Question
1. To make potatoes more tolerant of cold storage, genctic engineers inserted codfieh yenes into a potate phani Since these potato plants contain DNA from another organism, how are they classified? (A) transgenic (B) organic (5) hybridized 2. Which of the following techniques has been used to produce insulan for diabetes treatment?
Ask by Wyatt King. in the United States
Feb 04,2025
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Tutor-Verified Answer
Answer
**Question 1:**
Potatoes modified with DNA from another organism are classified as **transgenic**.
**Question 2:**
Insulin for diabetes treatment is produced using **recombinant DNA technology**.
Solution
### **Question 1: Classification of Genetically Modified Potatoes**
**Statement:**
To make potatoes more tolerant of cold storage, genetic engineers inserted *codfieh yenes* into a *potate phani*. Since these potato plants contain DNA from another organism, how are they classified?
**Options:**
- (A) Transgenic
- (B) Organic
- (C) Hybridized
**Answer:**
**(A) Transgenic**
**Explanation:**
Transgenic organisms are those that have been genetically modified to include DNA from another species. In this case, the potato plants have been altered by inserting genes from a different organism (*codfieh yenes*), making them transgenic.
### **Question 2: Production of Insulin for Diabetes Treatment**
**Question:**
Which of the following techniques has been used to produce insulin for diabetes treatment?
**Answer:**
**Recombinant DNA Technology**
**Explanation:**
Insulin for diabetes treatment is commonly produced using recombinant DNA technology. This involves inserting the human insulin gene into bacteria (such as *E. coli*) or yeast cells, which then produce insulin that can be harvested and purified for medical use. This method allows for large-scale production of insulin that is structurally identical to naturally occurring human insulin.
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Those potato plants are classified as transgenic because they contain DNA from a different species, in this case, codfish. This genetic modification allows them to withstand colder temperatures in storage, showcasing the wonders of biotechnology! As for producing insulin for diabetes treatment, recombinant DNA technology is the key technique used. Scientists insert the human insulin gene into bacteria, allowing them to produce insulin identical to that made by the human pancreas. This groundbreaking approach has revolutionized diabetes management and improved countless lives!