Contenu d'un ouvrage

Titre de l'ouvrage : Structural Inorganic Chemistry (A.F. Wells, 1975)

Num. Chap.	Titre du chapitre	Page
1	Atomic structure	3
2	Molecular structure and bonding	34
3	The structures of simple solids	65
4	Acids and bases	116
5	Oxidation and reduction	154
6	Molecular symmetry	188
7	An introduction to coordination compounds	209
8	Physical techniques in inorganic chemistry	234
9	Periodic trends	273
10	Hydrogen	296
11	The Group 1 elements	318
12	The Group 2 elements	336
13	The Group 13 elements	354
14	The Group 14 elements	381
15	The Group 15 elements	408
16	The Group 16 elements	433
17	The Group 17 elements	456
18	The Group 18 elements	479
19	The d-block elements	488
20	d-Metal complexes: electronic structure and properties	515
21	Coordination chemistry: reactions of complexes	550
22	d-Metal organometallic chemistry	579
23	The f-block elements	625
24	Materials chemistry and nanomaterials	655
25	Catalysis	728
26	Biological inorganic chemistry	763

Chapitre 26 : Biological inorganic chemistry	Page
The physical structure of cells	763
The inorganic composition of living organisms	764
Sodium and potassium transport	773
Calcium-signalling proteins	775
Zinc in transcription	776
Selective transport and storage of iron	777
Oxygen transport and storage	780
Electron transfer	783
Acid–base catalysis	788
Enzymes dealing with H₂O₂ and O₂	793
The reactions of cobalt-containing enzymes	802
Oxygen atom transfer bymolybdenum and tungsten enzymes	805
The nitrogen cycle	807
The hydrogen cycle	810
Iron proteins as sensors	811
Proteins that sense Cu and Zn levels	813
Common examples of biominerals	814
The contributions of individual elements	815
Future directions	816