Abstract
The molecular weights of /sup 3/H-L-glutamate binding sites in the presence of chloride and calcium ions and in the presence of sodium ions were determined by the high energy irradiation technique. The molecular weight of sodium dependent /sup 3/H-L-glutamate binding sites, which has pharmacological specificities similar to the high-affinity uptake system for L-glutamate, was 670,000 daltons. The high-energy radiation inactivation study of chloride and calcium dependent and sodium independent /sup 3/H-L-glutamate binding is consonant with the idea that, this binding represent glutamate transport into resealed plasma membrane vesicles.
Citation Formats
Honore, T, Drejer, J, Nielsen, M, and Braestrup, C.
Differentation of Cl/sup -//Ca/sup 2 +/-dependent and sodium dependent /sup 3/H-glutamate binding to cortical membranes from rat brain by high energy radiation inactivation analysis.
Austria: N. p.,
1986.
Web.
doi:10.1007/BF01256485.
Honore, T, Drejer, J, Nielsen, M, & Braestrup, C.
Differentation of Cl/sup -//Ca/sup 2 +/-dependent and sodium dependent /sup 3/H-glutamate binding to cortical membranes from rat brain by high energy radiation inactivation analysis.
Austria.
https://doi.org/10.1007/BF01256485
Honore, T, Drejer, J, Nielsen, M, and Braestrup, C.
1986.
"Differentation of Cl/sup -//Ca/sup 2 +/-dependent and sodium dependent /sup 3/H-glutamate binding to cortical membranes from rat brain by high energy radiation inactivation analysis."
Austria.
https://doi.org/10.1007/BF01256485.
@misc{etde_5454711,
title = {Differentation of Cl/sup -//Ca/sup 2 +/-dependent and sodium dependent /sup 3/H-glutamate binding to cortical membranes from rat brain by high energy radiation inactivation analysis}
author = {Honore, T, Drejer, J, Nielsen, M, and Braestrup, C}
abstractNote = {The molecular weights of /sup 3/H-L-glutamate binding sites in the presence of chloride and calcium ions and in the presence of sodium ions were determined by the high energy irradiation technique. The molecular weight of sodium dependent /sup 3/H-L-glutamate binding sites, which has pharmacological specificities similar to the high-affinity uptake system for L-glutamate, was 670,000 daltons. The high-energy radiation inactivation study of chloride and calcium dependent and sodium independent /sup 3/H-L-glutamate binding is consonant with the idea that, this binding represent glutamate transport into resealed plasma membrane vesicles.}
doi = {10.1007/BF01256485}
journal = []
volume = {65:2}
journal type = {AC}
place = {Austria}
year = {1986}
month = {Jan}
}
title = {Differentation of Cl/sup -//Ca/sup 2 +/-dependent and sodium dependent /sup 3/H-glutamate binding to cortical membranes from rat brain by high energy radiation inactivation analysis}
author = {Honore, T, Drejer, J, Nielsen, M, and Braestrup, C}
abstractNote = {The molecular weights of /sup 3/H-L-glutamate binding sites in the presence of chloride and calcium ions and in the presence of sodium ions were determined by the high energy irradiation technique. The molecular weight of sodium dependent /sup 3/H-L-glutamate binding sites, which has pharmacological specificities similar to the high-affinity uptake system for L-glutamate, was 670,000 daltons. The high-energy radiation inactivation study of chloride and calcium dependent and sodium independent /sup 3/H-L-glutamate binding is consonant with the idea that, this binding represent glutamate transport into resealed plasma membrane vesicles.}
doi = {10.1007/BF01256485}
journal = []
volume = {65:2}
journal type = {AC}
place = {Austria}
year = {1986}
month = {Jan}
}