Universitas Airlangga
SEMESTER LEARNING PLAN Prepared by Checked by Approved by Document Register Number
SLP
Person in Charge
Head of Department Vice Dean I
(Kadek Rachmawati)
(signature)
(Nove Hidajati)
(signature)
(Prof.Dr. Fedik A.Rantam,drh.)
(signature) Revision Number-
Date - 4
19Juni 2018 Faculty of Veterinary
Medicine
Effective Session Begin (Odd/even) /Year
Odd 2018
SLP should be evaluatedannually A. COURSE IDENTITY
1. Course VETERINARY BIOCHEMISTRY
2. Course Code BIK-120
3. Semester Credit Unit (sks) 3 sks
4. Semester I–Odd Semester
5. Department/ Study Program Bachelor of Veterinary Medicine 6. Acheivement of Graduate
Learning
LO 4 : Analyze various kinds of medicines based on chemical structures, pharmacokinetics, and pharmacodynamics, and the therapy to define drug of choice in line with caused agent of sick animals
7. Achievement of Course Learning Students are able to understand and explain the importance and usefulness of Veterinary Biochemistry in animals both polygastric and monogastric animals which include knowledge of theoretical concepts of biocatalysts, metabolic processes in living things, hormones and the basics of molecular biology
8. Course Description The Veterinary Biochemistry 1 course was held in a face-to-face manner for one semester. In a face-to-face discussion of the nature and mechanism of action of biocatalysts (enzymes), the process of forming energy in organisms (bioenergetics), the process of carbohydrate metabolism in monogastric and poligastric animals, the basics of molecular biology, lipid metabolism, amino acid metabolism and protein synthesis, hormones.
9. Prerequisites (if any) There is no prerequisite 10. Person in Charge Kadek Rachmawati
11. Lecturer Dr. KadekRachmawati, drh., M.Kes Prof. Dr. ChairulAnwar Nidom,drh.,M.S Dr. E. BimoAksono H.P,drh.,M.Kes Dr. NoveHidajati,drh.,M.Kes B. LEARNING PROGRAM
Week Expected Final Ability Topic of Study Learning
Method Media Time
Student Learning Experience
Assesment Criteria and
Indicator
Value Score
Ref.
(nomor)
1 2 3 4 5 6 7 8 9 10
1 After attending this lecture students know the rules of the rules that must be followed and adhered to together during the lecture, knowing understanding and scope:
History of courses, lecturers and lecture schedules; Course benefits and descriptions;
Objectives of the course;
Course evaluation and evaluation; Other explanations such as percentage presentations, reading material and assignments
ntroduction / Lecture contract:
History of subjects, lecturers and lecture schedules, Benefits and descriptions of courses, Objectives of subjects,
Assessment and evaluation
Lecture and discussion
LCD Lecture (3x50 minute)
Discussion Completenessand truth
explanation
5% 2, 7
2 After attending this lecture students can explain the general nature of enzymes and the mechanism of action of enzymes
-Definition and General Properties of Enzymes and
Enzyme Specificity - Enzyme
classification - How the enzyme works
- Metal cofactor and
Lecture and discussion
LCD Lecture (3x50 minute)
Paper assignment, presentation.
Truth explanation
5% 1, 2
Coenzyme
-Enzymatic Reaction Inhibitors
- Enzyme Kinetics 3 After attending this lecture
students can explain about Biological Systems and Energy Procurement
Energy Coupling Mechanism Redox enzyme and coenzyme reaction Energy Rich Compounds Respiration Chain Respiratory Chain Inhibitors
Lecture and discussion
LCD Lecture (3x50 minute)
Paper assignment, presentation.
Truth explanation
5% 2, 4, 8
4 After attending this lecture students can explain about the Role and Function of
Molecular Biology
History and Understanding of Molecular Biology Concept of genetic material for organisms Types of Biomolecules Characteristics of Organisms Characteristics of eukaryotic and prokaryotic cells
Lecture and discussion
LCD Lecture (3x50 minute)
Paper assignment, presentation.
Truth explanation
5% 1, 2
Week Expected Final Ability Topic of Study Learning
Method Media Time
Student Learning Experience
Assesment Criteria and
Indicator
Value Score
Ref.
(nomor)
1 2 3 4 5 6 7 8 9 10
5 After attending this lecture students can explain about the Role and Function of
Molecular Biology
mRNA transcription mechanism and gene expression
DNA replication mechanism
Molecular biology is
Lecture and discussion
LCD Lecture (3x50 minute)
Paper assignment, presentation.
Truth explanation
5% 1, 2
related to disease Molecular biology is related to increase productivity 6 After attending this lecture
students can explain about the Process of Metabolism of Carbohydrates
Carbohydrate Structure Carbohydrate Digestion in monogastric and polygastric animals Aerobic and
Anaerobic Glycolysis Pyruvate acid
oxidation
Citric Acid Cycle
Lecture and discussion
LCD Lecture (3x50 minute)
Paper assignment, presentation.
Truth explanation
5% 1, 2
7 After attending this lecture students can explain about the Process of Metabolism of Carbohydrates
lycogenesis Glycogenolysis Gluconeogenesis HMP Shunt
Blood glucose and its settings
Lecture and discussion
LCD Lecture (3x50 minute)
Paper assignment, presentation.
Truth explanation
10% 1, 2, 8
8
MSE
9 After attending this lecture students can explain about the Fat / Lipid Metabolism Process
Definition and function of fat Lipid digestion Lipid transport in the blood (lipoprotein metabolism) Beta fatty acid oxidation
Lecture and discussion
LCD Lecture 31x50 minute)
Paper assignment, presentation.
Truth explanation
10% 4, 5
Week Expected Final Ability Topic of Study Learning
Method Media Time
Student Learning Experience
Assesment Criteria and
Indicator
Value Score
Ref.
(nomor)
1 2 3 4 5 6 7 8 9 10
10 After attending this lecture students can explain about the Fat / Lipid Metabolism Process
Fat biosynthesis Lipid Metabolism in the Liver
Types and Functions of Essential Fatty Acids
Proses Ketogenesis Metabolisme Kolesterol
Lecture and discussion
LCD Lecture (3x50 minute)
Paper assignment, presentation.
Truth explanation
5% 5, 6
11 After attending this lecture students can explain about Amino Acid Metabolism
Protein Digestion Function of protein Non-essential amino acid biosynthesis Catabolism of amino acid N atoms
Catabolism of the carbon framework of amino acids
Special product synthesis
Lecture and discussion
LCD Lecture (3x50 minute)
Paper assignment, presentation.
Truth explanation
10% 2, 5, 6, 7
12 After attending this lecture students can explain about Protein Synthesis
mRNA transcription process
Protein translation process
Protein modification process
Protein translation inhibitors
Lecture and discussion
LCD Lecture (3x50 minute)
Paper assignment, presentation.
Truth explanation
10% 3,4, 6
13 After attending this lecture students can explain the Function and Mechanism of Hormone Work
Kinds of cell communication Various Hormones
Lecture and discussion
LCD Lecture (3x50 minute)
Paper assignment, presentation.
Truth explanation
5% 1, 8
14 After attending this lecture students can explain the Function and Mechanism of Hormone Work
Mechanism of action of hormones
Factors that increase and inhibit hormone action
Lecture and discussion
LCD Lecture (3x50 minute)
Paper assignment, presentation.
Truth explanation
10% 5, 6, 8
Week Expected Final Ability Topic of Study Learning
Method Media Time
Student Learning Experience
Assesment Criteria and
Indicator
Value Score
Ref.
(nomor)
1 2 3 4 5 6 7 8 9 10
15 After attending this lecture students can explain the summary of the lecture on Veterinary Biochemistry
Capita Selecta Veterinary Biochemistry
Lecture and discussion
LCD Lecture (3x50 minute)
Paper assignment, presentation.
Truth explanation
10% 5, 8
16
ESE
C. BIBLIOGRAPHY
1. Murray, R.K; D.K. Granner; P.A. Mayes; and V.W. Rodwell. 2008. Harper’s Illustrated Biochemistry. 29th Ed.
2. Stryer, L. 1988. Biochemistry
3. Lehninger, A.L; D.L. Nelsom; and M.M. Cox. 1993. Principles of Biochemistry.
4. Watson,J.D., T.A. Baker, S.P Bell, A. Gann, M. Levine and R. Losick. 2004. Molecular Biology of the Gene. 5th.Ed
Surabaya, 20 Juni 2018 Validation by
Person in Charge Head ofBasic Veterinary Medicine Department
Dr. Kadek Rachmawati, drh., M.Kes. Dr. Nove Hidajati, drh, M.Kes.
NIP. 196807251997022001 NIP.
ASSIGNMENT DESIGN
COURSE : VETERINARY BIOCHEMISTRY / BIK-120
SEMESTER : I/ ODD SEMESTER SKS : 3
WEEK : 11
th– 14
th1. OBJECTIVES OF ASSIGNMENT :
Pouring and interpreting biochemical and biologimolecular principles in various animals as a basis for understanding veterinary basic medicine in animals properly and correctly to support the diagnosis of disease, and representing opinions academically.
2. DESCRIPTION OF ASSIGNMENT : a. Object of Assignment :
theory / study of the principles of biochemistry and molecular biology in various animals as the basis for understanding veterinary basic medicine in animals properly and correctly to support the diagnosis of disease, and representing opinions in an academic manner.
b. Object Boundary :
The theory comes from several references in the form of text books or journals, all of which must be published (the source of information must be clear).
The cultivated object is divided into 7 topics for 7 groups with the following description
NO
Title of paper TOPIC DISCUSSION
Supervisor1 Enzyme Nature and character of enzymes, mechanism of action of enzymes, use of enzymes in industry and diagnosis of disease
Dr. Nove Hidajati, drh., M.Kes 2 Carbohydrate metabolism in
monogastric animal
Carbohydrate digestion in monogastric animals, carbohydrate metabolism and diseases due to carbohydrate metabolic disorders
Dr. Kadek
Rachmawati,drh.,M.Kes 3 Carbohydrate metabolism in
polygastric animal
Carbohydrate digestion in ruminants, the way ruminants get energy from feed, a disease due to impaired carbohydrate
Dr. Kadek
Rachmawati,drh.,M.Kes
metabolism 4 Molecular biology in animal
diseases
Principles of Molecular Biology, Use of Molecular Biology for the detection of pathogenic diseases
Prof. dr. Chairul Anwar nidom, drh.,M.S
5 Molecular biology in husbandry product
Principles of Molecular Biology, Basics of genetic engineering and molecular biology for improving the quality of livestock
Prof. dr. Chairul Anwar nidom, drh.,M.S
6 Lipid metabolism Basic lipid metabolism, a disease due to abnormalities of lipid metabolism
Dr. E. Bimo Aksono H.P.,drh.,M.Kes 7 Amino acid metabolism Basic Amino Acid Metabolism and diseases due to abnormalities
of amino acid metabolism
Dr. Nove Hidajati,drh.,M.Kes
c. Methods of Assignment : Individual assignment : Week 1-12
Summarizes each lecture topic before the topic is given. One source that can be used as an ingredient that is summarized is one from the textbook (Kadek Rachmawati, E. Bimo Aksono H.P., dan Setyawati Sigit. 2015. Buku Ajar Biokimia Veteriner 1. Duta Persada Press, Surabaya).
Group assignment : Week 14: One class is divided into several groups with each group having a minimum of 10 people. Sources that can be used as reference material are from national and tertiary journal and international indexed journals of at least 5 journals.
d. Output of Assignment :
On individual assignments: Output in the form of a summary of the material provided
Pada tugas kelompok : Luaran berupa presentasi makalah dan pengumpulan makalah yang dihasilkan 3. ASSESSMENT CRITERIA :
Assessment of group paper assignments (Presentation) - Score scale : 70 – 100
- Score weight : 1,5 - Score criteria :
Percentage of attendance (Softskills) (20 %) Quality and update of references (Journals) (20%)
Quality of presentation (20%)
Quality of paper contents (20%) Quality of discussion session (20%)
