Featured Academy lesson · Introduction to Clinical Chemistry
Introduction to Clinical Chemistry
This opening lesson establishes the laboratory role of clinical chemistry before specimen, method, and organ-system courses.
Academy · Clinical Chemistry
Clinical Chemistry
Learn Clinical Chemistry as a Medical Laboratory Science course covering analytes, analytical principles, quality control, metabolic patterns, and laboratory interpretation.
- Biomarkers
- Analytical Methods
- Quality Control
- Metabolic Patterns
Discipline orientation
Overview
Clinical Chemistry connects analytical methods to meaningful result patterns. This specialty develops the ability to relate method principles, quality control, and organ-system analytes to cautious laboratory interpretation.
Courses progress from laboratory foundations and method principles into organ-system chemistry, specialized testing, and interpretive practice.
Analytes and methods
Understand what is measured, how assays work, and which specimen variables matter.
Quality control
Recognize control behavior, calibration context, and analytical reliability before release.
Metabolic patterns
Read organ-system and disease-linked patterns without overstating clinical conclusions.
Recommended starting point
Start here
Course catalogue
Courses Included
Follow the pathway in study order. Available lessons open directly; planned lessons show what comes next.
- Courses
- 15
- Lessons
- 154
- Available now
- 144
Courses follow the recommended study order.
Course 1
Introduction to Clinical Chemistry
Foundations for MLS learners: discipline scope, laboratory role, safety, instruments, automation, QC basics, reference intervals, specimen types, and end-to-end chemistry workflow.
- Open
- Role of the Clinical Chemistry LaboratoryOpen
Requires: Introduction to Clinical Chemistry
- Laboratory SafetyOpen
Requires: Role of the Clinical Chemistry Laboratory
- Clinical Chemistry InstrumentsOpen
Requires: Laboratory Safety
- AutomationOpen
Requires: Clinical Chemistry Instruments
- Quality Control BasicsOpen
Requires: Automation
Show all 9 lessons
- Reference IntervalsOpen
Requires: Quality Control Basics
- Specimen TypesOpen
Requires: Reference Intervals
- Laboratory WorkflowOpen
Requires: Specimen Types, Quality Control Basics
Course 2
Specimen Collection & Pre-Analytical Variables
Patient preparation, blood collection, serum/plasma/whole blood, urine/CSF/body fluids, tube types, order of draw, HIL interference, storage, transport, and rejection criteria.
Complete first: Introduction to Clinical Chemistry
- Patient PreparationOpen
Requires: Laboratory Workflow
- Blood CollectionOpen
Requires: Patient Preparation
- SerumOpen
Requires: Blood Collection
- PlasmaOpen
Requires: Serum
- Whole BloodOpen
Requires: Plasma
- Urine SamplesOpen
Requires: Patient Preparation
Show all 16 lessons
- CSFOpen
Requires: Urine Samples
- Other Body FluidsOpen
Requires: CSF
- Tube TypesOpen
Requires: Blood Collection, Plasma
- Order of DrawOpen
Requires: Tube Types
- HemolysisOpen
Requires: Serum, Order of Draw
- LipemiaOpen
Requires: Hemolysis
- IcterusOpen
Requires: Hemolysis
- Sample StorageOpen
Requires: Whole Blood, Urine Samples
- TransportOpen
Requires: Sample Storage
- Rejection CriteriaOpen
Requires: Hemolysis, Lipemia, Icterus, Transport
Course 3
Carbohydrate Metabolism
Glucose metabolism, fasting and random glucose, OGTT, HbA1c, diabetes mellitus, hypoglycemia, laboratory diagnosis, interpretation, and clinical cases.
Complete first: Introduction to Clinical Chemistry, Specimen Collection & Pre-Analytical Variables
- Glucose MetabolismOpen
Requires: Rejection Criteria
- Fasting Blood SugarOpen
Requires: Glucose Metabolism, Patient Preparation
- Random Blood SugarOpen
Requires: Glucose Metabolism
- Oral Glucose Tolerance TestOpen
Requires: Fasting Blood Sugar, Patient Preparation
- HbA1cOpen
Requires: Glucose Metabolism
- Diabetes MellitusOpen
Requires: Fasting Blood Sugar, Oral Glucose Tolerance Test, HbA1c
Show all 10 lessons
- HypoglycemiaOpen
Requires: Fasting Blood Sugar, Random Blood Sugar
- Laboratory DiagnosisOpen
Requires: Diabetes Mellitus, Hypoglycemia
- InterpretationOpen
Requires: Laboratory Diagnosis
- Clinical CasesOpen
Requires: Interpretation, Diabetes Mellitus, Hypoglycemia
Course 4
Kidney Function Testing
Kidney function testing from physiology through creatinine, BUN/urea, eGFR, uric acid, cystatin C, AKI/CKD patterns, urinalysis correlation, interpretation, cases, and laboratory pitfalls.
Complete first: Introduction to Clinical Chemistry, Specimen Collection & Pre-Analytical Variables, Carbohydrate Metabolism
- Introduction to Kidney Function TestingOpen
Requires: Clinical Cases
- Kidney PhysiologyOpen
Requires: Introduction to Kidney Function Testing
- Glomerular Filtration Rate (GFR)Open
Requires: Kidney Physiology
- Laboratory Evaluation of CreatinineOpen
Requires: Glomerular Filtration Rate (GFR)
- Blood Urea Nitrogen (BUN)Open
Requires: Kidney Physiology
- UreaOpen
Requires: Blood Urea Nitrogen (BUN)
Show all 16 lessons
- Estimated GFR (eGFR)Open
Requires: Laboratory Evaluation of Creatinine, Glomerular Filtration Rate (GFR)
- Uric AcidOpen
Requires: Kidney Physiology
- Cystatin COpen
Requires: Estimated GFR (eGFR), Laboratory Evaluation of Creatinine
- Acute Kidney Injury (AKI)Open
Requires: Laboratory Evaluation of Creatinine, Blood Urea Nitrogen (BUN), Estimated GFR (eGFR)
- Chronic Kidney Disease (CKD)Open
Requires: Estimated GFR (eGFR), Acute Kidney Injury (AKI)
- Laboratory Assessment of Renal FunctionOpen
Requires: Acute Kidney Injury (AKI), Chronic Kidney Disease (CKD), Cystatin C
- Urinalysis CorrelationOpen
Requires: Laboratory Assessment of Renal Function, Urine Samples
- Kidney Function Test InterpretationOpen
Requires: Urinalysis Correlation, Acute Kidney Injury (AKI), Chronic Kidney Disease (CKD)
- Clinical CasesOpen
Requires: Kidney Function Test Interpretation
- Common Laboratory PitfallsOpen
Requires: Clinical Cases, Kidney Function Test Interpretation
Course 5
Liver Function Testing
Liver function testing from physiology through ALT, AST, ALP, GGT, bilirubin, albumin, total protein, synthetic function, hepatocellular vs cholestatic patterns, interpretation, cases, and laboratory pitfalls.
Complete first: Introduction to Clinical Chemistry, Specimen Collection & Pre-Analytical Variables, Kidney Function Testing
- Introduction to Liver Function TestingOpen
Requires: Common Laboratory Pitfalls
- Liver PhysiologyOpen
Requires: Introduction to Liver Function Testing
- ALT (Alanine Aminotransferase)Open
Requires: Liver Physiology
- AST (Aspartate Aminotransferase)Open
Requires: ALT (Alanine Aminotransferase)
- Alkaline Phosphatase (ALP)Open
Requires: Liver Physiology
- Gamma-Glutamyl Transferase (GGT)Open
Requires: Alkaline Phosphatase (ALP)
Show all 14 lessons
- Bilirubin MetabolismOpen
Requires: Liver Physiology
- AlbuminOpen
Requires: Liver Physiology
- Total ProteinOpen
Requires: Albumin
- Liver Synthetic FunctionOpen
Requires: Albumin, Total Protein
- Hepatocellular vs Cholestatic PatternsOpen
Requires: ALT (Alanine Aminotransferase), AST (Aspartate Aminotransferase), Alkaline Phosphatase (ALP), Gamma-Glutamyl Transferase (GGT), Bilirubin Metabolism
- Liver Function Test InterpretationOpen
Requires: Hepatocellular vs Cholestatic Patterns, Liver Synthetic Function
- Clinical CasesOpen
Requires: Liver Function Test Interpretation
- Common Laboratory PitfallsOpen
Requires: Clinical Cases, Liver Function Test Interpretation
Course 6
Electrolytes & Acid-Base Balance
Electrolytes and acid–base balance: sodium, potassium, chloride, calcium, magnesium, phosphate, bicarbonate, osmolality, anion gap, acid–base disorders, laboratory interpretation, and clinical cases.
Complete first: Kidney Function Testing, Liver Function Testing, Carbohydrate Metabolism
- SodiumOpen
Requires: Common Laboratory Pitfalls
- PotassiumOpen
Requires: Sodium, Hemolysis
- ChlorideOpen
Requires: Sodium
- CalciumOpen
Requires: Albumin
- MagnesiumOpen
Requires: Calcium
- PhosphateOpen
Requires: Calcium
Show all 12 lessons
- BicarbonateOpen
Requires: Chloride
- OsmolalityOpen
Requires: Sodium
- Anion GapOpen
Requires: Sodium, Chloride, Bicarbonate
- Acid-Base DisordersOpen
Requires: Anion Gap, Bicarbonate
- Laboratory InterpretationOpen
Requires: Potassium, Osmolality, Acid-Base Disorders, Phosphate, Magnesium
- Clinical CasesOpen
Requires: Laboratory Interpretation
Course 7
Proteins
Plasma proteins, albumin, globulins, total protein, A/G ratio, protein electrophoresis, monoclonal gammopathies, multiple myeloma laboratory findings, and protein interpretation workflow.
Complete first: Liver Function Testing, Kidney Function Testing, Electrolytes & Acid-Base Balance
- Plasma ProteinsOpen
Requires: Clinical Cases
- Albumin . Proteins Module ReviewOpen
Requires: Plasma Proteins, Albumin
- GlobulinsOpen
Requires: Plasma Proteins
- Total Protein . Proteins Module ReviewOpen
Requires: Plasma Proteins, Total Protein
- A/G RatioOpen
Requires: Albumin . Proteins Module Review, Globulins, Total Protein . Proteins Module Review
- Protein ElectrophoresisOpen
Requires: A/G Ratio
Show all 9 lessons
- Monoclonal GammopathiesOpen
Requires: Protein Electrophoresis
- Multiple Myeloma Laboratory FindingsOpen
Requires: Monoclonal Gammopathies
- Laboratory InterpretationOpen
Requires: Protein Electrophoresis, Monoclonal Gammopathies, Multiple Myeloma Laboratory Findings
Course 8
Lipid Metabolism
Lipid metabolism laboratory pathway: cholesterol, HDL, LDL, triglycerides, lipoproteins, lipid disorders, cardiovascular risk assessment, interpretation, and clinical cases.
Complete first: Introduction to Clinical Chemistry, Specimen Collection & Pre-Analytical Variables, Proteins
- CholesterolOpen
Requires: Laboratory Interpretation, Patient Preparation
- HDLOpen
Requires: Cholesterol
- LDLOpen
Requires: Cholesterol, HDL
- TriglyceridesOpen
Requires: Cholesterol, Lipemia
- LipoproteinsOpen
Requires: Cholesterol, HDL, LDL, Triglycerides
- Lipid DisordersOpen
Requires: Lipoproteins
Show all 9 lessons
- Cardiovascular Risk AssessmentOpen
Requires: Lipid Disorders, LDL
- Laboratory InterpretationOpen
Requires: Cardiovascular Risk Assessment, Lipid Disorders
- Clinical CasesOpen
Requires: Laboratory Interpretation
Course 9
Cardiac Biomarkers
Cardiac biomarkers laboratory pathway: troponin, CK, CK-MB, myoglobin, BNP, NT-proBNP, ACS laboratory diagnosis, biomarker release timing, interpretation, and clinical cases.
Complete first: Lipid Metabolism, Liver Function Testing
- TroponinOpen
Requires: Clinical Cases
- CKOpen
Requires: Troponin
- CK-MBOpen
Requires: CK, Troponin
- MyoglobinOpen
Requires: CK-MB
- BNPOpen
Requires: Troponin
- NT-proBNPOpen
Requires: BNP
Show all 10 lessons
- Timing of Biomarker ReleaseOpen
Requires: Troponin, CK-MB, Myoglobin
- Acute Coronary Syndrome Laboratory DiagnosisOpen
Requires: Timing of Biomarker Release, Troponin, CK-MB, Myoglobin
- InterpretationOpen
Requires: Acute Coronary Syndrome Laboratory Diagnosis, Timing of Biomarker Release, NT-proBNP
- Clinical CasesOpen
Requires: Interpretation
Course 10
Pancreatic Biomarkers
Amylase, lipase, acute and chronic pancreatitis laboratory framing, pancreatic laboratory diagnosis, interpretation, and clinical cases.
Complete first: Cardiac Biomarkers, Liver Function Testing
- AmylaseOpen
Requires: Clinical Cases
- LipaseOpen
Requires: Amylase
- Acute PancreatitisOpen
Requires: Amylase, Lipase
- Chronic PancreatitisOpen
Requires: Acute Pancreatitis
- Laboratory DiagnosisOpen
Requires: Acute Pancreatitis, Chronic Pancreatitis
- InterpretationOpen
Requires: Laboratory Diagnosis
- Clinical CasesOpen
Requires: Interpretation
Course 11
Endocrinology
Thyroid function tests (TSH, free T4, free T3), cortisol, ACTH, insulin, C-peptide, PTH, vitamin D, laboratory interpretation, and clinical cases.
Complete first: Pancreatic Biomarkers, Electrolytes & Acid-Base Balance, Carbohydrate Metabolism
- Thyroid Function TestsOpen
Requires: Clinical Cases
- TSHOpen
Requires: Thyroid Function Tests
- Free T4Open
Requires: TSH
- Free T3Open
Requires: Free T4
- CortisolOpen
Requires: Thyroid Function Tests
- ACTHOpen
Requires: Cortisol
Show all 12 lessons
- InsulinOpen
Requires: Thyroid Function Tests, Hypoglycemia, Fasting Blood Sugar
- C-PeptideOpen
Requires: Insulin
- Parathyroid HormoneOpen
Requires: Thyroid Function Tests, Calcium
- Vitamin DOpen
Requires: Parathyroid Hormone
- Laboratory InterpretationOpen
Requires: Free T3, ACTH, C-Peptide, Vitamin D
- Clinical CasesOpen
Requires: Laboratory Interpretation
Course 12
Tumor Markers
Tumor marker general principles, AFP, CEA, CA-125, CA 19-9, PSA, β-hCG, limitations, laboratory interpretation, and clinical cases.
Complete first: Endocrinology
- General PrinciplesOpen
Requires: Clinical Cases
- AFPOpen
Requires: General Principles
- CEAOpen
Requires: General Principles
- CA-125Open
Requires: General Principles
- CA 19-9Open
Requires: General Principles
- PSAOpen
Requires: General Principles
Show all 10 lessons
- Beta-hCGOpen
Requires: General Principles
- LimitationsOpen
Requires: AFP, CEA, CA-125, CA 19-9, PSA, Beta-hCG
- InterpretationOpen
Requires: Limitations
- Clinical CasesOpen
Requires: Interpretation
Course 13
Therapeutic Drug Monitoring & Toxicology
TDM principles, digoxin, lithium, valproic acid, phenytoin, toxicology screening, alcohol, drugs of abuse, laboratory interpretation, and clinical cases.
Complete first: Tumor Markers, Specimen Collection & Pre-Analytical Variables
- Therapeutic Drug MonitoringOpen
Requires: Clinical Cases
- DigoxinOpen
Requires: Therapeutic Drug Monitoring
- LithiumOpen
Requires: Therapeutic Drug Monitoring
- Valproic AcidOpen
Requires: Therapeutic Drug Monitoring
- PhenytoinOpen
Requires: Therapeutic Drug Monitoring
- Toxicology ScreeningOpen
Requires: Therapeutic Drug Monitoring
Show all 10 lessons
- AlcoholOpen
Requires: Toxicology Screening
- Drugs of AbuseOpen
Requires: Toxicology Screening
- Laboratory InterpretationOpen
Requires: Digoxin, Lithium, Valproic Acid, Phenytoin, Alcohol, Drugs of Abuse
- Clinical CasesOpen
Requires: Laboratory Interpretation
Course 14
Advanced Toxicology
Advanced planned module: confirmatory toxicology methods, common poisoning laboratory panels, and chain-of-custody/reporting, builds on Module 13 without re-teaching screening, alcohol, or drugs-of-abuse basics.
Complete first: Therapeutic Drug Monitoring & Toxicology, Liver Function Testing
Planned course
Lessons in this course are not open yet.
- Confirmatory Toxicology TestingPlanned
Requires: Clinical Cases
- Common Poisoning Laboratory PanelsPlanned
Requires: Clinical Cases, Liver Function Test Interpretation
- Chain of Custody & Toxicology ReportingPlanned
Requires: Confirmatory Toxicology Testing, Common Poisoning Laboratory Panels
Course 15
Clinical Chemistry Interpretation
Capstone interpretation module: BMP and CMP review, multi-analyte patterns, delta checks, critical values, case-based integration, and assessment readiness.
Complete first: Introduction to Clinical Chemistry, Specimen Collection & Pre-Analytical Variables, Kidney Function Testing, Liver Function Testing, Electrolytes & Acid-Base Balance, Carbohydrate Metabolism, Proteins, Lipid Metabolism, Cardiac Biomarkers, Pancreatic Biomarkers, Endocrinology, Tumor Markers, Therapeutic Drug Monitoring & Toxicology
Planned course
Lessons in this course are not open yet.
- Basic Metabolic Panel InterpretationPlanned
Requires: Kidney Function Test Interpretation, Laboratory Interpretation, Interpretation
- Comprehensive Metabolic Panel InterpretationPlanned
Requires: Basic Metabolic Panel Interpretation, Liver Function Test Interpretation
- Multi-Analyte Pattern RecognitionPlanned
Requires: Comprehensive Metabolic Panel Interpretation, Rejection Criteria
- Delta Checks & Result VerificationPlanned
Requires: Quality Control Basics, Multi-Analyte Pattern Recognition
- Critical Values & Clinician CommunicationPlanned
Requires: Delta Checks & Result Verification
- Case-Based Chemistry InterpretationPlanned
Requires: Comprehensive Metabolic Panel Interpretation, Interpretation, Laboratory Interpretation, Critical Values & Clinician Communication
- Chemistry Capstone . Assessment ReadinessPlanned
Requires: Case-Based Chemistry Interpretation, Laboratory Interpretation, Interpretation
Learning outcomes
Learning Objectives
By progressing through this Clinical Chemistry Medical Laboratory Science course, learners work toward the following educational outcomes.
- Describe major clinical chemistry analytes and the laboratory methods that measure them
- Relate preanalytical factors to result reliability and laboratory interpretation
- Read metabolic and organ-system patterns with cautious laboratory language
- Carry Clinical Chemistry topics into quizzes, library references, and 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.
- Analyte and method orientation
- Quality-aware result reading
- Pattern-based laboratory interpretation
- Connecting chemistry results to specimen and method context
Audience
Who This Course Is For
This Clinical Chemistry 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 Clinical Chemistry in the LabPedia Medical Laboratory Academy.
What does the Clinical Chemistry Academy pathway cover?
It covers Medical Laboratory Science learning in clinical chemistry: analytical foundations, major analyte groups, quality concepts, and laboratory interpretation across sequenced courses.
Is this suitable for medical laboratory students?
Yes. The pathway is written for Medical Laboratory Science students and laboratory learners who need structured chemistry lessons before assessment practice.
How do Academy lessons relate to laboratory tests?
Lessons teach how to understand chemistry concepts. Laboratory Library pages support lookup of specimen information, methods, reference intervals, and interpretation cues.
Where does quality control fit in this course?
Quality and reliability themes appear within the Clinical Chemistry pathway so learners connect analytical principles to trustworthy laboratory interpretation.
Can I practice Clinical Chemistry MCQs after studying?
Yes. Quiz Center and Case Center provide medical laboratory quizzes and case studies aligned to Clinical Chemistry learning.
What is the recommended study order?
Follow the course catalogue order. Start with foundational chemistry lessons, then move into organ-system and interpretation modules.
Does LabPedia replace clinical chemistry textbooks?
No. LabPedia organizes laboratory-centered learning and practice. Use it alongside recognized laboratory medicine references.
Professional application
How Clinical Chemistry supports laboratory practice
Chemistry learning strengthens analytical judgment: method limits, interference recognition, and pattern-based interpretation.
Analytical principles
Connect assay design to reportable values and known method limitations.
Quality control
Use control data and calibration context before accepting patient results.
Result patterns
Interpret organ-system panels as coherent patterns rather than isolated numbers.
Interference recognition
Identify hemolysis, lipemia, icterus, and other factors that alter measured values.
Connect learning to practice
Continue this specialty beyond Academy
Carry the same Clinical Chemistry 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 Clinical Chemistry pathway
Enter the foundational course, then carry the same analytes into Library look-up and Challenge Center practice.