)l]。

基本翻譯是“遺傳的；遺傳學的”。

速記技巧是注意字母a和l，可以通過它們所在單詞中的發(fā)音規(guī)則來記憶。例如，字母a在字母組合“al”中通常發(fā)/?/，而字母l在單詞“genetics”中通常發(fā)/l/。因此，可以將genetical速記為“基因的(ge-net-i-cal)”。

英文詞源：genetics（遺傳學）

變化形式：

1. Genetically（adj.）：表示“遺傳的”

2. Genotype（n.）：表示“基因型”

3. Genetically modified organism（n.）：表示“基因修飾生物”

相關(guān)單詞：

1. Genetics（遺傳學）：研究生物遺傳和變異的一門科學

2. Mutation（突變）：基因的突然改變或變異

3. Heredity（遺傳）：生物體從父母繼承的特征的過程

4. Chromosome（染色體）：攜帶遺傳信息的細胞結(jié)構(gòu)

5. Genomic（基因組的）：與基因組相關(guān)的

6. Genetic engineering（遺傳工程）：利用基因技術(shù)創(chuàng)造新生物的過程

7. Genetic counseling（遺傳咨詢）：為有遺傳風險的人提供信息和服務(wù)

8. Genetic testing（基因檢測）：通過檢測基因來診斷或預(yù)測疾病的方法

9. Geneticist（遺傳學家）：研究遺傳學的人

10. Genetic predisposition（遺傳傾向）：個體對某種疾病或特征的遺傳傾向性

常用短語：

1. genetic makeup

2. genetic disorder

3. genetic mutation

4. genetic testing

5. genetic counseling

6. genetic engineering

7. genetic inheritance

雙語句子：

1. 他的基因決定了他的身高。（His genetic makeup determines his height.)

2. 這個疾病的遺傳因素很重要。（The genetic factor plays a significant role in this disease.)

3. 我們需要進行基因檢測以確定是否攜帶遺傳疾病。（We need to undergo genetic testing to determine whether we carry a genetic disease.)

4. 遺傳咨詢師可以幫助我們理解遺傳風險。（Genetic counselors can help us understand our genetic risk.)

5. 基因工程可以改變生物的遺傳特性。（Genetic engineering can alter the genetic traits of organisms.)

6. 遺傳因素在個人成就中起著重要作用。（Genetic factors play a significant role in personal achievements.)

7. 我們的基因決定了我們的性格和行為。（Our genes determine our personality and behavior.)

英文小作文：

Genetics is an interesting field of study that explores the connection between genes and behavior. Through genetic research, we can learn more about human behavior and how it is influenced by our DNA. Genetic makeup refers to the combination of genes that an individual possesses, which can influence physical traits, diseases, and personality characteristics. Genetic disorders, mutations, and testing are all important aspects of genetics that can help us understand our own and others" health risks. Genetic counseling is essential to ensure that individuals receive accurate information and support during this process. Genetic engineering, on the other hand, is a field that aims to modify the genes of living organisms to create desired traits or characteristics. Although this field is still in its early stages, it has the potential to revolutionize medicine and agriculture in the future. Overall, genetics is an exciting field that has the potential to improve our understanding of ourselves and our world.