Cell Structure and Function:Biomolecules – 5
Answers of question asked
graph TD;
A[Answers of question asked] --> B[Biology];
B --> C1[Cell Biology];
B --> C2[Genetics];
B --> C3[Evolution];
B --> C4[Ecology];
C1 --> D1[What is a cell?];
C2 --> D2[What is DNA?];
C3 --> D3[What is natural selection?];
C4 --> D4[What is an ecosystem?];
Enzyme
graph TD;
Enzyme --> Types_of_Enzymes;
Types_of_Enzymes --> Oxidoreductases;
Types_of_Enzymes --> Transferases;
Types_of_Enzymes --> Hydrolases;
Types_of_Enzymes --> Lyases;
Types_of_Enzymes --> Isomerases;
Types_of_Enzymes --> Ligases;
Enzyme --> Enzyme_Structure;
Enzyme_Structure --> Primary_Structure;
Enzyme_Structure --> Secondary_Structure;
Enzyme_Structure --> Tertiary_Structure;
Enzyme_Structure --> Quaternary_Structure;
Enzyme --> Enzyme_Function;
Enzyme_Function --> Metabolic_Pathways;
Enzyme_Function --> Energy_Production;
Enzyme_Function --> Digestion;
Enzyme_Function --> DNA_Synthesis;
Chemistry of Enzyme
graph TD;
A[Chemistry of Enzyme];
A --> B[Types of Enzymes];
B --> B1[Hydrolases];
B --> B2[Isomerases];
B --> B3[Ligases];
B --> B4[Lyases];
B --> B5[Oxidoreductases];
B --> B6[Transferases];
A --> C[Enzyme Structure];
C --> C1[Primary Structure];
C --> C2[Secondary Structure];
C --> C3[Tertiary Structure];
C --> C4[Quaternary Structure];
A --> D[Enzyme Kinetics];
D --> D1[Michaelis-Menten Equation];
D --> D2[Enzyme Inhibition];
D --> D3[Enzyme Cofactors];
Cofactors
graph TD;
A[Cofactors]
B[Types of Cofactors]
C[Functions of Cofactors]
D[Examples of Cofactors]
E[Role in Metabolic Reactions]
F[Deficiency Diseases]
A-->B;
A-->C;
A-->D;
A-->E;
A-->F;
B-->G[Prosthetic Groups]
B-->H[Coenzymes]
B-->I[Metal Ions]
D-->J[Vitamin B12]
D-->K[Coenzyme Q]
D-->L[Magnesium Ion]
F-->M[Beriberi]
F-->N[Pellagra]
F-->O[Scurvy]
Classification of Enzyme
graph TD;
A[Classification of Enzyme] --> B((Oxidoreductases))
A --> C((Transferases))
A --> D((Hydrolases))
A --> E((Lyases))
A --> F((Isomerases))
A --> G((Ligases))
B --> H[Example: Dehydrogenases]
C --> I[Example: Kinases]
D --> J[Example: Lipases]
E --> K[Example: Decarboxylases]
F --> L[Example: Racemases]
G --> M[Example: Synthetases]
Reaction pathway
graph TD;
A[Reaction Pathway] --> B((Subtopic 1));
A --> C(Subtopic 2);
B --> D{Subtopic 1.1};
C --> E[Subtopic 2.1];
The effect of temperature
graph TB
A[The effect of temperature]
B[Enzyme Activity]
C[Cell Metabolism]
D[Protein Structure]
E[Rate of Reaction]
F[Photosynthesis]
G[Respiration]
A --> B
A --> C
A --> D
A --> E
A --> F
A --> G
