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    Relationship ofRelationship of

    AnatomyAnatomywith Surgerywith Surgery

    Dr E S J Prabhu Kiran M.D (Hom)

    Professor & H.O.D.

    Department of Anatomy, FMHMC, Mangalore

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    1. Introduction

    Anatomy

    Study of structure of the body

    External

    Internal

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    Branches of Anatomy

    Gross anatomy

    Microscopic anatomy

    Developmental anatomy

    Surface anatomy

    Clinical anatomy Radigraphic anatomy

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    To provide the understanding of themorphological, physiological and

    psychologicalprincipleswhich determine

    and influence the man as a functioning

    unit.

    To co-relate and interpret the structuralorganism and normal physiology of the human

    body and thus toprovide the data in which

    disturbances of function are anticipated.

    OBJECTIVES

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    To enable the student to recognize the

    anatomical basis of the clinical signs and

    symptoms of disorders due to injury,

    disease and mal-development. Enable the student to understand the factors

    involved in the development of

    pathological processes and the possible

    complications which may arise there from.

    OBJECTIVES

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    To impart such knowledge of pre-clinical subjects

    which will enable the student to employ (orjudging and recommending in cases of

    surgery) competently and rationally all the

    common methods of examination andtreatment (including surgery)

    To enable the student to find out strange and

    uncommon symptoms from pathognomonic

    symptoms for individualization of patients anddrugs for the purpose of applying the law of similar

    in homoeopathic practice

    OBJECTIVES

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    1. Understanding the principles

    that determine and influence theman as a functioning unit

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    MAN

    Vital ForceVital Force MindMind

    BodyBody

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    BODY

    The body is composed of3 basicelements

    1. Cells

    2. Intercellular substance (Matrix)

    And3. Body fluids

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    Cells

    Tissue

    Organs

    Systems

    Man10www.similima.com

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    Basic TissuesBasic Tissues

    A group of similar cells specialized toperform a common function form a

    tissue

    The basic tissues are

    Epithelial tissue

    Connective tissueMuscular tissue

    Nervous tissue11www.similima.com

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    Epithelial Tissue

    Cells are compact form the covering

    of all body

    surfaces, linebody cavities andhollow organs,and are the

    functional part inglands.

    They are formed from all the 3 Germ layers

    Squamous cells

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    Connective tissue

    The types of connective tissue include loose

    connective tissue, adipose tissue, dense fibrousconnective tissue, elastic connective tissue,cartilage, osseous tissue (bone), and blood.

    Connective tissue is derived from the

    Mesoderm 13www.similima.com

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    Muscle tissue

    Muscle tissue is composedof cells that shorten orcontract to producemovement of the

    body parts.3 Types -

    Skeletal muscle tissue,

    Smooth muscle tissue,and Cardiac muscle tissue

    Develops from Mesoderm

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    Nervous tissue

    It is responsible forcoordinating and

    controlling many body

    activities.

    It stimulates muscle

    contraction, creates an

    awareness of the

    environment, and plays amajor role in emotions,

    memory, and reasoning.

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    Nervous tissue:NeuronsNeurons

    Neurons generate electrical impulses to

    carry out the functions

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    Nervous tissue:

    Neuroglia

    The neurons are

    supported by

    Neuroglia, theconnective tissue in

    the CNS

    Nervous tissue develops from Neuro-ectoderm17www.similima.com

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    Cells

    Tissue

    Organs

    Systems

    Man

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    The

    4basic tissues

    Organs

    Systems

    MAN (BODY)19www.similima.com

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    1. Recognizing the anatomical

    basis of the clinical signs

    and symptoms of disorders

    due to

    injury,disease and

    mal-development.

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    INJURIES OF THE BRACHIAL PLEXUS

    Anatomical basis of the

    clinical signs and symptoms

    of disorders due to

    InjuryInjury

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    Brachial Plexus

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    Injuries of the Brachial Plexus

    Causes

    Trauma

    Compression

    Malignancy of Breast

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    Forceps delivery

    Gun-shot or stab

    injuries

    Fall from a

    height Automobile

    accidents

    Traumatic causes of brachial plexus

    injury

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    http://upload.wikimedia.org/wikipedia/commons/4/46/Car_Accident.jpghttp://upload.wikimedia.org/wikipedia/commons/4/46/Car_Accident.jpg
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    Total brachial plexus injury

    Upper limb is paralyzed with total loss of

    sensation

    Damage to T1 ventral ramus involvespreganglionic sympathetic fibres for head

    and face resulting in Horners syndrome on

    the affected side

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    Horners syndrome

    Partial ptosis due to paralysis of mullersmuscle

    Constriction of pupil due to paralysis ofdilator pupillae

    Loss of sweating due to loss of sudomotor

    nerve supply Flushing of the face due to loss ofvasomotor supply

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    Erbs palsy

    Upper trunk or Erbs palsy in newborn is

    due to trauma during a forceps delivery,

    during which there may be forcefulseparation of neck and shoulder with

    stretching of the upper trunk.

    May occur due to accidental trauma

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    Erbs point

    Meeting point of 6nervesVentral rami of C5 and

    C6, suprascapularnerve and nerve tosubclavius branches ofthe upper trunk and

    anterior and posteriordivisions of the uppertrunk

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    Erbs point

    The deformity isPolicemans tiphand, in which the

    arm is adducted andmedially rotated theforearm is extended

    and pronated.

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    Policemans tip hand

    Position Paralysis of Over action of

    Adduction of arm Supraspinatus &

    Deltoid

    Adductors of

    shoulder joint

    Medial rotation of

    arm

    Teres minor and

    infraspinatus

    Medial rotators of

    shoulder

    Extension of fore

    arm

    Biceps brachii,

    Brachialis &Brachioradialis

    Extensors of

    elbow

    Pronation of

    forearm

    Biceps brachii &

    Supinator

    Pranators of

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    Causes

    Traction on thelower trunk due to a

    cervical rib

    Forcible hyper-

    abduction in a fall

    from a height

    Malignant

    infiltration of thelower trunk

    Post-fixed brachial

    plexus

    Klumpkes Paralysis

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    Klumpkes Paralysis

    Deformity

    Claw hand: slow

    progressive weakness

    in interossei and

    lumbricals supplied by

    C8 & T1 roots via

    median and ulnar

    nerves

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    Claw hand

    Fingers hyper extended atmetacarpophalangeal joints and hyper flexed

    at interphalangeal joints due to paralsysis of

    interossei and lumbricals. Wrist is hyperextended due to paralysis of

    flexors of wrist and over action of extensors.

    Pain along the medial side of the arm,forearm and medial one and half fingers

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    Injury to the posterior cord of

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    Injury to the posterior cord of

    brachial plexus

    Deficiency Paralysis of Nerve supply

    Loss of extension

    of shoulder

    Posterior fibres of

    Deltoid

    Axillary nerve

    Teres major Subscapular nerve

    Latissimus dorsi Thoracodorsal

    nerve

    Loss of extension

    of elbow,wrist and

    thumb

    Triceps and

    extensors of wrist

    and thumb

    Radial nerve

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    Injury to the posterior cord of

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    Injury to the posterior cord of

    brachial plexus

    Deficiency Paralysis of Nerve supply

    Loss of abduction

    at shoulder beyond

    20o

    Deltoid Axillary nerve

    Weakness of

    supination

    Supinator Deep branch of

    radial nerve

    Weakness ofmedial rotation

    Subscapularis Subscapular nerve

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    CARPAL TUNNEL SYNDROME

    Anatomical basis of the

    clinical signs and symptomsof disorders due to

    Disease

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    Anatomy of Flexor retinaculum

    and Carpal Tunnel Syndrome

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    Carpal Tunnel Syndrome (CTS)

    Repetitive stress injury

    Due to inflammation of the tissues around the

    median nerve

    Results in reduced nerve transmission; pain,

    numbness, and tingling in wrist, hand, and

    fingers (except little finger)

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    Causes of CTS

    Work-related

    Repetition

    High force

    Awkward joint

    posture

    Direct pressure

    Vibration

    Prolongedconstrained posture

    Medically-related

    Fractures

    Arthritis

    Diabetes

    Obesity

    Acromegaly

    Long term

    hemodialysisPregnancy

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    Symptoms

    Pain in wrist and hand

    Numbness and tingling

    in fingers Weakened grip

    Feeling of swelling in

    hand Worsened pain at nightwith rest

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    Diagnosis

    Medical HistoryJob

    SymptomsMedical conditions

    Physical Exam

    Tinels sign (tapping median nerve)Phalens test (compression of nerve)

    Muscle strength (thenar strength)

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    FALLOTS TETROLOGY

    Anatomical basis of the

    clinical signs and symptoms

    of disorders due to

    Mal-DevelopmentMal-Development

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    Anatomical basis of theclinical signs and symptoms

    of disorders due to

    Mal-DevelopmentMal-Development

    Congenital defects of Heart

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    1. Abnormal position

    2. Atresia or Stenosis of the orifices

    3. Defective formation of septa

    4. Combined defects5. Abnormal relationship of the

    chambers to the great vessels

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    1. Abnormalities of position

    Dextrocardia

    Ectopia cordis

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    Dextrocardia

    The Chambers and

    blood vessels of theheart are reversed

    from side to side

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    1. Atresia or Stenosis

    In pulmonary stenosis the foramen ovale

    and the ductus arteriosus remain patent

    In aortic stenosis the ductus arteriosusremains patent

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    1. Defective formation of septa

    Interatrial septal defects

    Interventricular septal defects

    Defects of spiral septum

    AV canal defect

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    Interatrial septal defects

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    Interatrial septal defects

    Osteum Primum defect

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    Interatrial septal defects

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    Interatrial septal defects

    Osteum Secundum defect

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    Interatrial septal defects

    Patent foramen ovale

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    Interatrial septal defects

    Patent foramen ovale

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    Interatrial septal defects

    Patent foramen ovale

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    Interatrial septal defects

    Patent foramen ovale

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    I t t i l t l d f t

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    Interventricular septal defects

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    d iDefect of spiral septum

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    Patent ductus arteriosus

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    Patent ductus arteriosus

    Defect of spiral septum

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    1 Combined defects:

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    1. Combined defects:

    Fallots Tetralogy

    Interventricular septal

    defect

    Overriding of Aorta

    Pulmonary stenosis

    Hypertrophy of the

    right ventricle

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    Tetralogy of Fallot

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    1. Abnormal relationship

    of chambers to great vessels Transpositions of great vessels

    Taussig-Bing syndrome

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    Transposition of the great vessels

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    1. Enable the student to

    understand the factors

    involved in the development

    of pathological processesand the possible

    complications which mayarise there from

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    Normal Liver

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    Anatomy

    1.5 kg, wedge shape

    4 lobes, Right, left,

    Caudate, Quadrate. Double blood supply

    Hepatic arteries

    Portal Venous blood

    Acini / Portal triad.

    Lobules central. V

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    Normal Liver - Microscopy

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    Acute viral Hepatitis:

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    Acute viral Hepatitis:

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    Acute viral Hepatitis:

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    Acute viral Hepatitis:

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    Acute viral Hepatitis C:

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    Acute viral Hepatitis C:

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    Liver Cirrhosis

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    Steatosis in Alcoholism

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    Clinical signsof

    Liver Failure

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    Portal veinSites of Porta-

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    Portal veinCaval

    anastomosis

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    Stomach - structure

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    Stomach structure

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    G t i l

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    Gastric ulcer

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    1 To impart such knowledge of

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    1. To impart such knowledge of

    pre-clinical subjects which will

    enable the student to employ

    (or judging and recommending

    in cases of surgery)competently and rationally all

    the common methods ofexamination and treatment

    (including surgery)

    S i l j i t

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    Synovial joint

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    Pathological changes in Rheumatoid

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    g g

    arthritis

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