azeezia institute of medical sciences and research, …1 azeezia institute of medical sciences and...

1

Azeezia Institute of Medical Sciences and Research, Kollam

Timetable for 2019-20 batch

COMPETENCY BASED MEDICAL EDUCATION

Foundation course

Goal: The goal of the foundation course is to prepare a learner for medical under-graduation course

Duration: One month (175 hours)

Outline:

Theme Teaching – learning hours

Week1 Week2 Week3 Week4

Orientation 30

Skills development 35

Field visit to community health centre 8

Professional development and ethics 40

Sports and extracurricular activities 22

Enhancement of language and computer skills

40

Total 175

Foundation Course

2

Proposed foundation program – 25 days | 175 hours | 8 am to 4 pm

Date 8 – 9 am 9 – 10 am 10 – 10.15 break

10.15 – 11.15 11.15 – 12.15 12.15 – 1 1-2 Lunch

2-3 pm 3-4 pm

01-08-2019 Orientation to Azeezia

Ice – breaking Students introduction Students expectations Lecture hall – large group

Introduction of pre-clinical faculty and departments (30 min each) up to 11.45 am Lecture hall – large group

11.45 to 12.15 Hostel etiquettes Lecture hall – large group

Overview of MBBS Part 1 (4.a and 4.b) Lecture hall – large group

walk around the campus (Hostels, library, sports complex, Stadium etc)

02-08-2019 Overview of MBBS program - Part 2 (4.c and 4.d) Lecture hall – large group

Specializations after MBBS Carrier pathways Lecture hall – large group

Doctor’s role in society (1.a-e) Interactive lecture – large group

What can student expect (2.a-e) Interactive lecture – large group

Orientation to students Rules and regulations (3a-e)

Anti-ragging committee Structure, functions, approach, reporting,

03-08-2019 Overview of MBBS program - Part 3 (4.d and 4.e) Lecture hall – large group

Orientation to Profession; Professional Development including ethics; AETCOM 1.1

Orientation to computer skills Interactive lecture – large group

Orientation to English language classes Interactive lecture – large group

Use of mobile phones / social media – regulations Lecture hall – large group

Student guidance cell Structure, functions, approach, reporting

04-08-2019 Sunday

Foundation Course

3

Date 8-9 am 9-11 am 11-1 pm 1-2 pm

2-4 pm

05-08-2019 Basic life support Interactive lecture – orientation to BLS

Batch A: BLS 1 Batch B: learning strategies 1 (5b to 5j) Batch C: First aid 1

Batch A: Malayalam language Batch B: English language 1 Batch C: Computer skills 1

Documentation in health care (2-3pm) Group dynamics (3 – 4 pm)

06-08-2019 Communication skills – introduction to AETCOM modules Interactive lecture

Batch B: BLS 1 Batch C: learning strategies 1 (5b to 5j) Batch A: First aid 1

Batch B: Malayalam language Batch C: English language 1 Batch A: Computer skills 1

Safety – hand washing, needle stick injuries, immunization requirements of health care professions, concept of biosafety and handling biomedical waste

07-08-2019 Role at various levels of health care delivery system

Batch C: BLS 1 Batch A: learning strategies 1 (5b to 5j) Batch B: First aid 1

Batch C: Malayalam language Batch A: English language 1 Batch B: Computer skills 1

Batch A: Documentation in health care Batch B: safety (15.a to d) Batch C: handling biomedical waste visit to hospital

08-08-2019 Skill requirements and certifications

Batch A: Doctor’s role in society – 1 Batch B: What to expect as a medical student – 1 Batch C: What does it mean to be a patient? – 1

Batch A: English language 2 Batch B: English language 2 Batch C: Computer skills 2

Batch B: Documentation in health care Batch A: safety (15.a to d) Batch B: handling biomedical waste visit to hospital

09-08-2019 University rules regarding examinations and attendance

Batch B: Doctor’s role in society – 1 Batch C: What to expect as a medical student – 1

Batch B: English language 2 Batch C: English language 2 Batch A: Computer skills 2

Batch C: Documentation in health care Batch A: safety (15.a to d) Batch B: handling biomedical waste visit to hospital

Foundation Course

4

Batch A: What does it mean to be a patient? – 1

Date 8-9 am 9-11 am 11-1 pm 1-2 pm

2-4 pm

10-08-2019 Examinations Batch C: Doctor’s role in society – 1 Batch A: What to expect as a medical student – 1 Batch B: What does it mean to be a patient? – 1

Batch C: English language 2 Batch A: English language 2 Batch B: Computer skills 2

Sports (2 hours)

11-08-2019 Sunday

12-08-2019 Time management Batch A: BLS 2 Batch B: learning strategies 2 (5b to 5j) Batch C: First aid 2

Batch A: Doctor’s role in society – 2 Batch B: What to expect as a medical student –2 Batch C: What does it mean to be a patient? – 2


13-08-2019 Working in health care team

Batch B: BLS 2 Batch C: learning strategies 2 (5b to 5j) Batch A: First aid 2

Batch B: Doctor’s role in society – 2 Batch C: What to expect as a medical student –2 Batch A: What does it mean to be a patient? –2


14-08-2019 Relating to patients experience of the disease

Batch C: BLS 2 Batch A: learning strategies 2 (5b to 5j) Batch B: First aid 2

Batch C: Doctor’s role in society – 2 Batch A: What to expect as a medical student – 2 Batch B: What does it mean to be a patient? – 2


Foundation Course

5

Date 8-9 am 9-11 am 11-1 pm 1-2 pm

2-4 pm

15-08-2019 Independence day

16-08-2019 Communication with patients and families

Batch A: medical OPD Batch B: surgical OPD

Batch A: medical ward Batch B: surgical ward

Extracurricular activities

17-08-2019 How to attend a lecture class ?

Batch B: medical OPD Batch A: surgical OPD

Batch B: medical ward Batch A: surgical ward

Sports (2 hours)

18-08-2019 Evidence based medicine

Visit to community health centre Sports (2 hours)

19-08-2019 Sunday

20-08-2019 How to select study material?

Batch A: BLS assessment Batch B: English assessment Batch C: First aid assessment

Batch A: Visit to blood bank Batch B: Visit to central lab Batch C: Visit to emergency ward


21-08-2019

How to prepare notes? Batch B: BLS assessment Batch C: English assessment Batch A: First aid assessment

Batch B: Visit to blood bank Batch C: Visit to central lab Batch A: Visit to emergency ward


22-08-2019 Learning the art of learning

Batch C: BLS assessment Batch A: English assessment Batch B: First aid assessment

Batch C: Visit to blood bank Batch A: Visit to central lab Batch B: Visit to emergency ward


Foundation Course

6

Date 8-9 am 9-11 am 11-1 pm 1-2 pm

2-4 pm

23-08-2019 Principles of primary care

Concept of CBME Core competencies and certifiable competencies, basics of assessment methods

Extracurricular activities

24-08-2019 Graduate medical regulations – regulatory bodies

Orientation to community (16.a, b and C) Sports (2 hours)

25-08-2019 Yoga for fitness Visit to community health centre Sports (2 hours)

26-08-2019 Sunday

27-08-2019 "Elements of Professionalism"- Orientation, immersion and Reflection

Medical ethics - Know the "Hippocratic Oath"

Batch A: Visit to library Batch B: Visit to gym Batch C: literary and cultural activities


28-08-2019 Orientation to self-directed learning (SDL)

Citizenship, civil rights and responsibilities

Batch B: Visit to library Batch C: Visit to gym Batch A: literary and cultural activities


29-08-2019 Principals of ethics Introduction to Alternative health care systems

Batch C: Visit to library Batch A: Visit to gym Batch B: literary and cultural activities


30-08-2019 Immunisation requirements of Health Care professionals

Learning as Adults- Principles

Immunisation of students against Hepatitis B

Immunisation of students against Hepatitis B

Foundation Course

7

Date 8-9 am 9-11 am 11-1 pm 1-2 pm

2-4 pm

31-08-2019 Cadaver - Your First teacher

Cadaveric oath Feedback from the students Both written and oral

Sports (2 hours)

01-09-2019 Sunday

Language and computer skills

English language 1 Spoken English or conversant English with more stress to

health care related terms

English language 2 English grammar – essentials

English language 3 Letter writing, spelling and hand writing

English language 4 Publications, novels, poems to recite-

English language 5 Reading skills and writing skills (including notes, case reports, incident reporting)

Computer skills 1 Use of MS office – word, excel and powerpoint

Computer skills 2 Searching internet for medical authentic content

Computer skills 3 E-learning; Computer key board short cuts and hacks

Computer skills 4 Medical photography & ethics; Email etiquettes; social media norms

Computer skills 5 Telemedicine, simulations and electronic medical records

8

Timetable for the academic year 2019 – 20

Based on

COMPETENCY BASED UNDERGRADUATE CURRICULUM FOR THE

INDIAN MEDICAL GRADUATE

Layout of the time-table suggested by Kerala University of Health Sciences (KUHS)

9

Layout of the time-table suggested by Kerala University of Health Sciences (KUHS)

10

Time – table for the month of September, October and November 2019

11

Date

8 – 9 am 9 – 10 am 10 – 11 am 11 – 12

pm

12 – 1

pm

1-2

pm

2 – 3 pm 3 – 4 pm

1 Molecular and functional

organization of a cell

BI 1.1(L)

Mammalian cell PY1.1(L) Anatomical

position

AN1.1

AN 5.6(L)

Bones of upper limb

AN 8.1

AN 8.2

AN-Introduction to Histology

PY-Introduction to

Experimental physiology

Haematology

BI-Introduction to Biochemistry

Practicals

2 Principles of homeostasis

PY 1.2

PY 1.4(L)

EnzymeBI 2.1(L) AN 2.5

AN2.6(L)

Clavicle AN 8.3

AN8.4

Pectoral region:

AN 9.1

3 Intercellular communication PY 1.3

PY1.5(L)

Transport mechanisms across

cell membranesPY 1.5(L)

AN 76.1

AN 76.2(L)

Pectoral region:

AN9.2

AN9.2

4 Fluid compartments of the body

Enzyme activityPY1.6

Enzyme BI 2.1(L) AN 9.2

AN9.3(L)

Axilla, Shoulder

Scapular region

AN 10.1AN10.2AN

10.3

AETCOM MODULE 1.5

Large group discussion

-opening session2hrs

5 Estimation of SGOT & SGPTBI 2.2

BI 2.3(L)

Menstrual cycleAN 77.1

Ovarian and menstrual cyclesAN 77.2(L)

AxillaAN10.2

AN10.3(D)

Axilla, Shoulder

Scapular region

AN 10.1AN10.2AN

10.3

Resting membrane potential and action potential PY 1.8(L)

6 AN 65.1.1

AN 65.2.1(L) Functions of the cells and its

productsPY1.9

PY1.7(L)

CM1.1(L) CM1.1

SGD AETCOM MODULE 1.5


-opening session2hrs


12

Date

8 – 9 am 9 – 10 am 10 – 11 am 11 – 12

pm

12 – 1

pm

1-2

pm

2 – 3 pm 3 – 4 pm

7

enzyme inhibitors BI

2.4

(SGD)

Erythropoiesis PY 2.1

PY 2.2(L)

brachial plexus AN10.5

AN10.6 (L)

Erb’s palsy and Klumpke’s paralysis AN 10.6

AN 65.1,AN65.2.1

PY-microscopic examination of blood

PY3.18.1(common appliances)

BI -11.4 (Urine Analysis) 8 neuron and neuroglia; .PY3.1.1

SDL

BI 2.4)

(SGD

AN 77.3

AN 77.4

AN 77.5 (L)

trapezius and latissimus dors AN

10.8

9 variations and functions of plasma PY 2.2

synthesis and functions of Haemoglobin PY

2.3.1. and 2

Discuss Nerve Growth Factor & other growth factors/cytokines PY

3.1.2

PY 3.1.3

PY 3.1.4(L)

triangle of auscultation AN

10.9

AN 10.11(D)

AN 10.9

serratus anterior with its action AN 10.11

10 functions & properties of nerve fibers PY

3.2.1(L)

BI 2.4

kidney, liver, thyroid and adrenal glands (SGD)

10.10

deltoid and rotator cuff muscles AN

AN10.12

AN 10.10

AN10.12

nerve supply and applied anatomy AN 10.13(D

AETCOM MODULE 1.1


11 poisons and drugs and as therapeutic enzymes BI 2.4

(SGD)

AN 10.12(L) AN 11.1.1 biceps and triceps brachii AN 11.2.1 nerves and vessels in arm

AN 11.3 Venepuncture of cubital veins

boundaries and contents of cubital fossa

functions of HaemoglobinPY

2.3.3

Nerve Growth Factor & other growth factors/cytokines PY 3.2.2

(SGT)

12 ultrastructure of epithelium AN 65.1.2

AN 65.1.2(L)

PY3.3.1

degeneration and regeneration in peripheral nerves PY3.3.2(N)

CM1.2

Holistic approach

AETCOM MODULE 1.1



13

Date

8 – 9 am 9 – 10 am 10 – 11 am 11 – 12

pm

12 – 1

pm

1-2

pm

2 – 3 pm 3 – 4 pm

13 structural element and storage in the human bodyBI 3.1(L)

neuro-muscular junction and transmission of impulses PY3.4.1

PY3.4.2(L)

NM Junction

AN78.1 cleavage and formation of blastocyst AN78.2 development of trophoblast AN78.3(L)

f implantation & common abnormal sites of implantation

AN11.1.2 biceps and triceps brachii AN 11.2.2 (or tributaries), AN 11.4

Saturday night paralysis

AN65.1.2 Identify epithelium under the microscope

AN65.2.2 ultrastructure of epithelium

PY 2.11.1

Estimate Hb, RBC, TLC, RBC indices, DLC, Blood groups, BT/CT

Py3.18.2& PY3.18.3 (i) amphibian nerve - muscle experiments (ii) amphibian cardiac experiments

BI -11.4 normal and abnormal constituents

14 PY2.4.1 (erythropoiesis & its regulation

PY 2.4.2(L)

RBC

BI3.2 carbohydrates and storage.

AN12.1 nerve supply and actions

AN12.2 (or tributaries),

15 PY3.5 neuro-muscular blocking agents

PY3.6

pathophysiology of Myasthenia gravis

NM B lockers

PY2.4.3 (erythropoiesis & its regulation) PY2.4.4

Erythropoiesis

AN12.3 flexor retinaculum with its attachments

AN 12.4 carpal tunnel syndrome

AN12.5 describe small muscles of hand

AN12.6 thumb and muscles involved

16 PY3.7.1 muscle fibres and their structure

BI 3.3

digestion and assimilation of carbohydrates from food

AN78.4

A N78.5(L)

bilaminar disc and prochordal plate

Embryology

AN12.7 blood vessels and nerves in hand

AN12.8 anatomical basis of Claw hand

AETCOM MODULE 1.2



14

AN12.9 , ulnar bursa, radial bursa and digital synovial sheaths

AN12.10 fascial spaces of palm

17 BI3.4 (glycolysis, gluconeogenesis, glycogen metabolism, HMP shunt).

AN12.2 (or tributaries), AN12.12 termination of important nerves and vessels of back of forearm

Median N

AN12.11 nerve supply and actions

AN12.12

18 AN4.3,66.1.1 superficial fascia along with fat distribution in body

AN66.2.1(L)

Connective tissue

PY.3.7.2(L)

Cardiac muscle

CM AETCOM MODULE 1.1



15

Date

8 – 9 am 9 – 10 am 10 – 11 am 11 – 12

pm

12 – 1 pm 1-2 pm 2 – 3

pm

3 – 4 pm

19 BI 3.4. (glycolysis,

gluconeogenesis, glycogen

metabolism, HMP shunt).

PY2.6. (granulopoiesis)1

PY2.6.2 PY2.6.3 WBC(L)

AN12.10 fascial

spaces of palm Palmar spaces(L)

AN12.14

compartments deep to extensor retinaculum

AN12.15 extensor expansion formation

AN66.1.1 connective tissue with functional

correlation AN66.2.1

ultrastructure of connective tissue

PY2.11.2 Estimate Hb, RBC, TLC, RBC

indices, DLC, Blood groups, BT/CT PY3.18.4 amphibian nerve -

muscle experiments (ii) amphibian cardiac experiments

20 PY3.8.1

(skeletal & smooth) PY3.8.2

Action potential S K muscle(IL)

BI 3.4 An12.2 (or

tributaries), An 12.3 flexor

retinaculum with its attachments Radial N(L)

AN13.3 carpometacarpal joint AN13.4 Carpometacarpal

joints & Metacarpophalangeal joint

21 PY2.5 anaemias &

Jaundice

AN13.5 arm, elbow, forearm and hand AN13.6 Inferior angle of the scapula AN13.7(L) Cephalic and basilic vein,

AN13.3 carpometacarpal joint AN13.4 Carpometacarpal

joints & Metacarpophalangeal joint

22 PY2.6.4 Leucocytosis(L)

BI3.4 AN13.2 dermatomes

of upper limb AN13.8 development

of upper limb

AN THEORY Formative assessment

AETCOM MODULE 1.3


23 BI .3.5

carbohydrate along with associated diseases/disorders.

AN79.1

formation & fate of the primitive streak AN79.2, 3

formation & fate of notochord

PRRACTICAL Formative assessment

H PY 2.6.5

(granulopoiesis) Lymph(IL)

PY3.7.3 muscle fibres and their

structure PY3.8.3(IL)

24 AN66.1.2 AN 66.2.2 (IL)

PY 3.9.1 muscle

contraction in skeletal and in smooth muscles

CM AETCOM MODULE 1.1



16

Date

8 – 9 am 9 – 10 am 10 – 11 am 11 – 12

pm

12 – 1

pm

1-2 pm 2 –

3

pm

3 – 4 pm

25 BI 3.6 CA cycle as a

amphibolic pathway and its regulation. BI3.7 (eg; fluoride,

arsenate) BI3.8 analytes

associated with metabolism of carbohydrates.

PY2.7 functions and

variations. PY2.8.1 (IL) (Hemophilia, purpura)

AN 14.1 important features & keep it in anatomical

position

AN 14.2 joints formed by the given bone

AN 15.1 (or

tributaries), termination of important nerves and vessels of anterior thigh AN 15.2 nerve

supply and actions

26 PY3.9.2(IL)

Excitation-

contraction coupling-

Smooth muscle

BI 3.9 health and

disease. AN 79.4 somites and

intra-embryonic coelom AN 79.5

sacrococcygeal teratomas, AN 79.6 teratogens,

alpha-fetoprotein

AN 14.1

AN15.3 demonstrate

boundaries, floor, roof and contents of femoral triangle

AN15.4 Psoas abscess &

Femoral hernia

27 PY2.8.2

PY2.8.3(IL)

PY3.10 ( isometric

and isotonic) Py3.11(IL) source and muscle metabolism

AN15.3

AN 15.4

AN 14.1

AN 15.3

AN 15.4

28 PY2.8.4

PY2.8.5(SGD)

BI 3.10

carbohydrate metabolism. (IL)

AN 16.3 anatomical

basis of Trendelenburg sign AN 17.1 muscles

involved, blood and nerve supply, bursae around the hip joint AN 17.2

complications of fracture neck of femur

AN 16.1 (or

tributaries), termination of important nerves and vessels of gluteal region AN 16.2 gluteal

intramuscular injections AN 16.3

AETCOM

MODULE 1.4

Large group

discussion


17

AN 17.3 hip joint and

surgical hip replacement

29 BI3.10(IL)

SGD

AN 20.3 Retinacula

& Dermatomes of lower limb AN20.4 enlarged

inguinal lymph nodes AN20.5 varicose

veins and deep vein thrombosis

AN 16.1

AN 16.2

AN 16.3

H PY

2.8.7,PY2.8.8,PY2.8.9

29 BI3.10(IL)

SGD

30 AN2.4,71.2(L) structure & distribution in body

Py2.9.1 blood

banking and transfusion

,PY2.9.2

PY2.9.3,PY 2.9.4

Blood groups(IL)

CM AETCOM

MODULE 1.4

Large group

discussion


18

Date

8 – 9 am 9 – 10 am 10 – 11 am 11 –

12

pm

12 –

1 pm

1-2

pm

2 – 3 pm 3 – 4 pm

31 BI 3.10

SGD

PY10.2.1 functions and properties

of synapse, reflex, receptors

PY10.2.2

PY10.2.3(IL)

Synapse

AN 14.1

AN 14.3 lower end of femur & upper end

of tibia

AN 16.6 the boundaries, roof, floor, contents

and relations of popliteal fossa 31

AN71.2 microscope & describe various types

and structure- function

correlation of the same

PY 2.11.4-TLC PY3.18.6

11.4 (Urine Analysis) 32 Py10.2.4

Properties of synapse

BI3.10

SGD

AN 80.1

functions & fate of-chorion: amnion; yolk sac; allantois & decidua AN 80.2 formation & structure of umbilical

cord AN 80.7 umbilical cord attachments

32

33 PY2.9.5 SDL

Blood

grouping,Transfusion

AN 14.2

AN 18.4 membrane, ligaments,

relations, movements and muscles involved, blood and nerve supply, bursae around the knee joint

,AN18.5 ocking and unlocking of

the knee joint AN18.6, injuries with its applied

anatomy

AN18.7 anatomical basis of

Osteoarthritis

AN 14.1

AN 14.2

AN 17.1

33

34 PY2- BI3.10

SGD

AN80.3, oetomaternal

circulation & placental barrier

80.5 placental hormones

in uterine growth & parturition

AN 14.2,

18.1 nerve

supply and actions

AETCOM MODULE

1.4

Large group

discussion


19

81.1,81.2,81.3

35 BI 1.4.1

AN 19.3 Peripheral heart”

,19.4 rupture of calcaneal tendon

Dissn: Dorsum of foot, extensor

retinaculum.

PY-ECE-PRACTICAL-

1

Blood Bank visit(2hrs)

36 AN1.2 bone and bone

marrow

,2.1, blood and nerve supply

of a long bone

71.1 structure-function

correlation of the same Bone(IL)

PY-ECE-PRACTICAL-1

Blood Bank visit-Reflections 1hr

CM AETCOM MODULE

1.5

Large group

discussion


20

Date

8 – 9 am 9 – 10 am 10 – 11

am

11 –

12 pm

12 – 1

pm

1-2 pm 2 – 3 pm 3 – 4 pm

37 BI1.4.2

Lipids(IL)

PY6.1 anatomy of

respiratory tract

Dissn: Lateral compartment

of leg &

Peroneal retinaculum.

AN71.1

PY-RevisionRBC,TLC

PY3.18.7,3.18.8

BI-11.4 estimate and determine normal

and abnormal constituents

38 10.2.5 relations and branches

of axillary artery & tributaries of vein

BI4.3, metabolism &

associated disorders.

4.4(IL) functions of

lipoproteins, their functions,

AN 77.6 motherhood, social

significance of “sex-ratio”. AN 80.4 twinning in

monozygotic & dizygotic twins

39 PY6.2.1, airway resistance,

ventilation, V/P ratio, diffusion capacity of lungs

Py6.2.2

Py6.2.3

Mechanics(IL)

PY10.2.6

Neurotransmitters

Dissn of flexor retinaculum

of foot

40 PY.6.2.4

Surfactant(IL)

BI4.5 associated with

metabolism of lipids

BI4.7 associated with

metabolism of lipids

AN 14.2

AETCOM MODULE 1.6


41 BI4.6 prostaglandins and

inhibitors of eicosanoid synthesis.

AN 14.2 AN

14.1

Dissn: Sole of

foot 1st layer

PY6.2.5 compliance, airway

resistance, ventilation, V/P ratio, diffusion capacity of lungs

PY-SDL

Autonomic

system

42 AN3.1, tissue according to

structure & action

3.2 skeletal muscle and

differentiate between tendons and aponeuroses with examples AN67.1 muscle under the

microscope

67.2, AN67.3 ultrastructure of

muscular tissue

PY 6.2.6,

PY6.2.7

Compliance, Work of

breathing

Cm Sports&Extracaricular activities(2 Hrs)


21

Date

8 – 9 am 9 – 10 am 10 – 11 am 11 – 12 pm 12 – 1 pm 1-2 pm 2 – 3 pm 3 – 4 pm

43 BI4.5

BI4.7-SGD

PY6.2.8,PY6.2.9(IL)

Diffusion,Ventilation

AN 19.5, importance arches of the foot with its importance 19.6

Dissn: Sole of foot2nd layer

AN67.1,67.2,67.3

PY2.12.1 Hematocrit.

PY2.12.3-Hematocrit

PY-Revision on Exp PY

Practicals

BI

44 PY6.2.8

V/P ratio(SDL)

BI4.5

BI4.7-SGD

Dissn: Sole of foot 3rd layer

45 PY6.3.1 Oxygen

and Carbon dioxide

.6.3.2,

PY6.3.3

Respiratory

membrane(IL)

PY 5.1 chambers,

sounds; and Pacemaker tissue and conducting

system.Introduction

CVS

AN 20.3

AN 20.10

evelopment of lower limb

Dissn: Sole of foot 4th layer

46 PY5.1.3

Conducting system

of heart(IL)

BI4.5

BI4.7-SGD

AN 20.1 muscles involved, blood

and nerve supply of tibiofibular and ankle joint

,20.2 transverse tarsal joints

47 BI4.5

BI4.7-SGD

AN20.6,20.7,

20.8,20.9

AN20.6,20.7,

20.8,20.9

PY6.3.4 to

6.3.7

ODC(IL)

PY4.1

PY4.6

GIT

48 AN7.1, peripheral &

autonomic nervous systems

7.2, tissue and their

functions

7.3, neurites, size &

function

7.4, typical spinal

nerve 7.6, innervation of a

muscle with its applied

PY6.3.8 ,6.3.9

CO2 transport(IL)

43.3 cochlea- organ of corti,

pineal,

68.1 multipolar & unipolar

neuron, ganglia, peripheral

nerve,

68.2, structure-function

correlation of neuron 68.3 ultrastructure of nervous

tissue


22

Date

8 – 9 am 9 – 10 am 10 – 11 am 11 – 12 pm 12 – 1 pm 1-2 pm 2 – 3 pm 3 – 4 pm

49 BI5.1

organization of proteins.

PY4.2.1 pancreatic, intestinal juices and bile to 4.1.5

digestive system

Seminar AN AN AN7.1, 7.2, 7.3, 7.4, 7.6,

43.3,68.1,68.2,68.3

Nerve(L)

PY2.11.5Blood indices&

PY2.12.2-Osmotic fragility

PY-FORMATIVE

ASSESSMENT-

Experimental physiology

BI -11.4 (Urine Analysis)

50 PY5.2

Properties of

cardiac

muscle(IL)

BI5.2(IL) hemoglobin and selected

Upper limb osteology revision

51 PY6.5.1

Artificial

respiration(IL)

PY4.2.6 to

4.2.10

Stomach

Upper limb gross revision

52 PY5.4

Spread of

cardiac

impulse(IL)

BI5.3

absorption of dietary proteins.

Lower limb osteology revision

53 BI5.4 protein

metabolism. Bi5.5

metabolism of proteins.

BI 11.22

globulin (AG)

lower limb gross revision PY6.5.2

Oxygen,Toxicity

PY4.2.11

to4.2.13

Regulation of

GJ Secn

54 AN68.1.2

Ganglia

PY4.9.1

to4.9.3

Peptic ulcer

Sports&Extracurricular activities


23

Date

8 – 9 am 9 – 10 am 10 – 11 am 11 – 12 pm 12 – 1

pm

1-

2

pm

2 – 3 pm 3 – 4 pm

BI5.4

BI5.5

BI11.2 estimation of

pH

PY6.6.4

periodic breathing PY6.5.3

acclimatization PY6.5.4

SL-Venepuncture

ECE : Mammary gland AN68.1.2

PY-Revision Hematology

experiments

PYRevision experimental

physiology

BI- 11.7 (Estimation of

creatinine) 56 PY5.3.1 cardiac

cycle PY5.3.2

PY5.3.3

Cardiac cycle

BI5.4

BI5.5

BI11.22

VI: peripheral nerve

injury

ECE : Shoulder joint

57 PY6.6.1

PY6.6.2

Dysponoea,Hypoxia

PY4.2.1

PY4.2.2

Pancreas(IL)

SL-Venesection ECE : knee joint arthritis/replacement

58 PY 5.3.4

Py5.3.7

JVP,Pulse

BI 5.4.

BI5.5

BI11.2

SGD

ECE : varicose veins

59 BI 5.4.

BI5.5

BI11.2

SGD

VI: Varicose

veins

Formative assessment PY6.6.3

Py6.6.4

Cyanosis,

Periodic

breathing

PY4.2.22

PY4.2.26

I ntestinalsecn

60 AN 69.1 blood

vessels, capillaries

under the,69.2,69.3,

blood vessels, 5.1 2

3

PY4.2.27

PY4.2.30

Large

intestinal

secn


24

DAY FIRST SESSIONAL EXAMINATION TIME 9.30 AM to 12.30 PM

61 ANATOMY

62

63 PHYSIOLOGY

64

65 BIOCHEMISTRY

66 AETCOM module 1.6

Date

8 – 9 am 9 – 10 am 10 – 11 am 11 – 12 pm 12 – 1 pm 1-2

pm

2 – 3 pm 3 – 4 pm

67 BI3

SGD

events occurring during the cardiac

cyclePY5.3.5

Describe abnormal ECG5.3.6

Heart sounds

salient features of

sternumAN 21.1 Dissn: Introduction to thorax

Walls of thorax

L

Practical exam-1 sessional

AN

PY

PY

BI -11.8 (Serum Protein)

68 structure and functions of liver and gall bladder

PY4.7

main classes of lipids BI4

SGD

boundaries of thoracic inlet

AN21.3, demonstrate extent,

attachments21.4, origin, course,

relations21.5, Mention origin, course and branches/

tributaries21.6, Describe & demonstrate mechanics and types of

respiration21.9

Identify and describe the salient

features of sternumAN21.1, describe the features of 2nd, 11th

and 12th ribs21.2, demonstrate

the boundaries of thoracic inlet,

cavity and outlet21.3Describe &

demonstrate extent,

attachments,21.4, Describe & demonstrate origin, course, relations and

branches21.5, Mention origin,

course and branches/ tributaries

of21.6Mention the origin, course,

relations and branches of,21.7

U

69 the composition, mechanism of

events occurring during the cardiac

cyclePY5.3.6 Identify and describe the salient features of

Mention the blood supply, lymphatic drainage and nerve

supply of pleuraAN 24.1,

N


25

secretion

PY4.2.31

4.2.34

sternumAN 21.1, Identify & describe the features of 2nd, 11th and 12th

ribs21.2

Identify side, external features

and relations of structures 24.2

70 PY

ENDOCRINE

functions of the kidney, liver,

thyroid and adrenal glandsBI6.1 Mention the blood supply, lymphatic drainage and

nerve supply AN

24.1, development of pleura, lung &

heart 25.2

blood supply, lymphatic drainage

and nerve supply of lungsAN

24.5, bronchopulmonary

segment24.3.

C

71 functions of the kidney, liver, thyroid and adrenal

glandsBI6.1

side, external features and relations of structures which form root of lung & bronchial tree and their clinical

correlateAN24.2bronchopulmonary

segment,24.3, blood supply,

lymphatic drainage and nerve

supply of lungs24.5, development

of pleura, lung & heart 25.2

boundaries and contents of the superior, anterior, middle and

posterior mediastinumAN 21.11, phrenic nerve &

describe its formation & distribution24.4

H GIT movements, regulation and functions. Describe defecation reflex. Explain role of dietary

fibrePY4.3.6

the events occurring during the cardiac

cyclePY5.3.6

72 exocrine gland under the microscope & distinguish between serous, mucous and mixed acini

AN70.1, lymphoid tissue under the microscope

70.2, microanatomy of pituitary gland

functional Anatomy of heart

includingPY5.1 TO physiology of

electrocardiogram5.5.5

CM 5.1


26

DAY 8-9 AM 9-10 AM 3 HOUR 11-12 pm

Dissection

5 HOUR

Dissection

2- 3 PM

Practical

3-4 PM

Practical

73 discuss the metabolic

processesBI6.2

GIT movements, regulation and

functionsPY4.3generation, conduction of cardiac

impulse.5,4different types of muscle fibres and

their structure.3.7

demonstrate subdivisions, sinuses in

pericardiumAN 22.1 AN

PY

PY

BI SDL

74 GIT movements, regulation and

functionsPY4.3.8

metabolic processes in which

nucleotidesBI 6.2

Describe & demonstrate subdivisions, sinuses in

pericardiumAN 22.1

Describe & demonstrate origin, course and branches of coronary

arteriesAN22.3, demonstrate the

formation, course, tributaries and

termination of coronary sinus 22.5

75 PY5.5.6

INTEGRATED ECG

AN22.3,22.4,

22.5

demonstrate external and internal features of each

chamber of heartAN 22.2

76 differentiate the mechanism of action of

steroidPY8.6.1

PY 8.6.2

common disorders associated with

nucleotideBI1.6.3

and discuss functions of

proteins and structureAN

5.2, demonstrate external

and internal features 22.2

Demonstrate external and internal

features AN 22.2

77 laboratory results of analytes associated with

goutBI6.3,BI6.4

external and internal features of each

chamberAN22.2, fibrous skeleton of

heart22.6,conducting

system22.7

boundaries and contents of the superior, anterior, middle andAN 21.11,

demonstrate origin, course, relations, tributaries23.3, extent, branches

and relations of arch of aorta &

descending thoracic aorta23.4

PY ECE

How to read an ECG

78 exocrine gland under the

microscopeAN

70.1, lymphoid

tissue 70.2

LT II

differentiate the mechanism of action of steroid, protein and amine

hormonesPY8.6.3

CM4 CM4.1

SDL

SPORTS

ECA

Time – table for the month of December, January and February 2019

27

DAY 8-9 AM 9-10 AM 3 HOUR 11-12 pm

Dissection

5 HOUR

Dissection

2- 3 PM

Practical

3-4 PM

Practical

79 common disorders associated with

nucleotideBI6.3, laboratory results of analytes associated with

gout6.4

SGD

discuss haemodynamics of circulatory

systemPY5.7.1

5.7.3

splanchnic nervesAN 23.6, extent, relations and applied anatomy of lymphatic

duct23.7

boundaries and contents of the superior, anterior, middle and

posterior mediastinumAN

21.11, demonstrate the

external appearance, relations, blood supply, nerve supply,lymphatic drainage and applied anatomy of

oesophagus23.1enumerate

its applied anatomy,23.2

AN

PY2.11.6 DLC

PY3.18.11,3.18.12

BI -11.8 (Serum Albumin)

80 differentiate the mechanism of action of steroid, protein and amine

hormonPY8.6.4

common disorders associated with

nucleotidBI6.3laboratory

results of analytes associated with gout &

Lesch,6.4

SGD

boundaries and contents of the superior, anterior, middle and posterior

mediastinumAN

21.11

AN 21.11,23.3,23.4,23.5,23.6

81 physiology of digestion and absorption of

nutrientsPY4.4

SGD

PY4.4

SGD

development of pleura, lung &

heartAN 25.2, Describe embryological

basis of:25.4

AN 21.8

82 PY8.2.1 BI6.3

6.4

AN 25.3 Revision

83 BI6.5 AN 25.6,25.5 AN25.7,25.8,

25.9

AN 25.7,25.8,25.9

PY5.7.4

PY5.7.5-SDL

84 AN

72.1,4.2(SKIN)

CM1.9 (PRACCTICALS)


28

DAY 8-9 AM 9-10 AM 3 HOUR 11-12 pm

Dissection

5 HOUR

Dissection

2- 3 PM

Practical

3-4 PM

Practical

85 the biochemical role of vitamins in the

bodyBI6.5

discuss local and systemic

cardiovascularPY5.8

Thorax osteology revision AN

PY2.11.6

PY3.18.14,3.18.15

BI -11.9 ( Total cholesterol

& HDL)

86 PY8.2.2

8.2.3

8.2.4

BI6.5 Thorax gross anatomy revision

87 PY8.2.4 PY5.8 SL:Thoracocentesis ECE: CAD

88 structure and function of

kidneyPY7.1.1

7.3

BI6.5 SL:

Pericardiocentesis

ECE: Foreign Body/

Bronchoscopy

89 biochemical processes involved in generation of

energyBI6.6

VI:

CARDIOLOGY

Formative assessment thorax PY8.2

Post pituitary

90 AN-Mammary

gland,placenta,

umbilical cord

histology

discuss local and systemic cardiovascular

regulatoryPY5.8

CM11.10PracticalS DOAP –ROLE PLAY


29

DAY 8-9 AM 9-10 AM 3 HOUR 11-12 pm

Dissection

12 - 1 pm

Dissection

2- 3 PM

Practical

3-4 PM

Practical

91 biochemical role of vitamins in the body

andBI6.5

6.6SDL

factors affecting heart

rate,PY5.9.1

Diss: 44.1,44.2,44.6 AN-Mammary gland,placenta,

umbilical cord histology

PY REVISION -DLC

PY REVISION-Cardiac experiments

BI -11.9 (Total cholesterol & HDL) 92 PY8.2.5 BI6.5

6.6 SDL

demonstrate the

PlanesAN

44.1,44.2

44.6,44.7

formation of rectus sheath and its contentsAN

44.3

93 PY8.2.5

AN 44.3 AN 44.4,44.5

94 PY7.1.4,

PY 7.1.7

BI6.5

6.6 SDL

AN

44.4,44.5

AN 45.1,45.2,45.3

95 BI6.5

6.6

Thoracolumbar

fasciaAN 45.1 AN 46.1,46.2,46.3

PY

GIT TEST PAPER

96 AN43.2

(Endocrine I)

PY5.9.1


30

DAY 8-9 AM 9-10 AM 3 HOUR 11-12 pm

Dissection

12 - 1 pm

Dissection

2- 3 PM

Practical

3-4 PM

Practical

97 Describe the processes involved in maintenance of normal

pHBI6.7,6.8

PY8.2.7 demonstrate coverings, internal structure, side

determinationAN

46.1,46.4

identify boundaries and recesses of Lesser &

GreaterAN 47.1, 47.2

AN43.2

(Endocrine I)

PY-Examination –Frogs

cardiac experiments

PY-spirometry

BI -11.10 ( Estimation of

Triglycerides)

98 PY5.9.2 BI 6.7

6.8

AN 47.1, 47.2 AN 47.1, 47.2

99 structure and functions of juxta glomerular

apparatusPY7.2

PY5.9.2 AN47.1,47.2,

47.3,47.4

AN 47.5,47.6,47.9

100 PY7.2 BI6.7,

6.8

AN 47.5

101 functions of various minerals in the

bodyBI6.9

6.10

Describe & demonstrate major viscera of abdomen under

followingAN

47.5,47.6

AN 47.5 PY8.1

Ca metabolism-SDL

102 draw and label a slide of trachea and

lungAN25.1

(Trachea&

lung)

PY8.2.6 CM2.2 PRACCTIALS -DOAP


31

DAY 8-9 AM 9-10 AM 3 HOUR 11-12 pm

Dissection

12 - 1 pm

Dissection

2- 3 PM

Practical

3-4 PM

Practical

103 the functions of various minerals in

the bodyBI6.9

6.10

Describe the factors affecting heart rate, regulation of cardiac output & blood

pressurePY5.9.2

AN 47.5, 47.6 AN25.1

(trachea & lung )

PY SGD-CONDUCTING

SYSTEM OF HEART

PY CLINICAL-GENERAL

EXAMINATION

BI -11.11 (Estimation of

Calcium and Phosphorus)

CAL E104 PY8.2.6 BI6.9

6.10

Describe the factors affecting heart rate, regulation of cardiac output & blood

pressureAN

47.5

AN 47.5

105 mechanism of urine formation involving

processesPY7.3.1

7.3.3

discuss regional circulation including

microcirculationPY5.10.1

AN 47.5,47.8,47.10,47.11

106 Describe the synthesis, secretion, transport, physiological actions, regulation and effect of

alteredPY8.2.6

B I 6.9

6.10

AN5.5, 47.8,

47.10,47.11

AN 47.5,47.6

107 BI 6.9

6.10

AN 47.5,47.6 AN 47.5,47.6 PY8.3

108 AN 43.2

(SALIVARY

GLANDS)

PY5.10.2 CM2.2-ANALYSIS &INTERPRETATION DOAP


32

DAY 8-9 AM 9-10 AM 3 HOUR 11-12 pm

Dissection

12 - 1 pm

Dissection

2- 3 PM

Practical

3-4 PM

Practical

109 Describe the functions of various minerals in the body, their metabolism and

homeostasisBI 6.9

6.10

SDL

physiology of Thymus & Pineal

GlandPY8.3

& demonstrate major viscera of abdomen under

followiAN

47.5,

47.6,47.7

AN 47.5,47.6

AN 43.2 (SALIVARY

GLANDS)

PY5.12 BP RECORDING

PY SGD-8.6.3

MECHANISM OF ACTION

OF HORMONES

BI -11.12 (Serum Bilirubin) 110 Describe & discuss regional circulation including microcirculation, lymphatic circulation, coronary, cerebral, capillary, skin, foetal, pulmonary and splanchnic

circulationPY5.10.3

5.10.5

BI6.9

6.19

SDL

AN 47.5,

47.6

AN 47.13, 47.14.

111 PY-SGD

DIABETIS MELLITUS

AN 47.13,

47.14,

52.5

AN 47.12

112 PY 7.3.4

7.3.5

BI6.11 Seminar I

113 BI 6.11 VI:Gastroenterology Seminar II PY5.10 SGD

Coronary circulation

114 AN52.1,43.2

Tongue &

esophagus

PY5.11.1

SHOCK

DAY 8-9 AM 9-10 AM 3 HOUR 11-12 pm 12 - 1 pm 2- 3 PM 3-4 PM


33

Dissection Dissection Practical Practical

115 Describe the functions of haem in the body and describe the processes

involvedBI6.11

PY8.5 SL:

Catheterisation

Abdomen osteology revision

AN52.1,43.2

Tongue & esophagus

PY5.12-BP RECORDING

PY-SGD-5.8

BI -11.13 (SGOT & SGPT)

116 PY7.3.7

7.3.8

Describe the major types of haemoglobin and its derivatives found in the body and their physiological/ pathological

relevanceBI6.12

Abdomen gross anatomy revision

117 PY-ECE- PRACTICAL

VISIT TO DIABETIC CLINIC

VI: SURGERY ECE: Inguinal hernia

118 PY5.11.1 BI6.11

6.12

ECE: APPENDICITIS

119 BI 6.11

6.12

FORMATIVE ASSESSMENT PY- formative assessment

Endocrine system test paper

120 Describe & identify the microanatomical features of Gastro-intestinal

system:AN

52.1

(stomach)

Describe the mechanism of urine formation involving processes of filtration, tubular reabsorption & secretion; concentration and

dilutingSPY7.3.6

DAY 8-9 AM 9-10 AM 3 HOUR 11-12 pm 12 - 1 pm 2- 3 PM 3-4 PM


34

Dissection Dissection PRACTICAL Practical

121 functions of

haem BI6.11 types of haemoglobin

6.12

urine formation

PY7.3.9 bones of abdominopelvic

region AN 53.4

AN 49.5,49.2,49.1,49.3,49.4 AN 52.1

stomach

PY-

PY-REVISION

GENERALEXAMINATION

&BP RECORDING

122 patho-physiology of shock

PY5.11.2

functions of haem

BI6.11 major types of

haemoglobin 6.12

bony pelvis

AN53.2,53.3 Perineal membrane AN 49.3,49.4

123 complications and evaluation of

Obstructive PY7.3.9

CONTER CURRENT

MECHANISM(SGD)

demonstrate boundaries,

contentAN 49.4 anatomical basis of Perineal

tear,49.5

muscles of Pelvic diaphragmAN 48.1

124 organization of

nervousPY10.1 Kidney BI6.13

6.14

6.15

superficial &

deep perinealAN

49.1

superficial & deep perinealAN 48.1

125 BI6.13

6.14

6.15

Important male &

female pelvic AN

48.2, Suprapubic cystosto

48.5 neurological

basis of Automatic

bladder,48.6

AN 48.2,48.5,48.6 PY5.11.1

HYPOVOLEMIC SHOCK

SGD

126 Gastro-intestinal

system:AN52.1

(small

intestine)

PY5.11.2

SHOCK

SGD

DAY 8-9 AM 9-10 AM 3 HOUR 11-12 pm

Dissection

12 - 1 pm

Dissection

2- 3 PM

Practical

3-4 PM

Practical


35

127 BI 6.13

6.14

6.15(IL)

PY10.2.1 important male & female pelvic viscera AN 48.2,

anatomical basis of suprapubic cystost AN 48.5

L

AN52.1

(small intestine)

PY6.9-RESPIRATORY

SYSTEM EXAMINATION

PY-SGD

BI -11.14 (ALP)

128 discuss the significance

PY7.4

BI I 6.13

6.14

6.15(SDL)

AN 48.2,48.5 U

129 PY10.2.1

SGD

AN 48.2,48.5 N

130 renal regulation of

fluid PY7.5.1

BI I 6.13

6.14

6.15(SDL)

AN 48.2,48.5,48.8 C

131 BI I 6.13

6.14

6.15(SDL)

VI:Obstetrics&

Gynaecology

AN 48.2,48.5 structures palpable,48.8 H PY7.5.2

7.5.4

ACID BASE BALANCE

132 AN52.1(large

intestine&

appendix)

PY10.2.4 SPORTS


36

DAY 8-9 AM 9-10 AM 3 HOUR 11-12 pm

Dissection

12 - 1 pm

Dissection

2- 3 PM

Practical

3-4 PM

Practical

133 BI I 6.13

6.14

6.15(SDL)

innervations of urinary bladder

PY7.6.1

7.6.3

AN48.2,

48.5,48.8

AN 48.2,48.5,48.8

L

AN52.1(large intestine&

appendix)

PY -SGD

PY-Revision on general

examination& Respiratory

system examination

BI -11.16 ( Separation

Techniques)

134 PY7.6.4

7.6.5 branches of sacral

plexus7.9

functions of DNA and RNA

BI7.1

AN

48.2,48.5,

48.8, basis of

Perineal tear

49.5

internal iliac artery AN 48.3

branches of sacral plexus,48.4

U

135 PY 10.2.6

SGD

important male & female pelvic

visceraAN

48.2

AN 48.3,48.4 N

136 PY10.2.7

10.2.9

structure and functions of DNA and RNA

BI17.1

development of Urinary

system AN

52.7

AN 48.3,48.4, demonstrate the

type, articular ends50.2

C

137 BI17.1 AN 54.1,54.2,

54.3, surface

marking of;

Regions55.1, surface projections of:

Stomach 55.2

REVISION H -PY Formative assessment

Test paper CVS

138 AN52.1

(Liver & GB)

functions and properties of synapse

PY10.2.7


37

DAY 8-9 AM 9-10 AM 3 HOUR 11-12 pm

Dissection

12 - 1 pm

Dissection

2- 3 PM

Practical

3-4 PM

Practical

139 BI1.72 artificial

kidney,PY7.7 important male & female pelvic

visceraAN

48.2, anatomical basis of

suprapubic48.7

AN 53.1

REVISION

L

AN52.1

(Liver & GB)

PY6.8 SPIROMETRY

PYSGD10.2.

BI -11.16 ( Separation

Techniques) 140 Renal Function

TestsPY7.8 processes involved in

replicationBI7.2

microanatomical

featuresAN

52.8

SEMINAR U

141 the functions and properties of

synapsePY10.2.10

AN 52.8 SEMINAR N

142 clinical examination of the nervous

systemPY10.2.11

10.2.12

involved in replication & repair of

DNABI7.2

muscles of Pelvic

diaphragmAN

48.1

SEMINAR C

143 replication & repair of

DNABI7.2

REVISION H AETCOM MODULE 1.2

144 AN52.1

(Endocrine II)

“WHAT DOES IT MEAN TO BE A PATIENT”


38

DAY 8-9 AM 9-10 AM 3 HOUR 11-12 pm

Dissection

12 - 1 pm

Dissection

2- 3 PM

Practical

3-4 PM

Practical

145 replication & repair

of DNABI7.2 functions and properties of

synapsePY10.2

cross-section at

the levelAN 51.1

midsagittal section of male and female

pelvis,51.2

AN 51.1 AN52.1

(Endocrine II)

PY7.8 SGD-RENAL FUNCTION

TESTS

PY-FORMATIVE ASSESSMENT

GENERAL EXAMINATIONS&

RESPIRATORY SYSTEM

BI -11.20 (Abnormal constituents of

Urine)

146 discuss somatic

sensationsPY10.3.1

10.3.2

replication & repair of DNA

andBI7.2

curvatures of the

vertebralAN50.1, curvatures of the

vertebral50.3, anatomical basis

of Scoliosis50.4

AN 51.1

147 PY10.3.3

10.3.4

development and congenital

anomaliesAN

52.6

midsagittal sectionAN 51.2

148 PY10.3.4 gene mutations and basic

mechanismBI7.3

development and congenital

anomaliesAN

52.6

midsagittal section of male and

femaleAN 51.2

149 applications of molecular

technologiesBI7.4

FORMATIVE ASSESSMENT PY PY

150 AN52.2(URINARY

SYSTEM)

PY10.3.5


39

Date

8 – 9 am 9 – 10 am 10 – 11 am 11 – 12

pm

12 – 1

pm

1-2

pm

2 – 3 pm 3 – 4 pm

151 structure of

chromosomesAN73.1

technique of

karyotyping,73.2,

Lyon's hypothesis73.3

applications of molecular

technologiesBI7.4

AN52.2(URINARY SYSTEM)

PY-EXAMINATION OF

CARDIOVASCULAR SYSTEM

PY-10.2.7&10.2.8

BI -11.21 (Estimation oif Glucose)

Introduction to head & neck muscles of facial

expressionAN28.1, sensory

innervation28.2demonstrate

origin /formation,28.3, branches of facial

nerve28.4cervical lymph

nodes,28.5superficial muscles of

face,28.6

discuss somatic

sensationsPY10.3.7

10.3.8

modes of inheritance charts for the various

typesAN74.1,74.2, multifactorial

inheritance74.3, genetic

basis & clinical

features74.4

discuss somatic

sensationsPY10.3.7

10.3.8

layers of scalp, itsAN 27.1, emissary

veins with27.2

153 processes involved in

replicationBI7.2gene

mutations and,7.3 applications of molecular

tech7.4

SGD

PY Introduction

Reproductive

system

anatomical position of skullAN26.1,

features of norma frontalis26.2

154 discuss somatic

sensationsPY10.3.9 BI7.2,7.3

7.4

features of norma frontalis,AN 26.2 demonstrate the parts,

boAN28.9,2 8.10

155 layers of scalp,AN27.1, emissary veins with its

role27.2

Replication BI7.2, gene mutations

and7.3 applications of

molecular7.4

somatic sensations

PY10.3.10

discuss sex

determinationPY9.1.1

to

9.1.4

156 BI7.2,7.3

7.4

AN52.2

(MRS I)

PY10.3.8

SGD

AETCOM MODULE 1.1



40

DAY 8-9 AM 9-10 AM 10-11 am

Practical

11-12 pm

Practical

1 - 2 pm

Dissection

6HOUR

Dissection

7HOUR

Dissection

157 structural and

numericalAN75.1, terms

mosaic75.2genetic

basis & clinical,75.3

role of xenobiotics

in diseaseBI 7.5 AN52.2(MRS I)

PY-REVISION

EXAMINATION OF

CARDIOVASCULAR

SYSTEM

PY10.3.1&10.3.2

BI -11.21 (Estimation of

Urea)

components of lacrimal apparatusAN 31.4,

158 Describe and discuss

motor tractsPY10.4.1 components of lacrimal

apparatusAN31.4

ternocleidomastoidAN 29.1, anatomical basis of

Erb’s & Klumpke’s29.2anatomical basis of wry

neck,29.3, Describe & demonstrate attachments

of29.4

159 anti-oxidant defence

systemsBI7.6 Describe and discuss

puberty:PY9.2.1

to 9.2.5

AN 29.1,29.2,29.3,29.4

160 Describe and discuss

motor tractsPY10.4.2

10.4.3

10.4.8

Describe the structure and functions of

DNABI7.1, organization of nervous

system10.1 functions and properties of

synapse10.2, discuss somatic

sensations10.3

AN29.1,29.2,

29.3,29.4

contents of the vertebral

canalAN 42.1, demonstrate the

boundaries and contents42.2, Describe the position, direction

of fibres42.3

161 genetic basis of

variationAN75.4,74.5 role of oxidative stress in the

pathogenesisBI7.7

PY10.3 SGD features of norma

frontalis AN 26.2 boundaries and subdivisions of

anterior triangleAN32.1, demonstrate boundaries and

contents32.2

162 role of oxidative

stress BI7.7 AN52.2

(MRS II)

Describe male reproductive

system PY9.3

discuss motor

tracts PY

10.4.5, discuss the organization

SPORTS

Time – table for the month of March, April and May 2019

41

DAY 8-9 AM 9-10 AM 3HOUR

PRACTICAL

4HOUR

PRACTICAL

5HOUR

DISSECTION

6HOUR

DISSECTION

7HOUR

DISSECTION

163 modifications of deep

fasciaAN 4.4, modifications of deep

cervical35.1, fascial

spaces of neck35.10

role of oxidative stresBI7.7

SGD

microanatomical features

of:AN52.2

(MRS II)

features of norma

frontalisAN26.2

boundaries and subdivisions of anterior

triangleAN32.1demonstrate boundaries and

contents of muscular,32.2

164 Describe and discuss motor tracts,

mechanismPY10.4.6

ECE:THYROID

SWELLING

features of norma

frontalis,AN26.2

identify major foramina withAN30.2Describe

& identify dural folds,30.3, clinical

importance of dural venous30.4

165 the role of oxidative stress in

theBI7.7SGD

Describe female reproductive

systemPY9.4

Describe cranial

cavityAN26.3 Describe the cranial fossaeAN30.1

166 Describe and discuss motor

tractsPY10.4.5

BI7.7 SGD AN26.3 AN 31.1,31.2,31.3,31.5

167 Describe & identify

duralAN30.3, Describe clinical importance of dural

venous sinuses30.4, various layers of meninges with

its56.1, circulation of

CSF with its56.2

BI7.7 SGD discuss structure and functions of

reticularPY10.5

female reproductive

systemPY9.4.5

9.4.6

AN 31.1,31.2,31.3, anatomical basis of oculomotor31.5

168 importance of various dietary

componentsBI8.1 types and causes of

protein8.2

8.3

Features ofUrinary

system:AN52.2

FRS-I

Describe and discuss motor

tractsPY10.4.3

CORTICO SPINAL TRACT


42

DAY SECOND SESSIONAL EXAMINATION -TIME 9.30 AM to 12.30 PM

169 ANATOMY

170

171 PHYSIOLOGY

172

173 BIOCHEMISTRY

174

DAY 8-9 AM 9-10 AM 10-11 am

Practical

11-12 pm

Practical

1 - 2 pm

Dissection

6HOUR 7HOUR

175 identify extra ocular muscles

of eyeballAN

31.1

causes (including dietary habits), effects and

healthBI8.4, nutritional

importance of

commonly8.5 preparation of buffers

and11.2.3

SECOND SESSIONAL

EXAMINATION ON

AN

PY

BI – Revision Practical

SEMINAR

176 discuss Spinal

cordPY10.6 demonstrate

locationAN35.2clinical

features of Thyroid

swellings,35.8development

and developmental basis

of c,43.4

features of

mandibleAN26.4 AN35.1,35.2,35.3,35.4,35.5

177 cellular and humoral components of the

immuneBI10.3, discuss innate and adaptive immune

responses10.4 antigens and

concepts10.5

discuss Spinal

cordPY10.6.2 features of typical

and atypical cervical

vertebraeAN26.5the

features of the 7th

cervical

vertebra,26.7

cervical sympathetic

chainAN35.6, course and

branches of IX, X, XI & XII

nerve in the neck35.7, anatomically

relevant35.8clinical features of

compression of

subclavian,35.9, fascial

spaces of neck35.10


43

178 Describe female reproductive

systemPY9.4.5

9.4.7

the cellular and humoral

componentsBI BI10.3, innate and adaptive

immune10.4 antigens and concepts

involved10.5

anatomical position

of skullAN26.1 AN35.6,35.7,35.8,35.9,35.10

179 Testing of muscles of facial

expressionAN

43.5

BI BI10.3,10.4

10.5

PY- VIVA

EXAMINATIONS

AN26.1 demonstrate extent,AN 33.1, Describe & demonstrate

attachments33.2

180 BI

BI10.3,10.4

10.

AETCOM MODULE1.3 the doctor relationship

DAY 8-9 AM 9-10 AM 10-11 am

Practical

11-12 pm

Practical

1 - 2 pm

Dissection

6HOUR 7HOUR

181 demonstrate articulating

surfaceAN33.3dislocation

of temporomandibular

joint,33.5, surgical importance of

deep facial vein28.8

commonly used laboratory

apparatusBI11.1 preparation of

buffers11.2 chemical components of

normal urine11.3

Urinary systemAN52.2

FRS-I

PY-VIVA

PY-HIGHER FUNCTIONS&

SENSORY SYSTEM

BI- Revision Practicals

L anatomical position of

skullAN 26.1

demonstrate articulating

surfaceAN33.3, clinical

significance of pterygoid

venous33.4, features of

dislocation of

temporomandibular33.5

182 discuss functions of

cerebral cortexPY10.7.2

10.7.3

Testing of muscles of facial

expressionAN

43.5

U AN26.1 demonstrate the

morphologyAN34.1, basis of

formation of submandibular

stones34.2

183 commonly used

laboratory apparatusBI

11.1

preparation of buffers11.2 chemical components of

normal urine11.3

discuss the physiological effects of sex

hormonesPY9.5

N AN26.1 AN34.1,34.2


44

184 discuss functions of

cerebral cortexPY10.7.4

10.7.5

screening of

urineBI 11.5 principles of

colorimetry 11.6

C composition of soft palateAN36.1, functions of

Waldeyer’s lymphatic36.2, clinical significance

of pyriform fossa36.3

185 demonstrate the

morphologyAN34.1, formation of submandibular

stones34.2

screening of

urine forBI

11.5 principles of

colorimetry 11.6

discuss functions of cerebral

cortexPY10.7 .2 to 10.7.5

SGD

H anatomical basis of tonsillitisAN36.4, clinical

significance of Killian’s dehiscence36.5

186 screening of urine for

inbornBI11.5

BI11.511.6

microanatomical features of urinary

systemAN52.2

(FRS-II)


cortexPY10.7.6

PY10.7.7 SPORTS

DAY 8-9 AM 9-10 AM 10-11 am

Practical

11-12 pm

Practical

1 - 2 pm

Dissection

6HOUR 7HOUR

187 morphology,

relationsAN36.1, functions of

Waldeyer’s36.2, clinical significance of pyriform

fossa36.3, natomical basis

of tonsillitis36.4, clinical significance of Killian’s

dehiscence36.5

basis and rationale of biochemical

testsBI11.17 to basic principles involved in the functioning of

instruments11.19

AN52.2

(FRS-II)

PY-SEMINAR

PY-10.11.2

MOTOR SYSTEM

BI Revision Practicals

features of nasal septumAN 37.1, functional anatomy

of paranasal sinuses37.2, anatomical basis of sinusitis

& maxillary sinus tumours37.3

188 functions of cerebral

cortexPY10.7.8

features of nasal

septumAN37.1 Describe the morphologyAN 38.1


45

189 basis and rationale of biochemical

testsBI11.17 to basic principles involved in the

functioning11.19


cortexPY10.7.9

Describe the

morphologyAN38.1, anatomical aspects of

laryngitis38.2anatomical

basis of recurrent laryngeal nerve

injury,38.3

demonstrate the

morphologAN39.1

190 contraceptive methods for male and

femalePY9.6.1

processes involved in maintenance of normal

pHBI6.7results of

Arterial Blood Gas, 6.8

demonstrate the

morpholoAN39.1, anatomical basis of hypoglossal nerve

palsy39.2, muscles

producing the movements of atlantooccipital joint &

atlantoaxial joint43.4

blood supply and nerve supply of external

earAN40.1, functional

anatomy of middle ear and

auditory tube240.2

191 AN40.2 BI6.7,6.8 discuss functions of cerebral

cortex,PY10.7.10, correct

clinical examination of the

nervous system10.7.11

demonstrate parts and layers of eyeballAN41.1

192 BI6.7,6.8 microanatomy of

pituitary glandAN43.2

CORNEA,RETINA


cortexPY10.7.8

SGD

DAY 8-9 AM 9-10 AM 10-11 am

Practical

11-12 pm

Practical

1 - 2 pm

Dissection

6HOUR 7HOUR

193 demonstrate parts and layers of

eyeballAN41.1

processes involved in maintenance of

normal pHBI6.7, interpret results of Arterial Blood

Gas (6.8

AN43.2 CORNEA,RETINA

PY SEMINAR

PY REVISION HIGHER

FUNCTIONS,,SENSORY

&MOTOR SYSTEM


demonstrate the movements

with muscles producing the movementsAN

43.1

194 discuss functions of cerebral

cortexPY10.7.12

anomalies of

faceAN43.4 AN43.6,43.7,43.8,43.9


46

10.7.13

195 biochemical role of

vitamins inBI6.5, biochemical processes involved in generation

of energy6.6

Enumerate the contraceptive methods for male and

femalePY9.6.2

REVISION-OSTEOLOGY

196 discuss behavioural and EEG

characteristicsPY10.8.1

biochemical role of vitamins in the

body andBI6.5, biochemical processes involved in

generation of6.6

REVISION- GROSS ANATOMY

197 developmental basis of congenital

anamoliesAN43.4

BI6.5,6.6 Describe female reproductive

systemPY9.4 SGD FORMATIVE ASSESSMENT

198 BI6.5,6.6 microanatomical features of Spinal

cordAN64.1

BRAIN,SPINAL

CORD

chemical transmission in the

nervous systemPY10.10 SGD

DAY 8-9 AM 9-10 AM 10-11 am

Practical

11-12 pm

Practical

1 - 2 pm

Dissection

6HOUR 7HOUR

199 ECE AN functions of haem in the body

andBI6.11

AN64.1:BRAIN,SPINAL

CORD

PY-SEMINAR

PY-FA ON HIGHER

FUNCTIONS,,SENSORY

&MOTOR SYSTEM


INTRODUCTION TO BRAIN &SPINAL

CORD

200 discuss behavioural and

EEGPY10.8.1

ECE AN external features of spinal cordAN57.1, spinal

cord in child &57.2

201 the functions of haem in the

bodyBI6.11

effects of removal of

gonadsPY9.7

distribution of circle of WillisAN 62.6


47

202 discuss behavioural and

EEGPY10.8.2

functions of haem in the

bodyBI6.11

distribution of circle of

willisAN 62.6

external features of medulla

oblongataAN 58.1, transverse

section of medulla

oblongata58.2, cranial nerve

nuclei in medulla58.3

203 external features of spinal

cordAN57.1, extent of spinal

cord in child57.2, transverse section of spinal

cord57.3tracts at

mid thoracic level of spinal cord

,57.4, anatomical

basis of

syringomyelia57.5

BI6.11 PY10.8.2SDG AN58.1,58.2,

58.3anatomical

basis & effects of medial & lateral medullary

syndrome,58.4

external features of

ponsAN59.1, transverse

section of pons59.2, cranial

nerve nuclei in

pons59.3boundaries & features

of IIIrd, IVth lateral ventricles

&,63.1

204 AETCOM MODULE 1.34 ”THE FOUNDATION OF COMMUNICATION””

DAY 8-9 AM 9-10 AM 10-11 am

Practical

11-12 pm

Practical

1 - 2 pm

Dissection

6HOUR 7HOUR

205 external features

of ponsAN59.1, transverse section

of pons59.2, cranial nerve

nuclei in pons59.3

importance of various dietary

componentsBI8.1 types and causes of

protein8.2dietary

advice for optimal

health 8.3

AN

PYSEMINAR

PY10.11.4REFLEXES


components and functions of the lymphatic systemAN60.1

206 discuss functional anatomy of

earPY10.15.1

EAR

features of IIIrd, IVth lateral

ventricle AN63.1, anatomical basis of congenital

hydrocephalus63.2

external & internal features of

cerebellumAN60.1connections

of cerebellar cortex and intracerebellar

nuclei,60.2anatomical basis of

cerebellar dysfunction,60.3

external & internal features

of midbrainAN 61.1internal

features of midbrain,61.2


48

207 importance of various dietary

componentsBI 8.1 types and causes of protein

energy8.2dietary

advice for optimal health in childhood 8.3

functional anatomy of ear

andPY10.15.2

external & internal features of

midbrainAN61.1internal

features of

midbrain,61.2effects of

Benedikt’s and Weber’s

syndrome,61.3

cranial nerve nucleiAN

62.1, demonstrate

surfaces, sulci, gyri,62.2

208 physiology of

pregnancyPY9.8.1 importance of various dietary

componentsBI 8.1 types and causes of protein

energy8.2 Provide

dietary advice for

optimal health8.3

demonstrate surfaces, sulci,

gyri polesAN 62.2 cranial nerve nuclei

withAN62.1demonstrate

surfaces, sulci, gyri,

poles,62.2

209 AN62.2 BI 8.1 8.2 8.3 PY9.8.2

9.8.3

PY10.17.1

EYE

AN 62.3,63.1

210 BI7.7 AN discuss functional anatomy of

earPY10.15.3

discuss pathophysiology

of deafnessPY

10.16

DAY 8-9 AM 9-10 AM 10-11 am

Practical

11-12 pm

Practical

1 - 2 pm

Dissection

6HOUR 7HOUR

211 white matter of

cerebrumAN

62.3

common disorders associated with protein

metabolismBI

5.4 Interpret

laboratory results of

analytes5.5

AN

PYSEMINAR

PYREVISION ON

REFLEXES


parts, boundaries & features of IIIrd, IVth lateral

ventricleAN 63.1


49

212 discuss functional anatomy of

eyPY10.17.2

AN63.1,63.2 AN62.5

213 common disorders associated with protein

metabolismBI

5.4laboratory

results of

analytes 5.5

PY10.17.3 AN62.4

214 Describe and discuss motor

tractsPY5.10.4

BI 5.4 5.5 AN 62.4

215 AN:VISUAL

PATHWAY

BI 5.4 5.5 PY10.17.3 PY10.17.4 SEMINAR

216 results of analytes

associatedBI4.5 laboratory results of analytes

associated4.7

AN PY10.17.5 PY10.17.6

DAY 8-9 AM 9-10 AM 10-11 am

Practical

11-12 pm

Practical

1 - 2 pm

Dissection

6HOUR 7HOUR

217 cranial nerve nuclei

AN62.1

laboratory results of

analytes BI

4.5 laboratory

results of analytes associated with

AN

PYSEMINAR

PY10.11.5 CRANIAL

NERVESI toVI

BI ECE

AETCOM MODULE 1.5 LARGE GROUP DISCUSSION

STUDENTS

REFLECTIONS


50

metabolism

4.7

218 functional anatomy of eye,

phPY10.17.7

anatomical basis of facial nerve palsy

AN28.7

REVISION

219 BI 4.5 4.7 PY10.17.8 VI:NEUROANATOMY AN :Surface &

radiology of brain

220 discuss the physiology of pregnancy

PY9.8.4

to9.8.7

results of blood glucose

level BI 3.10

boundaries, parts, gross

relationAN62.5 REVISION

221 development of neural

tubeAN64.2, various types of open neural

tube64.3

BI 3.10 discuss perception of smell and

taste sensationPY10.13. discuss patho-physiology of

altered smell,PY10.14

FORMATIVE ASSESSMENT PRACTICALS

222 BI 3.10 AN62.4 discuss the physiological basis of lesion in visual path

wayPY10.18

DAY 8-9 AM 9-10 AM 10-11 am

Practical

11-12 pm

Practical

1 - 2 pm

Dissection

6HOUR 7HOUR

223 AN results of blood

glucose levelsBI

3.10

AN

PY10.11.5CRANIAL

NERVESVII to XII

PY

BI – ECE

FORMATIVE ASSESSMENT THEORY

224 auditory & visual evoke

potentialsPY10.19

AN

225 cellular and humoral components of the immune

systemBI10.3

discuss perception of smell and taste

sensationPY1.13.2 discuss patho-physiology of


51

discuss innate and adaptive immune

responses,10.4 antigens and concepts involved in vaccine

development10.5

altered smell

and10.14.2

226 PY cellular and humoral components of the

immune systemBI

10.3innate and

adaptive immune

responses 10.4 antigens and concepts involved in vaccine

development10.5

227 AN BI 10.3 10.4 10.5 PY1011.5REVISION

228 BI 10.3 10.4 10.5 AN PY PY1011.5REVISION

DAY 8-9 AM 9-10 AM 10-11 am

Practical

11-12 pm

Practical

1 - 2 pm

Dissection

6HOUR 7HOUR

229 AN BI SGD THIRD SESSIONAL-

PracticalS

230 PY AN

231 BI SGD PY

232 PY BI SGD

234 AN BI SGD PY

235 BI SGD AN PY

Time – table for the month of June and July 2019

52

DAY THIRD SESSIONAL EXAMINATION THEORY -TIME 9.30 AM to 12.30 PM

236 ANATOMY I

237

238 ANATOMYII

239

240 PHYSIOLOGY I

241 PHYSIOLOGY II

242

243 BIOCHEMISTRY I

244

245 BIOCHEMISTRY II

246

DAY THIRD SESSIONAL EXAMINATION PRACTICAL -TIME 9.30 AM to 4 PM

236 Batch A – anatomy, Batch B – physiology and Batch C- Biochemistry

237 Batch B – anatomy, Batch C – physiology and Batch D- Biochemistry

238 Batch C – anatomy, Batch D – physiology and Batch A- Biochemistry

239 Batch D – anatomy, Batch A – physiology and Batch B- Biochemistry

240

DAY

236 Study leave

237

238

239

240

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