Micro-Credential in Cell Biology

Duration

2 Months (8 Weeks)

Mode of Delivery

Online/ Face to Face

Online

Application

Programme Overview

The course caters the fundamental concepts of cell biology. During the course students will gain insight knowledge into the structure of various organelles and their specific metabolic function of eukaryotes and prokaryotes cells. This course also covers the importance of cellular processes such as cell cycle regulation at genes level, signal transduction and cell death mechanisms. Overview of cancer will be also discussed. Topics discussed include nuclear, organelle, membrane and cytoskeletal structures and associated functions including DNA replication, transcription, translation, cell signalling, cell cycle, cell death and cancer.

Learning Outcomes

On completion of the course participants should be able to:
• Describe the origin of cells and the evolution of metabolism
• Explain structure and function of prokaryotic and eukaryotic cells, membranes, and organelles
• Illustrate the cellular processes such as cell cycle regulation at genes level, signal transduction, cell death
and cancer.
• Demonstrate the ability to carry out experiments in cell biology
• Demonstrate interchangeable role of leaders and followers in a team to reflect learning experience

Course Progression

Credits from this Micro-Credential Programme are transferable to the following full academic programme:

  • Degree of Biotechnology

Assessments

  • Coursework 80%
  • Final Examination 20%

Study Plan for Micro-Credential in Cell Biology

Week 1

 

INTRODUCTION TO CELL BIOLOGY

  • Definition of cell biology
  • Origin and evolution of cells
  • Characteristics of prokaryotic and
  • eukaryotic cells
  • Tools of cell biology

 

FUNDAMENTALS OF MOLECULAR

BIOLOGY

  • Heredity, genes and DNA
  • Structure of DNA
  • Organization of eukaryotic and
  • prokaryotic genomes

Practical 1

  • Cell structure

 

Lecture

Practical

Week 2

 

FLOW OF GENETIC INFORMATION

  • DNA replication
  • Transcription in prokaryotes
  • Transcription in eukaryotes

Oral presentation 1

 

FLOW OF GENETIC INFORMATION

  • RNA processing and turnover
  • Translation of mRNA
  • Protein folding and processing
  • Regulation of protein function
  • Protein degradation

Lecture

Presentation

Week 3

 

NUCLEUS

  • Structure of nuclear envelope
  • Traffic between nucleus and cytoplasm
  • Internal organization of the nucleus
  • Nucleolus

 

MEMBRANE STRUCTURE AND

FUNCTION

  • Phospholipid bilayer
  • Membrane proteins
  • Passive diffusion
  • Facilitated diffusion and carrier proteins
  • Ion channels

 

Mid-term test

 

Lecture

Test

Week 4

 

MEMBRANE STRUCTURE AND FUNCTION

  • Active transport
  • Endocytosis
  • Exocytosis
  • Tight junctions
  • Gap junctions

 

Practical 2

  • Membrane permeability

 

Lecture

Practical

Week 5

 

PROTEIN SORTING AND TRANSPORT

  • Endoplasmic reticulum (ER) and protein secretion
  • Targeting proteins to the endoplasmic reticulum
  • Insertion of proteins into ER membrane
  • Protein folding and processing in the ER
  • Organization of the Golgi apparatus
  • Protein glycosylation within Golgi
  • Mechanisms of vascular transport

INTRACELLULAR COMPARTMENTS

  • Organization and function of mitochondria
  • Structure and function of chloroplasts
  • Structure and function of peroxisomes

 

Lecture

Tutorial

Week 6

 

CYTOSKELETON

  • Structure and organization of actin

filaments

  • Actin, myosin and cell movement
  • Intermediate filaments
  • Microtubules
  • Microtubule motors and movements

 

CELL SIGNALLING

  • Modes of cell-cell signaling
  • G protein-coupled receptors
  • Receptor protein-tyrosine kinases
  • Cytokine receptors and non-receptor protein
  • Pathways of intracellular signal transduction

Assignment

 

Lecture

Tutorial

Assignment

Week 7

 

CELL CYCLE

  • Phases and of the cell cycle
  • Regulation of the cell cycle by cell growth and extracellular signals
  • Cell cycle checkpoints
  • Stages of mitosis
  • Stages of meiosis

 

CELL DEATH

  • Mitochondria dysfunction and cell death
  • The pathway/mechanism of

programmed cell death (apoptosis)

  • Apoptosis vs necrosis
  • Cell differentiation
  • Programmed cell death
  • Development and causes of cancer

 

Oral presentation 2

 

Practical 3 & Practical 4

  • Cell division: Mitosis

 

Lecture

Presentation

Practical

Week 8

 

Final Examination

Conclusion Session

Awarding of Certificates

Presentation by VC or Representative of VC

 

Why Micro-Credential in Lincoln University College (LUC), Malaysia?

Micro-credentials in Lincoln University College (LUC), Malaysia offer a flexible, targeted, and accelerated pathway of acquiring industry-relevant skills that meet the demands of today’s evolving job market. Designed for students, professionals, and individuals seeking to upskill or reskill, credentials offer learning experiences and formally recognized certifications, with enhanced employability, and serving as stepping stones to higher qualifications. LUC’s micro-credential programs are supported by strong academic frameworks and offer clear progression pathways into full-fledged degree programs. After completing this Micro-credential course, professionals can use their updated skills to apply for promotions or switch to a different job role.

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