Abstract
Comparisons were made as to extra vasalation of fluorescence Na and uptake of C14-cycloleucine between barrier damaged and undamaged rabbit brain hemispheres. The results show that mercury ions damage the blood-brain barrier and thus the uptake of C14-cycloleucine.
Citation Formats
Steinwall, O, and Synder, S H.
Brain uptake of C14-cycloleucine after damage to blood-brain barrier by mercuric ions.
Denmark: N. p.,
1969.
Web.
Steinwall, O, & Synder, S H.
Brain uptake of C14-cycloleucine after damage to blood-brain barrier by mercuric ions.
Denmark.
Steinwall, O, and Synder, S H.
1969.
"Brain uptake of C14-cycloleucine after damage to blood-brain barrier by mercuric ions."
Denmark.
@misc{etde_6442907,
title = {Brain uptake of C14-cycloleucine after damage to blood-brain barrier by mercuric ions}
author = {Steinwall, O, and Synder, S H}
abstractNote = {Comparisons were made as to extra vasalation of fluorescence Na and uptake of C14-cycloleucine between barrier damaged and undamaged rabbit brain hemispheres. The results show that mercury ions damage the blood-brain barrier and thus the uptake of C14-cycloleucine.}
journal = []
volume = {45}
journal type = {AC}
place = {Denmark}
year = {1969}
month = {Jan}
}
title = {Brain uptake of C14-cycloleucine after damage to blood-brain barrier by mercuric ions}
author = {Steinwall, O, and Synder, S H}
abstractNote = {Comparisons were made as to extra vasalation of fluorescence Na and uptake of C14-cycloleucine between barrier damaged and undamaged rabbit brain hemispheres. The results show that mercury ions damage the blood-brain barrier and thus the uptake of C14-cycloleucine.}
journal = []
volume = {45}
journal type = {AC}
place = {Denmark}
year = {1969}
month = {Jan}
}