UNIT 3 Flashcards

(53 cards)

1
Q

______ is a teacher-centered approach characterized by clarity. structure, and systematic presentation of content. Its especially useful for introducing _____ and _____

A

Direct instruction

foundational knowledge and complex procedures

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2
Q

This Begins with general concepts followed by specific examples and
Motivates students by previewing lesson obiectives and real-life applications

A

Deductive Teaching / Anticipatory Set

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3
Q

Example: Introduce the concept of bacterial morpholoav. then observe Gram-stained slides

A

Deductive Teaching / Anticipatory Set

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4
Q

Focuses on rule or concept presentation followed by practice and Reinforces cognitive learning and logical reasoning

A

Deduction / Explanatory Deduction

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5
Q

Sample Activity: Teaching blood grouping rules before performing ABO typing

A

Deduction / Explanatory Deduction

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6
Q

Teacher demonstrates procedures or phenomena:
Uses visual aids and step-by-step modeling

A

Showing Method

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7
Q

This is Structured delivery of information with interactive Q&A and it Encourages student participation through guided questions

A

Lecture-Discussion / Expository Method

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8
Q

Combines explanation with performance and Used frequently in laboratory procedures

A

Demonstration Strategy

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9
Q

Example: Demonstrate preparation of a perpheral blood smear

A

Demonstration Strategy

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10
Q

______ is a learner-centered approach that emphasizes inquiry, exploration, and student autonomy. It fosters higher-order thinking and long-term retention.

A

Indirect instruction

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11
Q

Starts with specific observations and leads to general conclusions
Encourages discovery and pattern recognition

A

Inductive Teaching Strategies

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12
Q

Example: Students analyze unknown test results to determine diagnostic patterns

A

Inductive Teaching Strategies

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13
Q

Students investigate problems and propose solutions through research and experimentation. It promotes scientific inquiry and reasoning.

A

Inquiry Approach

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14
Q

Involves experimentation and observation in a lab setting
Develops technical competence and scientitic method application

A

Laboratory / Investigative Method

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15
Q

Sample Activity: Students conduct water analysis and interpret microbiological data.

A

Laboratory / Investigative Method

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16
Q

Involves diagnosing and resolving real-world problems
Encourages creativity, decision-making, and collaboration

A

Problem Solving Method

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17
Q

Example: Case study on laboratory errors and troubleshooting

A

Problem Solving Method

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18
Q

Students undertake extended projects integrating multiple skills
Encourages autonomy, accountability. and synthesis of knowledge

A

Project Method

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19
Q

Sample Project: Designing a mini- lab safety orientation manual

A

Project Method

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20
Q

Focused on solving open-ended problems with minimal quidance
Supports clinical reasoning and lifelong learning

A

Problem-Based instruction

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21
Q

Learners build knowledae through experience and reflection
Promotes ownership of learning and integration with prior knowledge

A

Constructivist Models

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22
Q

Involves self-assessment and critical thinking about one’s teaching practice
Improves teaching effectiveness and learner outcomes

A

Reflective Teaching

23
Q

ActivIty: Maintain a teaching journal and reflect on each sessions impact

A

Reflective Teaching

24
Q

• Involves students working in small groups to achieve shared goals
Builds interpersonal skills and mutual responsibility

A

Cooperative Learning Strategy

25
Example: Group task on blood chemistry interpretation
Cooperative Learning Strategy
26
Promotes critical thinking by asking guided, open-ended guestions • Encourages learners to reason. analvze. and defend their responses
Questioning (Socratic Method)
27
Example: "What factors could interfere with the accuracy of a complete blood count (UBU test?* Follow up with probing guestions to deepen the discussion
Questioning (Socratic Method)
28
A visual representation or relationships between concepts Helps students organize and connect complex information
Concept Mapping
29
Example: Create a concept map linking the types of white blood cells tc function, and associated disorders.
Concept Mapping
30
involves analyzing real or simulated patient cases Encourages application of knowledge to solve problems
Case Method
31
Example: Present a clinical case of anemia. then ask students to interoret lab results and recommend further tests
Case Method
32
Students act out roles to understand concepts or perspectives seturn oracicine communication anc emnica de cision-makine
Role Playing
33
students reflect individually discuss witn a nartner and share with the class Promotes peer learning and confidence in expressing ideas
Think-Pair-Share
34
Example: Pose a question like, "What precautions should be taken when handling biohazardous materials?" Let students reflect. pair up. and share.
Think-Pair-Share
35
36
Students teach content to their peers. reinforcing their own understanding Encourages collaboration, preparation, and leadership
Peer Teaching
37
Example: Assign each group a laboratory instrument (e.g., centrifuge, spectrophotometer) to research and present.
Peer Teaching
38
Ongoing assessment and reedback during the learnina process Helps identify misconceptions and guide improvement
Formative Feedback Sessions
39
Example: Alter a lab activity, conduct a short feedback session to discuss what went well, what was challenging. and how to improve technique
Formative Feedback Sessions
40
visual tools such as Venn diaarams. flowcharts. and tables Aid in simplifying and comparing information
Graphic Organizers
41
Example: Use a flowchart to depict the steps in Gram staining or ELISA
Graphic Organizers
42
Use physical oblects or relatable comparisons to explain abstract concepts
Object Lessons and Analogies
43
Example: Use water filters to explain kidney filtration or stained alass to illustrate the importance of diagnostic clarity in histopathology.
Object Lessons and Analogies
44
Christ's Method of Teaching
Taught in parables that connected divine truths to daily life Used questions to provoke thought and reflection Met people's needs first to create openness to learning Modeled humility and service as a form of leadership
45
In _____, the instructor provides a set of partial notes that students complete during the lecture, focusing their attention on key points
Guided Notes
46
Taking turns to teach
Jigsaw
47
This is great for determining the level at which to begin instruction, ensuring students are challenged appropriately throughout your course.
Background Knowledge Probe
48
These are great for ensuring students come to class having completed the assigned reading furthermore, they can help students read at more sophisticated levels of comprehension and critical analysis because they guide students through the reading process
Active Reading Documents
49
It is an effective way for students to practice providing constructive feedback to peers on writing assignments, art projects, and more.
Paper Seminar
50
This help students develop active listening and critical analysis skills as each student have different roles to analyze a certain work
Analytic Teams
51
you provide students with a provocative statement and prompt them to locate details examples or data in their lecture notes to support it.
Support a Statement
52
A ___ is a template of sentence stems that provides the shape of a short essay, but not the content. Students complete the sentences, expressing their ideas in their own words, but doing so within a clear and organized framework.
Frame
53
This prompts students I to reflect upon information they have just heard. After a lecture, distribute a _____ asking students to write three things you just learned, two things you found particularly interesting, and one question you still have.
3-2-1 3-2-1 chart