Part I Flashcards
[year, person] is covered x-rays
1895, Roentgen
Used bismuth subnitrate to site peristaltic activity in cats
Walter B. Cannon
Produced chest film to show pos’n and dimensions of the heart
Walsh
Showed potential of the method for visualizing the vascular bed
Haschek and Lindenthal
[year, person] introduced suspension of bismuth and oil into the hearts of dogs and rabbits directly through the large veins
1910, Franek and Alwens
[year, person] used Lipiodol [oil-based] to study bronchial tree and spinal subarachnoid space
1922, Sicard and Foreister
[persons] first arteriograms and veni grams obtained in human subjects using 20% strontium bromide
Berberich and Hirsch
[year, person] described intraarterial injection of sodium iodide as a means of showing vessels of the lower extremities in humans
1924, Brooks
[year, person] most important, described carotid angiography and its application to the study of cerebral lesions
1928 Edward Moniz
[year, person] cardiac catherization was performed by [..]; horse, R and L ventricles entered by retrograde approach from jugular vein and carotid artery
1844 Claude Bernard
[year, person] practiced on cadaver, inserted 65 cm catheter into his own antecubital vin until he felt it was in the R atrium
1928, Werner Forssmann
[year, person] reported right heart catherizations including passage to right ventricle and ,measurement of cardiac output using Fick’s principle
1930 Klein
[year, person] reported right heart catherization and measurement of cardiac output in two subjects
1932, Padilla
[year, person] retrograde left heart catherization
1950-1960, Zimmerman and Limon Lason
[year, person] applied cardiac catherizations to both chambers using percutaneous technique
1953 Seldinger
[year, person]transeptal catherization standard technique
1959, Ross and Cope
[year, person] introduced balloon tipped, flow guided catheter technique enabling cath outside lab
1970, Swan and Ganz
[year, person] introduced transluminal coronary angioplasty
1977 Gruntzig
Created photographic subtraction where bone structures can be subtracted/cancelled out
Zeidses des Plantes
Matching of one image over another so that bony structures are precisely superimposed
Registration
Reverse tone duplicate of radiographic image, single emulsion film is used traditionally
Reversal Film [Positive Mask/Diapositive]
film showing bones only. Exposed before cm is injected
Zero Film/ Base Film (Control Film)
Used to duplicate radiograph radiographs
Contact Printers
For making reversal masks
Subtraction Mask Films (SMF)
photograph prints of final subtracted image
Subtraction Print Film
SMF
Subtraction Mask Film
SPF
Subtraction Print Film
ZF
Zero Film
ZRF
Zero Reversal Film
SSF
Subtraction Series Film
FSMI
Final Subtracted Mask Image
ZSRF
Zero Series Reversal Film
FSI
Final Subtraction Film