1. It’s been a long road……..
When will it end?

2. Hang in there
You are almost there!

3. FROM CHAPTER 8…STILL GESTATION IN HUMANS: THREE STAGES
Let’s clarify some
points
Preimplantation 0-9 days
Organogenesis days to 6 weeks
Fetal
6 weeks to term
5-15 rad –embryo death
Radiation induced congenital abnormalities
High levels – fetal death

4. CHAPTER TEN
What is noted on this power point is what will be covered on the next exam

5. OBJECTIVES TO BE COVERED IN CHAPTER TEN
Distance from the patient’s skin from the collimator (pg 209)
Measuring units of luminance and recommended level of luminance pg
Radiographic and light beam correspondence with SID pg 211

6. OBJECTIVES TO BE COVERED IN CHAPTER TEN
Minimal source to skin distance for mobile radiography, c-arms, fluoroscopy (pgs 222 , 231)
Review of patient exposure with image intensification and multifield imaging (pgs 229)
Intermttent or pulsed fluoroscopy (230)
Total filtration and HVL for an imaging intensifying system pg 231

7. OBJECTIVES TO BE COVERED IN CHAPTER TEN
ESE for general purpose fluoro pg 232
ESE for HLC (pg 232)
Lead equivalent requirement for primary protective barrier (pg 198)
Cinefluorography. What is it?pg
Exposure per frame
What happens when the viewing mode is decreased??
What happens when the frames per second increases?
How much does the exposure factor change if the viewing mode is decreased or frames per second increases?

8. OBJECTIVES TO BE COVERED IN CHAPTER TEN
Compare the structural difference between an analog fluoroscopy system and a digital system. Pg 235
Describe pulsed progressive systems. pg 235
Discuss why HLCF is preferred for certain examinations. Pg 235
What nonstochastic skin injuries may be detected after an interventional study. What Rad level may cause this? Pg. 236

9. REFER TO TAKE HOME TEST FOR THE REST OF THIS BOOK!!!

10. THE END!