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| Mbbs 1st year Subject & Syllabus of Part-1 |
Prospectus OF FIRST PROFESSIONAL
PART-I
M.B.B.S.
(A) ANATOMY AND HISTOLOGY
(B) PHYSIOLOGY
(C) BIOCHEMISTRY
(D) Behavioral SCIENCES
The course layout is as per the following :-
1. History of life systems and the various controls of the subject
2. Clarify anatomical terminology
GENERAL ANATOMY
Skeletal System
1. Pivotal skeleton
2. Various bones of human body
3. Pivotal and affixed skeleton
4. Elements of bone
5. Characterization based on advancement, locale and capacity
6. General ideas of hardening of bones
7. Portions of youthful bone
8. Blood supply of long bones
9. Anatomical variables in bone injury (clinical).
Joints
1. Primary , local and practical grouping of joints
2. Qualities of synovial joints
3. Characterization of synovial joints
4. Developments of synovial joints
5. Life systems of joints regarding separation and injury (clinical).
Muscle
1. Portions of a muscle
2. Grouping of muscle
3. Blood supply and nerve supply of muscle
4. Life systems of the neuromuscular intersection
5. Life systems of muscle concerning sprain, fit and injury
Cardiovascular System
1. The cardiovascular framework
2. Blood vessel and venous framework
Lymphatic System
1. Life systems of lymph hub
2. Life systems of lymph vessels
3. Capacity of lymphatic framework
Sensory system
1. Sensory system when all is said in done
2. Various pieces of sensory system and their capacities
3. Anatomical plans of the cranial and spinal nerves by and large
4. Autonomic sensory system
Skin and Fascia
1. Brief life structures of the skin, shallow and profound sash
GENERAL HISTOLOGY
1. Cell all in all
2. Various segments of a cell and depiction of its capacities
3. Life structures of cell layer
4. Various pieces of a magnifying instrument and their capacity
5. Kinds of epithelium and their anatomical area
6. Connective tissues and its capacity
7. Histological appearance of ligament
8. Histological appearance of bone
9. Ligament and bone
10. Distinguishing proof of connective tissue, ligament and bone under magnifying lens
11. Histological highlights of muscle
12. Distinguishing proof of muscle tissues under magnifying instrument
13. Histological highlights of focal venous framework
14. Histological highlights of fringe nerve and spinal rope
15. Recognizable proof of nerve under magnifying instrument
16. Histology of lymphoid tissue
17. Recognizable proof of lymphoid tissue under magnifying instrument
18. Histology of vein
19. Recognizable proof of vein under magnifying instrument
20. Histology of skin
21. Recognizable proof of skin under magnifying instrument
GENERAL EMBRYOLOGY
1. Male and female regenerative organs
2. Cell division and gametogenesis
3. Preparation, cleavage, blastocyst arrangement and implantation of the incipient organism
4. Phases of early undeveloped improvement in second and third seven day stretch of
intrauterine life
5. Advancement of undeveloped organism and baby
6. Fetal layer (amniotic depression, yolk sac, allantois, umbilical rope and
placenta)
Hereditary qualities
1. Essential standards of hereditary qualities
2. Design and capacity of qualities and DNA
3. Relationship of qualities and DNA
4. Teratogenesis
Net ANATOMY
The investigation of gross life structures must lay accentuation on applied life systems as identified with
clinical medication and medical procedure, radiological life systems, surface life structures and cross sectional
life systems
Analyzation, taken apart examples, models, and PC supported projects, x-beams and
CT sweeps can be utilized.
Upper Limb
Term 11 weeks
Lower Limb
Term 11 weeks
Chest
Term 7 weeks
Clinical Module
1. Normal formative oddities
2. Clinical impacts of nerve wounds of the upper appendage
3. Clinical impacts of nerve wounds of the lower appendage
4. Clinical significance of coronary dissemination
Suggested BOOKS
1. Dark's Anatomy by Prof. Susan Standring 39th Ed., Elsevier.
2. Clinical Anatomy for Medical Students by Richard S.Snell.
3. Clinically Oriented Anatomy by Keith Moore.
4. Clinical Anatomy by R.J. Last, Latest Ed.
5. Cunningham's Manual of Practical Anatomy by G.J. Romanes, fifteenth Ed.,
Vol-I, II and III.
6. The Developing Human. Clinically Oriented Embryology by Keith L. Moore,
sixth Ed.
7. Wheater's Functional Histology by Young and Heath, Latest Ed.
8. Clinical Histology by Prof. Laiq Hussain.
9. Neuroanatomy by Richard S.Snel
(B) PHYSIOLOGY
The course diagram is as per the following :
Essential AND CELL PHYSIOLOGY
1. Practical association of human body
2. Homeostasis
3. Control frameworks in the body
4. Cell layer and its capacities
5. Cell organelles and their capacities
6. Qualities - their control and capacity
Blood
1. Creation and general elements of blood
2. Plasma proteins their creation and capacity
3. Erythropoiesis and red platelet work
4. Design, capacity, creation and various kinds of hemoglobin
5. Iron assimilation stockpiling and digestion
6. Blood records
7. Capacity, creation and kind of white platelets
8. Capacity and creation of platelets
9. Thickening system of blood
10. Blood gatherings and their job in blood bonding
11. Inconveniences of blood bonding regarding ABO and RH incongruence
12. Parts of reticuloendothelial framework their gross and minuscule design
counting (tonsil, lymph hub and spleen)
13. Improvement and capacity of reticuloendothelial framework
Clinical Module
1. Frailty and its various kinds
2. Blood records in different issues
3. Thickening issues (Hemophilia and so forth)
4. Blood gathering and cross coordinating
5. Invulnerability
Nerve and Muscle
1. Construction and capacity of neuron
2. Physiological properties of nerve filaments
3. Physiology of activity potential
4. Conduction of nerve motivation
5. Nerve degeneration and recovery
6. Neural connections
7. Physiological construction of muscle
8. Skeletal muscle withdrawal
9. Skeletal, smooth and cardiovascular muscle constriction
10. Neuromuscular intersection and transmission
11. Excitation withdrawal coupling
12. Construction and capacity of engine unit
Clinical Module
1. Perform nerve conduction contemplates and clarify their clinical significance
2. Myopathies and neuropathies
3. Fringe nerve wounds
Cardiovascular System
1. Heart and flow
2. Capacity of heart muscle
3. Heart pacemaker and cardiovascular muscle compression
4. Heart cycle
5. ECG, its account and understanding
6. Normal arrhythmias and its instrument of advancement
7. Kinds of veins and their capacity
8. Hemodynamics of blood stream (nearby control foundational dissemination its guideline
what's more, control)
9. Fringe obstruction its guideline and impact on course
10. Blood vessel beat
11. Pulse and its guideline
12. Heart yield and its control
13. Heart sounds and mumbles
14. Significance, dissemination, and control of venous returnon
15. Coronary course
16. Splanchnic, pneumonic and cerebral dissemination
17. Triple reaction and cutaneous dissemination
18. Fetal course and circulatory changes upon entering the world
Clinical Module
1. Clinical meaning of cardiovascular cycle, connection of ECG and heart sounds to
cardiovascular cycle
2. Clinical meaning of cardiovascular cycle, understanding of ischemia and arrhythmias
3. Impacts of hypertension
4. Clinical meaning of heart sounds
5. Impacts of ischemia
6. Shock
Respiratory System
1. Capacity of respiratory parcel
2. Respiratory and non-respiratory capacity of the lungs
3. Mechanics of relaxing
4. Creation and capacity of surfactant and consistence of lungs
5. Defensive reflexes
6. Lung volumes and limits including dead space
7. Dispersion of gases across the alveolar film
8. Connection among ventilation and perfusion
9. Instrument of transport of oxygen and carbon dioxide in blood
10. Anxious and synthetic guideline of breath
11. Unusual relaxing
12. Hypoxia, its circumstances and end results
13. Cyanosis, its circumstances and end results
Clinical Module
1. Clinical significance of lung work tests
2. Reasons for strange ventilation and perfusion
3. Impacts on pneumothoax, pleural emanation, and pneumonia
4. Respiratory disappointment
5. Counterfeit breath and utilizations and impacts of O2 treatment
6. Clinical meaning of hypoxia, cyanosis, and dyspnoea
Skin and Body Temperature Regulation
PHYSIOLOGY PRACTICALS
Hematology
1. Utilization of the magnifying instrument
2. Assurance of hemoglobin
3. Assurance of erythrocyte sedimentation rate
4. Deciding stuffed cell volume
5. Estimating draining and coagulating time
6. RBC check
7. Red cell lists
8. WBC check
9. Leucocyte check
10. Prothrombin and thrombin time
Respiratory System
1. Pneumonic volume, their abilities and clinical understanding
Cardiovascular System
1. Cardiopulmonary revival (to be composed with the branch of medication)
2. Assessment of blood vessel beat
3. ECG recording and translation
4. Blood vessel pulse
5. Impacts of activity and stance on pulse
6. Peak thump and typical heart sounds
Suggested BOOKS
1. Reading material of Physiology by Guyton and Hall, Latest Ed.
2. Audit of Medical Physiology by William F. Ganong, Latest Ed.
3. Physiology by Berne and Levy, Latest Ed.
4. Human Physiology : The Basis of Medicine by Gillian Pocock,
Christopher D. Richards, Latest Ed.
5. Physiological Basis of Medical Practice by John B. West and Taylor,
twelfth Ed.
(C) BIOCHEMISTRY
The course layout is as per the following :
Cell Biochemistry
1. Biochemical piece and elements of the cell
2. Cell films and their substance creation
3. Significance of lipids and proteins in cell films
4. Science of signs and receptors
5. Film transport including dynamic vehicle, uninvolved vehicle, basic and
worked with dissemination
6. Techniques to contemplate cell natural chemistry
Corrosive Base Balance and Body Fluids
1. Ionization of water, week acids a
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