Featured Academy lesson · Molecular Diagnostics Foundations
Welcome to the Molecular Diagnostics Laboratory
The opening laboratory welcome lesson establishes molecular workflow context before extraction and PCR courses.
Academy · Molecular Diagnostics
Molecular Diagnostics
Study Molecular Diagnostics as a Medical Laboratory Science course covering nucleic-acid testing, amplification methods, quality practice, and laboratory interpretation.
- Amplification
- Detection
- Result Interpretation
- Contamination Control
Discipline orientation
Overview
Molecular Diagnostics teaches careful nucleic-acid result interpretation. This specialty develops extraction, amplification, control, and reporting judgment, including assay limits and contamination safeguards.
Courses progress from molecular foundations and specimen extraction through PCR methods, clinical applications, interpretation, and contamination control.
Specimens and extraction
Protect nucleic-acid integrity from collection through extraction and setup.
Amplification methods
Understand PCR and related methods used for detection and quantification.
Interpretation and quality
Read controls, limits, and contamination risks before releasing molecular results.
Recommended starting point
Start here
Course catalogue
Courses Included
Follow courses in curriculum order. Available lessons open now; planned lessons show the pathway ahead.
- Courses
- 6
- Lessons
- 94
- Available now
- 94
Courses follow the recommended study order.
Course 1
Molecular Diagnostics Foundations
Practical foundations for the clinical molecular laboratory: what is detected, DNA/RNA for MLS work, targets and mutations, amplification basics, applications, workflow, controls, and terminology.
- Open
- What Molecular Diagnostics DetectsOpen
Requires: Welcome to the Molecular Diagnostics Laboratory
- DNA and RNA for Laboratory ProfessionalsOpen
Requires: What Molecular Diagnostics Detects
- Genes, Targets, and MutationsOpen
Requires: DNA and RNA for Laboratory Professionals
- Amplification and Detection . Basic OverviewOpen
Requires: Genes, Targets, and Mutations
- Common Clinical ApplicationsOpen
Requires: Amplification and Detection . Basic Overview
Show all 9 lessons
- The Molecular Laboratory WorkflowOpen
Requires: Common Clinical Applications
- Understanding ControlsOpen
Requires: The Molecular Laboratory Workflow
- Basic Molecular TerminologyOpen
Requires: Understanding Controls
Course 2
Specimens and Nucleic Acid Extraction
Real preanalytical and extraction workflow: specimen selection, identity verification, collection, transport, acceptance, DNA/RNA extraction, quantity/purity, controls, inhibitors, and troubleshooting.
Complete first: Molecular Diagnostics Foundations
- Selecting the Correct SpecimenOpen
Requires: Molecular Diagnostics Foundations
- Patient Identification and Request VerificationOpen
Requires: Selecting the Correct Specimen
- Common Molecular Specimen TypesOpen
Requires: Patient Identification and Request Verification
- Specimen Collection PrinciplesOpen
Requires: Common Molecular Specimen Types
- Transport and StorageOpen
Requires: Specimen Collection Principles
- Specimen Acceptance and RejectionOpen
Requires: Transport and Storage
Show all 14 lessons
- Introduction to Nucleic Acid ExtractionOpen
Requires: Specimen Acceptance and Rejection
- DNA ExtractionOpen
Requires: Introduction to Nucleic Acid Extraction
- RNA ExtractionOpen
Requires: DNA Extraction
- Manual versus Automated ExtractionOpen
Requires: RNA Extraction
- Nucleic Acid Quantity and PurityOpen
Requires: Manual versus Automated Extraction
- Extraction ControlsOpen
Requires: Nucleic Acid Quantity and Purity
- PCR InhibitorsOpen
Requires: Extraction Controls
- Extraction Failure and TroubleshootingOpen
Requires: PCR Inhibitors
Course 3
PCR and Amplification Methods
Central PCR techniques for the clinical lab: reaction idea and components, cycle steps, conventional vs real-time and RT-PCR, qualitative vs quantitative goals, multiplex and digital PCR awareness, primers/probes, fluorescence, controls, curves, Ct/Cq, inhibition, contamination, failures, and troubleshooting.
Complete first: Molecular Diagnostics Foundations, Specimens and Nucleic Acid Extraction
- Principles of Polymerase Chain Reaction (PCR)Open
Requires: Molecular Diagnostics Foundations, Specimens and Nucleic Acid Extraction
- PCR Reaction ComponentsOpen
Requires: Principles of Polymerase Chain Reaction (PCR)
- The PCR CycleOpen
Requires: PCR Reaction Components
- Conventional PCROpen
Requires: The PCR Cycle
- Reverse Transcription PCROpen
Requires: Conventional PCR
- Real-Time PCROpen
Requires: Reverse Transcription PCR
Show all 18 lessons
- Qualitative versus Quantitative TestingOpen
Requires: Real-Time PCR
- Multiplex PCROpen
Requires: Qualitative versus Quantitative Testing
- Digital PCR . Brief Clinical OverviewOpen
Requires: Multiplex PCR
- Primers and ProbesOpen
Requires: Digital PCR . Brief Clinical Overview
- Fluorescence and DetectionOpen
Requires: Primers and Probes
- Internal, Positive, and Negative ControlsOpen
Requires: Fluorescence and Detection
- Amplification CurvesOpen
Requires: Internal, Positive, and Negative Controls
- Ct and Cq ValuesOpen
Requires: Amplification Curves
- PCR InhibitionOpen
Requires: Ct and Cq Values
- ContaminationOpen
Requires: PCR Inhibition
- Common PCR FailuresOpen
Requires: Contamination
- Basic TroubleshootingOpen
Requires: Common PCR Failures
Course 4
Clinical Molecular Applications
Representative clinical applications: infectious disease panels, viral load, HPV, TB, GI and STI panels, resistance genes, oncology markers including BCR::ABL1 and selected somatic testing, plus brief germline, pharmacogenomic, and prenatal/reproductive overviews.
Complete first: Molecular Diagnostics Foundations, Specimens and Nucleic Acid Extraction, PCR and Amplification Methods
- Molecular Testing for Infectious DiseasesOpen
Requires: Molecular Diagnostics Foundations, PCR and Amplification Methods
- Respiratory Pathogen TestingOpen
Requires: Molecular Testing for Infectious Diseases
- Blood-Borne Virus TestingOpen
Requires: Respiratory Pathogen Testing
- Viral Load TestingOpen
Requires: Blood-Borne Virus Testing
- Human Papillomavirus TestingOpen
Requires: Viral Load Testing
- Tuberculosis Molecular TestingOpen
Requires: Human Papillomavirus Testing
Show all 15 lessons
- Gastrointestinal Molecular PanelsOpen
Requires: Tuberculosis Molecular Testing
- Sexually Transmitted Infection PanelsOpen
Requires: Gastrointestinal Molecular Panels
- Antimicrobial Resistance Gene DetectionOpen
Requires: Sexually Transmitted Infection Panels
- Molecular Oncology OverviewOpen
Requires: Antimicrobial Resistance Gene Detection
- BCR::ABL1 TestingOpen
Requires: Molecular Oncology Overview
- Selected Somatic Mutation TestingOpen
Requires: BCR::ABL1 Testing
- Germline Testing . Clinical Laboratory OverviewOpen
Requires: Selected Somatic Mutation Testing
- Pharmacogenomic Testing . Introductory OverviewOpen
Requires: Germline Testing . Clinical Laboratory Overview
- Prenatal and Reproductive Molecular Testing . Brief OverviewOpen
Requires: Pharmacogenomic Testing . Introductory Overview
Course 5
Molecular Result Interpretation
Practical molecular interpretation: controls first; valid/invalid/inconclusive outcomes; positive and negative results; quantification limits and units; Ct/Cq; false results; inhibition and contamination patterns; repeats and discordance; correlation; reporting and urgent communication; common errors.
Complete first: Molecular Diagnostics Foundations, Specimens and Nucleic Acid Extraction, PCR and Amplification Methods, Clinical Molecular Applications
- Start with the ControlsOpen
Requires: Clinical Molecular Applications
- Valid, Invalid, and Inconclusive ResultsOpen
Requires: Start with the Controls
- Positive ResultsOpen
Requires: Valid, Invalid, and Inconclusive Results
- Negative ResultsOpen
Requires: Positive Results
- Detected Below Quantification RangeOpen
Requires: Negative Results
- Quantitative Results and UnitsOpen
Requires: Detected Below Quantification Range
Show all 18 lessons
- Ct and Cq InterpretationOpen
Requires: Quantitative Results and Units
- False-Positive ResultsOpen
Requires: Ct and Cq Interpretation
- False-Negative ResultsOpen
Requires: False-Positive Results
- Low Target ConcentrationOpen
Requires: False-Negative Results
- PCR InhibitionOpen
Requires: Low Target Concentration
- Contamination PatternsOpen
Requires: PCR Inhibition
- Repeat TestingOpen
Requires: Contamination Patterns
- Discordant ResultsOpen
Requires: Repeat Testing
- Clinical and Laboratory CorrelationOpen
Requires: Discordant Results
- Writing the Molecular Laboratory ReportOpen
Requires: Clinical and Laboratory Correlation
- Communicating Urgent or Significant FindingsOpen
Requires: Writing the Molecular Laboratory Report
- Common Interpretation ErrorsOpen
Requires: Communicating Urgent or Significant Findings
Course 6
Quality, Contamination Control, and Reporting
Everyday molecular quality practice: laboratory layout, unidirectional workflow, pre-/post-amplification areas, contamination prevention and cleaning, PPE, reagents, controls, environmental monitoring overview, equipment maintenance, calibration/verification, lot checks, method verification, QC review, external assessment, documentation, authorization, report requirements, and corrective action.
Complete first: Molecular Diagnostics Foundations, Specimens and Nucleic Acid Extraction, PCR and Amplification Methods, Clinical Molecular Applications, Molecular Result Interpretation
- Molecular Laboratory LayoutOpen
Requires: Molecular Result Interpretation
- Unidirectional WorkflowOpen
Requires: Molecular Laboratory Layout
- Pre-Amplification and Post-Amplification AreasOpen
Requires: Unidirectional Workflow
- Contamination PreventionOpen
Requires: Pre-Amplification and Post-Amplification Areas
- Cleaning and DecontaminationOpen
Requires: Contamination Prevention
- Personal Protective EquipmentOpen
Requires: Cleaning and Decontamination
Show all 20 lessons
- Reagent Preparation and StorageOpen
Requires: Personal Protective Equipment
- Positive and Negative ControlsOpen
Requires: Reagent Preparation and Storage
- Internal ControlsOpen
Requires: Positive and Negative Controls
- Environmental Monitoring . OverviewOpen
Requires: Internal Controls
- Equipment MaintenanceOpen
Requires: Environmental Monitoring . Overview
- Calibration and VerificationOpen
Requires: Equipment Maintenance
- Lot-to-Lot ChecksOpen
Requires: Calibration and Verification
- Method VerificationOpen
Requires: Lot-to-Lot Checks
- Quality Control ReviewOpen
Requires: Method Verification
- External Quality AssessmentOpen
Requires: Quality Control Review
- Documentation and TraceabilityOpen
Requires: External Quality Assessment
- Result AuthorizationOpen
Requires: Documentation and Traceability
- Molecular Report RequirementsOpen
Requires: Result Authorization
- Error Investigation and Corrective ActionOpen
Requires: Molecular Report Requirements
Learning outcomes
Learning Objectives
By progressing through this Molecular Diagnostics Medical Laboratory Science course, learners work toward the following educational outcomes.
- Describe core molecular laboratory methods used in clinical testing pathways
- Relate amplification, controls, and quality checks to trustworthy results
- Interpret molecular laboratory findings with careful professional language
- Connect molecular lessons to quizzes, references, and applied case practice
Laboratory skills
Skills You'll Develop
These skills support laboratory science learning, laboratory interpretation, and preparation for medical laboratory quizzes and case studies.
- Molecular method orientation
- Quality and control awareness
- Result interpretation habits for molecular testing
- Linking molecular results to specimen and method context
Audience
Who This Course Is For
This Molecular Diagnostics pathway is designed for Medical Laboratory Science education and medical laboratory training contexts.
- Medical Laboratory Science students building discipline-specific laboratory knowledge
- Medical laboratory professionals refreshing interpretation and bench reasoning
- Learners preparing for medical laboratory quizzes, case studies, and applied practice
FAQ
Frequently Asked Questions
Common questions about studying Molecular Diagnostics in the LabPedia Medical Laboratory Academy.
What is the Molecular Diagnostics Academy pathway?
It is a Medical Laboratory Science course pathway covering molecular laboratory methods, quality concepts, and interpretation through structured Academy lessons.
Who should study this molecular laboratory course?
Medical Laboratory Science students and laboratory professionals building foundational molecular diagnostics knowledge for learning and practice.
How do lessons relate to molecular laboratory tests?
Lessons teach concepts and reasoning. Laboratory Library entries support lookup of related tests, methods, and reference details.
Does the pathway include quality topics?
Yes. Quality, controls, and result reliability themes are part of molecular laboratory learning in Academy.
Can I practice with medical laboratory quizzes afterward?
Yes. Use Quiz Center and Case Center pathways related to Molecular Diagnostics after completing lessons.
What is the best starting point?
Start with the first available foundational lesson in the course catalogue, then continue in the recommended study order.
Is this a molecular diagnostics certification program?
No. LabPedia provides educational Medical Laboratory Science content and practice tools; it does not issue certification.
Professional application
How Molecular Diagnostics supports laboratory practice
Molecular learning strengthens method-aware interpretation and contamination-aware reporting.
Extraction
Recognize specimen and extraction variables that affect nucleic-acid yield and purity.
Amplification
Connect PCR design and controls to detection and quantification results.
Controls
Evaluate internal, external, and contamination controls before release.
Result interpretation
Report molecular findings with assay limits and professional caution.
Connect learning to practice
Continue this specialty beyond Academy
Carry the same Molecular Diagnostics topics into reference, assessment, and applied reasoning when you are ready.
Laboratory Library
Look up tests, specimen requirements, methods, and interpretation cues for this specialty.
Open Laboratory LibraryQuiz Center
Assess knowledge with quizzes designed to teach, including when an answer is wrong.
Open Quiz CenterCase Center
practice laboratory reasoning with learning cases and case challenges built on realistic data.
Open Case Center
Continue learning
Begin the Molecular Diagnostics pathway
Enter the foundations course, then continue into extraction, amplification, and interpretation.