Metal Metabolism in Aquatic Environments

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William J. Langston, Maria J. Bebianno
Springer Science & Business Media, 30.04.1998 - 448 Seiten
Metal Metabolism in Aquatic Environments is a synthesis of recent developments in the field of metal ecotoxicology and features a number of contemporary issues arising from the interaction of metals and biota, such as pathways of assimilation and food chain transfer, metal accumulation and detoxification in humans and biotransformation of elements such as mercury and arsenic.

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Inhalt

IV
1
VI
4
VII
7
VIII
11
IX
15
XI
19
XII
20
XIII
21
LXIV
219
LXVI
220
LXVII
235
LXVIII
259
LXIX
271
LXX
272
LXXI
285
LXXIII
289

XIV
25
XV
27
XVII
31
XVIII
32
XIX
39
XX
49
XXI
54
XXIII
59
XXVI
63
XXVII
65
XXVIII
71
XXXI
77
XXXIII
78
XXXIV
97
XXXV
130
XXXVI
133
XXXVII
138
XXXIX
159
XLI
166
XLII
168
XLIII
169
XLIV
170
XLV
178
XLVI
185
XLVII
187
XLVIII
193
XLIX
194
L
195
LI
196
LII
198
LIV
201
LV
202
LVII
203
LVIII
204
LIX
205
LX
206
LXII
207
LXXIV
293
LXXV
297
LXXVI
310
LXXVII
321
LXXVIII
322
LXXIX
326
LXXX
331
LXXXI
335
LXXXII
337
LXXXIII
338
LXXXIV
339
LXXXVI
351
LXXXVIII
352
LXXXIX
355
XC
372
XCI
379
XCII
381
XCIII
387
XCV
388
XCVII
396
XCIX
397
C
400
CI
401
CII
403
CIII
406
CIV
407
CVI
408
CVII
415
CVIII
418
CIX
421
CX
423
CXI
424
CXII
429
CXIV
430
CXV
439
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