The relation between hydrolysis synthesis and dehydration reactions. Introduction: The cellular process requires regular synthesis and degradation of biomolecules . This process is essential for the maintenance of normal metabolic processes and meets the homeostatic demands of the body. Dehydration synthesis and hydrolysis reactions are essentially the most important biochemical reactions that facilitate biomolecular degradation and synthesis.

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Amino Acid Coclow TABle 3' Gly Phe Leu (G) (F) (L) 3- Val (V) Arg (R) Ser (S) Ala (A) Lys (K) CAG G Glu Asp (E) (D) Ser (S) CCCAGUCAGUCAGUCAG 0204 C U A G C Asn (N) G 4 A AGU C GU (5) AC C UGA A G5 C CUGACUGACUGACUGAC Thr (T) Met (M) lle £€ (1) U 4 G Tyr Σε (Y) U Cys (C) C A G Trp (W) 3' U C A Leu בוט His Pro (P) ££ (H) Gin (Q) Arg 흐름 (R) (L) Start Stop 8. Transcription and Translation Practice: (Video 10-1 and 10-2) A. Below is the sense strand of a DNA gene. Using the sense strand, create the antisense DNA strand and label the 5' and 3' ends. B. Use the antisense strand that you create in part A as a template to create the mRNA transcript of the gene and label the 5' and 3' ends. C. Translate the mRNA you produced in part B into the polypeptide sequence making sure to follow all the rules of translation. 5'-AGCATGACTAATAGTTGTTGAGCTGTC-3' (sense strand) 4

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Chapter 2, Problem 19CP

Summary Introduction

To review:

The relation between hydrolysis synthesis and dehydration reactions.

Introduction:

The cellular process requires regular synthesis and degradation of biomolecules. This process is essential for the maintenance of normal metabolic processes and meets the homeostatic demands of the body. Dehydration synthesis and hydrolysis reactions are essentially the most important biochemical reactions that facilitate biomolecular degradation and synthesis.

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