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Certificate
Mechanisms of Biological Information Transfer within Organisms, Across Lineages and Through Evolutionary Time
Course Outline
This course introduces learners to the fundamental mechanisms by which biological information is stored, transmitted and expressed within living systems. From molecular processes such as DNA replication and gene expression to large-scale evolutionary inheritance across generations, students will explore how information flows within organisms and across lineages over time.
The course examines genetic, cellular and evolutionary mechanisms of information transfer, including molecular signalling, gene regulation and inheritance patterns.
Learners will combine theoretical understanding with case studies and applied examples to explore how biological information shapes development, adaptation and evolution.
Key Information
- MQF/EQF Level: Not pegged/recognised by MFHEA
- ECTS: N/A
- Qualification/Certification Type: Certificate of Completion
- Course Duration: 3 days
- Total Hours: 20 hours
- Delivery Mode: In-person
- Language of Instruction: English & French
- Target Audience: 18+ years
Students must complete at least 85% of total learning hours (tracked via attendance logs, class participation and assessment submissions). A Certificate of Completion will be issued accordingly.
Course Description
Biological systems rely on the accurate transmission of information to maintain structure, function and continuity of life. This unit explores how information is encoded, transferred and modified within organisms and across generations.
The course begins by introducing the molecular basis of biological information, focusing on DNA structure, replication and the genetic code. Learners will examine how genetic information is transcribed and translated into functional proteins, and how gene expression is regulated in different cellular contexts.
The unit then investigates intracellular and intercellular communication systems, including signalling pathways, hormones and cellular responses that coordinate organismal function.
Learners will explore mechanisms of inheritance, including Mendelian and non-Mendelian patterns, as well as the role of mutations, recombination and epigenetics in generating variation.
The course concludes with an examination of how biological information is transmitted through evolutionary time, highlighting natural selection, genetic drift and adaptation across lineages.
Throughout the unit, learners will develop the ability to analyse how information transfer underpins development, physiology and evolutionary change.
Entry Requirements
- Basic understanding of general biology concepts
- Familiarity with cell structure and DNA is recommended
Target Audience
This course is designed for:
- Biology students (tertiary level)
- Health and life sciences learners
- Genetics and biotechnology students
- Laboratory assistants and technicians
- Individuals interested in molecular biology and evolution
- Science enthusiasts seeking structured biological knowledge
Course Delivery
The programme is structured into eight modules, delivered through:
- Instructor-led lectures
- Interactive discussions
- Case studies and comparative analysis
- Visual presentations and diagrams
- Group activities
- Short assessments and quizzes
Course Structure
- Module 1 – Introduction to Biological Information Systems
- Module 2 – DNA Structure, Replication and the Genetic Code
- Module 3 – Gene Expression: Transcription and Translation
- Module 4 – Regulation of Gene Expression
- Module 5 – Cellular Communication and Signalling Pathways
- Module 6 – Principles of Inheritance (Mendelian and Beyond)
- Module 7 – Genetic Variation: Mutation, Recombination and Epigenetics
- Module 8 – Evolutionary Transmission of Information (Selection, Drift, Adaptation)
- Final Assessment
Assessment & Certification
Assessment methods include:
- Practice quizzes
- Module-based assessments
- Short written assignments
- Final graded assessment
Upon successful completion, learners will receive a Certificate in Mechanisms of Biological Information Transfer within Organisms, Across Lineages and Through Evolutionary Time
Learning Outcomes
By the end of this course, learners will be able to:
- Describe how biological information is stored and encoded in DNA.
- Explain the processes of DNA replication, transcription and translation.
- Analyse mechanisms of gene regulation and expression.
- Describe how cells communicate and coordinate biological functions.
- Differentiate between patterns of inheritance and genetic variation.
- Explain the role of mutations, recombination and epigenetics in diversity.
- Interpret how biological information is transmitted across generations.
- Analyse the role of information transfer in evolution and adaptation.
Course Intake Dates & Pricing
May 2026 (to be confirmed)
Price: EUR 500
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