The amino acid incorporation rate, generally described as protein synthesis rate or PSR, can be assessed in vivo using carboxylic-labelled amino acids such as L-[1-11C]tyrosine and PET. In animals, labeled tissue metabolites are below 4% of total tissue radioactivity and are therefore neglected in the model. Labelled plasma metabolites on the other hand rise continuously to 50% of total plasma radioactivity at 40 minutes. After correction of the total plasma radioactivity for the metabolite fraction, a Patlak analysis may be performed to calculate the PSR. A number of applications in the field of oncology were presented. The use of L-[1- 11C]tyrosine in the study of metabolic disease was also discussed. It is concluded that the application ...
PET with L-1-C-11-tyrosine (TYR) can measure and quantify increased protein synthesis in tumor tissu...
Aspects of the suitability of various labelled amino acids for measuring their local incorporation i...
Accurate assessment of tumour extent and lymph node involvement in squamous cell carcinomas of the h...
The amino acid incorporation rate, generally described as protein synthesis rate or PSR, can be asse...
In principle, PET in combination with amino acids labelled with positron-emitting radionuclides and ...
The applicability of protein synthesis rate (PSR) determination with L-[1-C-11]tyrosine (C-11-TYR) a...
This study evaluated the potential role of L-(1-C-11)-tyrosine positron emission tomography (TYR PET...
We studied the potential of L-[1-C-11]tyrosine ([1-C-11]Tyr) and L-[methyl-C-11]methionine ([Me-C-11...
We studied the potential of PET with L-[1-C-11]-tyrosine (TYR) to visualize tumors outside the centr...
PET with L-1-C-11-tyrosine (TYR) can measure and quantify increased protein synthesis in tumor tissu...
PET with L-1-C-11-tyrosine (TYR) can measure and quantify increased protein synthesis in tumor tissu...
Aspects of the suitability of various labelled amino acids for measuring their local incorporation i...
Accurate assessment of tumour extent and lymph node involvement in squamous cell carcinomas of the h...
The amino acid incorporation rate, generally described as protein synthesis rate or PSR, can be asse...
In principle, PET in combination with amino acids labelled with positron-emitting radionuclides and ...
The applicability of protein synthesis rate (PSR) determination with L-[1-C-11]tyrosine (C-11-TYR) a...
This study evaluated the potential role of L-(1-C-11)-tyrosine positron emission tomography (TYR PET...
We studied the potential of L-[1-C-11]tyrosine ([1-C-11]Tyr) and L-[methyl-C-11]methionine ([Me-C-11...
We studied the potential of PET with L-[1-C-11]-tyrosine (TYR) to visualize tumors outside the centr...
PET with L-1-C-11-tyrosine (TYR) can measure and quantify increased protein synthesis in tumor tissu...
PET with L-1-C-11-tyrosine (TYR) can measure and quantify increased protein synthesis in tumor tissu...
Aspects of the suitability of various labelled amino acids for measuring their local incorporation i...
Accurate assessment of tumour extent and lymph node involvement in squamous cell carcinomas of the h...