Genetics and Evolution: Molecular Basis of Inheritance – 7
What do you mean by transcription
Write the RNA transcript for following DNA template: 3
What is the role of Sigma factor in transcription
Eukaryotic Chromosomes
RNA Polymerase
Transcription of protien coding gene
Promoter of protien coding region DNA
Promoter Proximal Element
Transcription Initiatoin
Structure of mature mRNA
Production of mature mRNA
5 Modification
Function of 5 Capping
graph TD;
A[Function of 5' Capping];
B[Protection from degradation];
C[Promotion of nuclear export];
D[Help in splicing];
E[Aid in translation initiation];
A-->B;
A-->C;
A-->D;
A-->E;
Modification
graph TD;
Modification-->Genetic_Modification;
Modification-->Environmental_Modification;
Genetic_Modification-->Gene_Therapy;
Genetic_Modification-->Genetic_Engineering;
Environmental_Modification-->Habitat_Destruction;
Environmental_Modification-->Climate_Change;
Processing of pre-mRNA to mature mRNA
graph TD;
A[Pre-mRNA] --> B[5' Capping];
A --> C[3' Polyadenylation];
A --> D[RNA Splicing];
B --> E[Mature mRNA];
C --> E;
D --> E;
Steps of pre-mRNA processing
graph TB
A[pre-mRNA] --> B[5' Capping]
A --> C[3' Polyadenylation]
A --> D[RNA Splicing]
B --> E[First step in pre-mRNA modification]
C --> F[Second step in pre-mRNA modification]
D --> G[Final step in pre-mRNA modification]
E --> H[Resulting mRNA ready for translation]
F --> H
G --> H
Lets think over these questions
graph TD;
A["Let's think over these questions"] --> B["Biology"];
B --> C["Cell Biology"];
B --> D["Genetics"];
B --> E["Evolution"];
B --> F["Ecology"];
B --> G["Physiology"];
C --> H["What are cells?"];
D --> I["What is DNA?"];
E --> J["What is natural selection?"];
F --> K["What is an ecosystem?"];
G --> L["How do organisms function?"];
