introduction to the course of endocrine and metabolism [autosaved]
TRANSCRIPT
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the
Course of Endocrine and Metabolism
Atif Hassan Khirelsied, B.Sc., M.Sc., Ph.D.
Faculty of MedicineInternational University of Africa, Khartoum, Sudan
Introductory lecture
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The importance of endocrine system
Functional coordination of body systems.
Communication among various parts of the body.
Conservation of homeostasis.
Adaptation to environmental changes.
Course introduction
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This course provides an overview of the basic
characteristics of the endocrine system and elaborates
on the morphology, biochemistry, physiology and
pathology of various glands associated with the
common clinical disorders of the endocrine system.
Introduction
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Course General Objectives
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Course Objectives
Upon successful completion of this course, thestudents should be able to;
1. Describe the overall organization of the
endocrine system in the human body, and
identify the major glands and their locations.
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Course Objectives
Upon successful completion of this course, thestudents should be able to;
2. Outline the role of hormones in the control of
body functioning and describe the importance
of hormones in health and diseases.
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Course Objectives
Upon successful completion of this course, thestudents should be able to;
3. Identify different classes of hormones and
hormone receptors, and describe the principles
of molecular signaling at cellular level.
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Course Objectives
Upon successful completion of this course, thestudents should be able to;
4. Describe the major metabolic pathways ofcarbohydrates, lipids, proteins and nucleotides
metabolism, and explain how these pathways
are coordinately integrated by the endocrine
system.
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Course Objectives
Upon successful completion of this course, thestudents should be able to;
5. Identify the important clinical conditions
associated with hormonal and metabolic
disorders, and learn how to evaluate endocrine
disorders commonly seen in primary health
care.
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Course Objectives
Upon successful completion of this course, thestudents should be able to;
6. Describe the important experimental methods
commonly used in hormonal assays.
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Course specific Learning Objectives
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1.Identify the organs and tissues of the endocrine
system and describe their general morphological and
functional characteristics.
2.Define the various forms of cellular communication
and signaling systems (i.e., endocrine, paracrine,
autocrine).
Specific learning objectives
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3. Describe the various classes of hormones both in
terms of their structures and physicochemical
properties as well as mechanisms of action.
4. Recognize the types of cellular responses to hormones
and define positive and negative feedback and
describe their role in regulating blood levels of various
hormones.
Specific learning objectives
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5. Identify the target, representative actions, and secretory
control of the hormones of the;
5. hypothalamus,
6. pituitary gland,7. pancreas,
8. thyroid gland,
9. parathyroid glands,
10. adrenal cortex and medulla,
11. pineal gland, thymus, ovaries, and testes.
Specific learning objectives
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5. Define general principle of genes expression and peptide
hormone synthesis, and relate these to control of
hormone synthesis and secretion.
6. Discuss how hormones coordinate and integrate the
overall body metabolism.
Specific learning objectives
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7. Describe the specific effect of hormones action on the
major metabolic pathways of carbohydrates, lipid, amino
acid and nucleotide metabolism.
8. Define prostaglandins, what are they made of, and what
are their effects?
Specific learning objectives
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9. Recognize the causes of dwarfism, gigantism,
acromegaly, diabetes insipidus, diabetes mellitus (Type 1
and Type 2), cretinism, myxedema, Grave's disease,
simple goiter, and Cushing's syndrome.
10. Identify the common techniques of hormone assay and
endocrine function tests.
Specific learning objectives
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Specific learning objectives
11. Recognize the endocrine function of the;
kidneys
Gastrointestinal tract
Heart
Adipose tissues
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CoursePBL Sessions
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1. Sheehan's syndrome
2. Hypothyroidism.3. Cushings syndrome.4. Diabetes mellitus.5. Primary infertility.
Problem based Learning Activities
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1. Students are expected to attend lectures, tutorials and
practical/study group sessions.
2. Failure to meet the minimal attendance requirements (75% of
the course activities )may result in you being deemed ineligible
for assessment.
3. Students who miss more than 25% of the course activities
without excuse will not be allowed to sit for the final exam and
will be deemed fail.
Student responsibility
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Classroom instruction
Primarily, lectures, problem guided discussions.
TutorialsTo reinforce learning and assist you discuss any difficultiesthat you might have.
Demonstrations and practical sessionsLaboratory work, dissection and demonstration
Lab reports is a part of the continuous assessment.
Instructional methods
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1.Read and familiarize him/her with the contents of the course
syllabus.
2.Participate in course activities via class attendance,
discussion, and note-taking, seminar preparation and
presentation.
3.Study assigned readings prior to being tested over the
material.
Student responsibility
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Course Assessment
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Final examination (summative):
accounts for (70%) of the total points
consists of MCQs (40%), short notes (20%), OSPE (10%)
The continuous assessments:
accounts for 30% of the total points
include mid-course test (10%), lab reports (5%), and PBL
activities (15%).Formative assessment (two tests):
to evaluate course progress and identify learning difficulties
does not contribute to summative assessment
Student assessment
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Score 00 49 50 59 60 69 70 79 80 100
Grade F C B B+ A
Students scores will be graded according to the following
scale.
Student assessment
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Course evaluation
Students feed-back (questionnaire).
Faculty comments and observations.
Analysis of examination results.
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Course Timetable
1st week
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1st week4:00-6:002:00-4:001:30-2:0011:30-1:1510:00-11:0009:3008:30Time / Day
Tutorials
.
Tutorials
.
Review of CHO
(L)
Metabolism (1)
-
Classification and
properties of hormones
.
Introduction to
endocrine
system (L)
.
Sunday
30/12/2012
Review of CHO (L)
Metabolism (2)
-
Problem 1
(Phase I)
.
Physiology of
hypothalamus and
pituitary axis (L)
Mechanism of
hormone action
(1) (L)
.
Monday
31/12/2012
Tuesday
01/01/2013
DR. 1
(hypothalamus
and pituitary)
()
.
DR. 1
(hypothalamus
and pituitary)
()
.
Anatomy of the
hypothalamus and
pituitary glands (2) (L)
.
Anatomy of the
hypothalamus
and pituitary
glands (1) (L)
.
Wednesday
02/01/2013
CHO metabolism
(tutorial)
.
()
CHO metabolism
(tutorial)
.
Problem 1
(Phase III)
.
Review of lipid
metabolism (1) (L)
.
Pathology of
hypothalamus
and pituitary
glands (L)
.
Thursday
03/01/2013
2nd week
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2nd week4:00-6:002:00-4:001:30-
2:00
11:30-1:1510:00-11:008:30-9:30Time /
Day
Tutorials
.
CHO metabolism
(tutorial)
.
Iodine metabolism
and thyroid
hormone synthesis
(L )
.
Review of lipid
metabolism (2) (L)
.
Mechanism of
hormone action
(2) (L)
.
Sunday
06/01/20
13
CHO metabolism
(tutorial)
.
Problem 2 (Phase I)
.
Physiology of the
thyroid gland (L)
Disorders of
carbohydrates
metabolism
Monday
07/01/20
13
Tuesday
08/01/20
13
DR 2 (Thyroid gland)
()
.
DR 2 (Thyroid gland)
()
.
Anatomy of the
thyroid
Gland (2) (L)
.
Anatomy of the
thyroid
Gland (1) (L)
.
Wednesda
y
09/01/20
13Lipid metabolism(tutorial) ()
.
Lipid metabolism(tutorial)
()
.
TutorialsProblem 2
(Phase I)
.
Formative
assessment (1)
.
Pathology of
thyroid
hormones
.
Thursday
10/01/20
13
3rd week
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3rd week4:00-6:002:00-4:001:30-
2:00
11:30-1:1510:00-11:008:30-9:30Time /
Day
Proteins
Biosynthesis
(Tutorials)
.
Tutorials
.
Proteins
Biosynthesis
.
Biosynthesis of
Catecholamines
.
Amino acids
metabolism (1)
.
Sunday
13/01/20
13
Amino acids
metabolism (2)
.
Problem 3 (Phase I)
.
Physiology of
adrenal glands
Nucleotide
synthesis (1)
.
Monday
14/01/20
13
Tuesday
15/01/20
13
DR 3 Anatomy of the
adrenal glands
()
.
DR 3 Anatomy of the
adrenal glands
()
.
Anatomy of the
adrenal glands (2)
(L)
.
Anatomy of the
adrenal glands
(1) (L)
.
Wednesda
y
16/01/20
13
Amino acidsmetabolism
(tutorial) ()
.
Amino acidsmetabolism
(tutorial) ()
.
Problem 3 (Phase III)
.
Biosynthesis of
steroid hormones
.
Pathology of
adrenal glands
.
Thursday
17/10/20
13
4th week
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4th week4:00-6:002:00-4:001:30-
2:00
11:30-1:1510:00-11:008:30-9:30Time /
Day
Tutorials
.
Tutorials
.
Disorders of lipid
(1) metabolism
Hormonal control
of metabolism (1)
.
Drugs acting on
the endocrine
system (1)
Sunday
20/01/20
13
Tutorials
.
Problem 4
(Phase I)
.
Physiology of the
pancreas
Nucleotide
degradation (2
.
Monday
21/01/20
13
Tuesday
22/01/20
13
DR 4 Anatomy of
the pancreas
()
.
DR 4 Anatomy of
the pancreas ()
.
Anatomy of the
pancreas (2) (L)
.
Anatomy of the
pancreas (1) (L)
.
Wednesd
ay
23/01/20
13
Biochemistry Lab.
()
.
Biochemistry Lab.
()
.
Problem 4
(Phase III)
.
TestPathology of the
pancreas
.
Thursday
24/01/20
13
5th week
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5th week4:00-6:002:00-4:001:30-
2:00
11:30-1:1510:00-11:008:30-9:30Time /
Day
Tutorials
.
Tutorials
.
Gonadal hormones
.
Disorders of
amino acidmetabolism
.
Hormonal
control ofmetabolism (2)
.
Sunday
27/01/2013
Tutorials
.
Problem 5 (Phase I)
.
The endocrine
system
Disorders of
lipoprotein
metabolism
.
Monday
28/01/20
13
Tuesday
29/01/20
13
DR. 5 Anatomy of
the gonads ( (
.
DR. 5 Anatomy of
the gonads ( (
.
Anatomy of the
gonads (2)
.
Anatomy of the
gonads (1)
.
Wednesd
ay
30/01/20
13 Biochemistry Lab.()
.
Biochemistry Lab.()
.
Problem 5 (Phase
III)
.
Integration of
metabolism (1)
.
Pathology of the
endocrine
system (review)
.
Thursday
31/01/20
13
6th week
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6th week4:00-6:002:00-4:001:30-2:0011:30-1:1510:00-11:008:30-9:30Time / Day
Physiology of the
endocrine system
(tutorials)
.
Endocrine changes
during pregnancy
.
Regulation of
gene expression
(1)
.
Drugs acting on the
endocrine system
(1)
Sunday
03/02/2013
Hormonal regulation
of female reproductive
system
.
Regulation of gene
expression (2)
.
The endocrine
system
Integration of
metabolism (2)
.
Monday
04/02/2013
Tuesday
05/02/2013
DR 6 Anatomy of the
endocrine system
(Revision)
.
DR 6 Anatomy of the
endocrine system
(Revision)
.
Anatomy of the
endocrine system
(Review)
.
Anatomy of the
endocrine system
(Review)
.
Wednesday
06/02/2013
Student feedback and
course assessment()
.
Student feedback and
course assessment()
.
Course Examination (OSPE)Thursday
07/02/2013
Course Examination (WRITTEN) Saturday
09/02/2013
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Text books and resources:
Harpers Illustrated Biochemistry, 28th edition (2009). Robert K. Murray, Victor W.
Rodwell, David Bender, Kathleen M. Botham, P. Anthony Weil, Peter J. Kennelly. LANGEBasic Science, McGraw-Hill.Review of Medical Physiology, 22nd Edition (2005). William F. Ganong. LANGE Basic
Science, McGraw-Hill.
McMinn's Color Atlas of Human Anatomy, 4th edition (1998). P. H. Abrahams, R. T.
Hutchings, S. C. Marks. Mosby-Year Book.