Abstract
Fourteen trace elements (short-lived nuclides: Al, Br, Cu, Mn and V; long-lived nuclides: Ag, Au, Cd, Co, Cr, Fe, Sc, Se and Zn) in human eye tissues are determined simultaneously by non-destructive neutron activation analysis. The quantity of Al, Br, Fe, Se and Zn in the eye tissues (about 1 to more than 10 ..mu..g/g dry weight tissue) seems to be higher than that of other trace elements, although the content of each trace element in individual tissue is scattered in a wide range. Conjunctiva, iris (+ciliary body) and choroid (+pigment epithelium) seem to contain larger amount of various trace elements than other eye tissues. From correlation studies it is evident that the relative distribution of 14 trace elements in various eye tissues are similar, and furthermore the content of trace elements in the eye tissues may be correlated in each of the three groups (group A: Cd, Se and Zn; group B: Al, Cr, Fe, Se and V; group C: Al, Au, Fe and Se).
Yamaguchi, T;
Bando, M;
Nakajima, A;
[1]
Terai, M;
[2]
Suzuki-Yasumoto, M
[3]
- Juntendo Univ., Tokyo (Japan). School of Medicine
- Tokyo Metropolitan Univ. (Japan). Faculty of Science
- National Inst. of Radiological Sciences, Chiba (Japan)
Citation Formats
Yamaguchi, T, Bando, M, Nakajima, A, Terai, M, and Suzuki-Yasumoto, M.
Application of neutron activation analysis to biological materials. Pt. 4. Approach to simultaneous determination of trace elements in human eye tissues with non-destructive neutron activation analysis.
Switzerland: N. p.,
1980.
Web.
doi:10.1007/BF02519876.
Yamaguchi, T, Bando, M, Nakajima, A, Terai, M, & Suzuki-Yasumoto, M.
Application of neutron activation analysis to biological materials. Pt. 4. Approach to simultaneous determination of trace elements in human eye tissues with non-destructive neutron activation analysis.
Switzerland.
https://doi.org/10.1007/BF02519876
Yamaguchi, T, Bando, M, Nakajima, A, Terai, M, and Suzuki-Yasumoto, M.
1980.
"Application of neutron activation analysis to biological materials. Pt. 4. Approach to simultaneous determination of trace elements in human eye tissues with non-destructive neutron activation analysis."
Switzerland.
https://doi.org/10.1007/BF02519876.
@misc{etde_6319724,
title = {Application of neutron activation analysis to biological materials. Pt. 4. Approach to simultaneous determination of trace elements in human eye tissues with non-destructive neutron activation analysis}
author = {Yamaguchi, T, Bando, M, Nakajima, A, Terai, M, and Suzuki-Yasumoto, M}
abstractNote = {Fourteen trace elements (short-lived nuclides: Al, Br, Cu, Mn and V; long-lived nuclides: Ag, Au, Cd, Co, Cr, Fe, Sc, Se and Zn) in human eye tissues are determined simultaneously by non-destructive neutron activation analysis. The quantity of Al, Br, Fe, Se and Zn in the eye tissues (about 1 to more than 10 ..mu..g/g dry weight tissue) seems to be higher than that of other trace elements, although the content of each trace element in individual tissue is scattered in a wide range. Conjunctiva, iris (+ciliary body) and choroid (+pigment epithelium) seem to contain larger amount of various trace elements than other eye tissues. From correlation studies it is evident that the relative distribution of 14 trace elements in various eye tissues are similar, and furthermore the content of trace elements in the eye tissues may be correlated in each of the three groups (group A: Cd, Se and Zn; group B: Al, Cr, Fe, Se and V; group C: Al, Au, Fe and Se).}
doi = {10.1007/BF02519876}
journal = []
volume = {57:1}
journal type = {AC}
place = {Switzerland}
year = {1980}
month = {Jan}
}
title = {Application of neutron activation analysis to biological materials. Pt. 4. Approach to simultaneous determination of trace elements in human eye tissues with non-destructive neutron activation analysis}
author = {Yamaguchi, T, Bando, M, Nakajima, A, Terai, M, and Suzuki-Yasumoto, M}
abstractNote = {Fourteen trace elements (short-lived nuclides: Al, Br, Cu, Mn and V; long-lived nuclides: Ag, Au, Cd, Co, Cr, Fe, Sc, Se and Zn) in human eye tissues are determined simultaneously by non-destructive neutron activation analysis. The quantity of Al, Br, Fe, Se and Zn in the eye tissues (about 1 to more than 10 ..mu..g/g dry weight tissue) seems to be higher than that of other trace elements, although the content of each trace element in individual tissue is scattered in a wide range. Conjunctiva, iris (+ciliary body) and choroid (+pigment epithelium) seem to contain larger amount of various trace elements than other eye tissues. From correlation studies it is evident that the relative distribution of 14 trace elements in various eye tissues are similar, and furthermore the content of trace elements in the eye tissues may be correlated in each of the three groups (group A: Cd, Se and Zn; group B: Al, Cr, Fe, Se and V; group C: Al, Au, Fe and Se).}
doi = {10.1007/BF02519876}
journal = []
volume = {57:1}
journal type = {AC}
place = {Switzerland}
year = {1980}
month = {Jan}
}