COURSE CONTRACT
GENERAL VETERINARY PATHOLOGY
PROGRAM FOR BACHELOR OF VETERINARY MEDICINE / S-1
1. Courses : General Veterinary Pathology
2. Course Code : KHU 103
3. Study Load : 3 credits
4. Semester : IV
5. Department / Prodi : S1 Faculty of Veterinary Medicine
6. Precondition : Have passed Veterinary Histology with minimum D 7. Course Description : This course discusses about causes, pathogenesis,
forms of lesions either macroscopically / microscopically on cells / tissues experiencing injury, calcification and pigmentation, haemodynamic disorders, inflammatory and healing reactions, cell adaptation and growth disorders and neoplasia, caused by infectious agents or non-infectious .
8. Head of Courses : Arimbi, drh., M.Kes., AP.Vet 9. Lecturers 1. Roesno Darsono, drh., M.Vet
2. Dr. Thomas V. Widiyatno, drh., M.Kes., AP.Vet
3. Dr. Hani Plumeriastuti, drh., M.Kes., AP.Vet 4. Djoko Legowo., Drh., M.Kes
10. Day of Meeting / Time / Room Class A and B: Monday, 07.00-08.50 T four: RK 4A and 4 B
Class C: Tuesday, 07.00 - 08.50, Venue: RK 3B Class D: Tuesday, 07.00-08.50, T four: RK 3A
Class E: Wednesday, 07:00 to 8:50 hours, Points: Avian RK
11. Attribute Soft Skills Cooperation, Skill, Polite, Ethical, Honesty and Analytical.
12. Achievement of Graduate Learning : LO 2: Analyze diagnosis of animal diseases caused by virus, bacteria, parasite, mold and toxin based on physic and laboratory examination in order to treat correctly 13. Learning Outcomes Course : Students are expected to explain and describe
morphological changes in macroscopic and microscopic tissues / cells undergoing lesions, degeneration and necrosis, calcification and pigmentation, haemodynamic disorders, inflammatory and healing reactions, cell adaptation and neoplasia caused by infectious or non- infectious agents .
14. Lesson Sub Achievement :
1. Learning Contract (students should be prepared to take this course, about the schedule, lecturers, assessment system etc.)
2. Predecessors (Pathological Pathology, Understanding whyStudying Pathology, understanding some terms such as etiology, pathogenesis, lesion description, definition of s and who is a Pathologist ?
3. Explain : The definition of normal cells, Some Cause Jejas. Pathogenesis lesion Reversible and irreversible (students can overview of normal cells and organs, the introduction of several causes a change in cell morphology and pathogenesis changes / lesions cells (degeneration and necrosis) due to hypoxia, radical) as well as understand and describes somatic death and apoptosis.
4. Student can explain the occurrence - distropik calcification, metastatic (cause and pathogenesis).
5. Students can a clarifying and showing pathological hemosiderosis pigmented lesions such as hemosiderosis, carbon pigment, ichterus, etc.)
6. At the end of this session students are expected to explain tissue lesions due to hemostasis disorder such as ( edema, hyperemia, congestion and hemorrhage and understanding of homeostasis.
7. At the end of this session students are expected to explain the occurrence of the trhombus, its cause, the pathogen of the essence and the end of the thrombus, the understanding and consequences of the embolism, explain the infarct and can show on the network
8. Quis I and Q & A Chapter 1, 2 9. UTS
10. UTS
15. Students are expected to understand the process of inflammation, by understanding the definition of inflammation, causes, pathogenesis, and understand some of the inflammatory cells and their functions
16. Students are expected to be able to explain the definition of acute, chronic, pathogenesis a, its inflammatory cell components and bi s a showing on tissues both macroscopically and microscopically.
17. Students are expected to explain healing mechanisms of primary and secondary factors of healing
18. Students are expected to understand and explain about Adaptation and growth disorders, causes and can show the macroscopic and microscopic.
19. Students are expected to understand and explain about the definition, cause neoplasia and nomenclature, and can indicate both macroscopically and microscopically
20. Students are expected to understand and explain forms of tumors both macroscopically / microscopically.
21. Quis 2 and discuss.
22. UAS 23. UAS
15. Course Benefits
At the end of this course, students are expected to describe the lesion and explain macroscopic and microscopic morphological changes of tissue / lesion of degeneration and necrosis, calcification and pigmentation, hemodynamic disturbance, gestational and healing reactions, cell adaptation and neoplasia, caused by infectious or non- infectious agents .
16. Lecture Strategy
Lecturer using methods: Discussion with LCD / powerpoint Practicum using the Histopathology slides and necropsy manual .
17. Materials or Lecture Readings
Gavin, MD and James F. Zachary. 2016. PathologicBasis of Veterinary Disease. Mosby Elsevier .
Curran, RC, Harvey Miller - Oxford University Press.1983. Color Atlas of Histopatology.
Teaching Materials "Veterinary Pathology" - S taf Veterinary Pathology FKH U A and General Pathology Practical Instruction Manual.
18. Task Course
Create a paper assignment with a title that has been specified in the collect one week before the quiet week of UAS .
19. Assessment criteria
Assessment system with PAP (Benchmark Reference Assessment), in 7 grades:
20. Other Conditions:
Student Presence :
Students presence in lectures minimum 75%.
The absence of a student due to illness or other matters must be accompanied by a valid reason and submitted before seven days, after the corresponding absence.
Students who provide reasons for absence with valid evidence, are allowed to take the following test / exam.
If the student does not take the test, either Quiz or practicum 2 (two) times without any subsequent examination, it is not allowed to follow
UAS (Final Exam) and must repeat the course of Systemic Veterinary
Pathology in the following year.
SCHEDULE OF GENERAL VETERINARY PATHOLOGY
Meeting To Realization of SAP Lecturer
A
Lecturer Chapter Title Material Realization B
1 Learning Contract - Understanding Pathology, Under General Pathology - Understanding pain - The role of expert Pathology
JKL RSD 2 Degeneration and necrosis,
cell adaptation
- Definition of normal cells
- Degeneration, Necrosis, Aptosis, atrophy, hypertrophy, hyperplasia
JKL RSD 3 Calcification and
pathological accumulation
- Dystrophic calcification, metastatic (its causes and pathogenesis) JKL RSD
4 Pathological Pigmentation Understanding and pathogenesis of hemosiderosis, ihterus and so on JKL RSD 5 Disturbance
Hemodynamics
Hemostasis, edema, hyperemia , congestion and hemorrhage. ARI TVW 6 Disturbance
Hemodynamics
Thrombus, infarct emboli, schok, dehydration ARI TVW
7 Quis 1 QUESTIONS OF COURSE MATERIALS CHAPTER 1 and 2
8 Mid Term Exam
9
10 Inflammation and healing Definition of inflammation, causes, pathogenesis, recognition of inflammatory cells
HPL ARI 11 Inflammation acute,
chronic, II
Definitions, causes and pathogenesis of macros and microsses HPL ARI
12 Healing Inflammation Factors of healing, forms of healing HPL ARI
13 Adaptation and growth disorders
Causes and some forms of adaptation RSD JKL
14 Neoplasia Definitions, causes, stages of neoplasia and nomenclature RSD JKL 15 Quis 2 - Neoplasia
(continued)
The tumor forms, the spread RSD JKL
16 Final Exam
