DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date:
09am – 10am Anatomy-Theory Lecture
Biochemistry-Theory Lecture
Anatomy-Theory Lecture
Physioloy-Theory Lecture
Anatomy-Theory Lecture
Physioloy-Theory Lecture
10am - 11am Anatomy-Theory Lecture
Physioloy-Theory Lecture
Anatomy-Theory Lecture
Biochemistry-Theory Lecture
Anatomy-Theory Lecture
Physioloy-Theory Lecture
11am – 12 am Anatomy- DOAP Physioloy-Theory Lecture Anatomy- DOAP Physioloy-Theory
Lecture Anatomy- DOAP Biochemistry-Theory Lecture
12-1 pm Anatomy- DOAP Physioloy-ECE Anatomy- DOAP Biochemistry-ECE Anatomy- DOAP Self Directed Learning
1 pm-2 pm LUNCH - TIME
2pm-3pm SGD/Tutorial/Integrated learning
SGD/Tutorial/Integrated learning- Physiology
SGD/Tutorial/Integrated learningAnatomy and last Wenesday-PSM/CM
SGD/Tutorial/Integrated learning- Biochemistry
SGD/Tutorial/Integrated learning AETCOM
3 pm-5 pm Anatomy- DOAP(Dissection)
DOAP-Physiology-(2 Batches) and
Biochemistry -(One batch)
Anatomy- DOAP(Dissection)-(PSM/CM- Last Friday of the month)
DOAP-Physiology-(2 Batches) and Biochemistry -(One batch)
Anatomy- DOAP(Dissection/ECE- 2nd &4th Friday) Self Directed Learning (1st and 3rd Friday -4hrs per Month)
DOAP-Physiology-(2 Batches) and
Biochemistry -(One batch)
5.30 pm-6 pm SPORTS & EXERCISE
ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 2nd Sept. 2019 3rd Sept. 2019 4th Sept. 2019 5th Sept. 2019 6th Sept. 2019 7th Sept. 2019
9-10 am
Ganesh Chaturthi Holiday
BI1.1- Cell and sub- cellular components(Theory lecture)
AN 1.1 Introduction &Terminology (Theory lecture)
PY1.2 & PY1.3 Principles of
homeostasis and intercellular
communication (Theory lecture)
AN 66.1 &2-Connective tissue (Theory lecture)
PY2.1- Composition and functions of blood components (Theory
lecture)
10-11 am PY 1.1 -Mammalian cell (Theory lecture)
AN 65.1, 2 Introduction to Cell and Epithelium (Theory lecture)
BI5.1-Structural organization of proteins. (Theory lecture)
PSM- CM 1.1 Introduction to Community Medicine (Theory lecture)
PY2.2 -Origin, forms, variations and functions
of plasma(Theory lecture)
11-12 amPY1.2 Principles of
homeostasis (Theory lecture)
Anatomy-DOAP(Histology - 1 Batch /Dissection - 2 Batches)
PY1.5 Transport mechanisms across cell
membranes (Theory lecture)
Anatomy-DOAP(Histology - 1 Batch /Dissection - 2 Batches)
BI5.1-Structural organization of proteins. (Theory lecture)
12-1 pmPY1.2 Principles of
homeostasis (Theory lecture)
Anemia- Nesting with Phy/Bio/Med/Peds/OBGY (ECE)
Self Directed Learning- Cell -
1 -2 pm LUNCH - TIME
2-3pm PY1.2 Principles of homeostasis -(SGD)
Anatomical position /Planes- (SGD)
BI11.16- Concept of Quality control- (SGD) Histo -CT-C , DISS-A &B-(SGD) AETCOM-1
3-5 pm
(DOAP)- Batch A-Introduction to Microscope Batch B- Introduction to Amphibian Experiment BI11.1-Laboratory apparatus and equipments, good safe laboratory practice and waste disposal.-Batch-C
Introduction to human body , surface landmarks- all batch(DOAP)
(DOAP)-Batch B-Introduction to Microscope Batch C- Introduction to Amphibian Experiment BI11.1-Laboratory apparatus and equipments, good safe laboratory practice and waste disposal.-Batch-A
Self Directed Learning
(DOAP)-Batch C-Introduction to Microscope Batch A- Introduction to amphibian Experiment BI11.1-Laboratory apparatus and equipments, good safe laboratory practice and waste disposal.-Batch-B
5.30 -6 pmSPORTS & EXERCISE
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 9th Sept. 2019 10th Sept. 2019 11th Sept. 2019 12th Sept. 2019 13th Sept. 2019 14th Sept. 2019
9-10 am AN 2.1 -2.4 Bone I -(Theory lecture)
Holiday
AN 2.1 -2.4 Bone II (Theory lecture)
PY1.5 Transport mechanisms across cell
membranes-(Theory lecture)
AN 2.5- 2.6Joint-(Theory lecture)
PY1.5 Transport mechanisms across
cell membranes-(Theory lecture)
10-11 amAN 71.1-71.2Histo -Bone & Cartilage-(Theory lecture)
AN 76 1 & 2 Intro to Embryo -(Theory lecture)
BI5.2-Functions of proteins and structure-function relationships in relevant areas-(Theory lecture)
77.6 Gametogenesis & Fertilization-(Theory lecture)
PY2.3 Synthesis and functions of
Haemoglobin-(Theory lecture)
11-12 am Histo- Bone & Cartilage -A - (DOAP)
Histo- Bone & Cartilage -B-(DOAP)
PY2.3 Synthesis and functions of
Haemoglobin-(Theory lecture)
Histo- Bone & Cartilage -C -(DOAP)
BI5.2-Functions of proteins and structure-function relationships in relevant areas eg, hemoglobin and selected hemoglobinopathies (Theory lecture)
12-1 pm Histo- Bone & Cartilage -B&C -(DOAP)
Histo- Bone & Cartilage -A&C-(DOAP)
BI11.16-Visit to Biochemistry laboratory to observe Autoanalyser (SGD)
Histo- Bone & Cartilage -A&C (DOAP)
Self Directed Learning- Hemoglobin
1 -2 pm LUNCH - TIME
2-3pm Bone-All batch-(SGD)
Holiday
Bone-All batches-(SGD)
BI11.16--Paper chromatography of amino acid & Protein electrophoresis (SGD)
Bone Abnormalities (ECE)
AETCOM-2
3-5 pm Embryo models-Gametogenesis (DOAP)
Embryo models-Fertilization& Cell division(DOAP)
(DOAP)-Batch A-Introduction to Hematology Experiment Batch B- Amphibian Tracings- Gradations of Stimuli,SMC,Two successive Stimuli Batch-C-BI11.2-Peparation of buffers and estimation of pH.
(DOAP)Batch B-Introduction to Hematology Experiment Batch C- Amphibian Tracings- Gradations of Stimuli,SMC,Two successive Stimuli Batch-A-BI11.2-Peparation of buffers and estimation of pH.
5.30 -6 pmSPORTS & EXERCISE
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 16th Sept. 2019 17th Sept. 2019 18th Sept. 2019 19th Sept. 2019 20th Sept. 2019 21st Sept. 2019
09am – 10amAN 3.1-3.3 Muscle -GA-Integrated with physio-3-(Theory lecture)
BI9.1- Functions and components of the extracellular matrix (ECM).-C
An 9.1Introduction to Supex & Pectoral region-(Theory lecture)
PY1.7 Concept of pH & Buffer systems in the body-(Theory lecture)
AN 9.1-9.3Breast-Integrated with Surgery -4-(Theory lecture)
PY1.7 Concept of pH & Buffer systems in the body-(Theory lecture)
10 - 11am AN 67.1-67.3-Muscle -Histo (Theory lecture)
PY1.6 Fluid compartments of the body, its ionic
composition
AN 77.1-77.6-Development- 1st Week-(Theory lecture)
BI6.7- Maintenance of normal pH, water & electrolyte balance of body fluids and associated derangements -(Theory lecture)
PSM-2 CM 6 Introduction to basic Medical statistics-(Theory lecture)
PY2.6- WBC formation (granulopoiesis) and its
regulation-(Theory lecture)
11 – 12 am Muscle -Histo-A Batch(DOAP)
PY2.4 -RBC formation (erythropoiesis & its regulation) and its
functions-(Theory lecture)
Muscle -Histo-B Batch (DOAP)
PY2.4 -RBC formation (erythropoiesis & its regulation) and its functions-(Theory
lecture)
Muscle -Histo-C Batch(DOAP)Linker- Role of vitamins in erythropoeisis-(Theory lecture)
12-1 pm B & C -Into to Supex (DOAP)
PY3.7 Types of muscle fibres and their structure
(Theory lecture)A& C -Pecoral region-(DOAP)
BI11.17-Biochemical tests done in the- jaundice,- liver diseases (ECE)
A & B -Breast-(DOAP) Self Directed Learning
1 -2 pm LUNCH - TIME
2pm-3pm Muscle-All batches (SGD)
Different types of anaemias & Jaundice- Nesting with Biochem,
Patho,Medicine, Peads-(SGD)
AN 8.1-8.6-Clavicle -All-(SGD) Anemia and deficiency of Vitamins-(SGD) AN 8.1-8.6Scapula -All-(SGD) AETCOM-3
3 pm-5 pm All Batch-Intro to Supex (DOAP)
(DOAP)-Batch C-Introduction to Hematology Experiment Batch A- Amphibian Tracings- Gradations of Stimuli,SMC,Two successive Stimuli Batch-B-BI11.2-Preparation of buffers and estimation of pH.
A, B& C -Pecoral region
(DOAP)-Batch A-PY2.11 Hemoglobin Estimation Batch B- Amphibian Tracings- Genesis of Tetanus, Pre load & after Load Batch-C-BI11.3-Chemical components of normal urine.
Self Directed Learning-2
(DOAP)-Batch B-PY2.11 Hemoglobin Estimation Batch C- Amphibian Tracings- Genesis of Tetanus, Pre load & after Load Batch-A-BI11.3-Chemical components of normal urine.
5.30 pm-6 pm SPORTS & EXERCISE
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 23rd Sept. 2019 24th Sept. 2019 25th Sept. 2019 26th Sept. 2019 27th Sept. 2019 28th Sept. 2019
9 – 10amAN 4.1 -4.5 Skin & Fascia-Integrated with Dermat-5-(Theory lecture)
BI3.1-Chemistry of Carbohydrates (Theory lecture)
AN10.1 -10.2Axilla,Axillary artery & Axillary Lymph node(Theory lecture)
PY1.8 Resting membrane potential and
action potential in excitable tissue(Theory
lecture)
AN10.3-10.7Brachial Plexus-Integrated with Surgery-6(Theory lecture)
PY2.8 Physiological basis of hemostasis and, anticoagulants-
(Theory lecture)
10 - 11amAN 72.1Histo -Integumentary-(Theory lecture)
PY2.6 Describe WBC formation (granulopoiesis) and its regulation-(Theory
lecture)
AN 78.1 -78.5Embryo-2 nd week development-(Theory lecture)
BI3.1-Chemistry of Carbohydrates-(Theory lecture)
Histo -general revision
PY2.8 Physiological basis of hemostasis and, anticoagulants-
(Theory lecture)
11 – 12 am Histo -Skin & Appendages-A (DOAP)
PY2.6 Describe WBC formation (granulopoiesis) and its regulation-(Theory
lecture)
Histo -Skin & Appendages-B (DOAP)
PY1.8 Resting membrane potential and
action potential in excitable tissue(Theory
lecture)
Histo -Skin & Appendages-C (DOAP)
BI3.1-Chemistry of Carbohydrates (Theory lecture)
12-1 pm B & C -Axilla-Boundaries(DOAP)
PY2.8 Bleeding & clotting disorders (Hemophilia,
purpura)-(ECE)A& C -Axilla-Contents (DOAP)
ECE-BI3.1-Carbohydrates and their use as diagnostic and Therapeutic agents
A& B -Intro Brachial Plexus-(DOAP) Self Directed Learning
1 -2 pm LUNCH - TIME
2-3pm AN 8.1-8.6Humerus- All(-SGD)
SGD - PY1.4-Apoptosis – programmed cell death
PSM- SGD-1 CM 6 Presentation of Statistical Data
SGD-BI11.20-Importance of Identify abnormal constituents in urine, iin pathological states.
Formative Assessment and Feed back on Bones-(SGD) AETCOM-4
3 -5 pm A,B & C -Axilla-Boundaries (DOAP)
(DOAP)Batch C-PY2.11 Hemoglobin Estimation
Batch A- Amphibian Tracings- Genesis of
Tetanus, Pre load & after Load Batch -B-
BI11.3-Chemical components of normal
urine.
(DOAP)Batch A-PY2.11 WBC Count
Batch B- Amphibian Tracings- Fatigue Batch -C-BI11.4-urine analysis
-Abnormal
A& B, C -Intro Brachial Plexus (SGD)
(DOAP)-Batch B-PY2.11 WBC Count Batch C- Amphibian Tracings- Fatigue
Batch -A-BI11.4-urine analysis -Abnormal
5.30 pm-6 pm SPORTS & EXERCISE
ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM
DAY TIME
MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 30th Sept. 2019 1st Oct. 2019 2nd Oct. 2019 3rd Oct. 2019 4th Oct. 2019 5th Oct. 2019
09am – 10am AN5.1-5.8-CVS- General Anatomy- (Theory lecture)
BI4.1-Lipid Chemistry- Classes, Examples, Functions-(Theory lecture)
HOLIDAY
PY2.9 Blood groups and discuss the clinical importance of blood
grouping, blood banking and transfusion- Nesing
with Patho
AN 10.8-10.11Scapular region,Anastomosis around Scapula,Boundaries of triangle of auscultation
PY2.10 -Types of immunity. Describe the development of
immunity and its regulation(Theory lecture)
10am - 11am AN69.1-69.3-Blood vessels-Histo
PY2.7 Formation of platelets, functions and
variations (Theory lecture)
BI4.1-Lipid Chemistry-Simple & Compound lipids(Theory lecture)
CM6- Introduction to basic medical statistics(Theory lecture)
PY3.3 Degeneration and regeneration in peripheral
nerves- Nesting with Patho, Medicine(Theory lecture)
11am – 12 am A -Blood vessels (DOAP)
PY3.1 Structure and functions of a neuron and neuroglia- Sharing with
Anat(Theory lecture)
PY3.2 Types, functions & properties of nerve
fibers(Theory lecture)
C -Blood Vessels (DOAP)
BI4.1-Lipid Chemistry- Phospholipids , Spingolipids, Glycolipids- Role in Nervous system(Theory lecture)
12-1 pm B& C- Scapular Region(DOAP)
PY3.5 Action of neuro-muscular blocking
agents(Theory lecture)
ECE-Lipid storage diseases
A & B Intermuscular spaces ,rotator cuff muscles (DOAP)
Self Directed Learning
1 -2 pm LUNCH - TIME
2-3pm Humerus-All batch (SGD) SGD- Case Study
HOLIDAY
SGD-BI11.6-Principles of colorimetry
AN 10.8-10.11Scapular region,Anastomosis around Scapula,Boundaries of triangle of auscultation
AETCOM-5
3 -5 pm (DOAP)-All Batch Scapular Region
(DOAP)-Batch B-PY2.11 WBC Count
Batch C- Amphibian Tracings- Fatigue Batch-A-
BI11.4-urine analysis -normal and abnormal
constituents
(DOAP)-Batch A-PY2.11 RBC Count
Batch B- Amphibian Tracings- Introduction to Cardiac Circuit Batch-C-BI11.13 &BI-2.2-SGOT/
SGPT
Self Directed Learning-3
(DOAP)-Batch B-PY2.11 RBC Count
Batch C- Amphibian Tracings- Introduction to Cardiac Circuit
Batch-A--BI11.13 &BI-2.2-SGOT/ SGPT
5.30-6 pm SPORTS & EXERCISE
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 7th Oct. 2019 8th Oct. 2019 9th Oct. 2019 10th Oct. 2019 11th Oct. 2019 12th Oct. 2019
9 – 10amAN 6.1-6.3-Lymphatic system General Anatomy- (Theory lecture)
Holiday
AN 10.12-10.13Shoulder Joint(Theory lecture)
PY3.4 Neuro-muscular junction and
transmission(Theory lecture)
AN12.2Axillary & Musculocutaneous Nerve(Theory lecture)
PY3.4 Neuro-muscular junction and transmission(Theory
lecture)
10 - 11am AN 70.2Histo- Lymphoid Tissue(Theory lecture)
AN 79.1-79.6Embryo- 3rd week(Theory lecture)
BI 5.2-Production of Neurotransmiters from Amino acids(Theory lecture)
AN12.2Axillary & Musculocutaneous Nerve(Theory lecture)
PY5.1 Functional anatomy of heart including chambers
sounds; and Pacemaker tissue and conducting system(Theory
lecture)
11– 12 am A-Histo,Lymphoid(DOAP)B-Histo,Lymphoid(DOAP)
PY2.10 Types of immunity. And its
development of (Theory lecture)
C-Histo-Lymphoid(DOAP)
BI10.3-Cellular and humoral components of the immune system & types and structure of antibody(Theory lecture)
12-1 pm Arm Muscles- B& C(DOAP)Shoulder Joint -Diss.,A& C(DOAP)
Early Clinical Exposure--BI-10.3- Auto Immune diseases(Theory lecture)
A & B Vessels & Nerves in Arm(DOAP)
Self Directed Learning
1 -2 pm LUNCH - TIME
2-3pm Radius- All batch (SGD)
Holiday
Ulna - All batch(SGD) SGD-BI11.6-Principles of
colorimetry
Early clinical exposure -Anatomy
AETCOM-6
3 -5 pm Arm Muscles- All Batch (DOAP)
Shoulder Joint -Diss.,All(DOAP)
(DOAP)Batch C-PY2.11 RBC Count
Batch A- Amphibian Tracings- Introduction to Cardiac Circuit Batch -
B-BI11.13 &BI-2.2-SGOT/ SGPT
(DOAP) Batch A-PY2.11 Bleeding Time and Clotting
Time Batch B- Amphibian Tracings- Normal Cardiogram,Effect of hot and cold saline on frog's
heart Batch -C-BI11.14-Estimation of alkaline
phosphatase
5.30 pm-6pm SPORTS & EXERCISE
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 14th Oct. 2019 15th Oct. 2019 16th Oct. 2019 17th Oct. 2019 18th Oct. 2019 19th Oct. 2019
09 – 10am AN 7.1-7.8-Nervous System -(Theory lecture)
Linker-BI-3.4- Energy requirement of Muscle and the pathways involved(Theory lecture)
AN11.5 Elbow joint&Cubital Fossa(Theory lecture)
PY3.8 Action potential and its properties in
different muscle types (Theory lecture)
AN12.2-12.7Median & Ulnar Nerve (Theory lecture)
PY3.9 Molecular basis of muscle contraction in skeletal
and in smooth muscles (Theory lecture)
10- 11am AN 68.1-68.3Nervous tissue -Histo(Theory lecture)
PY3.7 -Types of muscle fibres and their
structure(Theory lecture)
AN 79.1-79.6Embryo- 3rd week (Theory lecture)
Linker-BI-6.7-Sourses, RDA, Properties of ions involved in action potential (Theory lecture)
PSM -4 PE19.1 UIP, Vaccines, VPD (Theory lecture)
PY5.3 -Cardiac cycle (Theory lecture)
11 – 12 am A Histo -Nervous tissue (DOAP)
PY5.2 -Cardiac muscleincludingitsmorpholo
gy electrical, mechanical and metabolic
functions(Theory lecture)
B Histo -Nervous tissue (DOAP) PY5.3 cardiac cycle C- Histo -Nervous
tissue
BI-6.9- Role of Calcium in Muscle contraction (Theory lecture)
12-1 pm B & C Extensor comp. of Arm(DOAP)
ECE-PY3.6 Pathophysiology of
Myasthenia gravis(Theory lecture)
A & C Cubital Fossa(DOAP)
ECE-BI10.5-Antigens and concepts involved in vaccine development.(Theory lecture)
A & B-Elbow Joint(DOAP) Self Directed Learning
1 -2 pm LUNCH - TIME
2-3pm All- Articulated hand ()SGD) SGD - PY5.13 Interpret normal ECG in a volunteer (DOAP) PE 19.1
Visit to hospital for demonstration of immunization
SGD-BI11.18-Spectrophotometry. (DOAP) All Diss.-
Hand Muscles & Fascial
spaces of Palm
AETCOM-7
3 -5 pm (DOAP) All-Extensor comp. of Arm
(DOAP) Batch B-PY2.11 Bleeding Time and Clotting
Time Batch C- Amphibian
Tracings- Normal
(DOAP) Batch C-PY2.11 Bleeding Time and
Clotting Time Batch A- Amphibian
Tracings- Normal
(DOAP) Batch A-Blood Group Determination
Batch B- Amphibian Tracings- Effect of
Vagosympathetic/Crecsent 5.30 pm-6pm B & C Extensor comp. of Arm
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 21st Oct. 2019 22nd Oct. 2019 23rd Oct. 2019 24th Oct. 2019 25th Oct. 2019 26th Oct. 2019
9 – 10amAN 13.3Radioulnar Joint 1,Carpometacarpal joint(Theory lecture)
BI6.5-Vitamins D and Calcium Metabolism(Theory lecture)
Diwali Vacation
10 - 11amAN 13.3Wrist Joint & Radial nerve ( AN 12.2)(Theory lecture)
PY3.9 Molecular basis of muscle contraction in
skeletal and in smooth muscles(Theory lecture)
11 – 12 am AN79.1-79.6Embryo 4rth week(DOAP)
PY5.4 Describe generation, conduction of cardiac
impulse(Theory lecture)
12-1 pm Flexor compartment of forearm(DOAP)
PY3.13 Describe muscular dystrophy:
myopathies(Theory lecture)
1 -2 pm Lunch Time
2-3pm
(DOAP) All-Extensor Compartment-Muscles of
forearm
SGD - PY5.13 Interpret normal ECG in a volunteer
3-5 pm
(DOAP)Batch B-Blood Group Determination Batch C- Amphibian Tracings- Effect of
Vagosympathetic/Crecsent stimulation & Vagal Escape, Stannius Ligature Batch A-
Informal assessment Batch B- Informal
Assessment on DOAP
5.30 pm-6 pm SPORTS & EXERCISE
ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM
DAY TIME
MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 28th Oct. 2019 29th Oct. 2019 30th Oct. 2019 31st Oct. 2019 1st Nov. 2019 2nd Nov. 2019
Diwali Vacation
DAY TIME
MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 4th Nov. 2019 5th Nov. 2019 6th Nov. 2019 7th Nov. 2019 8th Nov. 2019 9th Nov. 2019
9 – 10am
Diwali Vacation
Muscle contraction (isometric and
isotonic)(Theory lecture)
Introduction to thorax & Iintercostal spaces (Theory lecture)
PY3.11 Explain energy source and muscle
metabolism(Theory lecture)
10- 11am
BI2.1- Enzyme, isoenzyme, alloenzyme, coenzyme & co-factors. (Theory lecture)
AN 24.1 -24.5Lungs & Pleura (Theory lecture)
PY5.5 Describe the physiology of
electrocardiogram (E.C.G)(Theory lecture)
11 – 12 am
PY5.5 Describe the physiology of
electrocardiogram (E.C.G)(Theory lecture)
AN 25Histo -Respiratory System (Theory lecture) BI2.3- Basic principles of enzyme
activity(Theory lecture)
12-1 pmECE-BI2.4-Enzyme inhibitors as poisons and drugs and as therapeutic enzymes
Embryo-Resiratory syetem(Theory lecture)
Self Directed Learning
1 -2 pm LUNCH - TIME
2-3pmSGD-BI2.1- Isoenzymes- Medicine, Cardiology
ECE -5
AETCOM-9
3 -5 pm
(DOAP) Batch C-Blood Group Determination Batch A- Amphibian Tracings- Effect of
Vagosympathetic/Crecsent stimulation & Vagal
Escape, Stannius Ligature Batch-B-
Imformal Assessment
(DOAP)-Batch A-PY2.11 Differential Leucocyte Count Batch B- Amphibian Tracings- Effect of Drugs on frogs heart, perfusion with K+, Ca++, & Na+ on frogs heart Batch-C-
5.30 -6 pm SPORTS & EXERCISE
DAY TIME
MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 11th Nov. 2019 12th Nov. 2019 13th Nov. 2019 14th Nov. 2019 15th Nov. 2019 16th Nov. 2019
9 – 10amAN 22.1-22.7Heart & Pericardium-1(Theory lecture)
Holiday
AN 22.1-22.7Heart & Pericardium-1(Theory lecture)
PY3.12 -Gradation of muscular activity(Theory lecture)-Integration with
Medicine
AN 23.1Mediastinum(Theory lecture)
PY5.7 Haemodynamics of circulatory system(Theory
lecture)
10- 11amAN73.1-73.3ChromosomesGenetics 1
AN 25.3-25.6Embryo -CVS -1(Theory lecture)
BI2.5- Clinical utility of various serum enzymes as markers of pathological conditions.(Theory lecture)- Integration with Pathology, Medicine,Cardiology
PSM -5 PE19.1 UIP, Vaccines, VPD(Theory lecture)
PY6.1 Functional anatomy of respiratory tract(Theory
lecture)
11 – 12 am
Intercostal spaces & lungs(DOAP)
Radiology -Thora(DOAP)
PY5.5 Physiology of electrocardiogram
(E.C.G) applications and the cardiac axis(Theory
lecture) mediastinum & heart(DOAP)
BI2.5- Clinical utility of various serum enzymes as markers of pathological conditions (Theory lecture).ntegration with Pathology, Medicine,Cardiology
12-1 pm Diss-Heart(DOAP) ECE-BI2.5- Cardiac Markers(Theory lecture) Self Directed Learning
1 -2 pm LUNCH - TIME
2-3pm Thoracic Vertebrae (SGD)
Holiday
PE 19.1 Visit to hospital for demo. Of immunization-
(SGD)
SGD-BI2.6-Enzymes in laboratory investigations (Enzyme-based assays)
Ribs- (SGD) AETCOM
3 -5 pm Diss-Heart(DOAP)
(DOAP) Batch B-PY2.11 Differential Leucocyte Count Batch C- Amphibian Tracings- Effect of Drugs on frogs heart, perfusion with K+, Ca++, & Na+ on frogs heart Batch- A-BI11.16-Observe use of pH Meter and Chromarography
Self Directed Learning
(DOAP)-Batch C-PY2.11 Differential Leucocyte Count Batch A- Amphibian Tracings- Effect of Drugs on frogs heart, perfusion with K+, Ca++, & Na+ on frogs heart BatchB--BI11.16-Observe use of pH Meter and Chromarography
5.30 -6pm SPORTS & EXERCISE
DAY
MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 18th Nov. 2019 19th Nov. 2019 20th Nov. 2019 21st Nov. 2019 22nd Nov. 2019 23rd Nov. 2019
09am – 10am
AN 23.3-Azygos System (Theory lecture)
BI6.5-Biochemical role of B-complex vitamins mainly coenzymes (Theory lecture)
AN23.2Thoracic Duct (Theory lecture)
PY5.8 Local and systemic cardiovascular regulatory
(Theory lecture)
AN 23.4Arch of Aorta & SVC(Theory lecture)
PY5.9 Factors affecting heart rate, regulation of cardiacoutput
& blood pressure(Theory lecture)
10am - 11am
AN 74.1-74.3Patterns of InheritanceGenetics 2-(Theory lecture)
PY5.8 Local and systemic cardiovascular regulatory -
(Theory lecture)
AN 25.3-25.6Embryo -CVS -1(Theory lecture)
BI 6.6- Oxidatative Phosphyrylatio and its significance(Theory lecture)
PSM -5 PE19.1 UIP, Vaccines, VPD(Theory lecture)
PY6.2 Mechanics of normal respiration, pressure changes during ventilation, lung volume
and capacities, alveolar surface tension, compliance, airway
resistance, ventilation, V/Pratio, diffusion capacity of
lungs(Theory lecture)
11am – 12 am
A-Embryo Models-CVS
PY6.2 Mechanics of normal respiration,
pressure changes during ventilation, lung volume and capacities, alveolar
surface tension, compliance, airway
resistance, ventilation, V/Pratio, diffusion capacity
of lungs(Theory lecture)
B-Embryo Models-CVS
PY6.2 Mechanics of normal respiration, pressure
changes during ventilation, lung volume and capacities,
alveolar surface tension, compliance, airway
resistance, ventilation, V/Pratio, diffusion capacity
of lungs(Theory lecture)
C-Embryo Models-CVS
BI 6.6- Oxidatative Phosphyrylatio and its significance(Theory lecture)
12-1 pm
PY5.6 Describe abnormal ECG, arrythmias, heart block and myocardial
infarction
ECE-BI6.5-Uncouplers and Inhibitors in respiratory chain and related clinical cases
Self Directed Learning
1 -2 pm LUNCH - TIME
2-3pm Heart (SGD)
PY6.5 Principles of artificial respiration, oxygen
therapy, acclimatization and decompression
sickness.(SGD)
Clinical Anat(SGD)
BI6.6-BIochemical processes involved in generation of energy in cells.(SGD)
Revision -Osteology AETCOM
3 -5 pm Mediastinum- 1(DOAP)
(DOAP) A-PY2.12 PCV and ESR Batch B- Recording of ECG
Mediastinum- 2-(DOAP)
(DOAP)-Batch B-PY2.12 PCV and ESR Batch C- Recording of ECG
Branches of Aorta-(DOAP)
(DOAP)-Batch C-PY2.12 PCV and ESR Batch A- Recording of ECG
5.30 -6 pm
SPORTS & EXERCISE
DAY
MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAYDate: 25th Nov. 2019 26th Nov. 2019 27th Nov. 2019 28th Nov. 2019 29th Nov. 2019 30th Nov. 2019
09am – 10am
AN 23.1Esophagus & Trachea (Theory lecture)
BI8.1-Importance of various dietary components and
explain importance of dietary fibre. (Theory lecture)
AN 23.5Thoracic Sympathetic (Theory lecture)
PY5.9 Factors affecting heart rate, regulation of
cardiacoutput & blood pressure (Theory lecture)- Integration with Medicine
AN 25.7Radiology-Thorax (Theory lecture)
PY5.9 Factors affecting heart rate, regulation of cardiacoutput & blood
pressure (Theory lecture)- Integration with Medicine
10am - 11am
AN 74.4Genetics III (Theory lecture)
PY5.9 Factors affecting heart rate, regulation of
cardiacoutput & blood pressure (Theory lecture)- Integration with Medicine
AN 25.3-25.6Embryo -CVS - (Theory lecture)1
PY6.2 Mechanics of normal respiration, pressure changes during ventilation, lung volume
and capacities, alveolar surface tension, compliance, airway resistance, ventilation, V/Pratio, diffusion capacity of
lungs (Theory lecture)- Integration with Pul Med
CM 2 How to take Family Case (Theory lecture)
PY6.2 Mechanics of normal respiration, pressure changes
during ventilation, lung volume and capacities, alveolar surface tension,
compliance, airway resistance, ventilation, V/Pratio, diffusion
capacity of lungs (Theory lecture)
11 – 12 amHisto revision-A Batch
PY6.2 Mechanics of normal respiration, pressure changes
during ventilation, lung volume and capacities,
alveolar surface tension, compliance, airway
resistance, ventilation, V/Pratio, diffusion capacity of
lungs (Theory lecture)- Integration with Pul Med
Histo revision-B Batch
BI8.3-Dietary advice for optimal health in childhood and adult, in disease conditions like diabetes mellitus, coronary artery disease and in pregnancy. (Theory lecture) -Intrgration with CM,Medicine
Histo revision-C Batch
BI8.4-Causes (including dietary habits), effects and health risks associated with being overweight/ obesity. (Theory lecture)-Intrgration with CM, Medicine
12-1 pmPY5.11 Describe the patho-
physiology of shock, syncope and heart failure
ECE- Respiratory Dystress syndrome Self Directed Learning
1 -2 pm LUNCH - TIME
2-3pmMCQ-TestThorax,General Anatomy
SGD - PY6.5 Principles of artificial respiration, oxygen therapy, acclimatization and
decompression sickness.
PSM-SGT -3 PE19.1 Vaccines , Vaccine
Carrier , Immunization Card, VVM, Dial
Thermometer, ILR,etc
BI8.2-Types and causes of protein energy malnutrition and its effects(SGD)- Integration CM, Medicine, Pediatrics
MCQ-Test Histo , Embryo AETCOM
3 -5 pm Revision -Soft Part Supex, Thorax
(DOAP)Batch A-PY2.12/2.13 Osmotic fragility, Retic. Count, PlatelletCount. Batch B- Introduction to clinical examinations Batch C-Revision of practicals before examination as per students demand
(DOAP)-Batch B-PY2.12/2.13 Osmotic fragility, Retic. Count, PlatelletCount. Batch C- Introduction to clinical examinations Batch A-Revision of practicals before examination as per students demand
OSPE-Osteology, Soft Part
(DOAP)-Batch C-PY2.12/2.13 Osmotic fragility, Retic. Count, PlatelletCount. Batch A- Introduction to clinical examinations Batch B-Revision of practicals before examination as per students demand
5.30 pm-6pm SPORTS & EXERCISE
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 2nd Dec. 2019 3rd Dec. 2019 4th Dec. 2019 5th Dec. 2019 6th Dec. 2019 7th Dec. 2019
09am – 10am
First Internal Assessment Examination
10am - 11am
11am – 12 am
12-1 pm
2pm-3pm
3 pm-5 pm
5.30 pm-6 pm SPORTS & EXERCISE
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 9th Dec. 2019 10th Dec. 2019 11th Dec. 2019 12th Dec. 2019 13th Dec. 2019 14th Dec. 2019
09am – 10am
Ist IA Exam
BI3.2,4.3 &5.3- Digestion and absorption of Carbohydrates,lipids and proteins(Theory lecture)
AN44.1-44.2Introduction to Abdomen & Anterior Abdominal Wall(Theory lecture)
PY5.10 Regional circulation including microcirculation
lymphatic circulation, coronary, cerebral, capillary, skin, foetal pulmonary and
splanchnic circulation(Theory lecture)
AN 44.3-Rectus Sheath(Theory lecture)
PY5.10 Regional circulation including microcirculation
lymphatic circulation, coronary, cerebral, capillary, skin, foetal pulmonary and
splanchnic circulation(Theory lecture)
10am - 11am
PY5.10 Regional circulation including microcirculation
lymphatic circulation, coronary, cerebral, capillary, skin, foetal pulmonary and
splanchnic circulation(Theory lecture)
(DOAP) AN 52.1-52.6Embryo -GIT 1
BI6.12-Types of haemoglobin and its derivatives found in the body and their physiological/ pathological relevance.(Theory lecture)
PSM-7 B18.5 Nutrition , Diet Formation(Theory lecture)
PY6.3 Transport of respiratory gases:Oxygen
Carbondioxide(Theory lecture)
11am – 12 am
PY6.3 Transport of respiratory gases:Oxygen
Carbondioxide(Theory lecture)
(DOAP) Embryo Models -GIT
PY6.3 Transport of respiratory gases:Oxygen
Carbondioxide(Theory lecture)
AN 44.3-Rectus Sheath (DOAP)
BI-6.5-Mechanism of oxyen transport by Hemoglobin and how its affects in cases of abnormal hemoglobin(Theory lecture)
12-1 pm
ECE-PY6.6P-athophysiology of dyspnoea, hypoxia,
cyanosis asphyxia; drowning, periodic breathing
ECE-BI-6.12-Hemoglobin Derivatives and related clinical ouutcomes
AN 44.3-Rectus Sheath (DOAP) Self Directed Learning
1 pm-2 pm LUNCH - TIME
2pm-3pm
Ist IA Exam
SGD Case Study Lumbar Vertebrae-1 - SGD
SGD--BI-6.12-Hemoglobin Derivatives and related clinical ouutcomes
Lumbar Vertebrae-2 - SGD AETCOM
3 pm-5 pm
(DOAP)Batch A PY11.13 Obtain history and perform general examination in the volunteer Batch B- PY5.12-Record pulse at rest
(DOAP) Diss-Anterior Abdominal Wall & Rectus sheath
(DOAP) Batch B PY11.13 Obtain history and perform general examination in the volunteer Batch C- PY5.12-Record pulse at rest
Self Directed Learning-7
(DOAP) Batch C PY11.13 Obtain history and perform general examination in the volunteer Batch A- PY5.12-Record pulse at rest
5.30 pm-6 pm SPORTS & EXERCISE
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 16th Dec. 2019 17th Dec. 2019 18th Dec. 2019 19th Dec. 2019 20th Dec. 2019 21st Dec. 2019
09am – 10am
AN 44.4-44.7-Inguinal Canal(Theory lecture) BI6.5-Biochemical role of
vitamin A and D manifestations of their deficiency(Theory lecture)
AN 45.1-45.3Posterior
Abdominal wall(Theory lecture)
PY5.10 Regional circulation including microcirculation
lymphatic circulation, coronary, cerebral, capillary, skin, foetal pulmonary and
splanchnic circulation(Theory lecture)
AN47.1 -47.4Abdominal Cavity (Peritoneum)-1(Theory lecture)
Regulation Of Respiration Neural(Theory lecture)Integration with Pulmed
10am - 11am
AN75.1-75.3 Chromosomal aberrations-Genetic 4(Theory lecture)
PY5.10 Regional circulation including microcirculation
lymphatic circulation, coronary, cerebral, capillary, skin, foetal pulmonary and
splanchnic circulation(Theory lecture)
AN 52.1-52.6Embryo -GIT 2(Theory lecture)
Regulation Of Respiration Chemical(Theory lecture)- Integration with Pulmed
PSM-8 B18.5 Nutrition , Diet Formation(Theory lecture)
PY4.1 -structure and functions of digestive
system(Theory lecture)
11am – 12 am
(DOAP)-Discussion -Genetics Chart -A
PY6.3 Transport of respiratory gases:Oxygen
Carbondioxide(Theory lecture) Integration with Pul
Med(DOAP)Discussion
-Genetics Chart -B
BI6.5- Deficiency manifestations of vitamin A & D - (Theory lecture)
(DOAP) Discussion -Genetics Chart -C
Clinical features, diagnosis and management of Deficiency / excess of Vitamin D (Rickets and Hypervitaminosis D)-Integrated -Nesting with-Pathology , Medicine, Peads(Theory lecture)
12-1 pm ECE-Lung function tests & their clinical significance
ECE-Cutaneous findings in Vitamin A deficiency and its management
Self Directed Learning
1 pm-2 pm LUNCH - TIME
2pm-3pm SGD-Sacrum SGD - EEG SGD-Bony Pelvis-1 SGD-Disorder associated with Lipid Metabolism SGD-Bony Pelvis-2 AETCOM
3 pm-5 pm Diss- Inguinal Canal(DOAP)-
(DOAP)-Batch A PY11.13 -Obtain history and perform general examination in the volunteer Batch B - PY5.12Record Blood Pressure at rest
Diss-Posterior Abdominal wall
(DOAP)-Batch B PY11.13- Obtain history and perform general examination in the volunteer Batch C- PY5.12Record Blood Pressure at rest
Self Directed Learning-8
(DOAP)-Batch C PY11.13 -Obtain history and perform general examination in the volunteer Batch A- PY5.12Record Blood Pressure at rest
5.30 pm-6 pm SPORTS & EXERCISE
ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 23rd Dec. 2019 24th Dec. 2019 25th Dec. 2019 26th Dec. 2019 27th Dec. 2019 28th Dec. 2019
9 – 10am
AN47.1 -47.4Abdominal Cavity (Peritoneum) 2(Theory lecture)
BI6.7-Maintenance of normal pH, water & electrolyte balance of body fluids and the derangements associated with these.(Theory lecture)
HOLIDAY
PY6.4 Physiology of high altitude and deep sea diving(Theory lecture) AN47.5-47.6-
Liver(Theory lecture)
PY7.1 Structure and function of kidney(Theory
lecture)
10am - 11am
AN 47.5-47.6Stomach(Theory lecture)
PY6.4 Physiology of high altitude and deep sea diving(Theory lecture)
BI6.8-Discuss and interpret results of Arterial Blood Gas (ABG) analysis in various disorders.- Integrated with -Nesting-Medicine, Peads(Theory lecture)
AN47.5-47.6-Liver(Theory lecture)
PY4.2 Composition, mechanism of secretion,
functions, and regulation of saliva, gastric, pancreatic, intestinal juices and bile
secretion (Theory lecture)
11am – 12 amModel -Inguinal Canal DOAP
PY4.2 Composition, mechanism of secretion,
functions, and regulation of saliva, gastric, pancreatic, intestinal juices and bile
secretion (Theory lecture)
PY4.2 Composition, mechanism of secretion,
functions, and regulation of saliva, gastric, pancreatic, intestinal juices and bile
secretion (Theory lecture)Liver Dissection -
DOAPBI6.13-Functions of the kidney(Theory lecture)
12-1 pm
ECE-PY4.8 Gastric function tests, pancreatic exocrine
function tests & liver function tests
ECE BI6.13-KFT in various diseases Self Directed Learning
1 -2 pm LUNCH - TIME
2-3pmSGD Revision -Osteology SGD - EEG
HOLIDAY
SGD- BI6.13-Functions of thyroid and adrenal glands.
PSM SGT 6B 18.5 Nutrients
AETCOM
3 -5 pmDOAP Diss- Peritoneum
(DOAP)-BatchA PY4.10 Demonstrate the correct clinical examination of the abdomen Batch B-Gastric Analysis & GTT
(DOAP)-BatchB PY4.10 Demonstrate the correct clinical examination of the abdomen Batch C-Gastric Analysis & GTT
(DOAP)-Batch C PY4.10 Demonstrate the correct clinical examination of the abdomen Batch A-Gastric Analysis & GTT
5.30 -6 pmSPORTS & EXERCISE
DAY MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 30th Dec. 2019 31st Dec. 2019 1st Jan. 2020 2nd Jan. 2020 3rd Jan. 2020 4th Jan. 2020
9 – 10am
AN75.4-75.5Clinical GeneticsGenetics 5(Theory lecture)
BI6.7-Role of Kidney in maintenance of normal pH, water & electrolyte balance (Theory lecture)
AN 47.5-47.6-Spleen(Theory lecture)
PY7.3-Mechanism of urine formation involving processes of filtration, tubular reabsorption &
secretion; concentration and diluting mechanism(Theory lecture)
AN 47.5-47.6-Duodenum
PY7.3-Mechanism of urine formation involving processes of filtration, tubular reabsorption &
secretion; concentration and diluting mechanism(Theory
lecture)
10am - 11am
AN 52.1- 52.6Histo- GI -1(Theory lecture)
PY7.2 Structure and functions of juxta glomerular apparatus and role of renin-angiotensin
system(Theory lecture)AN 52.1-52.6Embryo -GIT 3(Theory lecture)
BI3.2-Digestion and assimilation of carbohydrates and storage.(Theory lecture)
PSM-9 PE 9.1 Nutrition Special Groups(Theory lecture)
PY4.3-GIT movements, regulation and functions. Describe defecation
reflex. Explain role of dietary fibre(Theory lecture)
11am – 12 am
DOAP Histo P. -GI 1-A
PY4.2 -Composition, mechanism of secretion,
functions, and regulation of saliva, gastric, pancreatic, intestinal juices and bile
secretion (Theory lecture)
DOAP B-Histo -GI 1/Diss-B,C
PY4.2 -Composition, mechanism of secretion, functions, and regulation
of saliva, gastric, pancreatic, intestinal juices and bile secretion
(Theory lecture)
DOAP C-Histo -GI 1/Diss -A,B
BI3.4-Pathways of carbohydrate metabolism, (glycolysis, gluconeogenesis, glycogen metabolism, HMP shunt).(Theory lecture)
12-1 pm
ECE PY4.9 Physiology aspects of: peptic ulcer,
gastro-oesophageal reflux disease, vomiting, diarrhoea, constipation, Adynamic ileus,
Hirschsprung's disease ECE BI6.13-KFT in various diseases Self Directed Learning
1 pm-2 pm LUNCH - TIME
2pm-3pm DEMO- stomach SGD - Case Study SGD-Spleen SGD - Case Study SGD-Duodenum AETCOM
3 -5 pm DOAP Dissection
(DOAP)-Batch A PY4.10 Demonstrate the correct clinical examination of the abdomen Batch B-O2 Curve, Respiratory System Calculations.Batch C- Biochem DOAP DOAP Spleen
(DOAP)-Batch A PY4.10 Demonstrate the correct clinical examination of the abdomen Batch B-O2 Curve, Respiratory System Calculations.BatchC- Biochem DOAP
Self Directed Learning-9
(DOAP)-Batch C PY4.10 Demonstrate the correct clinical examination of the abdomen Batch A-O2 Curve, Respiratory System Calculations.Batch B- Biochem DOAP
5.30-6 pmSPORTS & EXERCISE
DAY MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 6th Jan. 2020 7th Jan. 2020 8th Jan. 2020 9th Jan. 2020 10th Jan. 2020 11th Jan. 2020
09am – 10am
AN 47.5-47.6-Pancreas
BI3.4-Pathways of carbohydrate metabolism, (glycolysis, gluconeogenesis, glycogen metabolism, HMP shunt).(Theory lecture)
AN 47.13-47.14Diaphragm(Theory lecture)
PY7.3-mechanism of urine formation involving processes of filtration, tubular reabsorption &
secretion; concentration and diluting mechanism(Theory lecture)
AN 47.5 -47.6Caecum ,Appendix(Theory lecture)
PY7.3 mechanism of urine formation involving processes of filtration, tubular reabsorption &
secretion; concentration and diluting mechanism(Theory
lecture)
10am - 11am
AN 52.1- 52.6Histo- GI -2
PY7.3 Mechanism of urine formation involving processes
of filtration, tubular reabsorption & secretion; concentration and diluting
mechanism(Theory lecture)
AN 52.3Embryo -Diaphragm(Theory lecture)
BI3.4-Pathways of carbohydrate metabolism, (glycolysis, gluconeogenesis, glycogen metabolism, HMP shunt).(Theory lecture)
AN 47.5 -47.6Caecum ,Appendix(Theory lecture)
PY4.5 Source of GIT hormones, their regulation and
functions(Theory lecture)
11am – 12 am
DOAP A-Histo -GI 2/Diss -B&C
PY4.3 -GIT movements, regulation and functions.
Describe defecation reflex. Explain role of dietary fibre(Theory lecture)
DOAP B-Histo -GI 2/Diss -A&C
PY4.4 Physiology of digestion and absorption of nutrients
discussion(Theory lecture)
DOAP C-Histo -GI 2/Diss -A&B
BI3.6-TCA cycle as aamphibolic pathway and its regulation. BI3.7-Common poisons that inhibit crucial enzymes of carbohydrate metabolism (eg; fluoride, arsenate)(Theory lecture)
12-1 pm
ECE PY7.8 Describe & discuss Renal Function Tests
ECE BI3.8-Laboratory results of analytes associated with metabolism of carbohydrates.
Self Directed Learning
1 pm-2 pm LUNCH - TIME
2pm-3pm
DOAP-Pancreas
SGD - Case Study
DOAP-Diaphragm
BI3.10-Interpret the results of blood glucose levels and other laboratory investigations related to disorders of carbohydrate metabolism(SGD)
SGD-Case study AETCOM
3 -5 pm
(DOAP)Batch A PY5.14Observe cardiovascular autonomic function tests in a volunteer Batch B-PY5.15Demonstrate the correct clinical examination of the cardiovascular system in a normal volunteer.Batch C- Biochem DOAP
(DOAP)Batch B PY5.14Observe cardiovascular autonomic function tests in a volunteer Batch C-PY5.15Demonstrate the correct clinical examination of the cardiovascular system in a normal volunteer. Batch A- Biochem DOAP ECE-
(DOAP)-Batch C PY5.14Observe cardiovascular autonomic function tests in a volunteer Batch A-PY5.15Demonstrate the correct clinical examination of the cardiovascular system in a normal volunteer.Batch B- Biochem DOAP
5.30 pm-6pm SPORTS & EXERCISE
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 13th Jan. 2020 14th Jan. 2020 15th Jan. 2020 16th Jan. 2020 17th Jan. 2020 18th Jan. 2020
9 – 10am
AN 47.5- 47.6Rectum ,Anal Canal(Theory lecture)
BI3.9-Mechanism and significance of blood glucose regulation in health and disease.(Theory lecture)
AN 47.8 -47.10-Portal Vein, IVC(Theory lecture)
PY7.4-Significance & implication of Renal clearance(Theory lecture)
AN 47.9Abdominal Aorta(Theory lecture)
PY7.5 Renal regulation of fluid and electrolytes & acid-base balance
(Theory lecture)
10 - 11am
AN 52.1- 52.6Histo- GI -3(Theory lecture)
PY7.3 Mechanism of urine formation involving processes
of filtration, tubular reabsorption & secretion; concentration and diluting
mechanism(Theory lecture)AN 47.5-47.7EHBA(Theory lecture)
BI3.5-Regulation, functions and integration of carbohydrate along with associated diseases/disorders.(Theory lecture)
PSM-9 PE 9.1 Nutrition Special Groups(Theory lecture)
PY8.1 D-Physiology of bone and calcium metabolism(Theory
lecture)
11 – 12 am
(DOAP) A-Histo -GI 3/Diss -B&C
PY4.6 -Gut-Brain Axis(Theory lecture)
(DOAP)B-Histo -GI 3/Diss -A&C
PY4.7 -Structure and functions of liver and gall bladder(Theory
lecture)
(DOAP) -C-Histo -GI 3/Diss -A&B
BI6.9- Functions of calcium and body, their metabolism and homeostasis.(Theory lecture)
12-1 pm
PY7.9 Cystometry and discuss the normal cystometrogram (ECE) BI6.13-Functions of the Liver (ECE) Self Directed Learning
1 -2 pm LUNCH - TIME
2pm-3pm Sagittal Section -Male Pelvis
(DOAP)
SGD - Case Study
Sagittal Section -Female Pelvis
SGD-BI11.17-Basis and rationale of biochemical tests done in the
following conditions:Nephrotic syndrom
MCQ test AETCOM
3 pm-5 pm
(DOAP)-Batch A PY5.14Observe cardiovascular autonomic function tests in a volunteer Batch B-PY5.15Demonstrate the correct clinical examination of the cardiovascular system in a
(DOAP)-Batch B PY5.14Observe cardiovascular autonomic function tests in a volunteer Batch C-PY5.15Demonstrate the correct clinical examination of the cardiovascular system in a normal volunteer.
Self Directed Learning-10
(DOAP)-Batch C PY5.14Observe cardiovascular autonomic function tests in a volunteer Batch A-PY5.15Demonstrate the correct clinical examination of the cardiovascular system in a normal volunteer.
5.30 pm-6pm
SPORTS & EXERCISE
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 20th Jan. 2020 21st Jan. 2020 22nd Jan. 2020 23rd Jan. 2020 24th Jan. 2020 25th Jan. 2020
09am – 10am
AN 47.5-47.6-Kidney(Theory lecture)
BI4.7-Interpret laboratory results of analytes associated with metabolism of lipids.(Theory lecture)
AN48.2-Urinary Bladder(Theory lecture)
PY10.1 Organization of nervous system(Theory lecture)
AN 47.5-47.6Ureters(Theory lecture)
PY10.2 Functions and properties of synapse, reflex and
receptors(Theory lecture)
10am - 11am
AN 52.1 -52.6-Histo -Urinary(Theory lecture)
PY7.6 Innervations of urinary bladder, physiology of
micturition and its abnormalities(Theory lecture)
AN 52.1-52.6-Embryo -Urinary(Theory lecture)
BI6.13-Functions of the kidney, liver, thyroid and adrenal glands.(Theory lecture)
AN 47.5-47.6Ureters(Theory lecture)
PY8.2- Synthesis, secretion, transport, physiological actions,
regulation of pituitary gland, thyroid gland, parathyroid gland, adrenal
gland, pancreas and hypothalamus(Theory lecture)
11am – 12 am
DOAP A-Histo -Urinary 3/Diss -
B&C
PY8.2- Synthesis, secretion, transport, physiological
actions, regulation of pituitary gland, thyroid gland,
parathyroid gland, adrenal gland, pancreas and
hypothalamus(Theory lecture)DOAP B-Histo -Urinary 3/Diss -
A&C
PY8.2- Synthesis, secretion, transport, physiological actions,
regulation of pituitary gland, thyroid gland, parathyroid gland, adrenal
gland, pancreas and hypothalamus(Theory lecture)
DOAP C-Histo -Urinary
3/Diss -A&B
BI6.13-Functions of the kidney, liver, thyroid and adrenal glands.(Theory lecture)
12-1 pm
PY8.2 Effect of altered (hypo and hyper) secretion of
pituitary gland, thyroid gland, parathyroid gland, adrenal
gland, pancreas and hypothalamus-ECE
BI6.13-Functions of the kidney, liver, thyroid and adrenal glands.(Theory lecture)-ECE Self Directed Learning
1 pm-2 pm LUNCH - TIME2pm-3pm
DOAP Kidney -Diss
SGD - Case Study
DOAP Urinary Bladder- Diss
SGD- Disorders of Thyroid Gland
DOAP Revision -Soft part
AETCOM
3 pm-5 pm
(DOAP)-Batch A PY6.8Demonstrate the correct technique to perform & interpret Spirometry Batch B PY6.9Demonstrate the correct clinical examination of the respiratory in a normal volunteer Batch C- Biochem DOAP
(DOAP)-Batch B PY6.8Demonstrate the correct technique to perform & interpret Spirometry Batch C PY6.9Demonstrate the correct clinical examination of the respiratory in a normal volunteer Batch A- Biochem DOAP
(DOAP)-Batch C PY6.8Demonstrate the correct technique to perform & interpret Spirometry Batch A PY6.9Demonstrate the correct clinical examination of the respiratory in a normal volunteer Batch B- Biochem DOAP
5.30 pm-6 pm SPORTS & EXERCISE
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 27th Jan. 2020 28th Jan. 2020 29th Jan. 2020 30th Jan. 2020 31st Jan. 2020 1st Feb. 2020
09am – 10am
AN-46.1-46.5Male genitalia(Theory lecture)
BI6.13-Functions of the kidney, liver, thyroid and adrenal glands.(Theory lecture)
AN 48.2&48.7Prostate(Theory lecture)
PY8.2 Synthesis, secretion, transport, physiological actions, regulation of pituitary
gland, thyroid gland, parathyroid gland, adrenal gland, pancreas and
hypothalamus(Theory lecture)
AN 47.5-47.6Suprarenal Gland(Theory lecture)
PY8.3 Physiology of Thymus & Pineal Gland(Theory lecture)(Theory lecture)
10am - 11am
AN 52.2Histo -MRS(Theory lecture)
PY10.2- Functions and properties of synapse, reflex and
receptors(Theory lecture)
AN 52.2Embryo -MRS(Theory lecture)
BI6.13-Functions of the kidney, liver, thyroid and adrenal glands.(Theory lecture) Revision
PY10.2- Functions and properties of synapse, reflex and receptors(Theory
lecture)
11am – 12 am A-Histo -MRS
3/Diss -B&C (DOAP)
PY8.2 Synthesis, secretion, transport, physiological actions,
regulation of pituitary gland, thyroid gland, parathyroid gland,
adrenal gland, pancreas and hypothalamus(Theory lecture)
B-Histo -MRS 3/Diss -A&C
(DOAP)
PY10.3- Somatic sensations & sensory tracts(Theory lecture)
C-Histo -MRS 3/Diss -A&B (DOAP)
BI5.4-Common disorders associated with protein metabolism.(Theory lecture)
12-1 pm PY11.9 Interpret growth charts (ECE) ECE-Inborn Errors of Protein Metabolism Self Directed Learning
1 pm-2 pm LUNCH - TIME
2pm-3pm
DOAP-Testis
PY9.1 -Sex determination; sex differentiation and their
abnormities and outline psychiatry and practical implication of sex
determination (SGD) PSM -SGD- 5 PE 9.1 Growth charts, Shakir Tape, MCH card, Cal. Calorie +
Protein req. Plan Balanced Diet. Diet
for sp. Group.
BI5.4-Disorders associated with protein metabolism.(SGD)
Diss-Posterior Abdominal Wall
(DOAP)
AETCOM
3 pm-5 pm
DOAP-Batch A PY6.10Demonstrate the correct technique to perform measurement of PEFR in normal Volunteer Batch B PY6.9Demonstrate the correct clinical examination of the respiratory in a normal volunteer
DOAP-Batch B PY6.10Demonstrate the correct technique to perform measurement of PEFR in normal Volunteer Batch C PY6.9Demonstrate the correct clinical examination of the respiratory in a normal volunteer
DOAP-Batch C PY6.10Demonstrate the correct technique to perform measurement of PEFR in normal Volunteer Batch A PY6.9Demonstrate the correct clinical examination of the respiratory in a normal volunteer
5.30 pm-6 pm SPORTS & EXERCISE
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 3rd Feb. 2020
4th Feb. 2020 5th Feb. 2020 6th Feb. 2020 7th Feb. 2020 8th Feb. 2020
09am – 10amAN48.5FRS-Gross(Theory lecture)
BI5.4-Common disorders associated with protein metabolism.(Theory lecture)
AN 48.1Pelvic Diaphragm(Theory lecture)
PY8.5 metabolic and endocrine consequences of obesity & metabolic
syndrome, Stress response. Outline the psychiatry component pertaining to
metabolic syndrome.(Theory lecture)
AN 48.5Uterus(Theory lecture)
PY8.6 -mechanism of action of steroid, protein and amine hormones(Theory lecture)
10am - 11am
AN52.2Histo -FRS-(Theory lecture)
PY8.4-function tests: Thyroid gland; Adrenal cortex, Adrenal medulla and pancreas (Theory
lecture)
AN 52.2Embryo -FRS (Theory lecture)
BI5.5-Interpret laboratory results of analytes associated with metabolism of proteins.(Theory lecture)
PSM-10 PE 9.1, 13.10 Nutritional Defeciencies, Community Nutrition Prog.
PY10.4 -motor tracts, mechanism of maintenance of tone, control of body movements, posture and equilibrium
& vestibular apparatus(Theory lecture)
11am – 12 am A-Histo -
FRS1 /Diss -B&C (DOAP)
PY10.3 -somatic sensations & sensory tracts(Theory lecture) B-Histo -FRS1
/Diss -A&C (DOAP)
PY10.4 - motor tracts, mechanism of maintenance of tone, control of body
movements, posture and equilibrium & vestibular apparatus(Theory lecture) C-Histo -FRS 1
/Diss -A&B (DOAP)
BI11.5-screening of urine for inborn errors & describe the use of paper chromatography (Theory lecture)
12-1 pm ECE - GOITER ECE-Importance of Electrolyte Measurement Self Directed Learning
1 pm-2 pm LUNCH - TIME
2pm-3pm
Diss- FRS DOAP
SGD Female reproductive system: (a) functions of ovary and its control; (b) menstrual cycle - hormonal, uterine and
ovarian changes
SGD Uterus SGD-TLC and PAGE SGD Uterus AETCOM
3 pm-5 pm
DOAP Batch A PY10.11Demonstrate the
correct clinical examination of the nervous system Cranial
Nerves Batch B Ergography
Self Directed Learning-11
DOAP Batch B PY10.11Demonstrate the correct clinical examination of the
nervous system Cranial Nerves Batch C Ergography
Self Directed Learning-11
DOAP Batch C PY10.11Demonstrate the correct
clinical examination of the nervous system Cranial Nerves Batch A Ergography
5.30 pm-6pm SPORTS & EXERCISE
ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM DAY TIME
MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 10th Feb. 2020
11th Feb. 2020 12th Feb. 2020 13th Feb. 2020 14th Feb. 2020 15th Feb. 2020
09am – 10am
AN49.1-49.5Perineum (Theory lecture)
BI6.9-functions of various minerals in the body, their metabolism and homeostasis.(Theory lecture)
AN 48.1-48.8-Ischiorectal Fossa (Theory lecture)
PY9.2 -Puberty: onset, progression, stages; early and delayed puberty and
outline adolescent clinical and psychological association. (Theory
lecture)
AN48.1Pelvic Wall (Theory lecture)
PY9.3- Male reproductive system: functions of testis and control of
spermatogenesis & factors modifying it and outline its
association with psychiatric illness (Theory lecture)
10am - 11am
AN 52.2Histo -FRS 2 (Theory lecture)
PY9.1 Sex determination; sex differentiation and their abnormities and outline psychiatry and practical
implication of sex determination (Theory lecture)
AN 47.9Internal Iliac Artery (Theory lecture)
BI6.9-Functions of various minerals in the body, their metabolism and homeostasis. (Theory lecture)
AN48.1Pelvic Wall (Theory lecture)
PY10.4 -Motor tracts, mechanism of maintenance of tone, control of body movements, posture and equilibrium
& vestibular apparatus (Theory lecture)
11am – 12 am
DOAP A-Histo -
FRS2/Diss -B&C
PY10.4 -Motor tracts, mechanism of maintenance of
tone, control of body movements, posture and equilibrium & vestibular
apparatus (Theory lecture) DOAP B-Histo -FRS2/Diss -A&C
PY10.4 -Motor tracts, mechanism of maintenance of tone, control of body
movements, posture and equilibrium & vestibular apparatus (Theory lecture)
DOAP C-Histo -FRS 2/Diss A&B
(Theory lecture) BI6.10-Enumerate and describe the disorders associated with mineral metabolism.
12-1 pm
ECE PY9.6 Enumerate the contraceptive methods for
male and female.Discuss their advantages & disadvantages
ECE-Rickets and Osteoporosis Self Directed Learning
1 pm-2 pm LUNCH - TIME
2pm-3pm
DOAP Diss-Perineum
SGD PY9.9-Interpret a normal semen analysis report
including (a) sperm count, (b) sperm morphology and (c)
sperm motility, as per WHO guidelines
DOAP Diss-Ischiorectal
Fossa
SGD-Electrophoretic Pattern of proteins
ECE
AETCOM
3 pm-5 pm
DOAP Batch A PY10.11Demonstrate the
correct clinical examination of the nervous system Cranial
Nerves
DOAP Batch B PY10.11Demonstrate the correct clinical examination of the
nervous system Cranial Nerves Batch C Stethography
DOAP Batch C PY10.11Demonstrate the correct
clinical examination of the nervous system Cranial Nerves Batch A Stethography
5.30-6pm SPORTS & EXERCISE
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 17th Feb. 2020 18th Feb. 2020 19th Feb. 2020 20th Feb. 2020 21st Feb. 2020 22nd Feb. 2020
09am – 10am
AN 54.1-54.3Radiology-Abdomen-1 (Theory lecture)
BI6.10-Enumerate and describe the disorders associated with mineral metabolism (Theory lecture).
AN 55.1-55.2Surface marking Abdomen-2 (Theory lecture)
PY9.4- Female reproductive system: (a) functions of ovary and its control;
(b) menstrual cycle - hormonal, uterine and ovarian changes (Theory lecture)
AN 50.3-Clinical Anatomy-Abdomen (Theory lecture)
PY9.5 -Physiological effects of sex hormones (Theory lecture)
10am - 11am
Histo Revision (Theory lecture)
PY9.7 -Effects of removal of gonads on physiological
functions (Theory lecture)
Embryo Revision (Theory lecture)
BI6.2-Metabolic processes in which nucleotides are involved. (Theory lecture)
PSM-10 PE 9.1, 13.10 Nutritional Defeciencies, Community Nutrition Prog.(Theory lecture)
PY10.4 -Motor tracts, mechanism of maintenance of tone, control of body movements, posture and equilibrium
& vestibular apparatus (Theory lecture)
11am – 12 am DOAP A-
Histo -Revision/Dis
s -B&C
PY10.4- Motor tracts, mechanism of maintenance of
tone, control of body movements, posture and equilibrium & vestibular
apparatus
DOAP B-Histo -Revision/Diss -
A&C
PY10.4-Motor tracts, mechanism of maintenance of tone, control of body
movements, posture and equilibrium & vestibular apparatus
DOAP C-Histo -Revision/Diss -A&B
BI6.3-Common disorders associated with nucleotide metabolism.
12-1 pmECE PY9.7 -Effects of removal of gonads on physiological functions
ECE-BI6.10-Disorders associated with mineral metabolism. Self Directed Learning
1 pm-2 pm LUNCH - TIME
2pm-3pmSGD RadiologyAbdomen1
SGD PY11.10 Interpret anthropometric assessment of
infants- integration with Pediatrics
SGD Radiology-Abdomen-2
SGD BI -6.4 & 11.17-Basis and rationale of biochemical tests done in the following conditions:- Gout and Lesch Nyhan Syndrome- Integration with Medicine
MCQ-Test AETCOM
3 pm-5 pmDOAP Revision -Soft Part
DOAP Batch A PY10.11Demonstrate the
correct clinical examination of the nervous system Cranial
Nerves Batch B Fundus Examination
Batch C- Biochem DOAP
DOAP Revision -Soft Part
DOAP Batch B PY10.11Demonstrate the correct clinical examination of the
nervous system Cranial Nerves Batch C Fundus Examination Batch A-
Biochem DOAP
Self Directed Learning-12
DOAP Batch C PY10.11Demonstrate the correct
clinical examination of the nervous system Cranial Nerves
Batch A Fundus Examination Batch B- Biochem DOAP
5.30-6 pm SPORTS & EXERCISE
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 24th Feb. 2020 25th Feb. 2020 26th Feb. 2020 27th Feb. 2020 28th Feb. 2020 29th Feb. 2020
09am – 10am
AN 50.3Clinical Procedures-Abdomen 1(Theory lecture)
BI6.3-Common disorders associated with nucleotide metabolism. (Theory lecture)
AN 50.3Surgical Icisions-Abdomen 1 (Theory lecture)
PY9.8 Physiology of pregnancy, parturition & lactation and outline the psychology and psychiatry-disorders
(Theory lecture)
AN51.1-51.2 Sectional AnatomyPrinciples of Imaging-CT, MRI,USG(Theory lecture)
PY10.13- Perception of smell and taste sensation (Theory lecture)
10am - 11am
AN 50.3Clinical Procedures-Abdomen 2(Theory lecture)
(Theory lecture) PY9.8 -Physiology of pregnancy, parturition & lactation and outline the psychology and
psychiatry-disorders
(Theory lecture) AN 50.3Surgical Icisions-Abdomen 2
(Theory lecture) BI6.1- metabolic processes that take place in specific organs in the body in the fed and fasting states.
(Theory lecture) PY10.5-Structure and functions of reticular activating system, autonomic nervous system
(ANS) (Theory lecture)
11am – 12 am
DOAP Moc OSPE-Histo -
A
PY10.5 -Structure and functions of reticular activating
system, autonomic nervous system (ANS) (Theory lecture) DOAP Moc
OSPE-Histo -B
PY10.5 -Structure and functions of reticular activating system, autonomic
nervous system (ANS) (Theory lecture)DOAPMoc OSPE-
Histo -C
BI6.1-Metabolic processes that take place in specific organs in the body in the fed and fasting states. (Theory lecture)
12-1 pm ECE PY9.10- Physiological basis of various pregnancy
tests
ECE-BI6.1-Metabolic processes that take place in specific organs in the body in the fed and fasting states
Self Directed Learning
1 pm-2 pm LUNCH - TIME
2pm-3pm
DOAP Moc OSPE-Soft
Part -A
SGD PY9.9Interpret a normal semen analysis report
including (a) sperm count, (b) sperm morphology and (c)
sperm motility, as per WHO guidelines
CM 3 Demonstration of
various instruments in environmental
health
SGD BI6.1-Discuss the metabolic processes that take place in specific organs in the body in the fed and fasting states.
DOAP-Discussion-CT, MRI films
AETCOM
3 pm-5 pm
DOAP Batch A PY10.11Demonstrate the
correct clinical examination of the nervous system : Motor
Examination Batch B Perimetry-Batch C-
Biochem DOAP
DOAP Batch B PY10.11Demonstrate the correct clinical examination of the nervous system : Motor Examination
Batch C Perimetry Batch A- Biochem DOAP
DOAP Batch C PY10.11Demonstrate the correct
clinical examination of the nervous system : Motor Examination Batch A Perimetry Batch B-
Biochem DOAP
5.30-6pm SPORTS & EXERCISE
ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM DAY TIME
MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 2nd March 2020 3rd March 2020 4th March 2020 5th March 2020 6th March 2020 7th March 2020
09am – 10am
Introduction to HFN & Scalp(AN 27.1-27.2):INTEGRATION WITH SURGERY (Theory lecture)
BI7.2-Processes involved in replication & repair of DNA and the transcription & translation mechanisms. (Theory lecture)
Face & facial muscles(AN-28.1-28.8) INTEGRATION WITH GEN.MEDICINE (Theory lecture)
(Theory lecture) PY10.17 functional anatomy of eye,
physiology of image formation, physiology of vision including colour
vision, refractive errors, colour blindness, physiology of pupil and
light reflex
(Theory lecture) Cervical lymph nodes-(AN 35..5)INTEGRATION WITH GEN.SURGERY
(Theory lecture) PY10.17 functional anatomy of eye, physiology of image formation,
physiology of vision including colour vision, refractive errors, colour blindness, physiology
of pupil and light reflex- Integration with Ophthalmology
10am - 11am (Theory lecture) Histo-Oral cavity
(Theory lecture) PY10.15-functional anatomy of ear and auditory pathways &
physiology of hearing- Integration with ENT
(Theory lecture) Embryo- Pharyngeal appratus(AN76-81)
(Theory lecture) BI7.2-Processes involved in replication & repair of DNA and the transcription & translation mechanisms.
(Theory lecture) PSM-7 PY9.6 Family Planning and Contraceptives
(Theory lecture) PY10.7 functions of cerebral cortex, basal ganglia, thalamus, hypothalamus,
cerebellum and limbic system and their abnormalitiesIntegration with Medicine
11am – 12 am DOAP A-Batch, Histo-Oral cavity,
(Theory lecture) PY10.6 Spinal cord, its functions,
lesion & sensory disturbances
DOAP B-Batch,Histo-Oral cavity
(Theory lecture) PY10.6 -Spinal cord, its functions, lesion & sensory
disturbances
DOAP C-Batch,Histo-Oral cavity
(Theory lecture) BI7.2-Processes involved in replication & repair of DNA and the transcription & translation mechanisms.
12-1 pm
DOAP Overview of Head & Neck, FaceDissection of scalp- B&C Batch
ECE PY10.16-pathophysiology of deafness. Describe
hearing tests
DOAP Dissection of face-A&C batch ECE-Mutation related Disorders DOAP Revision of
face-A&B batch Self Directed Learning
1 pm-2 pm LUNCH - TIME
2pm-3pm
SGD (AN26.1-26.7)Norma verticalis & occipitalis-ALL
SGD- PY11.12Discuss the physiological effects of
meditation
SGD AN 26.1-26.7 Norma frontalis-All SGD- DNA Finger Printing Revision-ALL AETCOM
3 pm-5 pm
DOAP Overview of Head & Neck, FaceDissection of scalp-ALL
DOAP Batch A PY10.11Demonstrate the
correct clinical examination of the nervous system :
Reflex Batch B
PY11.14Demonstrate Basic Life Support in a simulated environment
DOAP Dissection of face-ALL
DAOP Batch B PY10.11Demonstrate the correct
clinical examination of the nervous system : Reflex
Batch C PY11.14Demonstrate Basic Life Support in a simulated
environment
Self directed learning
DOAP Batch C PY10.11Demonstrate the correct clinical examination of the nervous
system : Reflex Batch A PY11.14Demonstrate Basic Life Support in a
simulated environment
5.30 pm-6 pm SPORTS & EXERCISE
ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 9th March 2020 10th March 2020 11th March 2020 12th March 2020 13th March 2020 14th March 2020
09am – 10am
(Theory lecture) Parotid gland-(AN 28.9-28.10)INTEGRATION WITH GENERAL SURGERY
Hol
i Hol
iday
(Theory lecture) Posterior triangle-(AN 29.1-29.4) INTEGRATION WITH GEN.SURGERY
(Theory lecture) PY10.17 functional an
atomyofeye,physiologyof imageformation,physiologyofvisi
onincludingcolourvision, refractiveerrors,colourblindness,physiologyofpupilandlight reflex- Integration with Ophthalmology
(Theory lecture) Dural venous sinuses & dural fold(AN 30.4-30.5)
(Theory lecture) PY10.17 functional anatomy of eye, physiology of image
formation, physiology of vision including colour vision, refractive errors, colour
blindness, physiology of pupil and light reflexIntegration with Ophthalmology
10am - 11am(Theory lecture) Histo-salivary gland(AN 70.1)
(Theory lecture) Embryo-Tongue,thyroid
(Theory lecture) BI7.3-Gene mutations and basic mechanism of regulation of gene expression.
(Theory lecture) Dural venous sinuses & dural fold(AN 30.4-30.5)
(Theory lecture) PY10.7 -Functions of cerebral cortex, basal ganglia, thalamus,
hypothalamus, cerebellum and limbic system and their abnormalities
11am – 12 amDOAP A-Batch, Histo-salivary gland
DOAP B-Batch, Histo-salivary gland
(Theory lecture) PY10.7- functions of cerebral cortex,
basal ganglia, thalamus, hypothalamus, cerebellum and
limbic system and their abnormalities
DOAP C-Batch, Histo-salivary gland
DOAP BI7.4-Applications of molecular technologies like recombinant DNA technology, PCR in the diagnosis and treatment of diseases with genetic basis.
12-1 pmDOAP Dissection of parotid gland-B&C batch
DOAP Dissection of neck triangles- Posterior triangle-A&C batch
ECE- PCR as Diagnostic tool DOAP Removal of brain -A&B batch Self Directed Learning
1 pm-2 pm LUNCH - TIME
2pm-3pm SGD Norma lateralis-ALL
Hol
i Hol
iday
SGD foetal skull-ALL SGD- DNA finger Printing
Early clinical Exposure
AETCOM
3 pm-5 pmDOAP Dissection of parotid gland-ALL
DOAP Dissection of neck triangles- Posterior triangle-ALL
DOAP Batch A PY10.11Demonstrate the
correct clinical examination of the nervous system : Sensory
system Batch B Calculations and
Human Charts
DOAP Batch B PY10.11Demonstrate the correct clinical examination of the nervous
system : Sensory system Batch C Calculations and Human Charts
5.30 pm-6 pm SPORTS & EXERCISE
ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM DAY TIME
MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 16th March 2020 17th March 2020 18th March 2020 19th March 2020 20th March 2020 21st March 2020
09am – 10am
(Theory lecture) Pituitary gland - INTEGRATION WITH OPTHMOLOGY
(Theory lecture) BI7.4-applications of molecular technologies like recombinant DNA technology, PCR in the diagnosis and treatment of diseases with genetic basis.
(Theory lecture) Orbit & extraoccular muscles-(AN 31.1-31.5)INTEGRATION WITH OPTHMOLOGY
(Theory lecture) PY10.17 -functional anatomy of eye,
physiology of image formation, physiology of vision including colour
vision, refractive errors, colour blindness, physiology of pupil and
light reflex
(Theory lecture) Components of lacrimal apparatus- Intrgration with Ophthalmology
(Theory lecture) PY10.18 -physiological basis of lesion in visual pathway- Integration with
Ophthalmology
10am - 11am(Theory lecture) Histo-Endocrine gland-1
(Theory lecture) PY10.17 functionalanatomyofeye,ph
ysiologyof imageformation,physiologyofvisionincludingcolourvisi
on, refractiveerrors,colourblindness,physiologyofpupilandl
ight reflex
(Theory lecture) Embryo-Face & Nose
(Theory lecture) BI10.1-Cancer initiation, promotion oncogenes & oncogene activation. Also focus on p53 & apoptosis
(Theory lecture) PSM-8 PY9.6 Family Planning and Contraceptives
(Theory lecture) PY10.7 -functions of cerebral cortex, basal ganglia, thalamus, hypothalamus,
cerebellum and limbic system and their abnormalities
11am – 12 amDOAP A-Batch, Histo-Endocrine gland-1
(Theory lecture) PY10.7-functions of cerebral cortex, basal ganglia,
thalamus, hypothalamus, cerebellum and limbic
system and their abnormalities
DOAP B-Batch, Histo-Endocrine gland-1
(Theory lecture) PY10.7- functions of cerebral cortex, basal ganglia,
thalamus, hypothalamus, cerebellum and limbic system and
their abnormalities
DOAP C-Batch,Histo-Endocrine gland-1
(Theory lecture) BI10.1-Cancer initiation, promotion oncogenes & oncogene activation. Also focus on p53 & apoptosis
12-1 pm
DOAP Dissection of cranial cavity/hypophyseal fossa/cavernous sinus-B&C batch
ECE PY10.19 -auditory & visual evoke potentials
DOAP Dissection of Orbit-A&C batch ECE- Tumour Markers REVISION-A&B
batch Self Directed Learning
1 pm-2 pm LUNCH - TIME
2pm-3pm SGD Hyoid bone-ALL
SGD- PY11.12Discuss the physiological effects of
meditationRevision-ALL
SGD BI7.4-Molecular technologies like recombinant DNA technology, PCR in the diagnosis and treatment of diseases with genetic basis.
SGD AN 26.1-26.7 Norma basalis-I-ALL AETCOM
3 pm-5 pm
DOAP Dissection of cranial cavity/hypophyseal fossa/cavernous sinus-ALL
DOAP Batch C PY10.11- correct clinical examination
of the nervous system : Sensory system
Batch A Calculations and Human Charts
DOAP Dissection of Orbit-ALL
DOAP Batch A Explainations of Decerebrate and Decorticate
Posture. Batch B Endocrine Photographs
Self directed learning
DOAP Batch B Explainations of Decerebrate and Decorticate Posture.
Batch C Endocrine Photographs
5.30 pm-6 pm SPORTS & EXERCISE
ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 23rd March 2020 24th March 2020 25th March 2020 26th March 2020 27th March 2020 28th March 2020
09am – 10am(Theory lecture) Anterior triangle(AN 32.1-32.2)
(Theory lecture) BI10.2--biochemical tumor markers and the biochemical basis of cancer therapy.
Gud
i Pad
wa
Hol
iday
(Theory lecture) PY11.4 Cardio-respiratoryandmetabolicadjustments during exercise; physical training
effects
(Theory lecture) Temporal & infratemporal fossa-(AN 33.1)
(Theory lecture) PY11.6 -Physiology of Infancy- Integration with Pediatrics
10am - 11am(Theory lecture) Histo-Endocrine gland-2(AN43)
(Theory lecture) PY11.1 -mechanism of temperature
regulation
(Theory lecture) BI9.1-functions and components of the extracellular matrix (ECM).
(Theory lecture) Temporal & infratemporal fossa-(AN 33.1)
(Theory lecture) PY10.7 -functions of cerebral cortex, basal ganglia, thalamus, hypothalamus,
cerebellum and limbic system and their abnormalities- Intrgration with Medicine
11am – 12 amDOAP A-Batch, Histo-Endocrine gland-2
(Theory lecture) PY10.7 -functions of cerebral cortex, basal ganglia,
thalamus, hypothalamus, cerebellum and limbic
system and their abnormalities- Intrgration
with Medicine
(Theory lecture) PY10.7 -functions of cerebral cortex, basal ganglia,
thalamus, hypothalamus, cerebellum and limbic system and their abnormalities- Intrgration with
Medicine
DOAP B & C batch, Histo-Endocrine gland-2
(Theory lecture) BI9.2-Involvement of ECM components in health and disease.
12-1 pm
DOAP Dissection of neck anterior trianglesMuscular triangle, carotid triangle of neck-B&C batch
ECE PY11.8 -cardio-respiratory changes in exercise (isometric and isotonic) with that in the resting state and under different environmental condition (heaT AND
COLD)
ECE BI9.2-involvement of ECM components in health and disease.
DOAP Dissection of neck anterior trianglesMuscular triangle, carotid triangle of neck-A&C batch
Self Directed Learning
1 pm-2 pm LUNCH - TIME
2pm-3pmSGD AN 26.1-26.7 Norma basalis-II-ALL
SGD - Case StudySGD-BI10.2-biochemical tumor markers and the biochemical basis of cancer therapy.
SGD 4 PY 9.6 Contraceptive
Methods
AETCOM
3 pm-5 pm
DOAP Dissection of neck anterior trianglesMuscular triangle, carotid triangle of neck -ALL
DOAP Batch C Explainations of Decerebrate and
Decorticate Posture. Batch A Endocrine
Photographs Batch B- Biochem DOAP
DOAP Batch A Brown Sequard Syndrome.
Batch B Endocrine Photographs Batch C- Biochem DOAP
DOAP Batch B Brown Sequard Syndrome. Batch C Endocrine Photographs Batch A-
Biochem DOAP
5.30 pm-6 pm SPORTS & EXERCISE
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 30th March 2020 31st March 2020 1st April 2020 2nd April 2020 3rd April 2020 4th April 2020
09am – 10am
(Theory lecture) TM joint& muscles of mastication-(AN 33.2-33.3)INTEGRATION WITH GEN.SURGERY
(Theory lecture) BI9.3-Protein targeting & sorting along with its associated disorders- Integration with Pediatrics
(Theory lecture) Introduction of CVP line,trachostomy
Ram
Nav
ami
(Theory lecture) Triphining,craniotomies
(Theory lecture) PY10.7 functions of cerebral cortex, basal ganglia,
thalamus, hypothalamus, cerebellum and limbic
system and their abnormalities
10am - 11am
(Theory lecture) Histo-Special senses
(Theory lecture) PY11.7 physiology of aging; free radicals and antioxidants
(Theory lecture) Carotid angiography
(Theory lecture) IM 2.1Epidemiology of lifestyle diseases, Healthy lifestyle, Prevention
(Theory lecture) PY10.8 behavioural and EEG characteristics during sleep and mechanism
responsible for its production- Integration
with Neurology
11am – 12 am
DOAP A-Batch Histo-special senses
(Theory lecture) PY10.7 functions of cerebral cortex, basal ganglia,
thalamus, hypothalamus, cerebellum and limbic
system and their abnormalities
REVISION HISTO-REVISION-ALL
(Theory lecture) BI7.5-role of xenobiotics in disease
12-1 pm
DOAP Dissection of infra temporal fossa-B&C batch
ECE PY10.7 functions of cerebral cortex, basal
ganglia, thalamus, hypothalamus,
cerebellum and limbic system and their
abnormalities Self Directed Learning1 pm-2 pm LUNCH - TIME
2pm-3pm MCQ Test SGD - Case Study
REVISION-ALL
Ram Navami
SGD-Norma basalis revision AETCOM
3 pm-5 pm
DOAP Dissection of infra temporal fossa-ALL
DOAP Batch C Brown Sequard Syndrome. Batch A Endocrine
Photographs Batch B- Biochem DOAP
DOAP-Dissection of infratemporal fossa
DOAP Hematology Batch -A, B-Practical Revision
Batch C- Biochem DOAP 5.30 pm-6 pm SPORTS & EXERCISE
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 6th April 2020 7th April 2020 8th April 2020 9th April 2020 10th April 2020 11th April 2020
IInd Internal aseessment Exam
ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 13th April 2020 14th April 2020 15th April 2020 16th April 2020 17th April 2020 18th April 2020
09am – 10am
IInd
IA E
xam
Am
bedk
ar J
ayan
ti
(Theory lecture) Pterygoid venous plexus(AN33.4)-INTEGRATION WITH GEN.SURGERY
(Theory lecture) PY10.9 physiological basis of memory, learning and
speech
(Theory lecture) Submandibular region-(AN 34.1-34.2)INTEGRATION WITH GEN.SURGERY
(Theory lecture) PY10.7 Abnormalities in functions of cerebral cortex, basal
ganglia, thalamus, hypothalamus,
cerebellum and limbic system
10am - 11am
(Theory lecture) Histo-Revision
(Theory lecture) BI7.5- role of xenobiotics in disease
(Theory lecture) CM2 Social Sciences & health communication skills
(Theory lecture) PY10.10 chemical transmission in
the nervous system.
11am – 12 am
DOAP B-Batch,Histo-Special sense
(Theory lecture) PY10.9 physiological basis of memory, learning and
speech(Theory lecture) C-Batch,Histo-Special sense
(Theory lecture) BI7.5-xenobiotics in disease
12-1 pm
DOAP Dissection of infra temporal fossa-A&C batch
ECE BI7.5- role of xenobiotics in disease
DOAP Dissection of submandibular region-A&B batch Self Directed Learning
1 pm-2 pm LUNCH - TIME
2pm-3pm
IInd
IA E
xam
DOAP AN 26.1-26.7 Anterior cranial fossa-ALL
DOAP BI7.5-xenobiotics in disease
DOAP AN 26.1-26.7 Middle cranial fossa-ALL AETCOM
3 pm-5 pm
DOAP Dissection of submandibular region-ALL
DOAP Hematology B,C Practical Revision, Batch A-
Biochem DOAP Self directed learning
DOAP Hematology Practical Revision (C,A), Batch B- Biochem DOAP 5.30
pm-6 pm SPORTS & EXERCISE
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 20th April 2020 21st April 2020 22nd April 2020 23rd April 2020 24th April 2020 25th April 2020
09am – 10am
(Theory lecture) Deep cervical
(Theory lecture) causes, diagnosis and management of Fe deficiency- Integration with Medicine
(Theory lecture) Subclavian A.,IJV,Brachiocephalic vein-(AN 35.3-35.4) INTEGRATION WITH GEN.SURGERY
(Theory lecture) PY11.11 diagnosis of Brain death and its implications - Integration
with Neurology(Theory lecture) Cervical sympathetic chain(AN 35.6)
(Theory lecture) PY11.5 physiological
consequences of sedentary lifestyle
10am - 11am
(Theory lecture) fascia(AN 35.1&35.10)
(Theory lecture) PY11.12 physiological effects of
meditation(Theory lecture) Embryo- Eye &Ear
(Theory lecture) clinical features of Vitamin B complex deficiency
(Theory lecture) Cervical sympathetic chain(AN 35.6)
(Theory lecture) PY10.7 Abnormalities in functions of cerebral cortex, basal
ganglia, thalamus, hypothalamus,
cerebellum and limbic system
11am – 12 am
DOAP Thyroid gland-(AN 35.2-&35.8)INTEGRATION WITH GEN.SURGERY
(Theory lecture) PY10.7 Abnormalities in
functions of cerebral cortex, basal ganglia,
thalamus, hypothalamus, cerebellum and limbic
system
DOAP Deep dissection of Neck-
ALL
(Theory lecture) PY11.3 Describe and discuss
mechanism of fever, cold injuries and heat stroke-- Integration with Medicine
DOAP Deep dissection of Neck-ALL
(Theory lecture) Deficiency of Vitamin C ( scurvy)- Integration with Medicine
12-1 pmDOAP Deep dissection of Neck-ALL
ECE PY11.8 cardio-respiratory changes in exercise (isometric and isotonic) with that in the resting state and under different environmental condition (heaT AND
COLD)
ECE patients with Vitamin B complex deficiency and plan management Self Directed Learning
1 pm-2 pm LUNCH - TIME
2pm-3pm
SGD AN 26.1-26.7 Posterior cranial fossa-ALL SGD - Case Study
SGD AN 26.1-26.7 Cervical vertebrae-ALL
SGD Interpret hemogram and Iron Panel
Early clinical Exposure
AETCOM
3 pm-5 pm
DOAP Deep dissection of Neck-ALL
DOAP Hematology Practical Revision
DOAP Deep dissection of Neck-ALL
DOAP Hematology Practical Revision
DOAP Hematology Practical Revision
5.30 pm-6 pm SPORTS & EXERCISE
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 27th April 2020 28th April 2020 29th April 2020 30th April 2020 1st May 2020 2nd May 2020
09am – 10am
(Theory lecture) Pharynx(AN 36.2-36.3&5) -INTEGRATION WITH ENT
(Theory lecture) Hemoglobin electrophoresis and interpret report-Integration with Pathology, Pediatrics and Medicine
(Theory lecture) Nose&PNS(AN 37.1-37.3)- INTEGRATION WITH ENT
(Theory lecture) PY11.11diagnosis of Brain death and its implications
Mah
aras
htra
Day
(Theory lecture) PY11.5 physiologicalconsequenc
esofsedentary lifestyle
10am - 11am
(Theory lecture) Palate& Tonsil-(AN 36.1-36.4)INTEGRATION WITH ENT
(Theory lecture) PY10.14 Describe and discuss patho-physiology of
altered smell and taste
(Theory lecture) Nose&PNS(AN 37.1-37.3)- INTEGRATION WITH ENT
(Theory lecture) Identify the clinical features of dietary deficiency of Iron and make a diagnosis- Integration with Medicine
(Theory lecture) PY1.4 apoptosis
11am – 12 am
DOAP pharynx-ALL
(Theory lecture) PY10.7 Abnormalities in
functions of cerebral cortex, basal ganglia,
thalamus, hypothalamus, cerebellum and limbic
system
DOAP Nasal cavity-ALL
(Theory lecture) PY11.3 mechanism of fever, cold injuries and heat stroke
(Theory lecture) Diagnosis and management of Deficiency of Iodine- Integration with Medicine
12-1 pm
ECE PY10.7 Abnormalities in
functions of cerebral cortex, basal ganglia,
thalamus, hypothalamus, cerebellum and limbic
system ECE Interpret hemogram and Iron Panel Self Directed Learning
1 pm-2 pm LUNCH - TIME
2pm-3pm Saggital section-ALL SGD - Case StudySGD CM 2Family
study (case 1) Kuppswamy 6
Prasad CPA poverty line GDP
SGD Describe the causes, diagnosis and management of Fe deficiency AETCOM
3 pm-5 pm Saggital section-ALL
DOAP Hematology (B,C) Practical Revision Batch
A- Biochem DOAP
DAOP Hematology (A,C)P ractical Revision Batch B-
Biochem DOAP
DOAP Hematology (A,B)Practical
RevisionBatch C- Biochem DOAP
5.30pm-6 pm SPORTS & EXERCISE
ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM
DAY TIME
MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 4th May 2020 5th May 2020 6th May 2020 7th May 2020 8th May 2020 9th May 2020
09am – 10am
(Theory lecture) Tongue & 12th cr.nerve(AN 39.1-39.2)- INTEGRATION WITH ENT
(Theory lecture) etiology, clinical features and management of Obesity in children
(Theory lecture) Eyeball-(AN 41.1-41.3)INTEGRATION WITH OPTHALMOLOGY
Budd
ha P
oorn
ima
(Theory lecture) Subocciptal triangle(AN 42.1-42.3)
(Theory lecture) PY1.9 methods used to demonstrate the functions of the cells and
its products, its communications and their
applications in Clinical care and research.
10am - 11am
(Theory lecture) Larynx(AN 38.1-38.3)- INTEGRATION WITH ENT
(Theory lecture) PY1.4 Programmed cell Death
(Theory lecture) embryo
(Theory lecture) CM 3 Environment & Health Housing, Water, Ventilation, Light, Sanitation
(Theory lecture) PY1.9 functions of the cells and its
products, its communications and their applications in
Clinical care and research.
11am – 12 amDOAP Saggital
section-ALL
(Theory lecture) PY1.9 functions of the cells and its
products, its communications and their
applications in Clinical care and research.
DOAP Saggital section-ALL
DOAP Dissection of suboccipital triangle-ALL
(Theory lecture) clinical features of dietary deficiency / excess of Vitamin A
12-1 pm ECE Physiology Of AgingSelf Directed Learning
1 pm-2 pm LUNCH - TIME
2pm-3pm SGD-Tongue-ALL SGD - Case Study SGD Larynx-ALL
Early clinical Exposure
AETCOM
3 pm-5 pm Saggital section-ALL
DOAP Human Experiment Revision
DOAP Revision-ALL
DOAP Human Experiment Revision
5.30 pm-6 pm SPORTS & EXERCISE
ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 11th May 2020 12th May 2020 13th May 2020 14th May 2020 15th May 2020 16th May 2020
09am – 10am
(Theory lecture) radiology of head face neck
(Theory lecture) urinary ketone estimation with a dipstick- Integration withPathology and Medicine
(Theory lecture) 3rd &9th cr.N(AN 35.7)
(Theory lecture) PY6.5 principles
of artificial respiration, oxygen
therapy, acclimatization and
decompression
(Theory lecture) 5th cr.NERVE(AN 35.7)
Sum
mer
Vac
atio
n
10am - 11am
(Theory lecture) Ear-(AN 40.1-40.5) INTEGRATION WITH ENT
(Theory lecture) PY5.13- normal ECG in a volunteer or simulated environment
(Theory lecture) 3rd &9th cr.N(AN 35.7)
(Theory lecture) causes and consequences of protein caloric malnutrition in the hospital
(Theory lecture) AN 74.1;3 AN 75.5 Role of Genetics in health
11am – 12 am DOAP Dissection of suboccipital triangle and
vertebral canal -ALL
(Theory lecture) PY5.13 Interpret normal ECG in a
volunteer or simulated environment DOAP Dissection
of middle EAR-ALL
(Theory lecture) PY6.5 -Principles
of artificial respiration, oxygen
therapy, acclimatization and
(Theory lecture) 10th cranial nerve
12-1 pm ECE PY 11.9 Interpret Growth Charts
ECE indications for enteral and parenteral nutrition in critically ill patients
DOAP 10th cranial nerve
1 pm-2 pm LUNCH - TIME
2pm-3pmSGD Middle ear model -ALL
SGD - Case Study RevisionSGD Calorific value of common Indian foods
Revision
3 pm-5 pm REVISION-ALL
Human Experiment Revision
Dissection of middle ear-ALL
Human Experiment Revision
Self directed learning
5.30 pm-6 pm SPORTS & EXERCISE
Date: 18th May 2020 19th May 2020 20th May 2020 21st May 2020 22nd May 2020 23rd May 2020
Summer Vacation
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 25th May 2020 26th May 2020 27th May 2020 28th May 2020 29th May 2020 30th May 2020
Summer Vacation
DAY TIME
MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 1st June 2020 2nd June 2020 3rd June 2020 4th June 2020 5th June 2020 6th June 2020
09am – 10am
(Theory lecture) Introduction to brain & meninges-(AN 56.1)INTEGRATION WITH GEN.MEDICINE & PHYSIOLOGY
(Theory lecture) Describe the pathogenesis, features, hematologic indices and peripheral blood picture of sickle cell anemia and thalassemia
(Theory lecture) Spinal cord-(AN 57.1-57.5) INTEGRATION WITH GEN.MEDICINE &PHYSIO
(Theory lecture) PY7.7 Describe artificial kidney, dialysis and renal
transplantation
(Theory lecture) medulla-INTEGRATION WITH PHYSIO & GEN.MEDICINE(AN 58.1-58.4)
(Theory lecture) PY9.12 common causes of infertility in a couple and role of IVF in managing a
case of infertility-Integration with OBGY
10am - 11am
(Theory lecture) Conceptual review of central nervous system-brain & spinal cord
(Theory lecture) PY7.7 artificial kidney, dialysis
and renal transplantation
(Theory lecture) Development of CNS
(Theory lecture) etiology, pathogenesis, hematologic indices and peripheral blood picture of Acquired hemolytic anemia
(Theory lecture) CM 2 How to take family case
(Theory lecture) PY9.12 common causes of infertility in a couple and role of IVF in managing a
case of infertility-Integration with OBGY
11am – 12 am
DOAP HISTOLOGY OF CNS
(Theory lecture) PY7.7 artificial kidney, dialysis
and renal transplantation
DOAP PRACTICAL HISTOLOGY
(Theory lecture) PY9.11 hormonal changes and their effects during
perimenopause and menopause - Integration with OBGY
DOAP PRACTICAL HISTOLOGY
(Theory lecture) pathogenesis and clinical features and hematologic indices of hemolytic anemia- Integration with Medicne
12-1 pm DOAP PRACTICAL HISTOLOGY
ECE -PY-11.11-Criteria for
Diagnosis of Brain Death
DOAP PRACTICAL HISTOLOGY
ECE -metabolism of Vitamin B12 and the etiology and pathogenesis of B12 deficiency
DOAP PRACTICAL HISTOLOGY Self Directed Learning
1 pm-2 pm
LUNCH - TIME
2pm-3pm SGD Meninges specimen & dural folds specimen
SGD - Case Study SGD spinal cord
SGD Describe bilirubin metabolism, enumerate the etiology and pathogenesis of jaundice, distinguish between direct and indirect hyperbilirubinemia SGD brainstem general
features
AETCOM
3 pm-5 pm DOAP-Dural Folds
DOAP Clinical Examination
Revision
DOAP Conceptual review of central nervous system-brain & spinal cord
DOAP Clinical Examination Revision
DOAP Clinical Examination Revision
5.30 pm-6 pm SPORTS & EXERCISE
ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM ANATOMY PHY/BIOCHEM
DAY TIME
MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 8th June 2020 9th June 2020 10th June 2020 11th June 2020 12th June 2020 13th June 2020
09am – 10am
(Theory lecture) PONS(AN 59.1-59.3)-INTEGRATION WITH PHYSIOLOGY
(Theory lecture) cutaneous findings in Vitamin A deficiency
(Theory lecture) MIDBRAIN-(AN 61.1-61.3) INTEGRATION WITH PHYSIO & GEN.MEDICINE
(Theory lecture) PY6.2 mechanics of normal respiration, pressure changes during ventilation, lung volume and capacities, alveolar
surface tension, compliance, airway resistance, ventilation,
V/Pratio, diffusion capacity of lungs
(Theory lecture) Cerebrum-I(AN - 62.3-62.6)INTEGRATION WITH PHY
(Theory lecture) PY6.6 pathophysiology of dyspnoea, hypoxia, cyanosis asphyxia; drowning, periodic breathing
10am - 11am
(Theory lecture) PONS(AN 59.1-59.3)-INTEGRATION WITH PHYSIOLOGY
(Theory lecture) PY11.12
physiological effects of meditation
(Theory lecture) Cerebellum-(-AN 60.1-60.3)INTEGRATION GEN.MEDICINE &PHY
(Theory lecture) Describe the surgical anatomy and the metabolism of the lens
(Theory lecture) Cerebrum-II,(AN 62.3-63.6)INTEGRATION WITH GENERAL MEDICINE
(Theory lecture) PY6.3 transport of respiratorygases:Oxygen
Carbondioxide
11am – 12 am
DOAP Brainstem sections
(Theory lecture) PY11.12
physiological effects of
DOAP Dissection of cerebellum-ALL
(Theory lecture) PY6.2 mechanics of normal respiration, pressure changes during ventilation, lung volume and capacities, alveolar
DOAP Cerebrum- Sulci & gyri--ALL
(Theory lecture) various changes in Vitamin C deficiency
12-1 pmECE-Physiology
of fetal Circulation
ECE-Diagnosis of vitamin deficiencies- Integration with
Medicine
DOAP Cerebrum- Sulci & gyri--ALL Self Directed Learning
1 pm-2 pm LUNCH - TIME
2pm-3pm
DOAP Brainstem sections-ALL
SGD - Case Study
SGD Cerebellum-model-ALL SGD - Case Study SGD-Cerebrum-model-ALL AETCOM
3 pm-5 pm
DOAP Clinical Examination
Revision
DOAP Dissection of cerebellum-ALL
DOAP Clinical Examination Revision
DOAP Cerebrum- Sulci & gyri-ALL
DOAP Clinical Examination Revision
5.30 pm-6 pm SPORTS & EXERCISE
DAY TIME
MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 15th June 2020 16th June 2020 17th June 2020 18th June 2020 19th June 2020 20th June 2020
09am – 10am
(Theory lecture) Blood supply of brain
(Theory lecture) lipid cycle and the role of dyslipidemia in the pathogenesis of atherosclerosis
(Theory lecture) Cranial nerve nuclei(AN 62.1)
(Theory lecture) PY5.5 physiology of electrocardiogram (E.C.G)
applications and the cardiac axis
(Theory lecture) 3rd & 4th ventricle- INTEGRATION WITH PHYSIOLOGY & PAEDIATRICS(AN 62.1-62.2)-
(Theory lecture) PY5.11 Patho-physiology of shock, syncope and
heart failure
10am - 11am
(Theory lecture) RADIOLOGY
(Theory lecture) PY5.3 The
events occurring during the
cardiac cycle
(Theory lecture) Lateral ventricle(AN63.163.2)
(Theory lecture) Choose and interpret a lipid profile and identify the desirable lipid profile in the clinical context
(Theory lecture) CM 2 How to take family case
(Theory lecture) PY5.9 Factors affecting heart rate, regulation of cardiacoutput & blood pressure
11am – 12 am
DOAP Dissection of corpus callosum-ALL
(Theory lecture) PY5.3 Events
occurring during the cardiac cycle
DOAP Dissection of corpus callosum-ALL
(Theory lecture) PY5.5 The physiology of electrocardiogram
(E.C.G) applications and the cardiac axis
DOAP 3rd & 4th ventricle-ALL
(Theory lecture) The indications, formulations, doses, side effects and monitoring for drugs used in the management of dyslipidemia
12-1 pm DOAP Dissection of corpus callosum-ALL
ECE Pheochromocyt
oma
DOAP Dissection of corpus callosum-ALL
ECE Choose and interpret a lipid profile and identify the desirable lipid profile in the clinical context
Self Directed Learning
1 pm-2 pm LUNCH - TIME
2pm-3pm
DOAP Revision-ALL
SGD - Case Study SGD-Ventricles-ALL SGD - Case Study SGD-Sections of brain AETCOM
3 pm-5 pm
DOAP Clinical Examination
Revision
DOAP White matter of cerebrum -ALL
DOAP Clinical Examination Revision DOAP 3rd & 4th ventricle-ALL DOAP Clinical Examination
Revision
5.30 pm-6 pm
SPORTS & EXERCISE
DAY
MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 22nd June 2020 23rd June 2020 24th June 2020 25th June 2020 26th June 2020 27th June 2020
09am – 10am
(Theory lecture) Introduction to Infex
(Theory lecture) RDA , dietary sources of Iodine and their role in Health and disease
(Theory lecture) FEMORAL TRIANGLE INTEGRATION WITH GEN.SURGERY
(Theory lecture) PY7.5 The renal regulation of fluid and electrolytes
& acid-base balance
(Theory lecture) Lumbar plexus,femoral & obturator nerve
(Theory lecture) PY8.2 Altered (hypo and hyper) secretion of pituitary gland, thyroid gland,
parathyroid gland, adrenal gland, pancreas and hypothalamus
10am - 11am
(Theory lecture) Front of thigh-(AN 15.1-15.4)
(Theory lecture) PY7.3 Urine
formation involving
processes of filtration, tubular reabsorption &
secretion; concentration and diluting mechanism
(Theory lecture) adductor compartment 15.1-15.4
(Theory lecture) Deficiency of Iodine- Integration with Medicine
(Theory lecture) PSM-13 AN74.1 ; 3 AN75.5 Role of Genetics in Health
(Theory lecture) PY9.6 The contraceptive methods for male
and female.Discuss their advantages & disadvantages
11am – 12 am
DOAP overview of infex & dissection of front of thigh-
ALL
(Theory lecture) PY7.3 Urine
formation involving
processes of filtration, tubular reabsorption &
secretion; concentration and diluting mechanism
DOAP FEMORAL TRIANGLE INTEGRATION WITH GEN.SURGERY
(Theory lecture) PY8.2 Effect of altered (hypo and hyper) secretion
of pituitary gland, thyroid gland, parathyroid gland, adrenal gland,
pancreas and hypothalamus DOAP Femoral vessels-ALL
(Theory lecture) Identify the clinical features of Iodine deficiency disorders- Integration with Medicine
12-1 pm(ECE ) Lesions
of Internal capsule
DOAP FEMORAL TRIANGLE INTEGRATION WITH GEN.SURGERY
ECE- Thyroid Function tests Self Directed Learning
1 pm-2 pm LUNCH - TIME
2pm-3pm SGD AN 14.1-14.5Hip bone-I ALL
SGD - Case Study
SGD CM 2 Family study (case 2) Doctor patirnt
relationship, MSW,Cultural Family in
health and diseases
SGD - Case Study SGD-AN 14.1-14.7 Femur-I-ALL AETCOM
3 pm-5 pm
DOAP dissection of front of thigh-ALL
DOAP Clinical Examination
RevisionDOPClinical Examination Revision Self directed learning DOAP Clinical Examination
Revision
5.30 pm-6 pm SPORTS & EXERCISE
DAY MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 29th June 2020 30th June 2020 1st July 2020 2nd July 2020 3rd July 2020 4th July 2020
09am – 10am
(Theory lecture) Gluteal region-(AN 16.1-16.3)INTEGRATION WITH GEN.SURGERY
(Theory lecture) Hemoglobin electrophoresis and interpret report
(Theory lecture) Hip joint-(AN 17.1-17.3) INTEGRATION WITH ORTHOPEDICS
(Theory lecture) PY10.7 functions of
cerebral cortex, basal ganglia, thalamus,
hypothalamus, cerebellum and limbic
system and their abnormalities
(Theory lecture) Popliteal fossa(AN 16.6)
(Theory lecture) PY10.18 physiological basis of lesion
in visual pathway
10am - 11am
(Theory lecture) Back of thigh(16.4-16.5)
(Theory lecture) PY10.2 functions and properties of synapse, reflex and
receptors
(Theory lecture) sacral plexus & sciatic nerve
(Theory lecture) nutritional requirements of surgical patients, the methods of providing nutritional support and their complications.
(Theory lecture) Popliteal fossa(AN 16.6)
(Theory lecture) PY10.15 functional anatomy of ear and auditory pathways &
physiology of hearing
11am – 12 am DOAP-
Dissection of gluteal
region-ALL
(Theory lecture) PY10.5 structure and functions of reticular activating system, autonomic
nervous system (ANS)
DOAP Dissection of back of thigh-
ALL
(Theory lecture) PY10.7 functions of
cerebral cortex, basal ganglia, thalamus,
hypothalamus, cerebellum and limbic
system and their abnormalities
DOAP Dissection of popliteal fossa-ALL
(Theory lecture) causes, clinical features, diagnosis and management of Deficiency / excess of Vitamin D (Rickets and Hypervitaminosis D)
12-1 pmTubuloglomerular
Feedback in KidneyProtein Enery
Malnutrition Syndroms Self Directed Learning1 pm-2
pm LUNCH - TIME
2pm-3pmSGD AN 14.1-14.6Femur-II ALL SGD - Case Study
SGD AN 14.1-14.7 Tibia-ALL SGD - Case Study
SGD AN 14.1-14.6fibula-ALL AETCOM
3 pm-5 pm
DOAP Dissection of gluteal region-ALL
DOAP Clinical Examination Revision
DOAP Dissection of back of thigh-ALL
DOAP Clinical Examination Revision
DOAP Dissection of popliteal fossa-ALL
DOAP Clinical Examination Revision5.30 pm-
6 pm SPORTS & EXERCISE
DAY TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY
Date: 6th July 2020 7th July 2020 8th July 2020 9th July 2020 10th July 2020 11th July 2020
09am – 10am
(Theory lecture) Femoral triangle- INTEGRATION WITH GEN.SURGERY
(Theory lecture) National Goiter control program and their recommendations
(Theory lecture) Tibial & common peroneal nerve(AN 18.1-18.3)
(Theory lecture) Organisation of Theory
Topics with various concepts and
integration
(Theory lecture) Subtalar ,midtarsal joint & inversion & eversion-(AN20.2)
(Theory lecture) Orientation on Theory Examination Module and Patternb
10am - 11am
(Theory lecture) Adductor compartment of thigh(15.1-15.4)
(Theory lecture) PY11.8 cardio-respiratory
changes in exercise (isometric and isotonic)
under different environmental condition
(heaT AND COLD)
(Theory lecture) Ankle joint & dorsum of foot-(AN 20.1)INTEGRATION WITH ORTHOPEDICS
(Theory lecture) Calcium and its role in Health and disease
(Theory lecture) Arches of foot & phases of walking-AN(19.5-19.7)INTEGRATION WITH ORTHOPEDICS
(Theory lecture) Orientation on Theory Examination Module and Patternb
11am – 12 am
DOAP Femoral triangle-ALL
(Theory lecture) PY11.8 cardio-respiratory
changes in exercise (isometric and isotonic) with that in the resting
state.DOAP Dissection of front of leg-ALL
(Theory lecture) Organisation of Theory
Topics with various concepts and
integrationDOAP Dissection of back of leg-ALL
(Theory lecture) Describe the causes, clinical features, diagnosis and management of Ca Deficiency
12-1 pm
DOAP Dissection of front of leg-ALL
ECE Transport maximum for glucose
DOAP Dissection of front of leg-ALL
ECE Rickets and osteomalacia and its
related symptoms with PBL
DOAP Dissection of front of leg-ALL Self Directed Learning
1 pm-2 pm LUNCH - TIME
2pm-3pm
SGD 14.1-14.4Hip bone-II ALL SGD - Case Study
PSM CM SDL
SGD - Case Study SGD - Case Study AETCOM
3 pm-5 pm
DOAP Femoral triangle-ALL
DOAPClinical Examination Revision
DOAP Clinical Examination Revision
DOAP Dissection of back of leg-ALL
DOAP Clinical Examination Revision
5.30 pm-6 pm SPORTS & EXERCISE