MLS : CHAPTER 3 DISCUSSION & HOMEWORK

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Chapter3.ppt

Learning Activities

Susan J. Beck, Ph.D., MLS(ASCP)CM and Vicky A. LeGrys, D.A., MT(ASCP)

Division of Clinical Laboratory Science, The University of North Carolina at Chapel Hill

Copyright 2014: The American Society for Clinical Laboratory Science

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Learning Activities

  • Selected based on goals and objectives
  • Includes
  • Lecture
  • Flipped Classroom
  • Case Studies
  • Simulations and Role Playing
  • Cooperative Learning
  • Problem Based Learning
  • Online Instruction
  • Student Laboratory

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Lecture Method Advantages

  • Can transmit a lot of information
  • Instructor can demonstrate enthusiasm
  • Can be easily updated
  • Does not require learner participation

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Lecture Method Disadvantage

Learner is passive

80% lost within 2 months

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Lecture Method Suggestions

Increase learner involvement

Ask questions

Use audience response systems

Solicit feedback

Assign discussion topics

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Lecture Method

  • Organization
  • Introduction
  • Body
  • Conclusion

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Lecture Method

  • Delivery
  • demonstrate enthusiasm by movement, varying voice pitch
  • establish appropriate pace
  • minimize nervous habits in speech and gestures
  • maintain eye contact with audience

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The Flipped Classroom

  • New material presented prior to class
  • Online lectures
  • Videos
  • Reading assignments
  • Class time used for higher cognitive skill development
  • Case studies
  • Small group discussions

Case Study

  • Uses
  • higher cognitive domain

promotes problem solving skills

  • as an introduction or summary for a lecture
  • Sources
  • journals
  • actual problems in the lab
  • professional associations

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Simulations and Role Playing

  • Simulations
  • scenario is based on current situation
  • Role playing
  • assume a role

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Simulations and Role Playing

  • Uses
  • affective and higher cognitive domains

promotes problem solving

  • instructor provide scenarios
  • provide class time for discussion

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Example of a Role Playing Scenario

You observe a CLS recording results for quality control that you know she did not perform. As her:

  • co-worker, what will you do?
  • supervisor, what will you do?

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Cooperative Learning (CL)

  • Uses/Advantages
  • affective and higher cognitive domains
  • increase communication skills
  • focuses on group skills
  • learner takes responsibility for learning
  • learner has acquired prior knowledge
  • the group works together

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Problem Based Learning (PBL)

  • Similar to CL, but learner lacks prior knowledge
  • Emphasizes information gathering
  • Develops skills for CLS practice
  • e.g. instrumentation troubleshooting

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Online Instruction

  • Uses
  • source of individual instruction
  • best when visual images are incorporated
  • can cover all levels of cognitive and affective domain
  • actively engages the learner in interactive sequences

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Student Laboratory

  • Uses

integration of psychomotor and cognitive domains

acquire and practice skills in non-threatening environment

  • Suggestions

develop a manual

progress in course to higher skills

pre run labs

integrate and emphasize application and problem solving skills

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Instructional Resources

  • Course management systems
  • Course syllabus
  • Textbooks
  • Handouts
  • Online materials

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Course Syllabus

  • Includes
  • Course name, number, meeting time and location
  • Instructor’s name, office hours, contact information
  • Course goals and objectives
  • Schedule of topics
  • Reading assignments
  • Exam schedule
  • Honor code policy

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Textbooks

  • Traditional textbook vs e textbooks
  • Course packets
  • Can include information from variety of sources

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Handouts

  • Facilitates organization and note taking
  • Cut/paste complex drawings
  • Credit the source
  • Don’t create verbatim transcripts

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Presentation Software Guidelines

  • Choose appropriate design template for audience
  • Limit text
  • Bullet information
  • Integrate graphics
  • Cite sources
  • Verbally elaborate on material

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Evaluate the slide

Clinical Enzyme Assays

  • Measure  in product (P) or in substrate (S)

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Evaluate the slide

  • nvCJD :
  • Caused by ingestion of meat from cows with BSE “mad-cow disease” (around 1992) in the UK. There are about 56 patients in UK with the disease. No one in the US has the disease in 2001.
  • The median age of onset is 26 and the median duration of the illness is 14 months
  • nvCJD is caused by a prion. A prion is an infectious polypeptide, it is not a virus, bacteria, fungi or parasite. It contains no nucleic acid or membrane and is capable of autopropagation

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Conclusion for Instructional Aids

  • Is the instructional aid appropriate for the goals and objectives of the course?
  • What are the relative advantages and disadvantages of the particular instructional aid?
  • Does the instructional aid communicate the necessary concepts effectively?
  • Is the instructional aid accurate and current?

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