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£119 B.D2 Evaluate how the structure, functions and action of biomolecules affect metabolic rates.
Unit 24: Biochemistry for Health
Unit type: Internal
Guided learning hours: 60
Unit in brief
Learners explore the structure of biological molecules, how they affect metabolism, their action in metabolic processes, and the principles of biochemistry in industry.
Biochemistry encompasses a broad spectrum of biological processes and how they maintain life.
As an essential laboratory-based science, biochemistry uses chemical knowledge and techniques to understand and solve biological problems. Currently, biochemistry is focused on understanding how biological molecules give rise to metabolic processes in living cells.
In this unit, you will develop an understanding of atomic and molecular structure, focusing on the relationship between structure and properties of biological molecules and their metabolic activity. You will explore the structure and importance of organic and inorganic molecules to biochemical processes of living organisms, and examine the principles of metabolism by considering certain metabolic pathways and the role of enzymes in metabolism. You will conduct enzymatic investigations to examine metabolic functions and the nature, causes and effects of associated disorders. Through a combination of experimentation and theory, you will explore how biomolecules are built, broken down and used in cells through metabolic pathways, thereby creating life and sometimes resulting in common disorders. You will examine how biochemistry is used in everyday life, and how current research will shape the future of life and health.
This unit will support you in your progression to further or higher-level studies in the health sector, and is directly relevant to the healthcare, nutritional and pharmaceutical industries.
In this unit you will:
A Explore how the structure of biological molecules affects metabolism
B Explore the action of biological molecules in metabolic processes
C Examine the principles of biochemistry in industry.
Learning aim A : Explore how the structure of biological molecules affects metabolism
Evaluate the structure, function and role of inorganic and organic molecules, and their impact on metabolism
A.P1 Explain the structures of carbon, hydrogen, nitrogen and oxygen, and how they produce organic and inorganic biological molecules.
A.P2 Investigate the nature, function and role of atoms, and the structure and function of organic and inorganic molecules and their impact on metabolism.
A.M1 Assess the relevance of the structures of carbon, hydrogen, nitrogen and oxygen to the metabolism of biological molecules, proteins, fats, carbohydrates and haemoglobin.
Learning aim B : Explore the action of biological molecules in metabolic processes
Evaluate how the structure, functions and action of biomolecules affect metabolic rates.
B.P3 Explain the structure, and physical and chemical properties of biomolecules and nucleic acids.
B.P4Investigate the factors affecting enzyme activity and the enzymatic extraction of DNA.
B.M2 Assess the impact of factors affecting enzyme activity on metabolic processes and metabolic rates.
Learning aim C : Examine the principles of biochemistry in industry
Evaluate how biological molecules and their role in metabolism influence current research and development of techniques and technology in treating metabolic disorders.
C.P5 Explain the aetiology of metabolic disorders of genetic and endocrine origins.
C.P6 Explain the concept and uses of enzymes in biochemistry in the diagnosis and treatment of metabolic disorders and diseases, including DNA profiling and sequencing.
C.M3 Assess the impact of DNA sequencing in the development of treatment therapy for metabolic disorders.
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