@ChetritMichael @venkmurthy @6kerHead @purviparwani @BrettSperryMD Haven't had any issues since we started doing 10-15 mCi Had many issues before with 25 mCi where had to do 3 hours not infrequently. These concepts explored here https://t.co/yYaCgimbCl
RT @MasriAhmadMD: Finally, if your blood pool is always bright (should be uncommon), review your protocol and mainly can be solved by reduc…
RT @MasriAhmadMD: Finally, if your blood pool is always bright (should be uncommon), review your protocol and mainly can be solved by reduc…
RT @MasriAhmadMD: Finally, if your blood pool is always bright (should be uncommon), review your protocol and mainly can be solved by reduc…
RT @MasriAhmadMD: Finally, if your blood pool is always bright (should be uncommon), review your protocol and mainly can be solved by reduc…
Excellent tweetorial Ahmad!!! All great 👍 points.
RT @MasriAhmadMD: Finally, if your blood pool is always bright (should be uncommon), review your protocol and mainly can be solved by reduc…
Finally, if your blood pool is always bright (should be uncommon), review your protocol and mainly can be solved by reducing the dose of the tracer. Imaging should now be done using 10-15 mCi of pyp. See this paper by Bokhari et al in @JNCjournal https:/
RT @usmolecular: Standardization of (99m)Technetium pyrophosphate imaging methodology to diagnose TTR cardiac amyloidosis. https://t.co/1sk…
Standardization of (99m)Technetium pyrophosphate imaging methodology to diagnose TTR cardiac amyloidosis. https://t.co/Kx9YehjFOt
Standardization of (99m)Technetium pyrophosphate imaging methodology to diagnose TTR cardiac amyloidosis. https://t.co/1sk3YAIRCp
Standardization of (99m)Technetium pyrophosphate imaging methodology to diagnose… https://t.co/D9g5dTm2BV #nuclear