MEENAKSHI ACADEMY OF HIGHER EDUCATION & RESEARCH...

MEENAKSHI ACADEMY OF HIGHER EDUCATION & RESEARCH

MEENAKSHI MEDICAL COLLEGE HOSPITAL & RESEARCH INSTITUTE CBME MBBS-2019 PLANNING

INTRODUCTION CBME-“Competency based medical education provides an effective outcome –based strategy where various domains of teaching including teaching

learning methods and assessment form the framework of competencies”-MCI-2019

The Curriculum Committee members along with Faculty of Medicine, MMCH&RI are working keenly on the steps of implementation of (CBME)-

Curriculum Based Medical Education for MBBS program starting 2019 batch at MMCH&RI affiliated to MAHER (Deemed to be University).

As a preparatory step sensitisation workshops were conducted on “Curriculum, Planning, Implementation and Development” for all senior and

junior faculty of MMCH&RI by MEU members under the leadership of MEU coordinator Dr.Ursula Sampson, Professor & HOD of Biochemistry.

Frequent interactions and small workshops on preparation of Annual Academic Calendars, Weekly Time-Table also were taken up with sample

template.

As a part of effective CBME implements alignment of topics (phase wise), horizontal & vertical integration, identification have been planned and

prepared as follows

I-MODULES identification have been identified and sequenced .(10 modules for I MBBS)

1. MODULE –GENERAL INTRODUCTION

2. BLOOD

3. MUSCULO-SKELETAL SYSTEM

4. ENDOCRINOLOGY

5. RESPIRATORY SYSTEM

6. CARDIOVASCULAR SYSTEM

7. GASTRO-INTESTINAL SYSTEM

8. RENAL SYSTEM

9. CENTRAL NERVOUS SYSTEM

10. REPRODUCTIVE SYSTEM

11. SPECIAL SENSES

* Preparation of SLO

* Alignment and Integration Teaching (Phase Wise Workshop done)

II. Alignment of speciality wise competencies into module based planning as (Anatomy, physiology and biochemistry as major specialities)

III. With detailed preparation of SLOs and expected outcomes horintal integration of phase wise is planned.

IV ECE-Early Clinical Exposure relevant to each module and identification of integrating clinical departments

V. Vertical integration with other specialities (phase II & III)

VI. Incorporating and planning for AETCOM module and Foundation course topics

VII. Planning for assessment of theory & skill wherever necessary.

Other major steps taken at MMCHRI

Identification and allocation of (Module Coordinator) whose responsibilities include

1. Preparation of module based Time-table

2. Compilation of SLOs and skill outcomes on MCI recommended competencies.

3. Coordinating for horizontal and vertical integration.

4. Identification of cases and reports for ECE.

5. Planning and coordination for AETCOM, foundation course and Community medicine and aligning with module based teaching, learning and

assessment.

6. Planning for formative assessment whenever necessary.

The following have been prepared and uploaded for reference-with MAHER Websit

1. Details of curriculum committee members.

2. Introductory report by MEU co ordinator.

3. Foundation course and orientation (details).

4. Module based aligned teaching learning assessment along with allotted foundation course. AETCOM extra curriculur activities and

Community Medicine.

5. Hours distribution for each module.

6. ECE distribution and integrating departments.

7. Weekly time table (master one-to be modified for each module).

8. Annual Academic calendar-including vacation.

9. Feed back forms .

Dr. Ursula Sampson,

Prof & HOD,

MEU Coordinator.


MEENAKSHI MEDICAL COLLEGE HOSPITAL & RESEARCH INSTITUTE Foundation Course Distribution -Recommendation my MCI

Contents Teaching Hours Total Hours

Orientation 35 35 (Enclosed)

Skills Module 35 35

Field Visit to community health center

8 8

Professional Development including ethics

40

Sports and Extracurricular activities

22 22

Enhancement of language/computer skills

40 40

*Field Visit to community health center, Sports and Extracurricular activities are planned with module based Teaching

(Please Refer).

Dr. Ursula Sampson,

Vice-Principal

MEU Coordinator.


MEENAKSHI MEDICAL COLLEGE HOSPITAL & RESEARCH INSTITUTE

ORIENTATION COURSE PROGRAMME

Time Topics

Staff Incharge to Coordinate

Resource Person

1st Day

8.30am-10.30am Introduction to Anatomy Book Suggestions

10.30am-11.00am Break

11.00am-1.00pm Talk by Faculty incharge – Anti Ragging committee

1.00pm-2.00pm Break

2nd Day

8.30am-10.30am Introduction to Medical Terminologies

10.30am -11.00am Break

11.00am-12.00 noon Medical Ethics & Professionalism

12.00am-01.00pm Introduction to Physiology Book Suggestions

02.00pm-3.00pm Universal Precautions and Vaccinations

3.00pm -4.00 pm Introduction to Biochemistry Book Suggestions

3rd Day

8.30am-9.30am Blood as a Lifesaver

9.30am -10.30am Student introduction


11.00am -1.00 Pm Hospital Tour – Medicine and Allied departments (Day-1)

02.00pm-4.00pm Patient Safety & Biomedical Waste Management (Part 1)

4th Day

8.30am-9.30am Extra curricular yoga teaching

9.30am -10.30am Yoga and Physical fitness


11.00am-01.00pm Hospital Tour – Surgery & Allied Departments (Day 2)

02.00pm-4.00pm Orientation to all Para clinical Departments Pharmacology SPM Pathology Microbiology Forensic Medicine

5th Day



11.00am-1.00 pm Introduction to IT & its use in Medicine/ Medical Literature search

1st MBBS Incharge DEAN Dr.Ursula Sampson(Prof & HOD)

02.00pm-3.00pm BLS and First Aid

3.00pm -4.00 pm Career Advancement in Medicine- Future Options & Optimal Time to Prepare Yourself

6th Day


10.30 am-11.00 am Break

11.00am -1.00 pm Learning Medicine Effectively (Tips & Tricks)

HOD

Department of Anatomy

HOD

Department of Biochemistry

HOD

Department of Physiology


MEENAKSHI MEDICAL COLLEGE HOSPITAL & RESEARCH INSTITUTE Module Wise Distribution of Teaching/ Learing/Assisment/ Hours

Module

Anatomy Physiology Biochemistry

Theory SDL/

Seminar Intergraded

Teaching Skills

Theory

SDL/ Seminar

Intergraded Teaching

Skills Theory SDL/

Seminar

Intergraded Teaching

Skills Total

MODULE I - GENERAL INTRODUCTION

7 1 2 8 9 2 2 6 7 2 2 10 58

MODULE II - BLOOD

15 2 2 16 12 2 4 54 6 2 2 14 131

MODULE III - MUSCULO SKELETAL SYSTEM

28 8 10 72 9 2 2 6 4 2 2 10 155

MODULE IV - ENDOCRINOLOGY

7 2 3 9 20 4 4 6 3 2 2 8 70

MODULE V - RESPIRATORY SYSTEM

12 5 3 16 11 2 4 16 3 2 2 8 84

MODULE VI - CARDIOVASCULAR SYSTEM

9 4 5 14 19 2 6 28 7 2 2 14 112

MODULE VII - GASTRO INTESTINAL SYSTEM

28 4 5 56 12 2 6 6 16 6 6 30 177

MODULE VIII - RENAL SYSTEM

9 2 2 16 11 2 4 4 5 2 2 12 71

MODULE IX - CENTRAL NERVOUS SYSTEM & HEAD & NECK

50 6 21 70 27 4 10 32 12 4 4 20 260

MODULE XI - REPRODUCTIVE SYSTEM

15 3 4 20 15 2 5 4 1 2 2 2 75

MODULE X - SPECIAL SENSES

10 3 5 14 13 2 5 12 1 2 2 2 71

TEST 30 27

Total Hours 220 40 62 338 158 26 52 174 65 28 28 130

Grand Total Hours

660 410 251

* Assisment distribution at the end of every Module

Theory -3X3 = 9

Practical-3X6=18

Total: 27 hrs

Dr.Mageshwari Professor & HOD Of Anatomy

Dr.Ursula Sampson Professor & HOD Of Biochemistry

Dr.Neelambikai Curriculum Committee Member- I MBBS

Dr.Ursula Sampson MEU / Curriculum Co-ordinator

Dr.Muthulakshmi

Professor & HOD Of Physiology


MEENAKSHI MEDICAL COLLEGE HOSPITAL & RESEARCH INSTITUTE ACADEMIC LOAD DISTRIBUTION CHART

CBME I MBBS 2019

S.No

Module

THEORY Including SGT

and Integration

PRACTICAL Including

SGT

ECE ASSESSMENT

THEORY

ASSESSMENT SKILLS

COMMUNITY MEDICINE

SDL FOUNDATION PROGRAMME

EXTRA CURRICULAR

TOTAL

1. MODULE I - GENERAL 44 54 6 9 18 5 8 6 2 152 2.

MODULE II - BLOOD 23 22 6 9 18 2 10 2 2 94

3. MODULE III - MUSCULO SKELETAL SYSTEM

46 82 6 9 18 5 7 5 4 183

4. MODULE IV - ENDOCRINOLOGY

25 26 6 9 18 2 13 2 2 103

5. MODULE V - RESPIRATORY SYSTEM

40

34

6 9 18 3 4

3 3 120

6. MODULE VI - CARDIOVASCULAR SYSTEM

39 60 12 9 18 10 12 4 4 168

7. MODULE VII - GASTRO INTESTINAL

65 75 6 9 18 3 23 3 3 205

SYSTEM 8. MODULE VIII - RENAL

SYSTEM 38 18 6 9 18 3 2 3 3 100

9. MODULE IX - CENTRAL NERVOUS SYSTEM & HEAD & NECK SPECIAL SENSES

114 131 12 18 36 8 10 8 8 345

10. MODULE X - REPRODUCTIVE SYSTEM

30 26 6 9 18 3 5 3 3 103

11. TOTAL 464 528 66 99 198 44 94 28 34 1573

Grant Total =1573

Dr.Mageshwari Dr.Muthulakshmi Dr.Ursula Sampson

Professor & HOD of Anatomy Professor & HOD of Physiology Professor & HOD of Biochemistry

Dr.Neelambikai Dr.Ursula Sampson

Curriculum Committee Member-I MBBS MEU/ Curriculum Committee Coordinator



I MBBS SYSTEM-ACADEMIC ANNUAL CALENDAR(2019-20)


MEENAKSHI MEDICAL COLLEGE HOSPITAL & RESEARCH INSTITUTE MODULE BASED TIME TABLE-CBME

CBME I MBBS 2019

S.No DAYS 8.30 -9.30 9.30-10.30 10.30-11.30 11.30-12.30

LUNCH

1.30-2.30 2.30-3.30 3.30-4.30

1 MONDAY Lecture

Lecture

Skill Training Anatomy/Physiology/Biochem

Horizontal

Integrated Teaching

Anatomy/Physiology/Biochem

Foundation /AETCOM

2 TUESDAY Lecture

Lecture

SGT


ECE


Sports and Extra

Curricular Activity

3 WEDNESDAY Anatomy Dissection Lecture Lecture Vertical

Integrated Teaching


4 THURSDAY Anatomy Dissection Lecture Lecture

SGT-


ECE

Community

Medicine

5 FRIDAY Theory-SDL-Anatomy/

Physiology/Biochemistry

Lecture

Lecture

Lecture

SGT-


ECE

6

SATURDAY

Lecture

Theory-SDL-Anatomy/


Theory-SDL-Anatomy/


Horizontal

Integrated Teaching




CBME - TEACHING LEARNING ASSESSMENT - MODULE I GENERAL

S.No

TOPIC COMPETENCY

NUMBER LEVEL THEORY HOURS

PRACTICAL HOURS SDL INTEGRATION

1. Introduction to Anatomy K/KH 1

2. Introduction to Physiology K/KH 1

3. Introduction to Biochemistry K/KH 1

4. Anatomical position, various planes, relation, comparison, laterality & movement in our body AN 1.1 K/KH/S/SH 2 2

5. Structure& functions of the cell & sub-cellular organelles, Fluid mosaic model, cell junctions, inter cellular connection BI 1.1 K/KH 1

6. Structure and functions of a mammalian cell,apoptosis & Clinical applicationsPrinciples of Homeostasis PY 1.1+1.4+1.9 K/KH 2 Biochem

7. Introduction to Microscope PY2.11 K/KH/S/SH 4

8. Composition of bone and bone marrow, long bone, laws of ossification, special features of a sesamoid bone AN1.2,2.1,2.2,2.3 K/S 1 2

9. Carbohydrates –Importance, Classification, Monosaccharides BI 3.1 K/KH 1 2

10. Intercellular connections and Communications, Transport mechaisms across cell membranes PY1.3,1.5 K/KH 3 1

11. Types of cartilage with its structure & distribution in body, Joints with subtypes and examples, Nerve supply of joints & Hilton’s law AN 2.4,2.5,2.6 K/KH 1 1 Ortho

12. Reactions of Monosaccharides,Disaccharides&polysaccharides BI 3.1 K/KH 1 4

13. Fluid compartments of the body, its ionic composition & measurements PY1.6 K/KH 2 1

14. Structure of muscle tissue, parts of skeletal muscle and differentiate between, A116tendons and aponeuroses with examples.Shunt and spurt muscles AN 3.1, 3.2, 3.3 K/KH 1 Physio

15. Different types of muscle fibres and their structure PY 3.7 K/KH 1

16. Action potential and its properties in different muscle types (skeletal & smooth) PY 3.8 K/KH 1

17. Chart Discussion PY K/KH/S/SH 4

18. Proteins – Definition, Importance & Classification,Proteins – structure Isoelectric pH, Denaturation sequence BI 5.1 K/KH 1 2

19. Introduction to vascular system AN 5.1 to 5.8 K 1

20. Amino acids, classification, reactions BI 5.1 K/KH 1 4

21. Introduction to lymphatic system AN 6.1 to 6.3 K 1

22. Lipids – Classification & Fatty acid reactions phospholipids, cholesterol, lipoproteins BI 4.1 K/KH 2 4

23. Molecular basis of Resting Membrane Potential & Action Potential in excitable tissue PY 1.8 k 1

24. Introduction to nervous system AN 7.1 to 7.8 K 1

25. Structure and functions of a neuron and neuroglia, Nerve Growth Factor & other growth factors/cytokines PY 3.1 K/KH 1

26. Fundamental concepts of enzymes including IUBMB classification, co enzymes BI 2.1 K/KH 2 4 4

27. Introduction to integumentary system AN 4.1 to 4.5 K/KH/S/SH 1 2

28. Types of ossification, laws of ossification AN 2.2 K 1

29. Cell structure and Division AN 76.1,76.2 K 1

30. Gamatogenesis,Menstrual cycle AN 77.1,77.2,77.3 K 1

31. I Week of development AN 77.4 - 77.6 K 1

32. II Week of development AN 78.1- 78.5 K 1

33. III Week of development AN 79.1,79.2,79.3, 79.4,79.5,79.6 K 2 OBG

34. Embryonic period, Placenta and Umblical cord, Twinning and teratogens Postnatal growth & development

AN 80.1, 80.3 to 80.7, 52.6

K 3 OBG, PAED

35. Structural and numerical aberrations of chromosomes AN 75.1, 75.2 K 2

36. Modes of inheritance AN 75.3, 75.4 K 1

37. Prenatal diagnosis and Genetic counseling AN 81.1 , 81.2, 81.3, 75.5 K 1 Paed

38. Structure and classification of chromosomes AN 73.1 to 73.3 K 1

39. Karyotyping 7AN 3.1 to 73.3 K/KH 2

40. Epithelial tissue AN 65.1, 65.2 K/KH/S/SH 2

41. Connective tissue- General AN 66.1, 66.2 K/KH/S/SH 1

42. Cartilage AN 71.2 K/KH/S/SH 1

43. Mucopolysaccharides BI 3.1 K/KH 1

44. Bone AN 71.1 K/KH/S/SH 1

45. Muscle tissue AN 67.1 to 67.3 K/KH/S/SH 2

46. Peripheral nerve and autonomic ganglia AN 68.1 to 68.3 K/KH/S/SH 2

47. Blood vessels AN 69.1 to 69.3 K/KH/S/SH 2

48. Lymphoid organs- I, II AN 70.2 K/KH/S/SH 1

49. Skin &Glands AN 70.1, 72.1 K/KH/S/SH 1 PHYSIO

50. Demonstration of Embryology models AN 77,78,79,80 K/KH/S/SH 2

51. Demonstration of Genetic models AN 75 K/KH/S/SH 2

52. ASSESSMENT THEORY 3X3 = 9

53. ASSESSMENT SKILLS 6X3 + 18

54.

EARLY CLINICAL EXPOSURE 6

GM,PAED,OBG,LAB, REGISTRATION

COUNTER

TOTAL HOURS

DEPARTMENT THEORY/SGT PRACTICAL SDL TOTAL

ANATOMY 23 26 3 52

PHYSIOLOGY 12 8 2 22

BIOCHEMISTRY 10 20 4 34

HOURS

THEORY INCLUDING SGT & INTEGRATION 45

PRACTICAL INCLUDING SGT 54

SDL 9

ECE 6

ASSESSMENT THEORY 9

ASSESSMENT SKILLS 18

COMMUNITY MEDICINE 5

FOUNDATION PROGRAMME 6

EXTRA CURRICULAR 2

TOTAL HOURS 154

EARLY CLINICAL EXPOSURE

A (1-30) GM PAED OBG LAB REGISTRATIONCOUNTER

B (31-60) A B C D E

C (61-90) E A B C D

D (91-120) D E A B C

E (121-150) C D E A B

B C D E A

MODULE CO-ORDINATOR DR.P.T.KOMALA - PROFESSOR, DEPT. OF BIOCHEMISTRY

MODULE PREPARED & CHECKED BY

DR.MAHESWARI - PROF & HOD OF ANATOMY DR.MUTHULAKSHMI - PROF & HOD OF PHYSIOLOGY DR.URSULA SAMPSON - PROF & HOD OF BIOCHEMISTRY IN COLLABORATION WITH MEU CO-ORDINATOR PROF.DR.URSULA SAMPSON SUBMITTED TO DEAN, MMCH&RI



CBME - TEACHING LEARNING ASSESSMENT - MODULE II - BLOOD

S.No TOPIC

COMPETENCY NUMBER LEVEL

THEORY HOURS


1. Composition and functions of blood components PY2.1 K/KH 1 2. Origin, functions and variations of plasma

proteins BI 5.2 K/KH 1 2 PHYSIOLOGY 3. Structure, functions of hemoglobin and

myoglobin. Abnormal Hg and types BI 6.11, 6.12 K/KH 2 2 4. Estimation of Hemoglobin, ESR, PCV PY 2.11, 2.12 K/KH/S/SH 8 5. RBC formation(Erythropoiesis) and regulation

and its functions PY2.3 K/KH 2 6. Estimation of RBC PY2.11 S/SH 8 7. Vitamins B12 & Folic acid BI 6.5 K/KH 2 8. Pyridoxine, Iron metabolism BI6.9,6.10 K/KH 2 9.

Different types of anaemias & Jaundice PY2.5 K/KH 3 Medicne, Bio, Path

10. G6 PD deficiency, HMP Pathway & Uronic acid pathway BI 3.4 K/KH 1 Phy, GM

11. WBC formation (granulopoiesis) and its regulation PY2.6 K/KH 1 1

12. Estimation of WBC count PY 2.11 K/KH/S/SH 8 13. Reactions of proteins BI 5.1, 5.2 S/SH 2 14. Different types of immunity.

Development of immunity and its regulation PY2.10 K/KH 3 1 15. Differential Leukocyte count PY 2.11 K/KH/S/SH 8 16. Test for albumin BI 5.1, 5.2 S/SH 2 17. Test for gelatin BI 5.1, 5.2 S/SH 2

18. Cellular and humoral components of immune system, types and structure of antibodies & antigens. Immunoglobulins BI10.3,10.4 K/KH 1 2

19. Formation of platelets,variations and function Physiological basis of Hemostasis PY2.7, 2.8 K/KH 3

20. Estimation of Platelet, BT, CT PY 2.11, 2.13 K/KH/S/SH 12

21. Niacin & Vitamin K BI 6.5 K/KH 1 GM 22. Anticoagulants.Describe bleeding and clotting

disorders. PY 2.8 K/KH 2 1 Pathology 23. Test for peptones BI 5.1, 5.2 S/SH 2 24. Test for casein BI 5.1, 5.2 S/SH 2 25. Describe the differnt blood groups and discuss

clinical importance of blood banking,transfusion PY2.9 K/KH 2 1 Blood Bank

26. Blood grouping & revision PY 2.11 K/KH/S/SH 4

27. Identification of unknown proteins BI 5.1,5.2 S/SH 2 28. Osmotic fragility, Specific gravity & Charts PY 2.12 K/KH 12 29. Estimation of total protein in serum BI 11.8, 11.21 S/P 2 30.


Blood Bank, Central Lab,

Biochem Lab, Path, GM, Paediatrics including Neonatal

ward 31. ASSESSMENT THEORY 3x3 = 9

TOTAL HOURS




HOURS



SDL 10

ECE 6

ASSESSMENT THEORY 9




EXTRA CURRICULAR 2

TOTAL HOURS 150


A (1-25) BLOOD BANK CENTRAL LAB

BIO LAB PATH GM PEDIATRICS

B (26-50) A B C D E F

C (51-75) B C D E F A

D (76 - 100) C D E F A B

E (101 - 125) D E F A B C

F (126 - 150) E F A B C D

F A B C D E

MODULE CO-ORDINATOR DR.K.SENTHIL KUMAR - ASSO. PROFESSOR, DEPT. OF PHYSIOLOGY





CBME - TEACHING LEARNING ASSESSMENT - MODULE III-MUSCLO SKELETAL SYSTEM

Topic COMPETENCY NUMBER

LEVEL THEORY HOURS

PRAC HOURS

SDL INTEGRATION

Upper limb Osteology- Clavicle, scapula, Humerus Articulated hand

AN8.1 AN8.2 AN8.3 AN8.4 AN8.5 AN8.6

K/S 6

Vitamin D& Role of calcium as messenger

BI 6.5

K/KH 2

Introduction &development of locomotor system Pectoral region

AN13.8 AN20.10 AN9.1 AN9.2 AN9.3

K/S K/S/SH

1 2

Axilla

AN10.1 AN10.2 AN10.3 AN10.4 AN10.5 AN10.6

K/S/SH 2 2

AN11.2 AN11.4

Structure and functions of a neuron and neuroglia; Nerve Growth Factor & other growth factors/cytokines

PY3.1

1

Types, functions & properties of nerve fibers & Degeneration and regeneration in peripheral nerves

PY3.2, PY 3.3

K/KH 1

Shoulder joint complex AN10.8 AN10.9 AN10.10 AN10.11 AN10.12

K/S/SH 2 2 Ortho

Intermuscular spaces around shoulder

AN10.8

K/KH 1

Arm AN10.10 AN10.11 AN10.12

K/S/SH 2 6

AN11.2

Structure of neuro-muscular junction and transmission of impulses & Neuro-muscular blocking agents & Myasthenia gravis

PY3.4,PY3.5, PY3.6

2

Cubital fossa

AN11.3 AN11.5 AN13.7

KH/K 1

Forearm AN12.1 AN12.2 AN12.11 AN12.12

K/S/SH 2 6

Elbow & wrist joints AN12.4 AN12.11 AN12.13

K/S/SH 2 2 Ortho

Molecular basis of muscle contraction in skeletal andinsmooth muscles & Mode of muscle contraction (isometric and isotonic)

PY3.9,PY3.10

3

Calcium & Phosphorus BI 6.9,6.10 K/KH 2 Phy,GM

Estimation of calcium & Phosphorus in serum

BI 11.11

S/P 2

Hand – muscles, vessels & nerves

AN12.3 AN12.5 AN12.6 AN12.7 AN12.8 AN12.9 AN12.14 AN12.15 AN13.3 AN13.4

K/S/SH 2 6

Hand – spaces

AN12.9 AN12.10 AN12.15

K/S/SH 2 2 GS

Nerve injuries of upper limb

AN10.3 AN10.5 AN10.6 AN10.13 AN11.2 AN11.4 AN12.8

K/S/SH 2 GS

Venous & lymphatic drainage of upper limb

AN10.4 AN13.1

K/S/SH 1 2

Radioulnar joints AN13.3 K/KH 1

Hand grips AN13.4 K/KH 1

Surface anatomy of upper limb

AN13.6 K/S/SH 1

Radiology of upper limb

AN13.5 K/S 1 Radiology

Lower Limb Osteology-Hip bone, femur, tibia,fibula Articulated foot

AN14.1 AN14.2 AN14.3 AN14.4

K/S 6

Explain energy source and muscle metabolism

Bl 3.4 K/KH 1

Glycogen Metabolism and disorders

BI 3.4,3.7,3.8

K/KH 2 Path,GM

Introduction, femoral triangle, Front of thigh adductor canal

AN15.1 AN15.2 AN15.3 AN15.4 AN15.5

K/S/SH 3 4 GS

Femoral canal Saphenous opening

AN15.4 AN15.1

K/S/SH 1

Hip joint AN17.1 AN17.2 AN17.3

K/S/SH 2 2 Ortho

Gluteal region AN16.1 AN16.2 AN16.3

K/S/SH 1 2

Posterior compartment of thigh

AN16.4 AN16.5

K/S/SH 1 2

Popliteal fossa

AN16.6 K/S/SH 1 2

Knee joint AN18.4 AN18.5 AN18.6 AN18.7

K/S/SH 2 2 Ortho

Anterior & lateral compartment of leg and dorsum of foot

AN18.1 AN18.2 AN18.3 AN18.4 AN18.5 AN18.6 AN18.7

K/S/SH 1 6

Posterior compartment of leg & retinacula around ankle

AN19.1 AN19.2 AN19.3 AN19.4 AN19.5 AN19.6 AN19.7

K/S/SH 2 4

Ankle joint, joints of foot

AN20.2 AN

K/KH/S 1

Vitamin C& Collagen metabolism

BI 6.5

K/KH 1 GM

Explain the gradation of muscular activity & Describe muscular dystrophy: myopathies

PY3.12 PY3.13

K/KH 2

1

MossosErgography

PY 3.14 K/KH/SH 4

Arches of foot

AN19.4 AN19.5 AN19.6 AN19.7

K/KH 1

Venous drainage of lower limb

AN20.3 AN20.5

K/S/SH 2 GS-1

Tibiofemoral joints AN20.1 K/KH 1

Gait AN16.2 AN16.3 AN19.6 AN19.7

K/KH 1

Sole AN19.6 AN19.7

K/KH 1 4

Surface anatomy of LL AN20.7

K/S/SH 2

Radiology of LL AN20.6 K/S 1 Radio

ASSESSMENT THEORY 3X3 = 9

ASSESSMENT PRACTICALS 3X6 = 18

EARLY CLINICAL EXPOSURE 6 HRS

(Central lab,Pharmacology,GM,Orthopaedics,Paediatrics,Radiology)

TOTAL HOURS


ANATOMY 35 73 7 112

PHYSIOLOGY 9 4 1 14

BIOCHEMISTRY 7 5 12

HOURS



SDL 8

ECE 6

ASSESSMENT THEORY 9




EXTRA CURRICULAR 4

TOTAL HOURS 188

A (1-25)


CENTRAL LAB PHARM GM ORTHO PAED RADIO

B (26-50) A B C D E F

C (51-75) B C D E F A

D (76 - 100) C D E F A B

E (101 - 125) D E F A B C

F (126 - 150) E F A B C D

F A B C D E

MODULE CO-ORDINATOR DR.GNANAVEL – ASSO. PROF, DEPT. OF ANATOMY





CBME - TEACHING LEARNING ASSESSMENT - MODULE IV – ENDOCRINE SYSTEM

S.No Topic Competency Number

Level Theory Hours Practical Hours SDL Integration

1 Mechanism of action of steroid, protein and amine hormones, second messengers

PY8.6 K/KH 2 Biochemistry

2 Synthesis, secretion, transport, physiological actions, regulation and effect of altered (hypo and hyper) secretion of hypothalamus

PY8.6 K/KH 1

3 Pituitary – Gross, histology & development. Effect of pituitary tumours on visual pathway Microanatomy of pituitary gland, Congenital anomalies of face, palate, tongue, branchial apparatus, pituitary gland, thyroid gland & eye

A 30.5 A 43.2 A 43.4

K/KH

1

2

General Surgery

4 Hypothalamo pituitary axis – Functions test

BI 3.10 K/KH 1

5 Synthesis, secretion, transport, physiological actions,regulation and effect of altered (hypo and hyper) secretion ofpituitary gland, charts

PY8.2 K/KH 2 2

6 Thyroid and parathyroid location, parts, border, surface, relations & blood supply of thyroid gland –Surgical anatomy+35.8 Clinical features of Thyroid swellings

A35.2, A35.8

K/KH 1 2 Gen surgery

7 Thyroid and parathyroid- Microscopic and Development, microanatomy of thyroid, parathyroid gland Development and developmental basic of congenital anomalies of thyroid gland

A 43.2, A 43.4

K/KH 1

8 Synthesis, secretion, transport, physiological actions, regulation and effect of altered (hypo and hyper) secretion of thyroid gland.

PY8.2

K/KH 4 Vertical Integration – Anatomy, Physiology Bio chem. & Gen Med.

9 Thyroid Function Test BI 3.10 K/KH 1 2

10 Synthesis, secretion, transport, physiological actions, regulation and effect of altered (hypo and hyper) secretion of parathyroid gland.

PY8.2 K/KH 1 1

11 Physiology of bone and calcium metabolism

PY8.1 K/KH 1 Anatomy

12 Adrenal gland- Gross, histology &development Gross anatomy & identify the microanatomy features of Gastro-

A 47.5 A 52.1,

K/KH/SH 1 1

intestinal system: Suprarenal gland

13 Synthesis, secretion, transport, physiological actions, regulation and effect of altered (hypo and hyper) secretion of adrenal gland

PY 8.2 K/KH 3 2

14 Adrenal function test BI 3.10 K/KH 1 2

15 Pancreas- Gross, histology & development Gross anatomy & identify the microanatomy features of Gastro-intestinal system: Pancreas development

A 47.5 A 52.1 A 52.6,

K/KH/SH 2 1 General Medicine

16 Synthesis, secretion, transport, physiological actions, regulation and effect of altered (hypo and hyper) secretion of pancreas

PY8.2 K/KH 4 2 Gen. Medicine, Anatomy, Biochem, Physiology – Vertical Integration

17 Pancreatic Function Test BI 3.10 K/KH 1 2

18 Islets of Langerhans A 52.1 K/KH 1

19 Plasma glucose regulation, Diabetes Mellitus Estimation of Glucose in serum

BI 3.9,11.17(VI-PA,IM) BI 11.21

K/KH S/P

1 4

2

20 Metabolism of ketone bodies Identification of abnormal constituents in urine

BI 3.9, 11.17 BI 11.20

K/KH S/P

1

6

21 Pineal gland K/KH/SH 1

Identify, describe and draw microanatomy and development pineal gland

A 43.3

22 Physiology of Thymus & Pineal Gland PY8.3 K/KH 1 1 1

23 Diffuse endocrine system A 52.1 K/KH 1

24 Demonstration of Embryology models A 52.1 K/KH/SH 2

25 Histology of Pituitary, Thyroid and parathyroid, Adrenal gland, Pancreas, Pineal gland

A 52.1 K/KH/SH 2

26 Physiology Charts PY 8.5 K/KH 4

27 Metabolic and endocrine consequences of obesity &metabolic syndrome, Stress response. Outline the psychiatry component pertaining to metabolic syndrome.

PY8.5 CME-Integrated 3

28 Early clinical exposure – Thyroid, DM, Pituitary tumors, Cushing’s syndrome

Gen. Medicine, Bio lab, Paediatrics, Gen.Surgeory, 6 hrs Vertical Integration

29 ASSESSMENT THEORY 3X3=9

30 ASSESSMENT SKILLS 3X6 = 18

TOTAL HOURS


ANATOMY 6 11 2 19



HOURS



SDL 13

ECE 6

ASSESSMENT THEORY 9




EXTRA CURRICULAR 2

TOTAL HOURS 118

A (1-25)


GM BIO LAB GS PAED PATH OG

B (26-50) A B C D E F

C (51-75) B C D E F A

D (76 - 100) C D E F A B

E (101 - 125) D E F A B C

F (126 - 150) E F A B C D

F A B C D E

MODULE CO-ORDINATOR DR.E.KAYALVIZHI - ASSO. PROFESSOR, DEPT. OF PHYSIOLOGY





CBME - TEACHING LEARNING ASSESSMENT - MODULE V - RESPIRATORY SYSTEM

S.NO TOPIC COMPETENCY NUMBER LEVEL

THEORY HOURS


1 Introduction of respiratory system AN 37.1, 37.2, 37.3 K/KH/S/SH 3 2

2 Functional anatomy of the respiratory tract Py 6.1 K/KH 1 Anatomy (H)

3 Larynx I, Larynx II AN 38.1, to 38.3 K/KH/S/SH 2 2

4 Thoracic cage AN 21.3 K/KH/S/SH 1 2

5 Intercostal muscles,vessels and nerves AN 21.4 to 21.7 K/KH/S/SH 2 2

6 Diaphragm

AN 47.13, 47.14, 52.5 K/KH/S/SH 1 2

7 Pleura, lung, Pherenic nerve,Trachea

AN 24.1 to 24.6 K/KH/S/SH 2 2 Physio (H), GM (V)

8

Mechanics of normal respiration, pressure changes during ventilation, Lung volumes and capacities, alveolar surface tension, Compliance, airway resistance, ventilation, V/P ratio, diffusion capacity of lungs Py 6.2 K/KH 4 1

9 Spirometry PY 6.8 K/KH/S/SH 2

10 Transport of respiratory gases: Oxygen & CO2 Py 6.3 K/KH/S/SH 2

11 Examination of RS PY 6.9 K/KH/S/SH 4

12 Regulation of Respiration PY K/KH/S/SH 2

13 Revision Practicals PY K/KH/S/SH 4

14

General aspects of acid base balance, respiratory regulation of blood pH Bi 6.7, 6.8 K/KH 1

GM (V), Physio(H)

15 Associated disorders of acid base balance, Interpretation of ABG Bi 6.7, 6.8 K/KH/S/SH 1+1 2 GM (V),

Physio(H)

16 Physiology of high altitude & deep sea diving Py 6.4 K/KH/S/SH 2

17 Respiratory Function Test, Stethography PY 6.10 K/KH/S/SH 4

18

Principles of artificial respiration, oxygen therapy, acclimatization & decompression sickness py 6.5 K/KH/S/SH 3 1

19 Chart Discussion PY K/KH/S/SH 4

20

Pathophysiology of dyspnoea, hypoxia, cyanosis, asphyxia, drowning, periodic breathing py 6.6 K/KH/S/SH 2 1

21 Lung function tests & their clinical significance Py 6.7 K/KH/S/SH 2

TB & chest

22 Chart Discussion & OSCE PY K/KH/S/SH 4

23


6

TB Chest, Radio, Micro Lab, Biochem Lab, GM

24 ASSESSMENT THEORY 3X3=9

25 SKILLS ASSESSMENT 3X6=18

TOTAL HOURS


ANATOMY 11 12 23


BIOCHEMISTRY 3 2 5

HOURS



SDL 5

ECE 6

ASSESSMENT THEORY 9




EXTRA CURRICULAR 3

TOTAL HOURS 113

A (1-30)


TB CHEST MICRO RADIP BIO LAB GM

TB

CHEST

B (31-60) A B C D E A

C (61-90) B C D E A B

D (91 - 120) C D E A B C

E (121 - 150) D E A B C D

E A B C D E

MODULE CO-ORDINATOR DR.SUNDARAVADIVEL, ASST PROFESSOR, DEPT. OF PHYSIOLOGY





CBME - TEACHING LEARNING ASSESSMENT - MODULE VI - CARDIO VASCULAR SYSTEM

TOPIC Competency Number Level

THEORY HOURS

PRAC HOURS SDL INTEGRATION

Introduction to CVS & Introduction & Demonstration of mediastinum AN 21.11 K/KH/SH 1 2

Subdivisions of mediastinum and its contents AN 21.11,23.1, 23.2,23.3,23.4 K/KH/SH 1 2

Fatty acid oxidation – all types (B) BI 4.2 K/KH 1 phy

Subdivisions, sinuses in pericardium, blood supply and nerve supply of pericardium AN 22.1 K/KH/SH 1 2

Fatty acid oxidation – all types (B) BI 4.2 K/KH 1

External features & internal features of heart AN 22.2 K/KH/SH 2 4

Fibrous skeleton of heart & cardiac plexus AN 22.6 K 1 1

Phospholipids & eicosanoids BI 4.1,4.6 K/KH 1 1

Mention the parts, position and arterial supply of the conducting system of heart AN 22.7 K/KH 1 Anat & Phy

Clincial examination of CVS PY 5.15 K/KH/SH 4

Pacemaker tissue and conducting system & Generation, conduction of cardiac impulse PY5.1,5.4 K/KH 2 Anat

Properties of cardiac muscle PY5.2 K/KH 1 Bio

Physiology of electrocardiogram (E.C.G), its applications and the cardiac axis PY5.5 K/KH 2 2 1 Medicine

Events occurring during the cardiac cycle , heart sounds PY5.3,5.1 K/KH 3 1

EARLY CLINICAL EXPOSURE FOR CVS MODULE - I GM,RAD,CCU, Bio Lab,Cardio K

6 (2EACH)

Origin, course and branches of coronary arteries AN 22.3 K/KH/SH 1 2

Formation, course, tributaries and termination of coronary sinus AN 22.5 K//KH/SH 2

Metabolism of cholesterol, bile acids, enterohepatic circulation BI 4.3 K/KH/SH 1 2

Haemodynamics of circulatory system PY5.7 K/KH 1 1

Metabolism of cholesterol, bile acids, enterohepatic circulation BI 4.3 K/KH/SH 1 2

Local and systemic cardiovascular regulatory mechanisms PY5.8 K/KH 1

Metabolism of chylomicrons and VLDL, Metabolism of HDL, dyslipoproteinemias & Fatty Liver

BI 4.3

K/KH 1 2

Factors affecting heart rate, regulation of cardiac output PY5.9 K/KH/SH 3

Arterial pulse JVP PY5.12 K/KH/SH 1 4

Estimation of total cholesterol & HDL in serum BI 11.9 S/P

4 Biochemistry chart, Lipid profile BI 4.7,11.17 K/KH/SH 2 2 Path,GM

Regulation blood pressure PY5.9 K/KH/SH 2

Determination of BP and in different grades of posture & exercise PY 5.12 K/KH/SH 12

Estimation of triglycerides in serum BI 11.10 S/P

4 Biochemistry chart, Lipid profile BI 4.7,11.17 K/KH 2 Path, GM

Anatomical basis of ischemic heart disease AN 22.4

K/KH 2 GM, Phy, bio

Peculairities of coronary circulation PY5.10 K/KH 1

Abnormal ECG, arrythmias, heart block and myocardial Infarction

PY5.6

K/KH 2 GM, Anat & bio

Iso enzymes and Cardiac biomarkers BI 11.17, 2.1 K/KH/SH 2 2 Anat &phy

Patho-physiology of shock, syncope and heart failure PY5.11 K/KH 3 1

Development of heart and demonstration of embryology models, AN 25.2 K/KH/SH 2 2

etal circulation and changes occurring at birth AN 25.3 K/KH 1

Embryological basis of:1) atrial septal defect, 2) ventricular septal defect, 3) Fallot’s tetralogy & 4)Tracheo-oesophageal fistula

AN 25.4

K/KH 1 1 Paed

Developmental basis of congenital anomalies, transposition of great vessels, dextrocardia, patent ductus arteriosus and coarctation of aorta,

AN25.5

K/KH/SH 1 3 1 Radio

Mention development of aortic arch arteries, SVC, IVC and coronary sinus AN 25.6 K/KH 1

Surface anatomy of apex beat, heart borders & valves of heart AN 25.9 k/S/SH 2

EARLY CLINICAL EXPOSURE FOR CVS MODULE - II

GM, RAD, ECHO,Bio Lab, Lab Cath, Paediatrics

K 6

Phy practicals Revision 4 hrs

ASSESSMENT THEORY - CVS MODULE 3X3 = 9

ASSESSMENT SKILLS - CVS MODULE 6X3 + 18

COMMUNITY MEDICINE FOR MODULE CVS 10

TOTAL HOURS


ANATOMY 13 22 3 38



HOURS



SDL 12

ECE 12

ASSESSMENT THEORY 9




EXTRA CURRICULAR 4

TOTAL HOURS 178

A (1-25)


GM Radio CCU/ECHO Bio Lab

Cath

Lab Paed

B (26-50) A B C D E F

C (51-75) B C D E F A

D (76 - 100) C D E F A B

E (101 - 125) D E F A B C

F (126 - 150) E F A B C D

F A B C D E

MODULE CO-ORDINATOR DR.NEELAMBIKAI, PROFESSOR, DEPARTMENT OF PHYSIOLOGY





CBME - TEACHING LEARNING ASSESSMENT - MODULE VII - GASTRO INTESTINAL SYSTEM

Topic COMPETENCY NUMBER

LEVEL TEORY HOURS

PRAC HOURS

SDL INTEGRATION

Describe the structure and functions of digestive system

PY 4.1 1

Balanced diet & dietary fibre, BMR BI 8.1,8.4 K/KH 1 3 PATH,GM,paed

Inguinal Canal AN 44.4 ,44.5 K/S/SH 2 2 GS

Inguinal Hernia AN 44.4 K/KH 1

Peritoneum AN 47.1 , 47.2, 47.3, 47.4 ,47.1 ,47.2

K/S 2 4

Oral cavity AN 36.1, 36.2, 36.4 1

Describe the composition, mechanism of secretion, functions, and regulation of saliva

PY 4.2 2

Stomach AN 47.5,47.6 47.5 K/S/SH 2 4 GS

Describe the composition, mechanism of secretion, functions, and regulation

of gastric juice

PY 4.2 4

Discuss the physiology aspects of: peptic ulcer

PY 4.2 2 1 GS, PHARM, PATH

Pyloric stenosis AN 47.5 1

Duodenum AN K/S/SH 2 4

Pancreas & coeliac trunk AN 47.5 ,47.6 K/S 3 2 GM

Jejunum, Ileum, superior mesenteric artery

AN 47.5 K/S/SH 2

Describe the composition, mechanism of secretion, functions, and regulation of exocrine pancreas

PY4.2 2 1

Describe GI movements, regulation and functions.

PY4.3 4 2

Digestion & absorption of Carbohydrates, lipids, & proteins

BI 3.2, 3.3, 4.2, 5.3 K/KH 2 1 GM

Gastric function tests BI 6.14 K/KH 2 4 GM, PHYSIO

Glycolysis, pyruvate dehydrogenase complex

BI 3.4 ,3.7 K/KH 1 GM

Liver AN 47.5, 47.6 K/S 2 4

Extrahepatic Biliary Apparatus AN 47.5 ,47.6 , 47.7 K/S/SH 2 2 GS-1

Portal vein &Porto-systemic anastomosis

AN 47.8 ,47.10 ,47.1 K/S/SH 3 4 GS-1

Spleen AN 47.5 , 47.6 1

Gluconeogenesis BI 3.4,4.2,6.9,6.10 K/KH 1 GM, PHYSIO

Glycogen metabolism BI 3.4 K/KH 1 GM

liver function tests BI 6.14 K/KH 1 1 GM, PHYSIO

Pancreatic function tests BI 6.14 K/KH 1 2

Estimation of total bilirubin in serum BI 11.12 S/P 2

Estimation of SGOT& SGPT in serum BI 11.13 S/P 2

Estimation of Alkaline phosphatase in serum

BI 11.14 S/P 2

Caecum & Vermiform Appendix AN 47.5, 47.6 K/S/SH 2 2 GS

Trace elements BI 6.9,6.10 K/KH 1 GM

Minerals BI 6.9,6.10 K/KH 1 GM, PHYSIO

Large intestine function, defecation reflux and explain role of dietary fibres

PY 4.3 1 1 BIO

Discuss the physiology aspects of , gastrooesophageal reflux disease, vomiting, diarrhoea, constipation, dynamic ileus, Hirschsprung's disease

PY 4.9 K/KH 2 1 1 GM,GS

Rectum AN 47.5 ,48.8 K/S/SH 1 2

Anal Canal AN 47.5 K/S 2 2 GS

Ischio-anal fossa AN 49.4 K/S 1 GS

Describe the source of GIT hormones, their regulation and functions

PY 4.5 2

Clinical examination of abdomen PY 4.10 S 4

Types and causes of PEM and its effects BI 8.2 K 1 Path,GM,Paed

GIT Charts PY 4 GM-1

Development of GIT Embryology & Demonstration of GIT models

AN 52.4 ,52.5 , 52.6 K/S 4 4

Describe the Gut-Brain Axis PY 4.6 1 2

Lumbar Vertebra & Sacrum AN 50.1, 50.2, 50.3, 50.4

2

Osteology of Pelvis AN 53.1, 53.2, 53.3,53,4

1 2 OBG

Surface anatomy of all organs of GIT AN 55.1,55.2 2

Radiology - Plain and contrast Radiographs

AN 54.1,54.2,54.3 2 Rad-1

Histology: Salivary Glands- Serous, Mucous, Mixed

2


2


2

ASSESSMENT THEORY

ASSESSMENT SKILLS

EARLY CLINICAL EXPOSURE GM,GS,PAED,OBG,RAD, LAB,

TOTAL HOURS


ANATOMY 34 60 4 98



HOURS



SDL 22

ECE 6

ASSESSMENT THEORY 9




EXTRA CURRICULAR 3

TOTAL HOURS 208

A (1-25)


GM PAED GS LAB RADIO OBG

B (26-50) A B C D E F

C (51-75) B C D E F A

D (76 - 100) C D E F A B

E (101 - 125) D E F A B C

F (126 - 150) E F A B C D

F A B C D E

MODULE CO-ORDINATOR DR.LALITHA- ASST. PROFESSOR, DEPT. OF ANATOMY





CBME - TEACHING LEARNING ASSESSMENT - MODULE VIII - RENAL SYSTEM

S. NO.

TOPIC COMPETENCY NO.

LEVEL THEORY HRS

PRACTICAL HRS

SDL INTEGRATING DEPT.

1. Kidney and ureter

AN 47.5 K/KH/SH

2 4 RAD-1

2. Structure and function of kidney

PY7.1

K/KH 1 Anatomy

3. Structure and functions of juxta glomerular apparatus and role of renin-angiotensin system

PY7.2

K/KH 1

4. Mechanism of urine formation involving processes of filtration,GFR tubular reabsorption & secretion; concentration and diluting mechanism

PY7.3

K/KH 8 2

5. Urea cycle Urea estimation, NPN substance

BI 5.4

K/KH 2 PAEDIATRICS

6. Urinary bladder , Innervations of urinary bladder, Cystometry and normal cystometrogram

AN 48.5, 48.6 &

K/KH/S/SH

2 + 1 2 GM -1, PHY

7 Physiology of micturition and its abnormalities & Cystometry and

PY7.6 + PY7.9

K/KH 3 2 1

normal cystometrogram

8 Male and female urethra

AN 48.2 K/KH 1

9. Development of Kidney, ureter, Urinary bladder

AN 52.7 K/KH 2

10. Renal angle AN 55.1 K/KH 1

11. Morris parallelogram AN 55.2 K/KH 1

12. Acid base balance, Renal regulation of pH

BI 6.7,6.8

K/KH 2

13. Posterior abdominal wall(fascia,plexus)

AN 45.1-45.3, 47.12, 48.4

K/KH/S/SH

2 4

14. Histology of Kidney, ureter, Urinary bladder K/KH/S/SH

2

15. Embryology models K/KH/S/SH

2

16. Artificial kidney, dialysis and renal transplantation , Diuretics

PY7.7

K/KH 4 Medicine

17. Renal function tests BI 6.14, PY 7.8

K/KH 2 Physio, path, GM.

18 Creatinine clearance BI K/KH 4

19 Abnormal constituents of urine BI K/KH 8

20 Renal Calculi BI K/KH 1+2

21. Acid base imbalance and renal regulation of PH

BI 6.7, 6.8, 7.5 K/KH/S/SH

1 2 Physio, GM

22 Chart discussion PHY K/KH/S/SH

4

Theory Assessment 3X3=9

Skills Assessment 3X6=18

TOTAL HOURS


ANATOMY 10 14 2 26


BIOCHEMISTRY 22 2 24

HOURS



SDL 5

ECE 6

ASSESSMENT THEORY 9




EXTRA CURRICULAR 3

TOTAL HOURS 118

A (1-25)


GM UROLOGY RADIO LAB NEPHRO Paed

B (26-50) A B C D E F

C (51-75) B C D E F A

D (76 - 100) C D E F A B

E (101 - 125) D E F A B C

F (126 - 150) E F A B C D

F A B C D E

MODULE CO-ORDINATOR DR.SUMANTH, ASST PROFESSOR, DEPT. OF BIOCHEMISTRY





CBME - TEACHING LEARNING ASSESSMENT - MODULE IX - CENTRAL NERVOUS SYSTEM -1

TOPIC- HEAD NECK/ CNS SS/ VITAMINS GENETICS MODULE 9 COMP NO. DOMAIN LEVEL THEORY HRS PRAC HRS SDL INTEGRATION

Organisation of nervous system PY 10.1 K KH 1 Anatomy

Synapse,reflex,receptors,chemical transmission in nervous system

PY10.2, 10.10 K KH 3

Reflexes,superficial, deep reflexes PY 10.11 S SH 8 8

Spinal cord (5) AN 57.1-5 K/S KH,SH 2 2 Physio,GM

Structure and functions of DNA, RNA including cell cycle BI 7.1 K KH 1

Medulla (4) AN 58.1-4 K/S KH,SH 2 2 ,GM

Replication of DNA BI7.2 K KH 1

Pons (3) AN 59.1-3 K/S KH,SH 1 2 Physio

Midbrain(3) AN 61.1-3 K/S KH,SH 1 1 Physio,GM

Transcription BI7.2 K KH 1 GM

Cerebrum-surface,poles,sulci gyri, functional areas AN62.2,3 K/S KH,SH 2 3

Cerebral cortex PY10.7 K/S KH,SH 1

Cerebrum -White matter AN62.3 K/S KH,SH 2 2

Physiological basis of memory, sleep, learning PY10.9 K KH 2

Cranial nerves 1,2,5 AN 62.1 K KH 3

Cranial nerves 3,4,6 AN 62.1 K KH 1 1

Examination of cranial nerves1-6 PY10.20 S SH 8

Cranial nerves 7,8,9 AN 62.1 K KH 2

Cranial nerve 10,11,12 AN 62.1 K KH 2

Examination of cranial nerves 7-12 PY10.20 S SH 8

Translation BI 7.2 K KH 1

Thalamus, Hypothalamus PY10.7 K/S KH,SH 2 1 Physio,GM

Regulation of gene BI 7.3 K KH 1

Somatic sensations and sensory tract PY 10.3 K KH 2

Sensory system examination PY10.11 S SH 8

Motor tract PY 10.4 K KH 2

Motor system examination PY 10.11 S SH 8

Spinal cord- function, lesion, sensory disturbances PY10.6 K KH 1 2 ,GM

Cerebellum (3) AN 60.1-3 K/S KH,SH 2 2 Physio,GM

Cerebellum PY10.7 K/S KH,SH 2 4

Genetic code & mutation, DNA repair BI 7.2, 7.3 K KH 1

Maintanence of tone, body movements, posture, equilibrium, vestibular apparatus PY10.4 K KH 2 1

Basal Ganglia AN62.4 K/S KH,SH 1 1

Basal ganglia PY10.7 K/S KH,SH 2

Recombinant DNA technology BI 7.4 K KH 1

Limbic system AN62.4 K KH 1

Limbic system PY10.7 K KH 2

carcinogens, tumour markers BI 10.1, 10.2 K KH 1

Ventricular system(2) AN 63.1,2 K KH 3 1 1 Physio,PAED

Molecular techniques BI 7.4 K KH 1

Meninges and CSF (2) AN. 56.1,2 K/S KH,SH

2 1 1 Physio, GM

CSF(1) BI11.15 K KH 1

Reticular activating system, Autonomic nervous system PY10.5 K KH 2 1

EEG during sleep PY10.8 K KH 1 Physio,MGM

Identify normal EEG PY10.12 K/S KH,SH 1 1 1

EARLY CLINICAL EXPOSURE 6 GM, PAED, PSYCHIATRY, CLINICAL PHARM, SURGERY

ASSESSMENT THEORY 3X3=9

SKILLS ASSESSMENT 3X6=18

TOTAL HOURS


ANATOMY 27 37 2 66


BIOCHEMISTRY 13 13

HOURS



SDL 5

ECE 6

ASSESSMENT THEORY 9




EXTRA CURRICULAR 4

TOTAL HOURS 208

A (1-30)


GM PAED SURGERY PSYCHIATRY

CLINICAL

PHARMACOLOGY

B (31-60) A B C D E

C (61-90) B C D E A

D (91 - 120) C D E A B

E (121 - 150) D E A B C

E A B C D

MODULE CO-ORDINATOR DR.VIJAYA, PROFESSOR, DEPT. OF ANATOMY





CBME - TEACHING LEARNING ASSESSMENT - MODULE XI CNS & SPECIAL SENSES-2

S.NO

TOPIC- HEAD NECK/ CNS SS/ VITAMINS GENETICS MODULE 9

COMPETENCY NUMBER DOMAIN LEVEL

THEORY HRS

PRAC HRS SDL INTEGRATION

1 Osteology Head neck- (7) competencies AN26.1,2,3,4,5,7

K/S SH 6

2 Scalp- (2) AN27.1,2 K/S KH,SH 1 2 General surgery

3 Face and parotid region(10) AN 28.1- 10

K/S KH,SH 4 5 General surgery

4 Posterior triangle of neck (4) AN 29.1,3

K/S KH,SH 2 2

5 Cranial cavity (5) AN30.1-4

K/S KH,SH 3 4

6 Orbit (5)

AN31.1-5 K/S KH,SH 2 2 1 Ophthalmology

7 Anterior triangle (2) AN32.1,2 K/S KH,SH 3 3

8 Temporal and infratemporal region (5) AN 33. 1- 5

K/S KH,SH 2 4 General Surgery

9 Submandibular region (2) AN 34.1,2

K/S KH,SH 2 3 General Surgery

10 Deep structures of neck (5) AN 35.1,3,4,5,6,7

K/S KH,SH 5 3 1 General Surgery

11 Deep structures of neck (3) AN 36.1,2,3

K KH 2 2 1 ENT

12 Larynx (3) AN 38.1-3

K/S KH,SH 3 3 ENT

13 Cavity of nose(2) AN 37.1-3

K/S KH,SH 2 3 ENT A B

14 Tongue (2) AN 39.1,2

K/S KH,SH 1 2

15 Smell and taste sensation(2) PY10.13, 10.14

K KH 2 2

16 Vitamins Biotin, Pantothenic acid Thiamin, Pyridoxine(1)

BI 6.5 K KH 2 2 GM

17 Organs of Hearing & Equilibrium (5) AN40.1-5

K/S KH,SH 3 3 ENT

18 Functional anatomy of ear, hearing (1) PY10.15

K KH 1 ANAT

19 Deafness, hearing tests (1) PY 10.16 K/S KH,SH 1 4 ENT

20 Eyeball (3) AN41.1-3 K/S KH,SH 3 3 Ophthalmology

21 Functional anatomy of eye, image form,colour vision,refractive error, pupil, lightreflex(1)

PY10.17 K KH 5 2

22 Testing visual acquity, field of vision, colour vision, Snellen chart

PY10.20 S SH 2 8

23 Pituitary gland and tumor in visual Pathway(1) AN 30.5 K KH 1 GM

24 Physiological basis of lesion in visual pathway (1) PY 10.18

K KH 1 2 ENT

25 Vitamin A Xerophthalmia (1) BI6.5 K KH 1

26 Auditory and Visual evoke potentials (1) PY 10.19 K KH 1 2 2

27 Back region(3) AN42.1-3 K/S KH,SH 1 1 General surgery

28 Head and neck-histology, joints, SA, radiology(9) AN 43.1-9

K/S KH,SH 4 7 Radiodiagnosis/GS

EARLY CLINICAL EXPOSURE EARLY CLINICAL EXPOSURE 6 ENT, OPTHAL,NEURO, SURGERY, ORTHO

ASSESSMENT THEORY ASSESSMENT THEORY 3X3=9

SKILLS ASSESSMENT ASSESSMENT SKILLS 3X6=18

B C

TOTAL HOURS


ANATOMY 44 60 3 107


BIOCHEMISTRY 3 2 5

HOURS



SDL 9

ECE 6

ASSESSMENT THEORY 9




EXTRA CURRICULAR 4

TOTAL HOURS 192

A (1-30)


ENT OPTHAL ORTHO SURGERY NEURO

B (31-60) A B C D E

C (61-90) B C D E A

D (91 - 120) C D E A B

E (121 - 150) D E A B C

E A B C D

MODULE CO-ORDINATOR

DR.VIJAYA, PROFESSOR, DEPT. OF ANATOMY



C D

D E



CBME - TEACHING LEARNING ASSESSMENT - MODULE X - REPRODUCTIVE SYSTEM

S.No TOPIC COMPETENCY NUMBER LEVEL THEORY HOURS

PRAC HOURS SDL

INTEGRATING DEPT

1 External genitalia – male and female AN 46.1, 46.2 K/S 2 2

2

Penis (parts, components, blood supply and lymphatic drainage)

AN 46.3,46.4,46.5 K/KH 1

3

sex determination; sex differentiation and theirabnormities and outline psychiatry and practical implication of sex

determination PY9.1 K/KH 2 1 Anatomy

4 Testis and spermatic cord AN 46.1 1 1

5 Perineum AN 49.3, 49.2, 49.5 K/S/SH 2 1

6 Pelvic diaphragm with pelvic peritoneal pouches AN 48.1, 49.1 K/S/SH 2 1

7 Prostate and accessory male reproductive organs AN 48.2, 48.5, 48.7 K/S/SH 2 2 GS

8 Uterus, Adnexa and ovaries& AN 48.2 K/S/SH 3 3 OBG

9 Lateral pelvic wall AN 48.3, 48.4 K/S/SH 1 1

10 Mammary gland AN 9.2, 9.3 K/KH/S 2 1 GS

11 Development of reproductive system AN 52.8 K/KH 2 2

12

Puberty: onset, progression, stages; early anddelayed puberty and outline adolescent clinical and psychological association PY9.2 K/KH 2 Psychology

13 Vitamin E and selenium BI-6.5 K/KH 1 GM

14

Male reproductive system: functions of testis and control of spermatogenesis & factors modifying it and outline its association with psychiatric illness PY9.3 K/KH/S/SH 2 1

Anat, Psychology

15

Female reproductive system: (a) functions of ovary and its control; (b) menstrual cycle - hormonal, uterine and ovarian changes PY9.4 K/KH/S/SH 2 2 Anatomy

16 Physiological effects of sex hormones PY9.5 K/KH/S/SH 1 1

17 Contraceptive methods for male and female. Discuss theiradvantages & disadvantages PY9.6 K/KH/S/SH 1

18 Effects of removal of gonads on physiological functions PY9.7 1

19 Physiology of pregnancy, parturition & lactation and outline the psychology and psychiatry-disorders associated with it PY9.8 K/KH/S/SH 3 OG

20 Semen analysis report including (a) sperm count,(b) sperm morphology and (c) sperm motility PY9.9 K/KH/S/SH 1 1

21

Pregnancy tests & theormonal changes and their effects during perimenopause and menopause & common causes of infertility in a couple androle of IVF in managing a case of infertility PY9.10 + 11 + 12 K/KH/S/SH 2 1 OG, BIO

22 Charts PY 4

Prostatic urethra AN 48.2 K/KH 1

23 Ambiguous genitalia AN 52.8 K/KH 1

24 Remnants of mesonephric and paramesonephric ducts AN 52.8 K/KH 1

25 Sections of pelvic cavity – Male and female AN K/KH/S/SH 2

26 Models for development of reproductive system AN K/KH/S/SH 2

27

Histology:Testis, epididymis, Vas deferens, Seminal vesicle & prostate, Penis, Uterus, Uterine tube Ovary, mammary gland, and placenta

AN 52.2, 52.3 K/KH/S/SH 2

28 Radiology:Hystero-salpingography, Cystoscopy AN 54.2 K/KH/S/SH 1 RAD


Lab, Lab ward,

Surgery, Paed

ASSESSMENT THEORY 3x3 = 9

ASSESSMENT SKILLS 6x3 = 18

TOTAL HOURS


ANATOMY 17 22 3 42


BIOCHEMISTRY 1 1

HOURS



SDL 6

ECE 6

ASSESSMENT THEORY 9




EXTRA CURRICULAR 3

TOTAL HOURS 111

A (1-30)


Lab OG Surgery Paed GM

B (31-60) A B C D E

C (61-90) B C D E A

D (91 - 120) C D E A B

E (121 - 150) D E A B C

E A B C D

MODULE CO-ORDINATOR

DR.SIVAKUMAR, ASST PROFESSOR, DEPT. OF BIOCHEMISTRY



MEENAKSHI ACADEMY OF HIGHER EDUCATION & RESEARCH...

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