ComplexMassThis masscontainsboth solidand cysticcomponentsMalignantMassHas increasedinternal echoes,can be loculatedwith thick septa,irregular borders,no capsuleRefractionWhen soundchanges directionby striking aboundary obliquelywhen the mediahave differentpropagation speedsHypoechoicDescribes astructure that isless echogenic(darker) thansurroundingtissueAnechoicA structurethat doesnot produceechoesSagittalDivides thebody intotwo portionsfrom head tofeetBenignMassCan be anechoicor have internalechoes, is welldefined, smoothwalled, andencapsulatedTransverseDivides thebody intoportions fromright to left, likea slice of breadEdgeShadowThis isrefraction atthe edge of acircularstructureSubcostalWe place thetransducerunder theribs in thisapproachHomogenousUniformor similarechopatternsMirrorImageThis happenswhen soundbounces off astrong reflectorand a second"copy" is createdCysticThis describesthe appearanceof fluidcollections inthe bodyShadowingCaused by theinability of thesound beam topass through astructureAnteriorTransduceris placed onthe patient'sfrontSolidMassThis masscontainsinternalechoesReverberationcaused fromping-pongingbetween twostrongreflectorsIntercostalThe transduceris placed inbetween theribs with thisapproachPosteriorTransduceris placed onthe patient'sbackEnhancementThis occurswhen soundtravels througha lowerattenuatingstructureHeterogenousIrregularor mixedechopatternsCometTail orRingdownForm ofreverb thatappears asa solid lineHyperechoicDescribes astructure that ismore echogenic(brighter) thansurroundingtissueCoronalDivides thebody into twolong planesfrom the rightor left sidesComplexMassThis masscontainsboth solidand cysticcomponentsMalignantMassHas increasedinternal echoes,can be loculatedwith thick septa,irregular borders,no capsuleRefractionWhen soundchanges directionby striking aboundary obliquelywhen the mediahave differentpropagation speedsHypoechoicDescribes astructure that isless echogenic(darker) thansurroundingtissueAnechoicA structurethat doesnot produceechoesSagittalDivides thebody intotwo portionsfrom head tofeetBenignMassCan be anechoicor have internalechoes, is welldefined, smoothwalled, andencapsulatedTransverseDivides thebody intoportions fromright to left, likea slice of breadEdgeShadowThis isrefraction atthe edge of acircularstructureSubcostalWe place thetransducerunder theribs in thisapproachHomogenousUniformor similarechopatternsMirrorImageThis happenswhen soundbounces off astrong reflectorand a second"copy" is createdCysticThis describesthe appearanceof fluidcollections inthe bodyShadowingCaused by theinability of thesound beam topass through astructureAnteriorTransduceris placed onthe patient'sfrontSolidMassThis masscontainsinternalechoesReverberationcaused fromping-pongingbetween twostrongreflectorsIntercostalThe transduceris placed inbetween theribs with thisapproachPosteriorTransduceris placed onthe patient'sbackEnhancementThis occurswhen soundtravels througha lowerattenuatingstructureHeterogenousIrregularor mixedechopatternsCometTail orRingdownForm ofreverb thatappears asa solid lineHyperechoicDescribes astructure that ismore echogenic(brighter) thansurroundingtissueCoronalDivides thebody into twolong planesfrom the rightor left sides

Intro. Lesson 2 - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. This mass contains both solid and cystic components
    Complex Mass
  2. Has increased internal echoes, can be loculated with thick septa, irregular borders, no capsule
    Malignant Mass
  3. When sound changes direction by striking a boundary obliquely when the media have different propagation speeds
    Refraction
  4. Describes a structure that is less echogenic (darker) than surrounding tissue
    Hypoechoic
  5. A structure that does not produce echoes
    Anechoic
  6. Divides the body into two portions from head to feet
    Sagittal
  7. Can be anechoic or have internal echoes, is well defined, smooth walled, and encapsulated
    Benign Mass
  8. Divides the body into portions from right to left, like a slice of bread
    Transverse
  9. This is refraction at the edge of a circular structure
    Edge Shadow
  10. We place the transducer under the ribs in this approach
    Subcostal
  11. Uniform or similar echo patterns
    Homogenous
  12. This happens when sound bounces off a strong reflector and a second "copy" is created
    Mirror Image
  13. This describes the appearance of fluid collections in the body
    Cystic
  14. Caused by the inability of the sound beam to pass through a structure
    Shadowing
  15. Transducer is placed on the patient's front
    Anterior
  16. This mass contains internal echoes
    Solid Mass
  17. caused from ping-ponging between two strong reflectors
    Reverberation
  18. The transducer is placed in between the ribs with this approach
    Intercostal
  19. Transducer is placed on the patient's back
    Posterior
  20. This occurs when sound travels through a lower attenuating structure
    Enhancement
  21. Irregular or mixed echo patterns
    Heterogenous
  22. Form of reverb that appears as a solid line
    Comet Tail or Ringdown
  23. Describes a structure that is more echogenic (brighter) than surrounding tissue
    Hyperechoic
  24. Divides the body into two long planes from the right or left sides
    Coronal