Radiology imaging cloud

31/08/2023

❤️☢️❤️☢️

07/08/2023

Scan and follow Radiology imaging cloud.

04/07/2023

30/12/2022

https://instagram.com/stories/radiology_imaging_cloud/3004705019290463070?utm_source=ig_story_item_share&igshid=MDJmNzVkMjY=

30/12/2022

Ovarian Torsion
imaging cloud

30/12/2022

Pseudomembranous Colitis
imaging cloud

30/12/2022

Serous Cystadenoma
imaging cloud

30/12/2022

Pheochromocytoma Left Adrenal Gland
imaging cloud

30/12/2022

Pyelonephritis
imaging cloud

29/12/2022

29/12/2022

https://www.instagram.com/reel/CmvVyPrIAkB/?igshid=YmMyMTA2M2Y=

radiology_imaging_cloud shared a post on Instagram: "Abdominal X-ray quiz 1". Follow their account to see 5 posts.

26/12/2022

https://www.instagram.com/p/Cmoh7ffSx9u/?igshid=YmMyMTA2M2Y=

26/12/2022

Hepatic Hemangioma
# Radiology imaging cloud

26/12/2022

Biliary Cystadenoma

25/12/2022

Hodgkin's lymphoma

25/12/2022

Miliary TB
imaging cloud

25/12/2022

Intro to CT Chest

25/12/2022

Chest CT findings in COVID -19

23/12/2022

Chest x-ray: Cases 2

22/12/2022

lesions on Ct shorts #

22/12/2022

Chest x-ray part:2 Cases

27/05/2022

Chest x-ray Part :1 basic approach

07/11/2021

Happy World Radiography day ☢️☢️❤️♥️

12/04/2021

A quick doubt:

At high kvp,
Compton interaction is more right?, and photo electric interaction is less.

At lower kvp ,
photo electric interaction is high and Compton is low.

🌀since compton interaction happens by interaction of xray photon on the outer shell electron.
In case of outer shell ,the binding energy will be less right?
So small energy is sufficient to knock the electron out.

🌀In photoelectric the interaction happens with inner shell electron,
Which has high binding energy.so high energy will be required to knock them out.

Why compton interaction is high in high kvp?(since all it need is low energy to Knock outer shell electron)

Why photoelectric interaction is high in low kvp?( Inner shell has high binding energy,so it needs high energy xrays right? But how at low kvp, photoelectric interaction is high?)

01/01/2021

Important Anatomical Considerations!!!

27/12/2020

CT SCAN:
VOXEL:
✅ Volume element.
✅ Cube because of Z-axis.
✅ 3d X, Y, & Z-axis.
✅ X axis represents the width of VOXEL.
✅ Y axis represents the height of VOXEL.
✅ Z axis represents the thickness/ depth of VOXEL.
✅ Depth of VOXEL is determined by the (slice thickness) as selected by the Technologist & each units is assigned a shade of Gray.
✅ It represents volume of tissue called VOXEL.
✅ VOXEL is represented by a PIXEL in a 2d reconstructed image's.
✅ VOXEL: have height, width & depth of tissue/ voxel.

27/12/2020

CT SCAN:
PIXEL:
✅ Picture element.
✅ Square because lack of Z-axis.
✅ 2d X&Y axis.
✅X axis represents width of tissue.
✅ Y axis represents height of the tissue.
✅ It represents VOXEL .
✅ It represents physical composition of VOXEL/tissue.
✅ It represents 3d volume of tissue's in the CT Slice.
✅ It represents the information of tissue's.
✅ It represents Hounsfield unit(Hu) /Density number & CT number.
✅ It represents beam attenuation capability.
✅ It helps to diagnosis any pathologic conditions like foreign body through Hounsfield unit.

08/12/2020

Chest x-ray quiz 4

08/12/2020

Chest x-ray quiz 3

08/12/2020

Chest x-ray quiz 2

08/12/2020

Chest x-ray quiz 1

26/11/2020

CT Brain quiz 2

25/11/2020

Radiology Anatomy!

25/11/2020

CT Brain quiz 1

25/11/2020

Abdominal x-ray quiz 2

25/11/2020

Abdominal x-ray quiz 1

25/11/2020

Basic x-ray collection of Radiology!

08/11/2020