Rib Series - Radiography Positioning

➡️ LEARN MORE: This video lesson was taken from our Radiography Positioning course. Use this link to view course details and additional lessons. cloverlearning.com/courses/ra...
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➡️ LESSON DESCRIPTION: This video's objective is to provide detailed instructions for taking routine rib radiographs. Radiographic positioning included in this video are the anteroposterior (AP) above the diaphragm and anteroposterior (AP) below the diaphragm, anteroposterior (AP) upper oblique, and anteroposterior (AP) lower oblique ribs. *Discuss radiographic techniques using anatomic and projection terminology for the anteroposterior (AP) above the diaphragm and anteroposterior (AP) below the diaphragm, anteroposterior (AP) upper oblique, and anteroposterior (AP) lower oblique ribs. *Apply patient positioning techniques for common rib radiographs. *List and identify the central ray location, image receptor (IR) size, marker placement, and image receptor placement. *Explain radiographic equipment manipulation for required radiographic examinations. *Describe procedural considerations for required radiographic examinations. *Discuss the relevance of pathology in radiographic procedures. *Explain the rationale for each projection. *Describe the positioning used to visualize anatomic structures.
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[@wudinehmelketsadek684]

Wonderfully explained. Thank you so much!

[@AfiOyeTheNurse]

Finally got my rib comp, i need my skull more. Thank you much!

[@favourjohn4681]

Love ur content

[@Antonyraj-rs6io]

Super

[@punkin706]

thank u

[@rimamcfarlane2202]

I wish you had done mine yesterday. I don't get WHY it seems like they don't seem to listen to what I say. Even the dr doesn't seem to understand where the problem is. 13 years of trying for help, so sad

[@thevoiceharmonic]

The image at 4.08 shows T8 to L3 but the collimation and positioning demonstrated at 3.47 to produce the image included T3 and L4. Why not limit the collimation to the region rather than cropping off the radiation crime with masking? Why include primary beam dose to the humerus at 4.44 and 6.33. It is bad high dose radiography caused by the tradition of such, and the mindless following of the edicts of the centring point method which guarantees high dose and little learning gained from the procedure. To get out of the centring point method, please understand the geometry of the xray beam kzbin.info/www/bejne/h4O3aKqmhL-godEsi=gS8gxg7r0csXl8wZ and develop your own method using knowledge of anatomy and accurate collimation as shown in my cervical spine series kzbin.info/www/bejne/kJTZeWRngsuai9Esi=ZDQkTtZOuisLUxyS

[@shaq9989]

The lack of collimation is criminal. Though you may not be taking radiographs of the model. If this is a teaching platform you should show the collimation being done. That lower ribs collimation had almost the entire chest and more but the radiograph shows collimation. Please do better Clover Learning. I like your platform but this irks me.

[@ulisesorozco7939]

Relax bro, you’re that guy no one wants to work with. Your Merrill’s text book walking around 🤡

[@shaq9989]

@@ulisesorozco7939 Lmao I’m not perfect and def don’t do everything by the book but collimation is important unless it’s trauma. Also I’ve never read that book except for the pocket guide 🤡. As I said it’s a teaching platform they should try to be better. Ik in the hospitals we have our own ways of doing stuff. 👍🏽

[@shaq9989]

@@ulisesorozco7939 if that’s what you think and that comments makes you feel good about yourself then sure 😂🤣

[@ulisesorozco7939]

@@shaq9989 no one likes working with people just like you, let me guess you never had any repeats and you do everything so perfect clown