Three critical research areas of biotechnology are-
I. Providing the best catalyst in the form of improved organism usually a microbe or pure enzyme
II. Multiple Ovulation Transfer Technology (MOET).
III. Creating optimal conditions through engineering for a catalyst to act.
IV. Downstream processing technologies.
Three critical research areas of biotechnology are-
I. Providing the best catalyst in the form of improved organism usually a microbe or pure enzyme
II. Multiple Ovulation Transfer Technology (MOET).
III. Creating optimal conditions through engineering for a catalyst to act.
IV. Downstream processing technologies.
I. Providing the best catalyst in the form of improved organism usually a microbe or pure enzyme
II. Multiple Ovulation Transfer Technology (MOET).
III. Creating optimal conditions through engineering for a catalyst to act.
IV. Downstream processing technologies.
A
I, II, III, IV
B
I, III, IV
C
I, II
D
II and IV
Text Solution
AI Generated Solution
The correct Answer is:
To determine the three critical research areas of biotechnology from the given options, we will analyze each option step by step.
### Step 1: Analyze Option I
- **Option I** states: "Providing the best catalyst in the form of improved organism usually a microbe or pure enzyme."
- **Explanation**: This option refers to the use of biocatalysts (enzymes) and genetically engineered microbes to enhance production processes. This is indeed a critical area in biotechnology as it focuses on improving efficiency and effectiveness in various biotechnological applications.
### Step 2: Analyze Option II
- **Option II** states: "Multiple Ovulation Transfer Technology (MOET)."
- **Explanation**: MOET is a technique primarily used in animal breeding, particularly in cattle. While it is a biotechnological technique, it is more specific to the field of animal husbandry rather than a broad research area in biotechnology. Therefore, this option is not considered a critical research area of biotechnology.
### Step 3: Analyze Option III
- **Option III** states: "Creating optimal conditions through engineering for a catalyst to act."
- **Explanation**: This option involves optimizing conditions such as pH and temperature for enzymes to function effectively. This is a significant aspect of biotechnology, as it ensures that biocatalysts operate under the best possible conditions, enhancing their efficiency in various processes.
### Step 4: Analyze Option IV
- **Option IV** states: "Downstream processing technologies."
- **Explanation**: Downstream processing refers to the purification and recovery of products after fermentation or other biotechnological processes. This is a crucial area in biotechnology as it deals with the final stages of product development and commercialization.
### Conclusion
After analyzing all options:
- **Critical Research Areas of Biotechnology**:
- Option I: Providing the best catalyst (improved organisms or enzymes).
- Option III: Creating optimal conditions for catalysts.
- Option IV: Downstream processing technologies.
Thus, the three critical research areas of biotechnology are **Option I, Option III, and Option IV**.
Similar Questions
Explore conceptually related problems
The critical research areas of biotechnology are . (I) providing the best catalyst like pure enzyme or improved microbe . (II) Creating optimal conditions for a catalyst to act . (III) Down stream processing technologies to purify the protein or organic compound .
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