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BSS DIPLOMA IN X-RAY TECHNOLOGY TWO YEAR (FIRST YEAR)
PAPER I
1Anatomy basis
      Definition of anatomy
      Anatomical terms – cells, issues, organs, organ system (definitions)
2Physiology basis
      Definition of physiology
3Skeletal system
      Bones
      Classification of bones
      Bones of the skull
      Bones of the thorax
      Bines of the vertebral column
      Bones of the upper and lower limbs
      Joins of the skeletal system, Air sinuses of skull
4Digestive system
      Parts (mouth, 0esophagus, pharynx, stomach, intestines, rectum, glands)
      Diagram of digestive system
      Mouth (Different regions, salivary glands)
      0esophagus (length, position)
      Stomach (part, glands in stomach, layers)
      Small intestine (Parts, glands)
      Large intestine (Parts)
      Lever, Pancreas, salivary glands (secretions and functions)
      Physiology of digestion
      Digestion in mouth (Action of salivary enzymes juice, pancreatic juice and bile)
      Functions of large intestine
5Circulatory System
      Parts (Heart, Arteries, Veins, Capillaries)
      Heart (Anatomy with diagram)
      Pericardium
      Blood vessels attached to heart
      Conductive system of heart
      Cardiac cycle
      Types of circulation (Systemic, Pulmonary, Coronary and Portal)
      Aortic arch and it’s branches
      Heart rate
      Stroke volume
      Cardiac output
      Layers of arteries and veins
6Respiratory System
      Anatomy of respiratory system (Parts)
      Physiology of respiration (Inspiration expiration and gaseous exchange)
7Blood
      Composition (Brief account only)
8Execratory System
      Anatomy of renal system (with spiral reference to kidneys and enshrouds) ( with the diagrams)
      Physiology of urine formation (Stops)
      Composition and characteristics of normal urine (Brief account)
      Proteinuma
      Glucose
      Haematuria
      Glomerular filuation rate (G.F.R) definition
PAPER II : ELECTRICITY PHYSICS
1Magners magnetism, types and properties of magners ferromagnetic substances paramagnetic substances – diamagnetic substantial – artificial method of making magnets
2Conductors insulators electroscope sparking – arcing
3Fundamental unit of speed: Acceleration force work large joule power horse power
4Potential difference: Factors affecting the potential difference of a conductor
5Ohm’s law: Mathematical representation – on the basis of ohm’s law definition of volt-amps-ohm-resistance-ammeter
6Electrical circuits: Ruler – calculation of total resistance-total current-individual voltage drop etc
7Chemical effect of current electrolysis-electrolytes-voltammeter-faraday’s laws of electrolysis-electroplating
8Hearting effect of current: joule’s law-calculation of quantity of heart product current passed etc
9Electro magnetic induction-principle law and principle of a dynamo magnetic effect of current faraday’s laws of effect electromagnetic induction-Lenz’s law-3+ magnetic flux 2 3
10Diagram of X-ray tube and working
Nervous System
      C.N.S peripheral nervous system, anatomic nervous system
      Nervous (With diagram)
      Meanings
      C.S.F
      Parts of C.N.S
      Brain (With diagrams)
      i. Cerebrum
      ii. Brain stem
      iii. Cerebellum
      Spinal cord structure (With diagram)
      Physiology functions of the various part of the brain
PAPER III : RADIOLOGY PHYSICS
1Matter, Energy and different types of energy
2Atomic structure and fundamentals
3Radioactivity
4X-Rays
      Hands and soft X-Rays
      Production and properties
      Continuous and characteristic X-Rays
      Quality of X-Rays
      Heel effect
      Thematic omission
5Measurement of lionizing radiation
      Exposure
      Roentgen
6X-Ray Technology
      X-Ray tubes
      Different parts of an X-Ray tube
      Stationary anode tube
      Rotating anode tube
7Filters Restrictors
      Physical principle
      Inherent filtration
      Added filtration
      Wedge filter
8Beam Restrictors
      Aperture diagrams
      Collimators
      Cones and cylinders
9Grids and Different Types of Grid
10Effects of X-Ray
      Fluorescence
      Phosphorescence
      Luminescence
11X-Ray Films
12Screens
      Intensifying screens
      Construction
      Fluorescents screens
13Geometric factions influencing images
      Magnification and distortion
      Image unhappiness
14Radiation protection
15Radiation protection devices and personal monitoring devices
16Hazards of radiation
Reference Text
Radiology - Brayas
PAPER IV : POSITIONING IN RADIOGRAPHY
1Terminology
      Anatomical terminology
      Positioning terminology
      Projection terminology
2Exposure factors
      Millie ampere
      Kilovolt age
3Positioning of the upper limb Basic alternative and additional projections for
      Hand
      Fingers
      Thumb
      Scaphoid
      Carpal bones
      Carpal tunnel
      Wrist
      Fore arm
      Elbow joint
      Homeruns
4The Shoulder
      Shoulder
      Acromio – clavicular joints
      Clavicle
      Sterna – clavicular joint
      Scapula
5Bones of the thorax
      Ribs
      Sternum
6The Lower Limb
      Foot
      Toes
      Cleaners
      Ankle joint
      Leg
      Knee joint
      Femur
7Hip joint, Pelvis and sacro-iliac joint
      Hip joint and upper third of femur
      Pelvis
      Sacro – iliac joint
8The Vertebral column
      Cervical Vertebra
      Thoracic Vertebra
      Lumbar Vertebra
9The Skull
10Mastoid
11Para nasal
12Facial bone
      Maxillae
      Mandible
13Dental radiography
14Lungs/heart and aorta
15The abdomen and pelvic cavity
16Mammography
Reference Text
Positioning in Radiography - Clarks
PAPER V : DARK ROOM TECHNIQUE
1Types of radiography films
2Construction of film
3Various sages of film processing
4X-ray developer fixer, replenished
5Dark room construction
6Dark room safe light pass box
7Safe light test
8Automatic X-Ray film processing
9Intensifying screen and properties
10Cassette and hangers
11Practical safety measures in diagnostic radiography
12Radiation hazards and protection
13Film faults