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I have mhd/.sin 2D projections from GATE, how do i use it ? Do I need to convert to dicom? If yes what software do you recommend?

🎉Beautiful. Waited for so long for this. Thanks

Great addition

Highly informative and useful. I was actually looking for some reference in regard to the personalised dosimetry, and here comes the piece of information from the expert.

Thanks a lot for the great course. Would we be able to access the slides for future reference?

Dr. Uribe is a great teacher. He explains complex concepts clearly and makes difficult topics accessible.

So proud of you my dear Amirhosein @lets_code_together <3

💖👍👍🙏🙏🙏

27:58 but woundn't the the beam hardening artifacts be different 180 degrees apart? Edit: okay, you touched on the real-life effects immediately afterwards.

nice videos are you open to new ideas ,,,,,

Perfect!

Thank you for sharing this valuable information!

thank you very much! Very informative !

Very fruitful, Thank you!

Many thanks for this.

please i want book talk about osem MLEM PLEASE

شكرا 😊

how to do this using matlab to get image

Really great presentation, and very nice research. Well done!

Thank you very much for this presentation. It's provided some very useful referneces to help extend my knowledge in this area.

Love from india

This is fascinating.

Hi , can you please share the ppts . Thanks!

So very helpful, I’m on week three of the NMT program and already committed to watch all your videos 🎉🎉🎉!

Aslamualekum Sir U r just doing a fabulous job Mashallah I am from india🇮🇳 I m becoming ur fan Armaan Sir allah bless u U make topic so easy that even a average student get it easily😊😊❤️❤️

Answer to the question (19:35): The half-life for Re-188 is about 17 hours. After 10mins, more than 99% of initial activity still remains. So, we can assume the activity unchanged. Now we can easily multiply the activity by the sensitivity of collimator to obtain the total counts per second of Re-188: Total counts/sec = 10 MBq * 0.9 * 10^-4 = 900. Now we can calculate the number of 155 keV gamma rays counted per second which is 15.6% of the total counts: 900 * 15.6% = 140.4. If we continue counting for 10 mins, we will count a total of 140.4 * 10 * 60 = 84240 gamma rays with 155 keV of energy.

Great presentation... Thanks 🙏

Thank you all so much ! This has been an incredible series 😊 This helped me allot in starting to dig deeper into my project 🎉

Nice video ❤...i am nuclear medicine student..very much useful ❤

Thanks,very nice

❤very interested

thanks a lot

Please in urdu language 😢

P R O M O S M

Great video Arman (and Tyler), very helpful!

omg this is hilarious!

Great videos! Thank you so much for your dedication!!

Very clear! It's been 20 years since I was taught this and it was too theory bound.

🙌🙌

Just discovered your channel. I'm doing my PhD in radiopharmacology and greatly appreciate the breadth and depth of your videos. Thank you so much. Keep up the good work!

please give referancs or evidences for""SUV derived from two seperate studies, is expected to differ by up to +/- 28% for 95% of obeservation.

The music = #Sucks

I dont understand what is c² can somebody pls explain?

Good presentation！

How can you show that photoelectric effect is only possible if the electron is bound to an atom? (3:40) I’m confused😅

Thank you so much for this presentation. Are you able to suggest a good textbook on Computational Biology?

hello, thank you for making this video. But I have a question about the estimation of SUVr. Is the SUVr a literally true equal to 1 in all examples even if a body mass is 1kg, 2kg, or 10kg? I don't think so and these SUVr meaning has to be different from each others.

Amazing .thanku for your efforts

IS DR. Abhinav Jha is INDIAN?

Thank you. I'm working on my master thesis and I needed this detailed explanation ☺