students guidebook 2012 blok5
TRANSCRIPT
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Fakultas Kedokteran
Universitas Mataram
S t u d e n t s
G u i d e b o o k
Block V:METABOLISM &
ENERGY
5th
edition 2012
Contributors:
Seto Priyambodo Ardiana EkawantiHadian RahmanIda Ayu Eka Widiastuti
Maulid HidayatMonalisaPutu AdityaRaehan BahraenWahyu Sulstiya AffarahDewi SuryaniMarie Yuni AndaniYunita Sabrina
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Met ab o l i s m an d en e rg y
Students Guidebook5 t h E d i t i o n 2 0 1 2
B l o c k c o o r d i n a t o r :
dr. Seto Priyambodo , M.Sc
C o n t r i b u t o r :Seto Priyambodo Ardiana EkawantiHadian RahmanIda Ayu Eka WidiastutiMaulid HidayatMonalisaPutu AdityaRaehan BahraenWahyu Sulstiya AffarahDewi SuryaniMarie Yuni AndaniYunita Sabrina
Fakultas KedokteranUniversitas Mataram
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Preface
Sufficient amount of nutrients are required by an individual to stay healthy. Humanbody cannot synthesize all of the required nutrients; therefore individuals always need to
consume an adequate and appropriate food. The process in which nutrient from food could
be utilized by cells and tissues requires several process: digestion, absorption, metabolism
and utilization. Students are expected to learn these concepts in the nutrition and
metabolism block.
Within this block, various learning strategies will be applied to provide students
with a better understanding of nutrition and metabolism concepts. A problem based
approach is the core of the learning strategies. This method requires active participation of
students within the whole learning process in which, therefore, students are at the centre of
the learning process.
Since students participation is necessary, the acquisition of new knowledge and
skills is largely depended on students activities. This guidebook is developed to assist
students during their study in this block. We realize that this guidebook has some
limitations. Therefore, suggestions and comments would be well appreciated.
Mataram, March 2012
Vice Dean I
Dr. Doddy Ario Kumboyo, Sp.OG (K)
NIP. 195204091980031010
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Ta b l e o f Co n t e n t s
Introduction
_______________________________________________________________
1
Expected Outcomes
________________________________________________________
3
Learning Strategies
________________________________________________________
6
Evaluation
________________________________________________________________
9
Referrence
_______________________________________________________________
11
Annex 1: Scenario
_________________________________________________________
12
Annex 2: Time Table
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In t roduct ion
Block Name: Metabolism and Energy
A human adult eat tons of food each year. Metabolism and Energy block attempts to answer
the question why by emphasizing on the concept of digestion, metabolism and utilization of nutrients
to fulfill human body requirement. As seen in figure 1, mass flows of nutrient undergo several
processes: digestion, metabolism and utilization. Digestion processes consist of mechanical
digestion, chemical transformation and nutrient absorption in gastrointestinal tract. After being
absorbed, nutrients are converted into energy, heat and specific body component by several chemical
transformation processes. These products are then used for growth and development, repair of tissue
damage, basal metabolism and activities. The remaining nutrients are put as deposit in certain part of
the body. In individual with certain health status, the nutrient requirement will be different. Moreenergy may be required to fulfill high metabolism processes while some other products are required to
repair tissue damage.
Figure 1. Conceptual basis for understanding nutrition and metabolism
Nutritionalinput
Physiologicaloutput
Metabolism
Food compositionRequirementMeal sizeFood origin
Mechanical digestionChemical transformationNutrient absorption
Digestion
Interconversions of absorbed monomersAnabolic reactions (Synthesis of body specificcomponents)Catabolic reactions (Energy / ATP or Heat)Formation of excretion products (waste)
Basal metabolismGrowth and development
Tissue repairNutrient depositActivityHealth status
I n s i
d e
h u m a n b o
d y
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During this block, students need to understand the concept illustrated above in depth and link
it with several clinical settings, i.e. nutritional, organ and metabolic disorders. To facilitate this
understanding, two major themes are applied in this block, including 1) nutrition for normal individual
well-being, and 2) nutrition in certain clinical settings, i.e. nutritional, organ, and metabolic disorders.The first theme, nutrition for normal individual well-being, is addressed to answer the following
question:
Where can people get required nutrients from?
What will happen when food enters the gastrointestinal tract?
What are the roles of nutrients for normal individual?
Will the requirement differs in various stages of life?
Studies have shown that nutrition is essential in maintaining human well-being, particularlynutrients that cannot be synthesized by the body such as essential amino acids, water-soluble and
fat-soluble vitamins, minerals, and the essential fatty acids. The body also requires an adequate
energy substrate, metabolizable carbohydrate, indigestible carbohydrate (fiber), additional nitrogen,
and water.
The requirement of nutrients varies in different stages of life, i.e. newborn, infant, childhood,
adolescence, adult, the elderly, and pregnancy. In general, nutrients are required for producing
energy for work, basal metabolism, growth and tissues repair, and regulation of the body function1
.The balance between intake and utilization of nutrients will then determine the well-being of
individuals.
In order to fulfill an adequate amount of nutrients, a person needs to consume various source of
food in a considerable amount. Different dietary products provide a variety of essential nutrients.
Furthermore, when foods enter the body, they undergo a range of digestive process in the human
gastrointestinal tract, which include physical and chemical processes. Some nutrients are absorbed
loosely while others are absorbed in very small amount. Therefore, ones need to know the function of
gastrointestinal tract in providing nutrients for the body. After being absorbed, what will happen to
those nutrients? Will it be utilized directly?
A range of metabolism process is required to transform circulated nutrients into substrates that
can be used directly by human tissues. The nutrients may be used for different purposes in the body.
Once there is an excessive amount of nutrients, they will be stored as nutrient deposit or being
excreted. The balance between intake and utilization is necessary to ascertain normal functioning of
the body.
1 Almatsier, S, 2002. Prinsip dasar ilmu gizi. Jakarta: PT Gramedia Pustaka Utama.
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Clinically, imbalance nutritional intake and requirement may result in several disorders, e.g.
deficiency syndrome (vitamin A deficiencies, stunting, wasting, etc) and over nutrition (obese, vitamin
toxicity, etc). Disorders of organ and metabolism, e.g. diabetes, renal failure, heart disease, liver
abnormalities, hypertension, and diabetes, may influence nutritional stability. These disorders maylead to a decrease or increase of excretion, detainment of nutrients in the blood vessels, etc. The
second theme will provide the basis of understanding the clinical consequences of under- and over
nutrition, as well as the nutritional adjustment in certain organ and metabolic disorders.
Duration of the block : 7 effective weeks
Eligibility for this block: Have completed block 1, 2, 3 and 4
Did not fail in more than 2 previous blocks
Expected Outcome
After completing this block, students are expected to be able 1) to construct dietary plan for
normal individual, 2) to construct dietary plan for patient with nutritional disorder (malnourished
individual), and 3) to construct dietary plan for patient with organ disorders (kidney, heart and liver)and metabolic disorders (diabetes and hypertension), 4) to practice a long life learning, and 5) to
communicate effectively with colleagues and other professionals. In order to achieve this outcome,
students should master the following constructs:
1. Nutrition for normal individual wellbeing
1.1. Explaining the anatomy, physiology and histology of digestive system in providing nutrients
and maintaining energy stability.
1.2. Explaining the principles of human diet (source and metabolism of nutrient).
1.3. Explaining the nutritional requirement in different lifecycle.
1.4. Explaining the concept of energy stability, energy production and expenditure.
1.5. Able to collect and apply basic interpretation skills in a given data regarding diet (secondary
data) to validate scientific information systematically.
1.6. Able to use data and scientific evidence in approaching individual dietary plan.
1.7. Performing anthropometric measurements to assess nutritional status.
1.8. Identifying, deciding, and determining appropriate laboratory measurement to assess
nutritional status.
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2. Nutritional disorders
2.1. Explaining the pathogenesis and pathophysiology of nutritional disorders (nutrient
deficiencies and excessive syndromes).2.2. Explaining the effect of non biological factors related to nutritional disorders.
2.3. Explaining the principles of drug and food interaction on gastrointestinal tract.
2.4. Interpreting and explaining clinical and laboratory data to determine the diagnosis of
nutritional disorders.
2.5. Explaining common health promotion and preventive approaches related to community
nutrition.
3. Organ disorders
3.1 Explaining the principles of dietary treatment for patient with organ and metabolic disorders.
3.2 Exploring and recording clearly dietary plans for patients with organ and metabolic disorders.
3.3 Explaining and deciding when to give parenteral and enteral dietary route
4. Long live learning
4.1 Developing capability to be updated with scientific and technological advancement.
4.2 Critically analyze medical literature and appropriately applied to students patient.
5. Ethics, moral and profesionalism
5.1 Appreciating others without preferences in certain personal status.
5.2 Presenting a case clearly and efficiently.
5.3 Constructively responding other people opinions
5.4 Providing sufficient time and paying attention to when other professionals (dieticians)
expressed their idea or consideration.
The following objectives are required in developing understanding related to the constructs above:
1. Explaining the anatomy of gastrointestinal tract and its related apparatus and glands
2. Explaining the histology of gastrointestinal tract
3. Explaining the basic principle of gastrointestinal tract function, including a) the motility, b) the
neurological and hormonal control, and c) blood flow regulation of gastrointestinal tract
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4. Explaining the secretory function of gastrointestinal tract, including a) gastrointestinal secretion, b)
types and characteristics of gastrointestinal glands, c) factors determining gastrointestinal
secretion, and d) bile composition and function.
5. Explaining the transport and absorption mechanism nutrition in gastrointestinal tract, including a)digestion process (mechanic and chemical process), b) the role and function of esophagus,
gaster, intestinum tenue and intestinum crassum in the transport mechanism of nutrients and food
blending process, c) the digestion of carbohydrate, protein and fat, and d) basic principles of
water, electrolytes and nutrient absorption.
6. Explaining the physiology of hungry behavior
7. Explaining and calculating the requirement of energy in different life cycle, i.e. newborn
(premature and aterm), infant, childhood, adolescence, adulthood (including pregnant andlactating mother) and geriatric
8. Explaining and calculating the requirement of nutrients (macro- and micronutrients) in different life
cycle, including a) pregnancy and breastfeeding, b) neonates (premature and aterm), infant and
child, c) adolescence, d) adult, and e) geriatric
9. Formatting daily human diet based on recommended dietary allowance (RDA)
10. Applying knowledge on nutrition and metabolism to explain certain popular diet, e.g. blood type
diet, herbal diet, etc
11. Explaining different sources of nutrients from daily diet, including a) macronutrients (lipid,
carbohydrate and protein) and b) micronutrients (vitamins [water- and fat-soluble vitamins) and
trace element [calcium, iron and iodium])
12. Explaining the process of distribution, metabolism and excretion of macro- and micronutrients in
the human body
13. Explaining the body control (neuronal and hormonal) in maintaining energy stability
14. Explaining the role of macronutrients in maintaining energy stability
15. Explaining the role of micronutrients in the normal function of the body
16. Explaining the composition of energy-source nutrients in various types of dietary products
17. Explaining the concept of energy expenditure, including expenditures for basal metabolism,
activities and sickness
18. Explaining the association between nutritional intake and social environment
19. Explaining the pathophysiology of macro- and micronutrients deficiencies and excesses
20. Explaining the pathogenesis of macro- and micronutrients deficiencies and excesses
21. Explaining the risk factor for acquiring nutritional disorders (deficiencies and excesses)
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22. Explaining the impact of acquiring nutritional disorders (biological and non biological impact)
23. Measuring body weight, height, waist, arm circumference, and head circumference
24. Explaining various laboratory measurement required to assess nutritional status (lipid profile,
hemoglobin, serum protein, etc)25. Explaining the route of nutritional intake (enteral and parenteral) in clinical settings
26. Explaining the basic principles of oral drug administration, including a) types, and b) the
mechanism of food and drug interaction
27. Providing examples of drugs that interact in the gastrointestinal tract
28. Explaining the principle that underlies the needs to perform dietary adjustment (macro- and
micronutrients) in organ and metabolic disorders
29. Explaining the dietary composition (macro- and micronutrients) for individual with organ andmetabolic disorders
Learn ing S t ra teg ies
Strategies used to deliver educational materials in this block consist of tutorials, lecturers,
laboratory works, and students assignments. Tutorial with problem based approach is the heart of the
learning strategy. Other strategies are required to complete student understanding on a given
problem/topic.A. Tutorials
The tutorial approach is developed based on the problem-based learning (PBL) principle in which
students are at the center. Therefore, students themselves are responsible for their own learning
process. Students decide for themselves what they want to learn and have considerable control over
the choice of literature. During the tutorials, they are divided into group of 10-12 students to discuss a
given problem using a procedure called the seven jump approach. This approach is conducted in the
following consecutive phases, including:
Step 1 : Clarifying unfamiliar terms
Step 2 : Problems definition
Step 3 : Brainstorm
Step 4 : Analyzing the problems
Step 5 : Formulating learning objectives
Step 6 : Self-study
Step 7 : Reporting
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In general, the tutorial process for each case is conducted in two group work. During the first group
work, students will work in a group for a given case until they come out with learning objectives (step
5). After the first session, student will conduct a self-study and report their finding in the second
session. These processes are repeated for the whole tutorials. During each week, students are givensufficient time to consult with expert their difficulties in understanding certain topics.
The problems discuss in the tutorial groups consist of 1) vacation to Bali, 2) my second pregnancy,
3)old baby, 4) diet oh diet, and 5) Mama Mias problem. These problems are addressed to cover all
of the given objectives/outcome, except for medical and certain other skills.
During the process, students have a number of roles to take, i.e. one student acts as a chair,
another as a scriber and the whole process is supervised by a tutor. The chair and scriber are chosen
randomly and every student will get their turn to be the chair and scriber. Both of them have importantroles in maintaining the learning atmosphere of the group.
B. Lecturers
Lecturer provides fundamental knowledge on certain aspect in metabolism and energy and
enhances students understanding on difficult topics further. Overall, lecture represents 12% of all
educational processes. The following topics are given during lecturers:
The anatomy of gastrointestinal tract
The histology of gastrointestinal tract and its accessory glands
Neurological and hormonal control of gastrointestinal tract
Transport mechanism of nutrient, water and electrolytes in gastrointestinal tract
Overview of nutrients metabolism
Basic principles of human dietary intake
Laboratory tests for nutritional disorders (syndrome deficiency or excessive of nutrients)
Food supplementation and fortification
Drug and food interactionBeside the above topics, there are four other lectures on medical research and statistics, i.e. 1)
probability, 2) research subject, unit analysis and sampling, 3) research variables, and 4) sample size
measurement.
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C. Laboratory works
In order to prove a better understanding regarding to metabolism and energy, students will be
provided with four laboratory works in this block. These laboratories include histology, anatomy, and
medical skill laboratories.The anatomy laboratory is required to enhance students understanding on gastrointestinal
anatomy. Students will be divided into three groups and undergo two sessions of laboratory work.
The histology laboratory is required to enhance students understanding on gastrointestinal
histology and accessory glands. Students will be divided into three groups.
Skills laboratory will provide students with skills in performing anthropometric measurements and
vein puncture. The following methods will be used during students laboratory work, including lecture,
demonstration, structured and self exercise on anthropometric measurement, vein and arterialpuncture.
D. Student assignment
Overall, there are two assignments in this block, journal reading and case-study. Students will
work in a group of 10-12 persons for both assignments.
Journal reading
In this assignment, certain journal will be provided for each group of students. The students
will analyze the content of the journal according to scientific writing procedure. Analysis should be
made from the medical nutrition perspective. The case will be provided during the third week of the
block.
The essay is written in A4 paper, with arial font, 11 points, and 1.5 cm space. The essay
should have been completed and handed to the following email address:
Case study: individual nutrition in certain clinical conditions
Each group will conduct a visit to instalasi gizi of NTB Province General Hospital. During the
visit, student should collect relevant information on a given case. Students will be guided for
nutritional visit to the patients by a dietician and attend nutritional outpatient polyclinic. The cases
consist of 1) nutrition in pregnancy, 2) nutrition for children under five, 3) nutrition for patient with
metabolic disorders, 4) nutrition for patient with organ disorder, and 5) nutrition for the elderly. This
assignment is addressed to provide students capabilities in 1) collecting, analyzing, and interpreting
information related to nutrition in clinical setting, 2) applying knowledge on nutrition in certain clinical
setting, and 3) performing appropriate case presentation skill.
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Following the visit, student will then analyze the case from the medical nutrition perspective.
The result of the study will be presented in mini seminar attended by relevant expertise. Written report
shall be provided and collected on line to the following email address
The following experts shall attend the seminar, including dietician, pediatrician, obstetrician,
and internist. They will provide feedback on students presentation and assess the presentation using
a given assessment tool. Final mark of this case study will be determined based on the presentation
(40%) and written report (60%).
Evaluat ionThe evaluation of student achievement during the metabolism and energy block consist of
three components: 1) overall block achievement, 2) medical skill performance, and 3) medical
research capability. The following table summarizes the contribution of these components in students
final mark as well as categories assessed in each component.
Component of assessment Score percentage
Tutorial assessment
Laboratory workStudent assignment
Jurnal reading
Case study
Final examination
Oral examination
Written examination
CBTMedical skill
Vein puncture
anthropometry
2.5%
7.5%5%
40%
60%
70%
20%
70%
10%
15 %
50%
50%
Students that attend all session on time (maximum tolerance time 15 minute) will be granted
with 2.5% of overall block achievement score. This attendance is also one of the pre-requisite of
following final examination, both oral and written examinations.
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Practical examination will be provided for anatomy and histology laboratory. The assessment
consists of a set of questions pointed on specific part of human gastrointestinal tract. The aim is to
explore students knowledge on gastrointestinal tract anatomy and histolgy.
In this blok, medical skill performance, particularly anthropometric measurement skills, will beassessed. Scenarios will be given and students are asked to perform appropriate anthropometric
examination and vein puncture procedure. Standardized checklist is used to assess students
performance along with OSCE to assess students skill.
Both students assignments will be assessed using standardized checklist. Tutors of the block
shall act as the assessor. Specifically for case study, students final mark comes from both
presentation and written report. Standardized checklists will be developed to include students
presentation and scientific written skill, as well as understanding on a given topic.Oral examination will be conducted for 15 minutes for each student. Tutors will act as the
assessor. Each assessor will be equipped with a list of questions and expected answers in a checklist
format as part of the assessment tool. The aim is to assess students understanding regarding the
concept applied in this block. Each student will be given a case related to the expected outcome of
the block. After reading the scenario, students will be asked to provide general overview on the topic
and followed with discussion session with assessor.
Written examination constitutes as the largest proportion in the overall block achievement. This
examination will provide information regarding students general understanding of the concept applied
in this block.. Multiple choice questions (MCQ) with vignette are at the heart of it
Co m p u t e r Ba se d Te s t ( CBT ) w i l l b e c o n d u c t e d f o r p r e p a r i n g t h e
s t u d e n t s t o U K D I . I t c o n s i s t o f 1 0 % o f f i n a l e x a m i n a t i o n p r o p o r t i o n . T h e
examination will be held in computer laboratory. Multiple choice questions (MCQ)
with vignette are also at the heart of it.
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Reference American Dietetic Association, 2000. Manual of Clinical Dietetics, 6th edition. American Dietetic
Association, Chicago Illinois.
Baynes and Dominickzak, 2003. Medical Biochemistry. Mosby Co, Singapore.
Bowman, BA & Russell, RM, 2001. Present Knowledge in Nutrition, 8th edition. ILSI Press,
Washington, DC.
Brody, T, 1999. Nutritional Biochemistry, 2nd edition. Academic Press, California.
Guyton, AC and Hall, JE, 2006. Textbook of Medical Physiology, 11th edition. Elsevier Saunders,Philadelphia.
Harkness, R, 1984. Interaksi Obat. Penerbit ITB Bandung, Bandung.
Hoffer, LJ, 2001. Clinical Nutrition: Protein-energy malnutrition in the in patient. CMAJ, 165:10.
Jones, JP, 2002. Clinical Nutrition: Functional Food. CMAJ, 166:12.
Melmon and Morrelis, 2000. Clinical Pharmacology, 4th edition. McGraw Hill, New York.
Montgomery, et al, 1993. Biochemistry. Mosby Co, Singapore
Moore, KL & Dalle, AF, 2006. Clinically Oriented Anatomy, 5th
edition. Lippincott Williams & Wilkins,Philadelphia.
Murray, et al, 2003. Biokimia Harper, ed 25. EGC, Jakarta.
Pi-Sunyer,FX, 2000. Over nutrition and Under nutrition as Modifiers of Metabolic Processes in
Disease States. Am J Clin Nutr; 72 (suppl): 533S-7S.
Saladin, 2007. Anatomy & Physiology: The Unity of Form and Function, 4th edition. McGraw Hill Co,
New York.
Sediaoetama, AD, 1993. Ilmu Gizi I. Dian Rakyat, Jakarta.
Setiawati, A, 2005. Farmakologi Dasar dan Klinik. Balai Penerbit FK UI, Jakarta.
UNICEF, 1991. Strategy for improved nutrition of children and women in developing countries.
UNICEF policy review, New York.
WHO, 1999. Management of Severe Malnutrition: A Manual for Physicians and Other Senior Health
workers.
Wilson, et al, 1991. Harrisons Principles of Internal Medicine. Mc-Graw Hill Co, New York
Wiryo, H, 2004. Malnutrisi Berat: Patofisiologi, Penilaian, Pengobatan, Rehabilitasi danFollow up.
UPT Mataram University Press, Mataram.
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SCENARIO 2: MEDICAL STUDENT ASSIGNMENT
Desta and Gisell, two student in medical Faculty, their lecturer gived them a task to make summary ofdaily nutrition and energy requirement each of family member in their home. Desta lives with his
father, mother, grandfather and younger sister in home. Desta is 19 years old now, his younger Sister
is 13 years old, his father and mother are 40 years old and his grandfather is 63 years old. Desta
usually plays futsal after finished his campus activity in the afternoon. his grandfather commonly does
daily activities by gardening and reading newspaper. His mother has bad problem with her weight
body because [of overweight] her body is very big. Meanwhile his grandfather appears more skinny.
Meanwhile, Gisell lives with her older brother, her sister in-law, and two nephews each of them fouryears old and eleven months. her sister in-law was pregnant now and her old nephew was sick since
two days ago, he has got fever and have to get bedrest.
Could tou help Gisell and Desta to make summary of daily nutrition and energy requirement each of
their family member?
Reference
Bowman, BA & Russell, RM, 2001. Present Knowledge in Nutrition, 8th edition. ILSI Press,
Washington DC. Part 6: Nutrition and the Life Cycle, p403-46.
American Dietetic Association, 2000. Manual of Clinical Dietetics, 6th edition. American Dietetic
Association, Chicago, Illinois. Part 2: Lifecycle Nutrition, p69-158.
UNICEF, 1991. Strategy for improved nutrition of children and women in developing countries.
UNICEF policy review, New York.
SCENARIO 3: How do I will be skinnier?
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Roni is a senior high school student, and now he is in the last year. When he was a young boy he hada dream to be a policeman. Unfortunately, after he knew that becoming a policeman need specificrequirements including an ideal body weight. Therefore, he was unable to apply for the policeacademy this year. Based on the last antrophometric examination 3 month ago his body weight was90 kg and height 168 cm, thus his nutritional status was obese. From now on, he has a program todecrease his BW by changing some of his habbit . He consumes fast food and chocolate almosteveryday. Fast food predominantly contain carbohydrate and fat. He read from an article in thenewspaper that fast food is harmful, it can cause weight gain and increase the risk for CVD. As hewas determinant to chase his dream to be a policeman, so he said goodbye to fast food.
Reference
American Dietetic Association, 2000. Manual of Clinical Dietetics, 6th edition. American Dietetic
Association, Chicago Illinois. Part 1: Nutrition Assessment, p3-67.
American Dietetic Association, 2000. Manual of Clinical Dietetics, 6th edition. American Dietetic
Association, Chicago Illinois. Chapter 23: Obesity, p365-386.
Brody, T, 1999. Nutritional Biochemistry, 2nd edition. Academic Press, California. Part 4: Regulation of
Energy Metabolism, p157-261.Guyton, AC and Hall, JE, 2006. Textbook of Medical Physiology, 11th edition. Elsevier Saunders,
Philadelphia. Chapter 67: Metabolism of Carbohydrates, and Formation of Adenosine Triphosphate,
p829-39.
Guyton, AC and Hall, JE, 2006. Textbook of Medical Physiology, 11th edition. Elsevier Saunders,
Philadelphia. Chapter 68: Lipid Metabolism, p840-48.
Guyton, AC and Hall, JE, 2006. Textbook of Medical Physiology, 11th edition. Elsevier Saunders,
Philadelphia. Chapter 69: Protein Metabolism, p852-57.Saladin, 2007. Anatomy & Physiology: The Unity of Form and Function, 4th edition. McGraw Hill Co,
New York. Chapter 26: Nutrition and Metabolism, p986-94 and p996-1007.
WHO, 1999. Management of Severe Malnutrition: A Manual for Physicians and Other Senior Health
Workers.
SCENARIO IV
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Micronutrient Deficiency
A 40 year-old woman came to Puskesmas with mass in her neck since 2 years ago. The mass seemsto grow bigger but no complaint for pain nor swallowing. Her other complaints are getting tired easily,
dry skin and constipation. Since she lives in mountain area far from city, the source of food sheconsumed are mainly come from nearby. She also did not know whether the salt used in her foodcontain iodine or not. At the moment, she is 3 months pregnant and worried the disease she has willaffect the growth of her fetus. Doctor explains that she is having micronutrient deficiency, which isiodine deficiency. What micronutrients needed by our body to function well and what are theconsequences of lacking or excess of them?
Reference
Guyton, AC and Hall, JE, 2006. Textbook of Medical Physiology, 11th edition. Elsevier Saunders,
Philadelphia. Dietary Balances; Regulation of Feeding; Obesity and Starvation; Vitamins and
Minerals, p875-80.
Bowman, BA & Russell, RM, 2001. Present Knowledge in Nutrition, 8th edition. ILSI Press,
Washington DC. Part 3: Fat-Soluble Vitamins, p127-164.
Bowman, BA & Russell, RM, 2001. Present Knowledge in Nutrition, 8th edition. ILSI Press,
Washington DC. Part 4: Water-Soluble Vitamins, p127-72.Bowman, BA & Russell, RM, 2001. Present Knowledge in Nutrition, 8th edition. ILSI Press,
Washington DC. Chapter 26: Calcium, p273-280.
Bowman, BA & Russell, RM, 2001. Present Knowledge in Nutrition, 8th edition. ILSI Press,
Washington DC. Chapter 29: Sodium, Chloride, and Potassium, p302-10.
Bowman, BA & Russell, RM, 2001. Present Knowledge in Nutrition, 8th edition. ILSI Press,
Washington DC. Chapter 30: Iron, p311-328.
Bowman, BA & Russell, RM, 2001. Present Knowledge in Nutrition, 8th edition. ILSI Press,
Washington DC. Chapter 32: Iodine and the Iodine Deficiency Disorders, p344-351.
Brody, T, 1999. Nutritional Biochemistry, 2nd edition. Academic Press, California. Part 9: Vitamins,
p491-692.
SCENARIO 5:The Wonders of the Human Body
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Lula is a student in the Medical Faculty. One day, she bought a snack from a nearby shop. Four hours
later she suffered nausea and vomit which was followed by diarrhea. She feels that her symptoms
were mild, therefore postponed to seek help from the doctor. Despite her symptoms she was still able
to eat although not as much as usual. To her surprise, the next day she felt better. She then consultedher condition to one of her lecturer. The lecturer then assumed that she might suffered from mild food
intoxication. To give better understanding on her condition, she was given an interesting article. An
interesting paragraph in the article is stated as follow:
The human body is exposed to a wide array of xenobiotics during the course of our lifetime.
Our bodies are capable in managing environmental product and also excessive intake of
certain substance, thus minimize potential damage of various exposures. This is due to therole of certain organs that have developed complex enzymatic mechanisms. Nevertheless,
it should be pointed out that the mechanism of detoxification and excretion itself exhibit
significant individual variability, and are affected by many factors. As a consequence, the
ability of detoxification and excretion of one individual may differ from the other.
Reference
Bowman, BA, and Russell, RM, 2001. Present Knowledge in Nutrition, 8th edition. ILSI, WashingtonDC. Chapter 50: Diabetes Mellitus, p.
American Dietetic Association, 2000. Manual of Clinical Dietetics, 6 th edition. American Dietetic Association, Chicago Illinois. Chapter 20: Diabetes Mellitus, p.
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Annex 3
Name Phone number
dr. Seto Priyambodo, MSc 0817450525 Block coordinator
dr. Ida Ayu Eka Widiastuti, MFis 081239553313 1st week Coordinator and Medical skilllaboratory instructur
dr. Moulid Hidayat 081237352335 1st week Coordinator, Medical skill laboratory
instructor, SOCA coordinator.
dr. Hadian Rahman 08175737921 2nd week Coordinator and Medical skill
laboratory instructur
dr. Raehanul Bahraen 08175752861 2nd week Coordinator and Tutor
Dr. Ardiana Ekawanti, M.Kes 081353496220 3rd weeks coordinator, Medical skill laboratoryinstructor and Written test coordinator
Dr. Wahyu Sulistia Affarah 081803150805 3rd weeks coordinator and Medical skill
laboratory instructur
dr. Putu Aditya Wiguna 081907212887 4th week Coordinator, Tutor and CBT
Coordinator
dr. Monalisa, SpM 081317303637 4th week Coordinator and Tutor
Dr. Marie Yuni Andari, Sp.M 08123218548 5th week Coordinator and Tutor
dr.Dewi Suryani, M.ID 082139223981 5th week Coordinator and Tutor
dr. Yunita Sabrina, M.Sc. PhD. 087864718100 Journal reading coordinator and Tutor.