I think it is available in your country ...i'm from algeria and its available in my home

Thank you for letting us know your thoughts, Frankie. We're pleased that the service was of comfort to you.

Yes, Satifaket is rather hard to come by these days

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Hello Aisha, You would be very welcome to view our current nursing vacancies, or send us your CV at our Careers section: www.thelondonclinic.co.uk/careers. Kind regards The London Clinic

Yes, but very rarely

Michael boyd so what are you saying?? You’ll be refusing one of these if you are dying? Bell end.

annaknowsu That's a reasonable question. When the CT scan gets all the data from your body it is "optional", depends on what the physician wanted to look for, to get a 3D reconstruction or not. A 3D model represents a minimum 1 hour after work for the technician, that model that he showed needs to be worked after the patient left. Those 3D models need to be "Photoshoped" by the technician to look that awesome, it took to remove a lot of layers that were not "needed" or were not necessary to show, like muscle, vessels, etc. Hope I answered your question.

annaknowsu I'm a student radiographer - the scan work by having a xray tube (normal plain film xray effectively) rotate around the body and images are acquired many times from 360 degrees. The bed then moves through the scanner whilst doing this and a continuous "volume" of data is created and then reconstructed into a 2 dimensional slice. Each slice is not 0mm thick, they are normally up to 2mm thick and each slice overlaps the last. Each pixel of the slice is located through a series of complex computations and convolutions which places the location of each voxel and assigns it to a pixel on each slice. This may be a difficult concept to grasp. The 2D images you talk about are then generated, this is the conventional way a CT slice is interpreted (read) by a Radiologist, Reporting Radiographer or other qualified clinician. The 3D images shown in the video are more gimmicky than it appears and are infrequently used for interpretation (specific requests need to made for pseudo-3D images to be created as they take longer for the computer to generate). Whilst these images are generated on occasion, they are mostly used by surgeons for surgical planning. The "3D" images are not true 3D and are known as pseudo-3D as there is slight overlap and time delay between image acquisitions.

annaknowsu I'm a student radiographer - the scan work by having a xray tube (normal plain film xray effectively) rotate around the body and images are acquired many times from 360 degrees. The bed then moves through the scanner whilst doing this and a continuous "volume" of data is created and then reconstructed into a 2 dimensional slice. Each slice is not 0mm thick, they are normally up to 2mm thick and each slice overlaps the last. Each pixel of the slice is located through a series of complex computations and convolutions which places the location of each voxel and assigns it to a pixel on each slice. This may be a difficult concept to grasp. The 2D images you talk about are then generated, this is the conventional way a CT slice is interpreted (read) by a Radiologist, Reporting Radiographer or other qualified clinician. The 3D images shown in the video are more gimmicky than it appears and are infrequently used for interpretation (specific requests need to made for pseudo-3D images to be created as they take longer for the computer to generate). Whilst these images are generated on occasion, they are mostly used by surgeons for surgical planning. The "3D" images are not true 3D and are known as pseudo-3D as there is slight overlap and time delay between image acquisitions.

Juan Francisco Paredes CT Technologist or CT Radiographer. Not technician. Rest of what you said is right though :)

Bruh 😂

Lol... its ok, get yourself back to sweeping floors then.

How did your CT Scan go? I had one last Wednesday and it was a very interesting experience. Although I've been experiencing going to the toilet a lot more since the scan.

@@zealon. how are you today?