Course Code Course Title
ANA 101 Anatomy and Histology
Semester I Credits 3+1 Contact Hrs 5
(Th+Pr) (Th+Pr)
Prerequisites None Knowledge Area
Basic Biomedical Sciences
Course Objectives
After the completion of this course the students will be able to describe the
anatomical structures and organs of the human body at gross, regional, tissue
and cell level.
This course will also enable students to explain the clinical aspects of human
anatomy.
Provide an understanding of tissue preparation for microscopic study and
staining.
Observe macroscopic morphology of the human body structure, combined with
observation of the microscopic structure of a variety of human cells, tissues,
organs, etc., through the microscope, build the cognitive concepts for cells,
tissues, and organs composing the human body system and structure and
further combine structure with function.
Course Outline
Theory Schedule Lab
Weeks Lectures Theory Topic Teachi Instru
ng ctor
strate
gy
Introduction:
Laboratory 1 – Nervous
Anatomical Terminology: System
Definition of Cell, tissue, organ
and system
Structure of cell:
Cell Membrane,
Lect 1
1 Cytoplasm,
Organelles,
Nucleus,
Cell cycle.
Tissues of Body:
Types of tissues.
Neuroanatomy
Nervous System
Lect 2 NS I: CNS: Introduction, Cells of
Nervous System, Accessory cells
of NS and Organization of NS;
Nervous System
NS I: Pituitary gland ((ENDOCRINE
Lect 3
SYSTEM), structure and relation to
hypothalamus;
Nervous System
Laboratory 2 – Nervous
NS I: Brain: Meninges, Cerebrum
Lect 4
System
(cerebral Lobes, Ventricles),
Cerebellum, Brain Stem,
Nervous System
NS I: Brain: Mid Brain, Pons,
Medulla Oblongata, Diencephalon.
Lect 5
Thalamus Hypothalamus and
Cranial Nerves
NS II: Cranial Nerves, CSF, and
Blood Supply
Problem-based learning or team-
Lect 6
based learning
2
NS III: Spinal Cord and Plexus: Laboratory 3 – Nervous
Lect 7
Spinal Cord: Meninges (C.S.F. System
Internal Structure,
NS III: Sensory and Motor
Lect 8
Pathway, Spinal Reflexes,
3
Peripheral spinal Nerves
Autonomic Nervous System
Lect 9
includes Sympathetic N.S. and
Parasympathetic Nervous System)
Clinical Anatomy– Neuroanatomy. Laboratory 4 – Head and
Lect 10
Neck
4
+ PBL
Head and Neck
Lect 11
Head and Neck I: Skull, Face, Eye,
and Ear
Head and Neck II: Oral and Nasal
Lect 12
Cavities, and Pharynx
Head and Neck III: Neck; Thyroid Blende
gland: structure.(endocrine system) d
Lect 13
Laboratory 5 – Head
Learni and Neck
ng
Clinical Anatomy – Video and Blende
Patient Smiulation
Lect 14
d
+ PBL Learni
ng
5
Integumentary System Blende Dr.
d Noor
Skin: Structure (Epidermis, dermis)
Learni Kamil
Lect 15
Glands of Skin: (Sweat, Sebaceous) ng
Hair: Structure, function.
Nail: Structure, function
6 Musculoskeletal Dr. Laboratory 6- Histological
Lect 16
Arsha examination of slides:
Musculoskeletal I: Vertebral
d Epithelium, Muscle tissue
Column, Back, and Shoulder.
and Connective tissue.
Types of tissues with examples. Dr.
Epithelial Tissue: General Arsha
Lect 17
characters, classification d
Connective Tissue: Structure &
types (Connective tissue, Cartilage)
Bones: Structure and types of Dr.
Lect 18
bones and joints; Arsha
d
Muscle: Structure of skeletal Dr. Laboratory 7 –
Lect 19
7 muscle, smooth muscle, cardiac Arsha Integumentary and
muscle. d Musculoskeletal System
Musculoskeletal II: Upper Dr.
Extremity Arsha
Lect 20
d
Musculoskeletal III: Lower
Extremity.
Clinical Anatomy + Tutorial +PBL Dr.
Lect 21
Arsha
d
Exam week, no lecture
8
Blende Dr. Laboratory 8 – Thorax
Thorax
Lect 22
d Noor
Thorax I: Thoracic Wall and Learni Kamil
Mediastinum (Lungs, pleural cavity) ng
Thorax II: (Cardiovascular System): Blende Dr.
Heart: Structure of Heart, Location d Ambe
of Heart, and Blood Learni r Palla
Lect 23
9 ng/Flip
ped
class
room
Tutorial +PBL Blende Dr.
Ambe
Lect 24
d
Learni r Palla
ng
Thorax II: (Cardiovascular System): Blende Dr. Laboratory 9 – Thorax
Supply to Heart; Blood Vessels:
Lect 25
d Ambe
Main blood vessels arising & Learni r Palla
entering the heart. ng
Types of blood vessels with Blende Dr.
examples
Lect 26
d Ambe
10 Learni r Palla
ng
Clinical Anatomy Blende
Lect 27
d
Learni
ng
Tutorial + PBL Blende Laboratory 10 - Organ
system: Lung, Kidney,
Lect 28
d
Learni Stomach, Appendix, Skin,
ng Intestine and Gall bladder
Abdomen Blende Dr.
Noor
Lect 29
d
Abdomen I: Abdominal Wall and
11
Cavity Learni Kamil
ng
Abdomen Blende Dr.
d Noor
Lect 30
Abdomen II: Abdominal Viscera;
Adrenal gland (Endocrine; Learni Kamil
structure); ng
Abdomen Blende Dr.
d Noor
Alimentary System (Name and
Lect 31
structure of different parts of Learni Kamil
alimentary system ng
Laboratory 11-
Different parts of alimentary Blende Dr. Demonstration of the
system and their inter-relationship
Lect 32
d Noor Preparation and staining of
12 Learni Kamil slides
ng
Endocrine System: Pituitary gland Blende Dr.
(Structure and relation to d Arsha
Lect 33
hypothalamus), Thyroid gland Learni d
(Structure), Adrenal gland ng
(Structure)
Clinical Anatomy Blende Laboratory 12-
Demonstration of the
Lect 34
d
Learni Preparation and staining of
ng slides
13
Tutorial +PBL Blende
Lect 35
d
Learni
ng
Pelvis and Urino-genital system Dr.
Arsha
Name and structure of organs of
urinary system and their inter- d
relationship.
Lect 36
Pelvis I: Pelvis, Perineum, and
Reproductive Systems (Male and
Female reproductive systems.
Name, structure and association of
the organs)
Pelvis and Urino-genital system Dr. Laboratory 13 – Pelvis
Lect 37
Arsha
Pelvis II: Retroperitoneal Space and
Renal System, Urinary system d
Pelvis and Urino-genital system Dr.
Lect 38
14 Arsha
Clinical Anatomy
d
Tutorial + PBL Dr.
Lect 39
Arsha
d
Blende Dr. Laboratory 14- Staining of
Underlying principles of
d Ambe paraffin and frozen
histological techniques.
Learni r sections;
Lect 40
ng/Flip
ped
classro
om
15
Anatomy with Pharmaceutical Blende Dr.
Sciences/PBL based session d Ambe
Learni r Palla
Lect 41
ng/Flip
ped
class
room
Anatomy with Pharmaceutical Blende Dr.
Sciences/PBL based session d Ambe
Learni r Palla
Lect 42
ng/Flip
ped
class
room
Reference Material
Drake RL, Vogl WA, Mitchell AWM. Gray’s Anatomy: Descriptive and
Applied. 2nd Ed. Churchil Living Stone; 2009.
Grant B. A Method of Anatomy. 9th Ed. Bailliere Tinal and Co Ltd; 1975.
Hamilton WJ. A Textbook of Anatomy. 2nd Ed. Macmillan and Co; 1976.
Kuntzman AJ, Tortora GJ. Anatomy and physiology for the manual
therapies. 1st Ed. John Wiley & Sons; 2009.
Last RJ. Anatomy: Regional and Applied. 11th Ed. J and A Churchill Ltd;
2001.
Martini F, Ober WC, Garrison CW, Welch K, Hutchings RT. Fundamentals
of Anatomy and Physiology. 5th Ed. Prentice Hall; 2001.
Moore KL, Dalley AF, Agur AMR. Clinically Oriented Anatomy. 6th Ed.
Lipponcott Williams and Wilkin; 2009.
Romanes GJ. Cunningham’s Manual of Practical Anatomy. 15th Ed.
Oxford University Press; 1986.
Saladin KS, Miller L. Anatomy & physiology: The Unity of Form and
Function. 6th Ed. McGraw Hill; 1998.
Snell RS. Clinical Anatomy. 7th Ed. Boston Little Brown and Company; 2003.
Course Design/Pedagogical Approach
Blended learning approach
Students will view dissection videos (http://videos.med.wisc.edu/events/65 )
Students will have the opportunity to either have lectures or laboratory notes or
self-directed study before their practical or theory class. (https://tophat.com/
(optional)
Students will be shown an episode of Grey’s anatomy.
Interactive lecture followed by demonstration/small groups on cadaveric
dissection/ models etc.
Problem-based learning or team-based learning for selected and clinical oriented
topics
Resource tool will be KENHUB for students elaborate learning;
https://www.kenhub.com/en/atlasT
