Training activity information
Details
Interpret and report the results of electrophoresis investigation and discuss any required follow-up tests, to include:
- Serum and urine protein
and one of the following:
- Lipids
- A1AT
- ALP Isoenzymes
- Oligo clonal bands
Type
Developmental training activity (DTA)
Evidence requirements
Evidence the activity has been undertaken by the trainee.
Reflection on the activity at one or more time points after the event including learning from the activity and/or areas of the trainees practice for development.
An action plan to implement learning and/or to address skills or knowledge gaps identified.
Considerations
- Method selection, including assay advantages and limitations, quality parameters, and interferences
- Equipment calibration and maintenance
- Quality control; EQA and IQC
- National and international guidelines
- Report formats
Reflective practice guidance
The guidance below is provided to support reflection at different time points, providing you with questions to aid you to reflect for this training activity. They are provided for guidance and should not be considered as a mandatory checklist. Trainees should not be expected to provide answers to each of the guidance questions listed.
Before action
- What is the principle of electrophoresis as a laboratory technique? How does it separate proteins?
- Why might these electrophoretic tests be requested?
- What are the normal patterns of serum and urine protein electrophoresis? What are the common abnormal patterns and what clinical conditions might they suggest?
- For the additional electrophoresis investigation you will be interpreting (Lipids, A1AT, ALP Isoenzymes, or Oligo clonal bands), what are the normal patterns and common pathological variations? What clinical significance do these variations hold in the context of major organ diseases and cancers? What might be the indications for undertaking these tests?
- What are the standard operating procedures (SOPs) for interpreting and reporting electrophoresis results in your laboratory? Are there specific guidelines for when follow-up tests are required?
- What types of follow-up tests might be indicated based on different electrophoresis results? What is the rationale for these follow-up investigations?
- Think about what you already know about electrophoresis and protein analysis. What are the gaps in your knowledge that you hope this activity will address?
- Review relevant guidelines on protein electrophoresis and the specific additional investigation you will be focusing on.
- Consider possible challenges you might face during the activity, such as encountering complex or ambiguous results. Think about how you might approach these challenges (e.g., seeking guidance, consulting reference materials).
In action
- Pay attention to your actions as you interpret the electrophoresis gel or chromatogram. How are you systematically analysing the bands or peaks for serum and urine proteins? Why are you approaching the interpretation in this specific order?
- What decisions are you making as you analyse the pattern? Are you comparing the observed pattern to normal patterns you have learned about? Are you noting any deviations in the number, intensity, or position of bands/peaks?
- How effective are your actions in identifying potential abnormalities in the electrophoresis results? Are you confident in your ability to recognise key diagnostic patterns?
- What challenges are you facing during the interpretation process? Are any of the patterns ambiguous or difficult to categorise? Are you unsure about the clinical significance of any particular finding?
- What can you learn from the specific electrophoresis result you are currently interpreting as it unfolds? Does it reinforce previous learning or present a new variation you haven’t encountered before?
- How does this specific electrophoresis result connect to your existing knowledge of major organ diseases and cancers? Can you start to form hypotheses about potential underlying conditions?
- If you encounter an unusual or unexpected pattern, are there alternative approaches you could be considering for interpretation? Would it be helpful to look at previous patient results or consult with a colleague?
- What support or guidance might you need in this moment if you are unsure about a particular aspect of the interpretation or the need for follow-up tests? Are you aware of who to ask for assistance?
- Are you working within the scope of your current training and competency in interpreting these types of electrophoresis results?
On action
- Begin by summarising the key points of the electrophoresis investigation you interpreted. What type of electrophoresis was it (serum protein, urine protein, lipids, A1AT, ALP Isoenzymes, or oligo clonal bands, or a combination)? What were the main findings or patterns observed? What were the key abnormalities or significant features of the electrophoretic pattern? What follow-up tests did you identify as required based on your interpretation? What were the reasons for suggesting these specific tests?
- What skills or knowledge did you develop or improve through interpreting this electrophoresis investigation? Did you enhance your ability to recognise specific protein patterns or lipid profiles? Did you gain a better understanding of the clinical significance of different electrophoretic findings?
- Were there any unexpected challenges or successes during the interpretation? What did you learn from these? For example, did you initially misinterpret a pattern and then correct yourself? Did you confidently identify a diagnostic feature?
- In what ways did your reflection-in-action (during the activity) influence how the interpretation unfolded? Did your conscious monitoring of your thought process or your decision to seek further information help you arrive at a more accurate interpretation?
- What areas for continued development have been identified as a result of this activity? For example, do you need to review specific electrophoretic patterns or the clinical significance of certain protein abnormalities?
- How can you apply the learning from this activity to your routine practice? Will you approach future electrophoresis interpretations with a different mindset or a more systematic approach?
- Identify the actions / ‘next steps’ you will now take to support the assimilation of what you have learned. This might include reviewing relevant literature or guidelines, discussing the case with a senior colleague, or looking at similar past cases.
- What support or resources might you need to further develop in the areas identified through this reflection? Do you need access to specific reference materials or further training on electrophoresis interpretation?
Beyond action
- Revisit your reflections from when you first completed this training activity. Have your views on the experience or the follow-up actions required changed over time as you have gained more experience?
- How has this specific experience helped you develop broader skills such as critical thinking, diagnostic reasoning, or the ability to formulate clear and concise reports?
- How have you applied the knowledge gained from this experience in subsequent similar cases? Have you developed a more systematic approach to interpreting electrophoretic patterns or considering relevant follow-up tests?
- Identify clear actions for continued development of your skills in electrophoresis interpretation. Are there specific types of electrophoretic patterns or clinical scenarios you want to become more proficient in as you progress in your career?
- Do you clearly understand the indications for when to perform the electrophoretic testing and when you would advise it?
Relevant learning outcomes
| # | Outcome |
|---|---|
| # 1 |
Outcome
Perform biochemical assays involved in the assessment of major organ function and cancer diagnosis and monitoring. |
| # 2 |
Outcome
Analyse and interpret biochemical data generated in the assessment of major organ function and cancer diagnosis and monitoring. |
| # 3 |
Outcome
Evaluate the national guidelines for diagnosis and management of diseases associated with the major organ systems and cancer. |