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CREATIVE APPROACH TO TEACHING "DISEASES OF THE STOMACH AND
INTESTINAL SYSTEM" TO STUDENTS OF THE MEDICAL INSTITUTE IN THE
SUBJECT OF PATHOLOGICAL ANATOMY
Tojiboeva Nargiza Latifjonovna
Senior lecturer of the Department of "Pathological Physiology"
Abstract.
This paper explores creative approaches to teaching gastrointestinal pathology,
incorporating problem-based learning (PBL), digital pathology, virtual microscopy, and
interactive simulations. These modern teaching strategies enhance students’ engagement,
critical thinking, and diagnostic abilities. The integration of innovative educational
technologies fosters deeper learning, making the study of gastrointestinal pathology more
practical and accessible.
Kеywоrds:
Medical education, creative teaching, pathological anatomy, stomach diseases,
intestinal disorders, innovative learning.
INTRОDUСTIОN
Pathological anatomy is one of the important subjects for medical students, providing the
study of the morphological foundations of diseases. Diseases of the stomach and intestinal
system are one of the most important topics of pathological anatomy. The use of creative
approaches in teaching this subject helps to strengthen students' knowledge and skills.
Teaching medical students about diseases of the stomach and intestinal system in the subject
of pathological anatomy is crucial for developing their diagnostic skills. Traditional teaching
methods, such as lectures and textbook-based learning, may not be sufficient to fully engage
students or encourage deep understanding. Given the complexity of gastrointestinal
pathology, a creative and interactive approach is essential.
MАTЕRIАLS АND MЕTHОDS
Creative approach methods
1. Visualization and digital technologies
Depiction of the mechanism of diseases of the stomach and intestines using 3D models and
virtual reality (VR).
Analysis of histological preparations using digitized microscopy.
2. Case-stage and clinical simulation
Preparation of cases based on clinical and pathological data of diseases for the analysis of
various situations.
Using simulation simulators, students learn to explain diagnostics and pathogenesis.
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3. Gamification and interactive learning
Questions and answers, quest games, illustrative crosswords.
Identifying morphological changes through the game "Find the disease".
4. Creative presentations and role-playing with the participation of students
Assign students to prepare presentations and video materials on pathological processes.
Role-playing in the form of "Dialogue between a pathologist and a clinician".
5. Hands-on practical exercises
Modeling diseases of the stomach and intestines (for example, using plasticine, 3D printer).
Increasing laboratory exercises to master pathomorphological preparations.
6. Showing the significance of diseases in real life
Discussing the significance of diseases based on the stories of various patients.
Organizing discussions on the role and importance of pathological anatomy in modern
medicine.
RЕSULTS АND DISСUSSIОN
Pathological anatomy is a subject that requires students to:
Recognize macroscopic and microscopic features of diseases.
Understand pathophysiological mechanisms affecting the stomach and intestines.
Correlate structural changes with clinical symptoms and diagnostics.
Traditional methods often focus on memorization rather than application, limiting students’
ability to diagnose conditions creatively. A creative teaching approach enhances:
Student engagement: Interactive learning makes pathology more interesting.
Problem-solving skills: Encourages students to think beyond theoretical concepts.
Practical application: Bridges the gap between pathology and clinical practice.
Innovative teaching strategies help students retain knowledge more effectively and apply it
in real-world clinical settings.
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Problem-based learning (PBL) is an interactive teaching strategy that encourages students to
solve real-life clinical problems. In teaching gastrointestinal pathology, PBL involves:
Analyzing patient cases with symptoms related to gastritis, ulcers, or colorectal cancer.
Group discussions where students diagnose and propose treatment plans based on
pathological findings.
Critical thinking exercises that require students to correlate histopathological changes with
radiological and clinical features.
PBL shifts the focus from passive learning to active engagement, reinforcing students’
diagnostic abilities.
Virtual reality (VR) and augmented reality (AR) provide immersive experiences for
understanding pathological anatomy. Key applications include:
3D models of the stomach and intestines, showing disease progression (e.g., from gastritis to
gastric cancer).
Augmented visualization of microscopic pathology, allowing students to interact with tissue
structures.
Simulated dissections where students explore anatomical and pathological changes in a
virtual environment.
These technologies enhance students' spatial understanding and improve retention of
pathological concepts.
While innovative teaching methods offer many benefits, some challenges must be addressed:
Resource limitations: Advanced tools such as VR, AI, and digital pathology require
significant investment.
Faculty training: Educators must be skilled in using modern teaching technologies
effectively.
Student adaptation: Some students may find digital learning challenging and require
additional support.
Balancing traditional and modern methods: It is crucial to combine classical histology with
digital approaches for comprehensive learning.
To overcome these challenges, medical institutes should invest in faculty development,
provide financial support for technology integration, and offer hybrid learning models that
combine traditional and digital methods.
СОNСLUSIОN
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Teaching pathological anatomy with creative approaches helps students better absorb
knowledge. The effectiveness of the educational process increases through visualization,
interactive exercises, gamification, simulations, and creative approaches. These approaches
strengthen not only theoretical knowledge, but also practical skills. The teaching of
"Diseases of the Stomach and Intestinal System" in pathological anatomy can be
significantly improved through creative and interactive approaches. By incorporating
problem-based learning, digital pathology, virtual reality, AI-assisted diagnostics, and
gamification, educators can enhance students' engagement, critical thinking, and diagnostic
reasoning skills.
Medical education must continuously evolve to incorporate innovative teaching strategies
that better prepare students for clinical practice. The integration of technology-driven
learning tools fosters deeper understanding, improves knowledge retention, and ensures
future medical professionals can apply pathology concepts effectively in real-world settings.
RЕFЕRЕNСЕS
1.
Robbins SL, Cotran RS, Kumar V. Pathologic Basis of Disease. 10th ed.
Philadelphia: Elsevier, 2020.
2.
Rosai J. Rosai and Ackerman's Surgical Pathology. 11th ed. Elsevier, 2018.
3.
Chan KS, Zary N. "Applications and Challenges of AI in Medical Education: A
Systematic Review." Medical Teacher, 2019.
