What kind of a reaction if peptide bond formation?
- Correct Answer: dehydration synthesis reaction
- recharge synthesis reaction
- molten synthesis reaction
- reversed synthesis reaction
Explanation: Figure 3.24 Peptide bond formation is a dehydration synthesis reaction. The carboxyl group of one amino acid is linked to the amino group of the incoming amino acid. In the process, a molecule of water is released.
More Random Questions
Q: Which modern drug is an example of an anxiolytic?
Ans: Lorazepam
Ans: Lorazepam
Q: How many releases did Warner Bros. Discovery plan for 2025?
Ans: 10
Ans: 10
Q: What process is the synthesis of glucose from pyruvate, lactate and glycerol?
Ans: gluconeogenesis
Ans: gluconeogenesis
Q: Keratin is an intracellular fibrous protein that gives hair, nails, and skin their hardness and this?
Ans: water-resistant properties
Ans: water-resistant properties
Q: Who launched India's first national narcotics helpline 'MANAS'?
Ans: Amit Shah
Ans: Amit Shah
Q: Where in the target cells are intracellular receptor proteins found?
Ans: ribosomes or nucleus
Ans: ribosomes or nucleus
Q: A patient with acute cholangitis requires intervention. Which advanced procedure is indicated?
Ans: Endoscopic retrograde cholangiopancreatography (ERCP)
Ans: Endoscopic retrograde cholangiopancreatography (ERCP)
Q: Who has won the 'Commonwealth Short Story Award' on June 29, 2024?
Ans: Sanjana Thakur
Ans: Sanjana Thakur
Q: Who has won the 24th National Para Swimming Championship?
Ans: Karnataka
Ans: Karnataka
Q: Kilauea volcano erupted on 26 December 2024. Where is this volcano located?
Ans: Hawai Island (USA)
Ans: Hawai Island (USA)
Q: What is the currency of China?
Ans: Yuan
Ans: Yuan
Q: What does a blue circle with a white bicycle symbol indicate?
Ans: Bicycle lane
Ans: Bicycle lane
Q: Where has India's first 'Constitution Museum' been inaugurated?
Ans: Sonipat (Haryana)
Ans: Sonipat (Haryana)
Q: What were Ashoka’s messages of peace called?
Ans: Edicts
Ans: Edicts
Q: What is the term for the number of covalent bonds an atom can form?
Ans: valence
Ans: valence
