ABMGER Acta Biologica et Medica Germanica (GEU)
22_ 1 = 8A;
22_ 2 = 8A;
22_ 3-4 = 8A;
22_ 5-6 = 8A;
23_ 1 = 8A;
23_ 2 = 8A;
23_ 3 = 8A;
23_ 4-5 = 8A;
23_ 6 = 8A;

U0034X Acta Chemica Scandinavica (as of 1974 see: Acta Chemica Scandinavica. Ser.A. Physical and Inorganic Chemistry", ...Ser.B. Organic Chemistry and Biochemistry") (DNK)
23_ 1 = 8A;
23_ 2 = 8A;
23_ 3 = 8A;
23_ 4 = 8A;
23_ 5 = 8A;
23_ 6 = 8A;
23_ 7 = 8A;
23_ 8 = 8A;
23_ 9 = 8A;
23_10 = 8A;

U43909 Acta Crystallographica. Sect.A. Crystal Physics, Difraction, Theoretical and General Crystallography (as of 1983 see: ... Sect.A. Foundations of Crystallography) (DNK)
25_ 1 = 2A; 8A;
25_ 2 = 2A; 8A;
25_ 3 = 2A; 8A;
25_ 4 = 2A; 8A;
25_ 5 = 2A; 8A;
25_ 6 = 2A; 8A;
25_Suppl. = 2A; 8A;

U43913 Acta Crystallographica. Sect.B. Structural Crystallography and Crystal Chemistry (as of 1983 see: ... Sect.B. Structural Science) (DNK)
25_ 1 = 2A; 8A;
25_ 2 = 2A; 8A;
25_ 3 = 2A; 8A;
25_ 4 = 2A; 8A;
25_ 5 = 2A; 8A;
25_ 6 = 2A; 8A;
25_ 7 = 2A; 8A;
25_ 8 = 2A; 8A;
25_ 9 = 2A; 8A;
25_10 = 2A; 8A;
25_11 = 2A; 8A;
25_12 = 2A; 8A;

U00975 Acta Physiologica Scandinavica (GBR)
75_ 1-2 = 8A;
75_ 3 = 8A;
75_ 4 = 8A;
77_ 4 = 8A;

O01342 Agricultural and Biological Chemistry (as of 1992 see: Bioscience, Bitechnology and Biochemistry) (JPN)
33_ 1 = 2D;
33_ 2 = 2D;
33_ 3 = 2D;
33_ 4 = 2D;
33_ 5 = 2D;
33_ 6 = 2D;
33_ 7 = 2D;
33_ 8 = 2D;
33_ 9 = 2D;
33_10 = 2D;
33_11 = 2D;
33_12 = 2D;

U01499 American Heart Journal (USA)
77_ 1 = 8A;
77_ 2 = 8A;
77_ 3 = 8A;
77_ 4 = 8A;
77_ 5 = 8A;
77_ 6 = 8A;
78_ 1 = 8A;
78_ 2 = 8A;
78_ 3 = 8A;
78_ 4 = 8A;
78_ 5 = 8A;
78_ 6 = 8A;

U01573 American Journal of Physiology (USA)
216_ 1 = 8A;
216_ 2 = 8A;
216_ 3 = 8A;
216_ 4 = 8A;
216_ 5 = 8A;
216_ 6 = 8A;
217_ 1 = 8A;
217_ 2 = 8A;
217_ 3 = 8A;
217_ 4 = 8A;
217_ 5 = 8A;
217_ 6 = 8A;

U01944 Analyst (GBR)
94_1114 = 8A;
94_1115 = 8A;
94_1116 = 8A;
94_1117 = 8A;
94_1118 = 8A;
94_1119 = 8A;
94_1120 = 8A;
94_1121 = 8A;
94_1122 = 8A;
94_1123 = 8A;
94_1124 = 8A;
94_1125 = 8A;
94_Index = 8A;

U01959 Analytica Chimica Acta (NLD)
44_ 2 = 8A;
45_ 1 = 8A;
45_ 2 = 8A;
45_ 3 = 8A;
46_ 1 = 8A;
46_ 2 = 8A;
47_ 1 = 8A;
47_ 2 = 8A;
47_ 3 = 8A;
48_ 1 = 8A;
48_ 2 = 8A;

U01978 Analytical Biochemistry (USA)
27_ 1 = 2A; 2D; 8A;
27_ 2 = 2A; 2D; 8A;
27_ 3 = 2A; 2D; 8A;
28_ 1-3 = 2A; 2D; 8A;
29_ 1 = 2A; 2D; 8A;
29_ 2 = 2A; 2D; 8A;
29_ 3 = 2A; 2D; 8A;
30_ 1 = 2A; 2D; 8A;
30_ 2 = 2A; 2D; 8A;
30_ 3 = 2A; 2D; 8A;
31_ 1-3 = 2A; 2D; 8A;
32_ 1 = 2A; 2D; 8A;
32_ 2 = 2A; 2D; 8A;
32_ 3 = 2A; 2D; 8A;

U01982 Analytical Chemistry (USA)
41_ 1 = 8A;
41_ 2 = 8A;
41_ 3 = 8A;
41_ 4 = 8A;
41_ 6 = 8A;
41_ 7 = 8A;
41_ 8 = 8A;
41_10 = 8A;
41_11 = 8A;
41_12 = 8A;
41_13 = 8A;
41_14 = 8A;

U0203X Angewandte Chemie (DEU)
81_ 1 = 2A; 8A;
81_ 2 = 2A; 8A;
81_ 3 = 2A; 8A;
81_ 4 = 2A; 8A;
81_ 5 = 2A; 8A;
81_ 6 = 2A; 8A;
81_ 7 = 2A; 8A;
81_ 8 = 2A; 8A;
81_ 9 = 2A; 8A;
81_10 = 2A; 8A;
81_11 = 2A; 8A;
81_12 = 2A; 8A;
81_13 = 2A; 8A;
81_14 = 2A; 8A;
81_15 = 2A; 8A;
81_16 = 2A; 8A;
81_17-18 = 2A; 8A;
81_19 = 2A; 8A;
81_20 = 2A; 8A;
81_21 = 2A; 8A;
81_22 = 2A; 8A;
81_23 = 2A; 8A;
81_24 = 2A; 8A;

A38188 Annales de Biologie, Animale, Biochemie, Biophysique (as of 1980 see: Reproduction, Nutrition, Developement) (FRA)
9_ 1 = 8A;
9_ 2 = 8A;
9_ 3 = 8A;
9_ 4 = 8A;

U02792 Annals of Botany (GBR)
33_129 = 29;
33_130 = 29;
33_131 = 29;
33_132 = 29;
33_133 = 29;

U02985 Antonie van Leeuwenhoek (NLD)
35_ 1 = 2D;
35_ 2 = 2D;
35_ 3 = 2D;
35_ 4 = 2D;
35_Suppl. = 2D;

A03047 Applied Microbiology (as of 1976 see: Applied and Environmental Microbiology) (USA)
17_ 1 = 2D;
17_ 2 = 2D;
17_ 3 = 2D;
17_ 4 = 2D;
17_ 5 = 2D;
17_ 6 = 2D;
18_ 1 = 2D;
18_ 2 = 2D;
18_ 3 = 2D;
18_ 4 = 2D;
18_ 5 = 2D;
18_ 6 = 2D;

A03441 Archiv fur Mikrobiologie (as of 1974 see: Archives of Microbiology) (DEU)
65_ 1 = 2D; 2D;
65_ 2 = 2D; 2D;
65_ 3 = 2D; 2D;
65_ 4 = 2D; 2D;
66_ 1 = 2D; 2D;
66_ 2 = 2D; 2D;
66_ 3 = 2D; 2D;
66_ 4 = 2D; 2D;
67_ 1 = 2D; 2D;
67_ 2 = 2D; 2D;
67_ 3 = 2D; 2D;
67_ 4 = 2D; 2D;
68_ 1 = 2D; 2D;
68_ 2 = 2D; 2D;
68_ 3 = 2D; 2D;
68_ 4 = 2D; 2D;
69_ 1 = 2D; 2D;
69_ 2 = 2D; 2D;
69_ 3 = 2D; 2D;
69_ 4 = 2D; 2D;

U03386 Archives of Biochemistry and Biophysics (USA)
129_ 1 = 8A; 2D;
129_ 2 = 8A; 2D;
130_ 1-2 = 8A; 2D;
131_ 1 = 8A; 2D;
131_ 2 = 8A; 2D;
132_ 1 = 8A; 2D;
132_ 2 = 8A; 2D;
133_ 1 = 8A; 2D;
133_ 2 = 8A; 2D;
134_ 1 = 8A; 2D;
134_ 2 = 8A; 2D;
135_ 1-2 = 8A; 2D;

ANEURO Archives of Neurology (USA)
20_ 1 = 8A;
20_ 2 = 8A;
20_ 3 = 8A;
20_ 4 = 8A;
20_ 5 = 8A;
20_ 6 = 8A;
21_ 1 = 8A;
21_ 2 = 8A;
21_ 3 = 8A;
21_ 4 = 8A;
21_ 5 = 8A;
21_ 6 = 8A;

U03973 Australian Journal of Agricultural Research (AUS)
20_ 1 = 29;
20_ 2 = 29;
20_ 4 = 29;
20_ 5 = 29;
20_ 6 = 29;

AJOBSC Australian Journal of Biological Sciences (AUS)
22_ 1 = 8A;
22_ 2 = 8A;
22_ 3 = 8A;
22_ 4 = 8A;
22_ 5 = 8A;
22_ 6 = 8A;

U04001 Australian Journal of Chemistry (AUS)
22_ 1 = 8A;
22_ 2 = 8A;
22_ 3 = 8A;
22_ 4 = 8A;
22_ 5 = 8A;
22_ 6 = 8A;
22_ 7 = 8A;
22_ 8 = 8A;
22_ 9 = 8A;
22_10 = 8A;
22_11 = 8A;
22_12 = 8A;

B33339 Bacteriological Reviews (1978-1996 see: Microbiological Reviews; as of 1997 see: Microbiology and Molecular Biology Reviews) (USA)
33_ 1 = 2D; 2D;
33_ 2 = 2D; 2D;
33_ 3 = 2D;
33_ 4 = 2D;

U04533 Biochemical and Biophysical Research Communications (USA)
34_ 1 = 8A;
34_ 2 = 8A;
34_ 3 = 8A;
34_ 4 = 8A;
34_ 5 = 8A;
34_ 6 = 8A;
35_ 1 = 8A;
35_ 2 = 8A;
35_ 3 = 8A;
35_ 4 = 8A;
35_ 5 = 8A;
35_ 6 = 8A;
36_ 1 = 8A;
36_ 2 = 8A;
36_ 3 = 8A;
36_ 4 = 8A;
36_ 5 = 8A;
36_ 6 = 8A;
37_ 1 = 8A;
37_ 2 = 8A;
37_ 3 = 8A;
37_ 4 = 8A;
37_ 5 = 8A;
37_ 6 = 8A;

U04548 Biochemical Genetics (USA)
3_ 1 = 8A;
3_ 2 = 8A;
3_ 4 = 8A;
3_ 5 = 8A;
3_ 6 = 8A;

U4536X Biochemical Journal (GBR)
111_ 1 = 2A; 2D; 8A;
111_ 2 = 2A; 2D; 8A;
111_ 3 = 2A; 2D; 8A;
111_ 4 = 2A; 2D; 8A;
111_ 5 = 2A; 2D; 8A;
111_Index = 2D;
112_ 1 = 2A; 2D; 8A;
112_ 2 = 2A; 2D; 8A;
112_ 3 = 2A; 2D; 8A;
112_ 4 = 2A; 2D; 8A;
112_ 5 = 2A; 2D; 8A;
113_ 1 = 2A; 2D; 8A;
113_ 2 = 2A; 2D; 8A;
113_ 3 = 2A; 2D; 8A;
113_ 4 = 2A; 2D; 8A;
113_ 5 = 2A; 2D; 8A;
113_Index = 2D;
114_ 1 = 2A; 2D; 8A;
114_ 2 = 2A; 2D; 8A;
114_ 3 = 2A; 2D; 8A;
114_ 4 = 2A; 2D; 8A;
114_Index = 2D;
115_ 1 = 2A; 2D; 8A;
115_ 2 = 2A; 2D; 8A;
115_ 3 = 2A; 2D; 8A;
115_ 4 = 2A; 2D; 8A;
115_ 5 = 2A; 2D; 8A;
115_Index = 2D;

U04622 Biochemistry (USA)
8_ 1 = 2A; 2D; 8A;
8_ 2 = 2A; 2D; 8A; 3M;
8_ 3 = 2A; 2D; 8A;
8_ 4 = 2A; 2D; 8A;
8_ 5 = 2A; 2D; 8A;
8_ 6 = 2A; 2D; 8A;
8_ 7 = 2A; 2D; 8A;
8_ 8 = 2A; 2D; 8A;
8_ 9 = 2A; 2D; 8A;
8_10 = 2A; 2D; 8A;
8_11 = 2A; 2D; 8A;
8_12 = 2A; 2D; 8A;

U49093 Biochemistry and Cell Biology (until 1963: Canadian Journal of Biochemistry and Physiology; 1964-1982 see: Canadian Journal of Biochemistry, 1983-1985 see: Canadian Journal of Biochemistry and Cell Biology) (CAN)
47_ 1 = 8A;
47_ 2 = 8A;
47_ 3 = 8A;
47_ 4 = 8A;
47_ 5 = 8A;
47_ 6 = 8A;
47_ 7 = 8A;
47_ 8 = 8A;
47_ 9 = 8A;
47_10 = 8A;
47_11 = 8A;
47_12 = 8A;

U04637 Biochimica et Biophysica Acta. Bioenergetics (NLD)
172_ 1 = 8A;
172_ 2 = 8A;
172_ 3 = 8A;
180_ 1 = 8A;
180_ 2 = 8A;
180_ 3 = 8A;
189_ 1 = 8A;
189_ 2 = 8A;
189_ 3 = 8A;

U04641 Biochimica et Biophysica Acta. Biomembranes (NLD)
173_ 1 = 8A;
173_ 2 = 8A;
173_ 3 = 8A;
183_ 1 = 8A;
183_ 2 = 8A;
183_ 3 = 8A;
193_ 1 = 8A;
193_ 2 = 8A;

BBAENZ Biochimica et Biophysica Acta. Enzymology (until 1964: BBA. Specialized Section on Enzymological Subjects, 1965-1966 see: BBA. Enzimology and Biological Oxidations) (NLD)
171_ 1 = 8A;
171_ 2 = 8A;
178_ 1 = 8A;
178_ 2 = 8A;
178_ 3 = 8A;
185_ 1 = 8A;
185_ 2 = 8A;
191_ 1 = 8A;
191_ 2 = 8A;
191_ 3 = 8A;

U04660 Biochimica et Biophysica Acta. General Subjects (NLD)
177_ 1 = 8A;
177_ 2 = 8A;
177_ 3 = 8A;
184_ 1 = 8A;
184_ 2 = 8A;
184_ 3 = 8A;
192_ 1 = 8A;
192_ 2 = 8A;
192_ 3 = 8A;

U04675 Biochimica et Biophysica Acta. Lipids and Lipid Metabolism (until 1964: BBA. Specialized section on Lipids and Related Subjects) (NLD)
176_ 1 = 8A;
176_ 2 = 8A;
176_ 3 = 8A;
176_ 4 = 8A;
187_ 1 = 8A;
187_ 2 = 8A;
187_ 3 = 8A;
187_ 4 = 8A;

A41710 Biochimica et Biophysica Acta. Nucleic Acids and Protein Synthesis (as of 1982 see: BBA. Gene Structure and Expression) (NLD)
174_ 1 = 8A;
174_ 2 = 8A;
179_ 1 = 8A;
179_ 2 = 8A;
182_ 1 = 8A;
182_ 2 = 8A;
186_ 1 = 8A;
186_ 2 = 8A;
190_ 1 = 8A;
190_ 2 = 8A;
195_ 1 = 8A;
195_ 2 = 8A;

U41693 Biochimica et Biophysica Acta. Protein Structure and Molecular Enzymology (as of 2002 see: BBA. Proteins and Proteomics) (NLD)
175_ 1 = 8A;
175_ 2 = 8A;
181_ 1 = 8A;
181_ 2 = 8A;
188_ 1 = 8A;
188_ 2 = 8A;
194_ 1 = 8A;
194_ 2 = 8A;

U04730 Biochimie (until 1971: Bulletin de la Societe de Chimie Biologigue) (FRA)
51_ 1 = 8A;
51_ 2 = 8A;
51_ 3 = 8A;
51_ 4 = 8A;
51_ 5 = 8A;
51_ 6 = 8A;
51_ 7-8 = 8A;
51_ 9 = 8A;
51_10-11 = 8A;
51_12 = 8A;

U04800 Biologia Plantarum (CZE)
11_ 1 = 29;
11_ 2 = 29;
11_ 3 = 29;
11_ 4 = 29;
11_ 5 = 29;
11_ 6 = 29;

U0482X Biological Bulletin (USA)
136_ 1 = 8A;
136_ 2 = 8A;
136_ 3 = 8A;
137_ 1 = 8A;
137_ 2 = 8A;
137_ 3 = 8A;

U04872 Biological Reviews of the Cambridge Philosophical Society (GBR)
44_ 1 = 8A;
44_ 2 = 8A;
44_ 3 = 8A;
44_ 4 = 8A;

U40760 Biology of the Cell (until 1981: Biologie cellulaire) (FRA)
8_ 1 = 8A;
8_ 2 = 8A;
8_ 3 = 8A;
8_ 4 = 8A;
8_ 5 = 8A;
8_ 6 = 8A;
8_ 7 = 8A;
8_ 8 = 8A;

U04976 Biometrics (USA)
25_ 1 = 8A;
25_ 2 = 8A;
25_ 3 = 8A;
25_ 4 = 8A;

U05023 Biophysical Journal (USA)
9_ 1 = 8A;
9_ 2 = 8A;
9_ 3 = 8A;
9_ 4 = 8A;
9_ 5 = 8A;
9_ 6 = 8A;
9_ 7 = 8A;
9_ 8 = 8A;
9_ 9 = 8A;
9_10 = 8A;
9_11 = 8A;
9_12 = 8A;

U05042 Biopolymers (USA)
7_ 1 = 2A; 8A; 3M;
7_ 2 = 2A; 8A; 3M;
7_ 3 = 2A; 8A; 3M;
7_ 4 = 2A; 8A; 3M;
7_ 5 = 2A; 8A; 3M;
7_ 6 = 2A; 8A; 3M;
8_ 1 = 2A; 8A; 3M;
8_ 2 = 2A; 8A; 3M;
8_ 3 = 2A; 8A; 3M;
8_ 4 = 2A; 8A; 3M;
8_ 5 = 2A; 8A; 3M;
8_ 6 = 2A; 8A; 3M;

U05061 BioScience (USA)
19_ 1 = 8A;
19_ 2 = 8A;
19_ 3 = 8A;
19_ 4 = 8A;
19_ 5 = 8A;
19_ 6 = 8A;
19_ 7 = 8A;
19_ 8 = 8A;
19_ 9 = 8A;
19_10 = 8A;
19_11 = 8A;
19_12 = 8A;

U05080 Biotechnology and Bioengineering (USA)
11_ 1 = 2D;
11_ 2 = 2D;
11_ 3 = 2D;
11_ 4 = 2D;
11_ 5 = 2D;
11_ 6 = 2D;
Symp._ 1 = 2D;

U05150 Blood (USA)
33_ 1 = 8A;
33_ 2-I = 8A;
33_ 2-II = 8A;
33_ 3 = 8A;
33_ 4 = 8A;
33_ 5 = 8A;
33_ 6 = 8A;
34_ 1 = 8A;
34_ 2 = 8A;
34_ 3 = 8A;
34_ 4 = 8A;
34_ 5 = 8A;
34_ 6 = 8A;

U05540 Brain Research (NLD)
12_ 1 = 8A;
12_ 2 = 8A;
13_ 1 = 8A;
13_ 2 = 8A;
13_ 3 = 8A;
14_ 1 = 8A;
14_ 2 = 8A;
14_ 3 = 8A;
15_ 1 = 8A;
15_ 2 = 8A;
16_ 1 = 8A;
16_ 2 = 8A;

U59146 Brain. Journal of Neurology (GBR)
92_ 1 = 8A;
92_ 2 = 8A;
92_ 3 = 8A;
92_ 4 = 8A;

U0563X British Journal of Pharmacology (GBR)
35_ 1 = 8A;
35_ 2 = 8A;
35_ 3 = 8A;
36_ 1 = 8A;
36_ 2 = 8A;
36_ 3 = 8A;
37_ 2 = 8A;
37_ 3 = 8A;

U47083 Bulletin de la Societe Chimique de France (FRA)
_ 1 = 8A;
_ 2 = 8A;
_ 3 = 8A;
_ 4 = 8A;
_ 5 = 8A;
_ 6 = 8A;
_ 7 = 8A;
_ 8 = 8A;
_ 9 = 8A;
_10 = 8A;
_11 = 8A;
_12 = 8A;

U06083 Bulletin of the Chemical Society of Japan (JPN)
42_ 1 = 8A;
42_ 2 = 8A;
42_ 3 = 8A;
42_ 4 = 8A;
42_ 5 = 8A;
42_ 6 = 8A;
42_ 7 = 8A;
42_ 8 = 8A;
42_ 9 = 8A;
42_10 = 8A;
42_11 = 8A;
42_12 = 8A;

U07512 Canadian Journal of Botany (CAN)
47_ 1 = 29;
47_ 2 = 29;
47_ 3 = 29;
47_ 4 = 29;
47_ 5 = 29;
47_ 6 = 29;
47_ 7 = 29;
47_ 8 = 29;
47_ 9 = 29;
47_10 = 29;
47_11 = 29;
47_12 = 29;

U07531 Canadian Journal of Chemistry (CAN)
47_ 1 = 8A;
47_ 2 = 8A;
47_ 3 = 8A;
47_ 4 = 8A;
47_ 5 = 8A;
47_ 6 = 8A;
47_ 7 = 8A;
47_ 8 = 8A;
47_ 9 = 8A;
47_10 = 8A;
47_11 = 8A;
47_12 = 8A;
47_13 = 8A;
47_14 = 8A;
47_15 = 8A;
47_16 = 8A;
47_17 = 8A;
47_18 = 8A;
47_19 = 8A;
47_20 = 8A;
47_21 = 8A;
47_22 = 8A;
47_23 = 8A;
47_24 = 8A;

U07584 Canadian Journal of Microbiology (CAN)
15_ 1 = 2D;
15_ 2 = 2D;
15_ 3 = 2D;
15_ 4 = 2D;
15_ 5 = 2D;
15_ 6 = 2D;
15_ 7 = 2D;
15_ 8 = 2D;
15_ 9 = 2D;
15_10 = 2D;
15_11 = 2D;
15_12 = 2D;

U07724 Cancer Research (USA)
29_ 1 = 8A;
29_ 2 = 8A;
29_ 3 = 8A;
29_ 4 = 8A;
29_ 5 = 8A;
29_ 6 = 8A;
29_ 7 = 8A;
29_ 8 = 8A;
29_ 9 = 8A;
29_10 = 8A;
29_11 = 8A;
29_12 = 8A;

U08248 Chemical Reviews (USA)
69_ 1 = 8A;
69_ 2 = 8A;
69_ 3 = 8A;
69_ 4 = 8A;
69_ 5 = 8A;
69_ 6 = 8A;

U08267 Chemical Society Reviews (until 1972: Quarterly Reviews of the Chemical Society) (GBR)
23_ 1 = 8A;
23_ 2 = 8A;
23_ 3 = 8A;
23_ 4 = 8A;

U08337 Chemico-Biological Interactions (IRL)
1_ 1 = 8A;
1_ 2 = 8A;
1_ 3 = 8A;
1_ 4 = 8A;

U08407 Chemische Berichte (DEU)
102_ 1 = 8A; 2A;
102_ 2 = 8A; 2A;
102_ 3 = 8A; 2A;
102_ 4 = 8A; 2A;
102_ 5 = 8A; 2A;
102_ 6 = 8A; 2A;
102_ 7 = 8A; 2A;
102_ 8 = 8A; 2A;
102_ 9 = 8A; 2A;
102_10 = 8A; 2A;
102_11 = 8A; 2A;
102_12 = 8A; 2A;

U0852X Chemistry and Physics of Lipids (IRL)
3_ 1 = 8A;
3_ 2 = 8A;
3_ 3 = 8A;
3_ 4 = 8A;

U08623 Circulation (USA)
39_ 1 = 8A;
39_ 2 = 8A;
39_ 3 = 8A;
39_ 4 = 8A;
39_ 5 = 8A;
39_ 6 = 8A;
40_ 1 = 8A;
40_ 2 = 8A;
40_ 3 = 8A;
40_ 4 = 8A;
40_ 5 = 8A;
40_ 6 = 8A;

U08638 Circulation Research (USA)
24_ 1 = 8A;
24_ 2 = 8A;
24_ 3 = 8A;
24_ 4 = 8A;
24_ 5 = 8A;
24_ 6 = 8A;
25_ 1 = 8A;
25_ 2 = 8A;
25_ 3 = 8A;
25_ 4 = 8A;
25_ 5 = 8A;
25_ 6 = 8A;

U08695 Collection of Czechoslovak Chemical Communications (CZE)
34_ 1 = 2A;
34_ 2 = 2A;
34_ 3 = 2A;
34_ 4 = 2A;
34_ 5 = 2A;
34_ 6 = 2A;
34_ 7 = 2A;
34_ 8 = 2A;
34_ 9 = 2A;
34_10 = 2A;
34_11 = 2A;
34_12 = 2A;
34_Index = 2A;

A08939 Comparative Biochemistry and Physiology (as of 1971 see: Ser.A. Molecular and Integrative Physiology; Ser.B. Comparative Biochemistry; Ser.C. Pharmacology, Toxicology, Endocrinology) (GBR)
28_ 1 = 8A;
28_ 2 = 8A;
28_ 3 = 8A;
29_ 1 = 8A;
29_ 2 = 8A;
29_ 3 = 8A;
30_ 1 = 8A;
30_ 2 = 8A;
30_ 3 = 8A;
30_ 4 = 8A;
30_ 5 = 8A;
30_ 6 = 8A;
31_ 1 = 8A;
31_ 2 = 8A;
31_ 3 = 8A;
31_ 4 = 8A;
31_ 5 = 8A;
31_ 6 = 8A;

DFSOCI Discussions of the Faraday Society (GBR)
_47 = 8A;
_48 = 8A;

U10426 Ecology (USA)
50_ 1 = 29;
50_ 2 = 29;
50_ 3 = 29;
50_ 4 = 29;
50_ 5 = 29;
50_ 6 = 29;

U10854 Endeavour (GBR)
28_103 = 8A;
28_104 = 8A;
28_105 = 8A;

ENZYMO Enzymologia (NLD)
36_ 1 = 8A;
36_ 2 = 8A;
36_ 3 = 8A;
36_ 4-5 = 8A;
36_ 6 = 8A;
37_ 2 = 8A;
37_ 3 = 8A;
37_ 4 = 8A;
37_ 5-6 = 8A;

U11293 European Journal of Biochemistry (until 1967: Biochemische Zeitschrift; as of 2005 see: FEBS Journal) (GBR)
7_ 2 = 8A;
7_ 3 = 8A;
7_ 4 = 8A;
8_ 1 = 8A; 2D;
8_ 2 = 8A; 2D;
8_ 3 = 8A; 2D;
8_ 4 = 8A; 2D;
9_ 1 = 8A; 2D;
9_ 2 = 8A; 2D;
9_ 3 = 8A; 2D;
9_ 4 = 8A; 2D;
10_ 1 = 8A; 2D;
10_ 2 = 8A; 2D;
10_ 3 = 8A; 2D;
11_ 1 = 8A; 2D;
11_ 2 = 8A; 2D;
11_ 3 = 8A; 2D;

EXPERE Experientia (CHE)
25_ 1 = 3M;
25_ 2 = 3M; 8A;
25_ 3 = 3M; 8A;
25_ 4 = 3M; 8A;
25_ 5 = 3M; 8A;
25_ 6 = 3M; 8A;
25_ 7 = 3M; 8A;
25_ 8 = 3M; 8A;
25_ 9 = 3M; 8A;
25_10 = 3M; 8A;
25_11 = 3M; 8A;
25_12 = 3M; 8A;
25_Index = 3M; 8A;

U1140X Experimental Brain Research (DEU)
7_ 1 = 8A;
7_ 2 = 8A;
7_ 3 = 8A;
7_ 4 = 8A;
8_ 1 = 8A;
8_ 2 = 8A;
8_ 3 = 8A;
8_ 4 = 8A;
9_ 1 = 8A;
9_ 2 = 8A;
9_ 3 = 8A;
9_ 4 = 8A;

U11414 Experimental Cell Research (USA)
54_ 1 = 8A; 2D;
54_ 2 = 8A; 2D;
54_ 3 = 8A; 2D;
55_ 1 = 8A; 2D;
55_ 2 = 8A; 2D;
55_ 3 = 8A; 2D;
56_ 1 = 8A; 2D;
56_ 2-3 = 8A; 2D;
57_ 1 = 8A; 2D;
57_ 2-3 = 8A; 2D;
58_ 1 = 8A; 2D;
58_ 2-3 = 8A; 2D;

U11433 Experimental Neurology (USA)
23_ 1 = 8A;
23_ 2 = 8A;
23_ 3 = 8A;
23_ 4 = 8A;
24_ 1 = 8A;
24_ 2 = 8A;
24_ 3 = 8A;
24_ 4 = 8A;
25_ 1 = 8A;
25_ 2 = 8A;
25_ 3 = 8A;
25_ 4 = 8A;

U11522 FEBS Letters (NLD)
2_ 3 = 8A;
2_ 4 = 8A;
2_ 5 = 8A;
2_Suppl. = 8A;
3_ 1 = 8A;
3_ 2 = 8A;
3_ 3 = 8A;
3_ 4 = 8A;
3_ 5 = 8A;
4_ 1 = 8A;
4_ 2 = 8A;
4_ 3 = 8A;
4_ 4 = 8A;
5_ 1 = 8A;
5_ 2 = 8A;
5_ 3 = 8A;
5_ 4 = 8A;
5_ 5 = 8A;

FPROCE Federation Proceedings (USA)
28_ 1 = 8A;
28_ 2 = 8A;
28_ 3 = 8A;
28_ 4 = 8A;
28_ 5 = 8A;
28_ 6 = 8A;

U11768 Folia Microbiologica (CZE)
14_ 1 = 2D; 2D;
14_ 2 = 2D; 2D;
14_ 3 = 2D;
14_ 4 = 2D;
14_ 5 = 2D; 2D;
14_ 6 = 2D; 2D;

U12154 Genetica (NLD)
40_ 1 = 8A;
40_ 2 = 8A;
40_ 3 = 8A;
40_ 4 = 8A;

U12192 Genetics (USA)
61_ 1-I = 8A; 2D;
61_ 1-II = 8A; 2D;
61_ 2-I = 8A; 2D;
61_ 2-II = 8A; 2D;
61_ 3 = 8A; 2D;
61_ 4 = 8A; 2D;
62_ 1 = 8A; 2D;
62_ 2 = 8A; 2D;
62_ 3 = 8A; 2D;
62_ 4 = 8A; 2D;
63_ 1 = 8A; 2D;
63_ 2 = 8A; 2D;
63_ 3 = 8A; 2D;
63_ 4 = 8A; 2D;

U12830 Helvetica Chimica Acta (CHE)
52_ 1 = 8A;
52_ 2 = 8A;
52_ 3 = 8A;
52_ 4 = 8A;
52_ 5 = 8A;
52_ 6 = 8A;
52_ 7 = 8A;
52_ 8 = 8A;

HISTOC Histochemie = Histochemistry = Histochimie (as of 1974 see: Histochemistry) (DEU)
17_ 1 = 8A;
17_ 2 = 8A;
17_ 3 = 8A;
17_ 4 = 8A;
18_ 1 = 8A;
18_ 2 = 8A;
18_ 3 = 8A;
18_ 4 = 8A;
19_ 1 = 8A;
19_ 2 = 8A;
19_ 3 = 8A;
19_ 4 = 8A;
20_ 1 = 8A;
20_ 2 = 8A;
20_ 3 = 8A;
20_ 4 = 8A;

U04035 Immunology and Cell Biology (until 1987: Australian Journal of Experimental Biology and Medical Science) (AUS)
47_ 1 = 8A;
47_ 2 = 8A;
47_ 3 = 8A;
47_ 4 = 8A;
47_ 5 = 8A;
47_ 6 = 8A;

U14501 International Journal of Radiation Biology (GBR)
16_ 1 = 8A;
16_ 2 = 8A;
16_ 3 = 8A;
16_ 4 = 8A;
16_ 5 = 8A;
16_ 6 = 8A;

IJFRPH International Journal of Radiation Physics and Chemistry (GBR)
1_ 2 = 8A;
1_ 3 = 8A;
1_ 4 = 8A;

U14535 International Journal of Systematic Bacteriology (USA)
19_ 1 = 2D;
19_ 2 = 2D;
19_ 3 = 2D;
19_ 4 = 2D;

U14889 Japanese Journal of Bacteriology (JPN)
24_ 1 = 2D;
24_ 2 = 2D;
24_ 3-4 = 2D;
24_ 5 = 2D;
24_ 6 = 2D;
24_ 7 = 2D;
24_ 8 = 2D;
24_ 9 = 2D;
24_11 = 2D;
24_12 = 2D;

U14963 Japanese Journal of Physiology (as of 2006 see: Journal of Physiological Sciences) (JPN)
19_ 1 = 8A;
19_ 2 = 8A;
19_ 3 = 8A;
19_ 4 = 8A;
19_ 5 = 8A;
19_ 6 = 8A;

JOUCHI Journal de Chimie Physique et de Physico-Chimie Biologique (FRA)
66_ 1 = 8A;
66_ 2 = 8A;
66_ 3 = 8A;
66_ 4 = 8A;
66_ 5 = 8A;
66_ 6 = 8A;
66_ 7-8 = 8A;
66_ 9 = 8A;
66_10 = 8A;
66_11-12 = 8A;

U17779 Journal de Physiologie (FRA)
61_ 1 = 8A;
61_ 4 = 8A;
61_ 5 = 8A;
61_ 6 = 8A;

JOUHIR Journal fur Hirnforschung (as of 1994 see: Journal of Brain Research) (DEU)
11_ 1-2 = 8A;
11_ 3 = 8A;
11_ 4 = 8A;
11_ 5 = 8A;
11_ 6 = 8A;

U15171 Journal of Antibiotics (JPN)
22_ 1 = 2D;
22_ 2 = 2D;
22_ 3 = 2D;
22_ 4 = 2D;
22_ 5 = 2D;
22_ 6 = 2D;
22_ 7 = 2D;
22_ 8 = 2D;
22_ 9 = 2D;
22_10 = 2D;
22_11 = 2D;

U15186 Journal of Applied Bacteriology (GBR)
32_ 1 = 2D;
32_ 2 = 2D;
32_ 3 = 2D;
32_ 4 = 2D;

U33362 Journal of Applied Physiology (USA)
26_ 1 = 8A;
26_ 2 = 8A;
26_ 3 = 8A;
26_ 4 = 8A;
26_ 5 = 8A;
26_ 6 = 8A;
27_ 1 = 8A;
27_ 2 = 8A;
27_ 3 = 8A;
27_ 4 = 8A;
27_ 5 = 8A;
27_ 6 = 8A;

U15400 Journal of Bacteriology (USA)
100_ 1-I = 2D;
100_ 1-II = 2D;
100_ 2 = 2D;
100_ 3 = 2D;
97_ 1 = 2D;
97_ 2 = 2D;
97_ 3 = 2D;
98_ 1 = 2D;
98_ 2 = 2D;
98_ 3 = 2D;
99_ 1 = 2D;
99_ 2-I = 2D;
99_ 2-II = 2D;
99_ 3 = 2D;

U1542X Journal of Biochemistry (JPN)
65_ 1 = 8A; 2A; 2D;
65_ 2 = 8A; 2A; 2D;
65_ 3 = 8A; 2A; 2D;
65_ 4 = 8A; 2A; 2D;
65_ 5 = 8A; 2A; 2D;
65_ 6 = 8A; 2A; 2D;
66_ 1 = 8A; 2A; 2D;
66_ 2 = 8A; 2A; 2D;
66_ 3 = 8A; 2A; 2D;
66_ 4 = 8A; 2A; 2D;
66_ 5 = 8A; 2A; 2D;
66_ 6 = 8A; 2A; 2D;

U15453 Journal of Biological Chemistry (USA)
244_ 1 = 2A; 8A;
244_ 2 = 2A; 8A;
244_ 3 = 2A; 8A;
244_ 4 = 2A; 8A;
244_ 5 = 2A; 8A;
244_ 6 = 2A; 8A;
244_ 7 = 2A; 8A;
244_ 8 = 2A; 8A;
244_ 9 = 2A; 8A;
244_10 = 2A; 8A;
244_11 = 2A; 8A;
244_12 = 2A; 8A;
244_13 = 2A; 8A;
244_14 = 2A; 8A;
244_15 = 2A; 8A;
244_16 = 2A; 8A;
244_17 = 2A; 8A;
244_18 = 2A; 8A;
244_19 = 2A; 8A;
244_20 = 2A; 8A;
244_21 = 2A; 8A;
244_22 = 2A; 8A;
244_23 = 2A; 8A;
244_24 = 2A; 8A;

U15561 Journal of Cell Biology (USA)
40_ 1 = 2A; 8A;
40_ 2 = 2A; 8A;
40_ 3 = 2A; 8A;
41_ 1 = 2A; 8A;
41_ 2 = 2A; 8A;
41_ 3 = 2A; 8A;
42_ 1 = 2A; 8A;
42_ 2 = 2A; 8A;
42_ 3 = 2A; 8A;
43_ 1 = 2A; 8A;
43_ 2-I = 2A; 8A;
43_ 2-II = 2A; 8A;
43_ 3 = 2A; 8A;

U15576 Journal of Cell Science (GBR)
4_ 1 = 8A;
4_ 2 = 8A;
4_ 3 = 8A;
5_ 1 = 8A;
5_ 2 = 8A;
5_ 3 = 8A;

U15580 Journal of Cellular Physiology(until 1966: Journal of Cellular and Comparative Physiology) (USA)
73_ 1 = 8A;
73_ 2 = 8A;
73_ 3 = 8A;
74_ 1 = 8A;
74_ 2-I = 8A;
74_ 3 = 8A;

U15646 Journal of Chemical Physics (USA)
50_ 1 = 2A; 8A;
50_ 2 = 2A; 8A;
50_ 3 = 2A; 8A;
50_ 4 = 8A;
50_ 5 = 2A; 8A;
50_ 6 = 2A; 8A;
50_ 7 = 2A; 8A;
50_ 8 = 2A; 8A;
50_ 9 = 2A; 8A;
50_10 = 2A; 8A;
50_11 = 2A; 8A;
50_12 = 2A; 8A;
50_Index = 8A;
51_ 1 = 2A; 8A;
51_ 2 = 2A; 8A;
51_ 3 = 2A; 8A;
51_ 4 = 2A; 8A;
51_ 5-I = 2A; 8A;
51_ 5-II = 2A; 8A;
51_ 6 = 2A; 8A;
51_ 7 = 2A; 8A;
51_ 8 = 2A; 8A;
51_ 9 = 2A; 8A;
51_10 = 2A; 8A;
51_11 = 2A; 8A;
51_12 = 2A; 8A;
51_Index = 2A; 8A;

U1574X Journal of Chromatographic Science (until 1969: Journal of gas chromatography) (USA)
7_ 1 = 8A;
7_ 2 = 8A;
7_ 3 = 8A;
7_ 4 = 8A;
7_ 5 = 8A;
7_ 6 = 8A;
7_ 7 = 8A;
7_ 8 = 8A;
7_ 9 = 8A;
7_10 = 8A;
7_11 = 8A;
7_12 = 8A;

U15754 Journal of Chromatography (as of 1996 see: Journal of Chromatography. Ser.A; Journal of Chromatography. Ser.B) (NLD)
39_ 1 = 8A;
39_ 2 = 8A;
39_ 3 = 8A;
39_ 4 = 8A;
40_ 1 = 8A;
40_ 2 = 8A;
40_ 3-4 = 8A;
41_ 1 = 8A;
41_ 2 = 8A;
41_ 3-4 = 8A;
42_ 1 = 8A;
42_ 2 = 8A;
42_ 3 = 8A;
42_ 4 = 8A;
43_ 1 = 8A;
43_ 2 = 8A;
43_ 3 = 8A;
43_ 4 = 8A;
44_ 1 = 8A;
44_ 2 = 8A;
44_ 3-4 = 8A;
45_ 1 = 8A;
45_ 2 = 8A;
45_ 3-4 = 8A;

U15773 Journal of Colloid and Interfase Science (USA)
29_ 1 = 8A;
29_ 2 = 8A;
29_ 3 = 8A;
29_ 4 = 8A;
30_ 1 = 8A;
30_ 2 = 8A;
30_ 3 = 8A;
30_ 4 = 8A;
31_ 1 = 8A;
31_ 2 = 8A;
31_ 3 = 8A;
31_ 4 = 8A;

JOUCOM Journal of Comparative and Physiological Psychology (USA)
67_ 1 = 8A;
67_ 2-I = 8A;
67_ 2-II = 8A;
67_ 3 = 8A;
67_ 4 = 8A;
68_ 1-I = 8A;
68_ 1-II = 8A;
68_ 2-I = 8A;
68_ 3 = 8A;
68_ 4 = 8A;
69_ 1 = 8A;
69_ 2 = 8A;
69_ 3 = 8A;
69_ 4 = 8A;

U15805 Journal of Comparative Neurology (USA)
135_ 1 = 8A;
135_ 2 = 8A;
135_ 3 = 8A;
135_ 4 = 8A;
136_ 1 = 8A;
136_ 2 = 8A;
136_ 3 = 8A;
136_ 4 = 8A;
137_ 1 = 8A;
137_ 2 = 8A;
137_ 3 = 8A;
137_ 4 = 8A;

JOUELE Journal of Electrochemical Society (USA)
116_ 1 = 8A;
116_ 2 = 8A;
116_ 3 = 8A;
116_ 4 = 8A;
116_ 5 = 8A;
116_ 6 = 8A;
116_ 7 = 8A;
116_ 8 = 8A;
116_ 9 = 8A;
116_10 = 8A;
116_11 = 8A;
116_12 = 8A;

U16051 Journal of Electron Microscopy (JPN)
18_ 1 = 8A;
18_ 2 = 8A;
18_ 3 = 8A;
18_ 4 = 8A;

U1616X Journal of Experimental Biology (GBR)
50_ 1 = 8A;
50_ 2 = 8A;
50_ 3 = 8A;
51_ 1 = 8A;
51_ 2 = 8A;
51_ 3 = 8A;

U16174 Journal of Experimental Botany (GBR)
20_62 = 8A;
20_63 = 8A;
20_64 = 8A;
20_65 = 8A;

U16193 Journal of Experimental Medicine (USA)
129_ 2 = 3M;
129_ 3 = 3M;
129_ 4 = 3M;
130_ 4 = 3M;
130_ 5 = 3M;

JOUFER Journal of Fermentation and Bioengineering (until 1989: Journal of Fermentation Technology) (JPN)
47_ 1 = 2D;
47_ 2 = 2D;
47_ 3 = 2D;
47_ 4 = 2D;
47_ 5 = 2D;
47_ 6 = 2D;
47_ 7 = 2D;
47_ 8 = 2D;
47_ 9 = 2D;
47_10 = 2D;
47_11 = 2D;
47_12 = 2D;

U16422 Journal of General and Applied Microbiology (JPN)
15_ 1 = 2D;
15_ 2 = 2D;
15_ 3 = 2D;
15_ 4 = 2D;

A16437 Journal of General Microbiology (as of 1994 see: Microbiology) (GBR)
55_ 1 = 2D;
55_ 2 = 2D;
55_ 3 = 2D;
56_ 1 = 2D;
56_ 2 = 2D;
56_ 3 = 2D;
57_ 1 = 2D;
57_ 2 = 2D;
57_ 3 = 2D;
58_ 1 = 2D;
58_ 2 = 2D;
58_ 3 = 2D;
59_ 1 = 2D;
59_ 2 = 2D;
59_ 3 = 2D;

U16441 Journal of General Physiology (USA)
53_ 1 = 8A;
53_ 2 = 8A;
53_ 3 = 8A;
53_ 4 = 8A;
53_ 5 = 8A;
53_ 6 = 8A;
54_ 1-1 = 8A;
54_ 1-2 = 8A;
54_ 2 = 8A;
54_ 3 = 8A;
54_ 4 = 8A;
54_ 5 = 8A;
54_ 6 = 8A;

U16456 Journal of General Virology (GBR)
4_ 1 = 2D;
4_ 2 = 2D;
4_ 3 = 2D;
4_ 4 = 2D;
5_ 1 = 2D;
5_ 2 = 2D;
5_ 3 = 2D;
5_ 4 = 2D;

U1662X Journal of Heredity (USA)
60_ 1 = 8A;
60_ 2 = 8A;
60_ 3 = 8A;
60_ 4 = 8A;
60_ 5 = 8A;
60_ 6 = 8A;

U16634 Journal of Heterocyclic Chemistry (USA)
6_ 1 = 8A;
6_ 2 = 8A;
6_ 3 = 8A;
6_ 4 = 8A;
6_ 5 = 8A;
6_ 6 = 8A;

U16653 Journal of Histochemistry and Cytochemistry (USA)
17_ 1 = 8A;
17_ 2 = 8A;
17_ 3 = 8A;
17_ 4 = 8A;
17_ 5 = 8A;
17_ 6 = 8A;
17_ 7 = 8A;
17_ 8 = 8A;
17_ 9 = 8A;
17_10 = 8A;
17_11 = 8A;
17_12 = 8A;

U16687 Journal of Immunology (USA)
102_ 1 = 3M;
102_ 2 = 3M;
102_ 3 = 3M;
102_ 5 = 3M;
102_ 6 = 3M;
103_ 1 = 3M;
103_ 2 = 3M;
103_ 3 = 3M;
103_ 4 = 3M;
103_ 5 = 3M;
103_ 6 = 3M;

U16916 Journal of Lipid Research (USA)
10_ 1 = 8A;
10_ 2 = 8A;
10_ 3 = 8A;
10_ 4 = 8A;
10_ 5 = 8A;
10_ 6 = 8A;

U16954 Journal of Macromolecular Science. Ser.A. Chemistry (USA)
3_ 1 = 8A;
3_ 2 = 8A;
3_ 3 = 8A;
3_ 4 = 8A;
3_ 5 = 8A;
3_ 6 = 8A;
3_ 7 = 8A;
3_ 8 = 8A;

U16969 Journal of Macromolecular Science. Ser.B. Physics (USA)
3_ 1 = 8A;
3_ 2 = 8A;
3_ 3 = 8A;
3_ 4 = 8A;

U16973 Journal of Macromolecular Science. Ser.C. Rewiews in Macromolecular Chemistry (USA)
3_ 1 = 8A;
3_ 2 = 8A;

U17177 Journal of Membrane Biology (DEU)
1_ 2 = 8A;

U17232 Journal of Molecular Biology (USA)
39_ 1 = 8A; 2A; 2D;
39_ 2 = 8A; 2A; 2D;
39_ 3 = 8A; 2A; 2D;
40_ 1 = 8A; 2A; 2D;
40_ 2 = 8A; 2A; 2D;
40_ 3 = 8A; 2A; 2D;
41_ 1 = 8A; 2A; 2D;
41_ 2 = 8A; 2A; 2D;
41_ 3 = 8A; 2A; 2D;
42_ 1 = 8A; 2A; 2D;
42_ 2 = 8A; 2A; 2D;
42_ 3 = 8A; 2A; 2D;
43_ 1 = 8A; 2A; 2D;
43_ 2 = 8A; 2A; 2D;
43_ 3 = 8A; 2A; 2D;
44_ 1 = 8A; 2A; 2D;
44_ 2 = 8A; 2A; 2D;
44_ 3 = 8A; 2A; 2D;
45_ 1 = 8A; 2A; 2D;
45_ 2 = 8A; 2A; 2D;
45_ 3 = 8A; 2A; 2D;
45_Index = 2A;
46_ 1 = 8A; 2A; 2D;
46_ 2 = 8A; 2A; 2D;
46_ 3 = 8A; 2A; 2D;

U17270 Journal of Molecular Spectroscopy (USA)
29_ 1 = 8A;
29_ 2 = 8A;
29_ 3 = 8A;
30_ 1 = 8A;
30_ 2 = 8A;
30_ 3 = 8A;
31_ 1 = 8A;
31_ 2 = 8A;
31_ 3 = 8A;
32_ 1 = 8A;
32_ 2 = 8A;
32_ 3 = 8A;

U17285 Journal of Molecular Structure (NLD)
3_ 1-2 = 8A;
3_ 3 = 8A;
3_ 4-5 = 8A;
3_ 6 = 8A;
4_ 1 = 8A;
4_ 2-4 = 8A;
4_ 5-6 = 8A;

U17389 Journal of Neurochemistry (USA)
16_ 1 = 8A;
16_ 2 = 8A;
16_ 3 = 8A;
16_ 4 = 8A;
16_ 5 = 8A;
16_ 6 = 8A;
16_ 7 = 8A;
16_ 8 = 8A;
16_ 9 = 8A;
16_10 = 8A;
16_11 = 8A;
16_12 = 8A;

U17406 Journal of Neurophysiology (USA)
32_ 3 = 8A;

U17529 Journal of Organic Chemistry (USA)
34_ 1 = 8A;
34_ 2 = 8A;
34_ 3 = 8A;
34_ 4 = 8A;
34_ 5 = 8A;
34_ 6 = 8A;
34_ 7 = 8A;
34_ 9 = 8A;
34_10 = 8A;
34_11 = 8A;
34_12 = 8A;

S07122 Journal of Pharmacy and Pharmacology (GBR)
21_ 1 = 8A;
21_ 2 = 8A;
21_ 3 = 8A;
21_ 4 = 8A;
21_ 5 = 8A;
21_ 6 = 8A;
21_ 7 = 8A;
21_ 8 = 8A;
21_ 9 = 8A;
21_10 = 8A;
21_11 = 8A;
21_12 = 8A;

JOUPHY Journal of Physical Chemistry (as of 1997 see: JPC. A. Molecular, Spectroscopy, Kinetics, Environment, General Theory; JPC. B. Materials, Surfaces, Interfaces and Biophysical; C. Nanomaterials and Interfaces) (USA)
73_ 1 = 8A; 2A;
73_ 2 = 8A; 2A;
73_ 3 = 8A; 2A;
73_ 4 = 8A; 2A;
73_ 5 = 8A; 2A;
73_ 6 = 8A; 2A;
73_ 7 = 8A; 2A;
73_ 8 = 8A; 2A;
73_ 9 = 8A; 2A;
73_10 = 8A; 2A;
73_11 = 8A; 2A;
73_12 = 8A; 2A;

U17675 Journal of Physics. Ser.A. Mathematical and Theoretical (until 2007: Ser.A. Mathematical and General) (GBR)
2_ 1 = 8A;
2_ 2 = 8A;
2_ 3 = 8A;
2_ 4 = 8A;
2_ 5 = 8A;
2_ 6 = 8A;

U1768X Journal of Physics. Ser.B. Atomic,Molecular and Optical Physics (GBR)
2_ 2 = 8A;
2_ 3 = 8A;
2_ 4 = 8A;
2_ 5 = 8A;
2_ 6 = 8A;
2_ 7 = 8A;
2_ 8 = 8A;
2_ 9 = 8A;
2_10 = 8A;
2_11 = 8A;
2_12 = 8A;

JOUPHC Journal of Physics. Ser.C. Solid State Physics (GBR)
2_ 1 = 8A;
2_ 2 = 8A;
2_ 3 = 8A;
2_ 4 = 8A;
2_ 5 = 8A;
2_ 6 = 8A;
2_ 7 = 8A;
2_ 8 = 8A;
2_ 9 = 8A;
2_10 = 8A;
2_11 = 8A;
2_12 = 8A;

U17764 Journal of Physiological Society of Japan (JPN)
31_ 1 = 8A;
31_ 2 = 8A;
31_ 3 = 8A;
31_ 4 = 8A;
31_ 5 = 8A;
31_ 6 = 8A;
31_ 7 = 8A;
31_ 8 = 8A;
31_ 9 = 8A;
31_10 = 8A;
31_11 = 8A;
31_12 = 8A;

U17783 Journal of Physiology (GBR)
200_ 1 = 8A;
200_ 2 = 8A;
200_ 3 = 8A;
201_ 1 = 8A;
201_ 2 = 8A;
201_ 3 = 8A;
202_ 1 = 8A;
202_ 2 = 8A;
202_ 3 = 8A;
203_ 1 = 8A;
203_ 2 = 8A;
203_ 3 = 8A;
204_ 1 = 8A;
204_ 2 = 8A;
204_ 3 = 8A;
205_ 1 = 8A;
205_ 2 = 8A;
205_ 3 = 8A;

U17834 Journal of Polymer Science. Ser.A1. Polymer Chemistry (until 1966: Journal of Polymer Science. Ser.A. General Papers; as of 1986 see: ... Ser.A. Polymer Chemistry) (USA)
7_ 1 = 2A;
7_ 2 = 2A;
7_ 3 = 2A;
7_ 4 = 2A;
7_ 5 = 2A;
7_ 6 = 2A;
7_ 7 = 2A;
7_ 8 = 2A;
7_ 9 = 2A;
7_10 = 2A;
7_11 = 2A;
7_12 = 2A;

U17853 Journal of Polymer Science. Ser.A2. Polymer Physics (until 1966: Journal of Polymer Science. Ser.A. General Papers; as of 1986 see: ... Ser.B. Polymer Physics) (USA)
7_ 1 = 2A;
7_ 2 = 2A;
7_ 3 = 2A;
7_ 4 = 2A;
7_ 5 = 2A;
7_ 6 = 2A;
7_ 7 = 2A;
7_ 8 = 2A;
7_ 9 = 2A;
7_10 = 2A;
7_11 = 2A;
7_12 = 2A;

U17849 Journal of Polymer Science. Ser.B. Polymer Letters (as of 1986 see: ... Ser.C. Polymer Letters) (USA)
7_ 1 = 2A;
7_ 2 = 2A;
7_ 3 = 2A;
7_ 4 = 2A;
7_ 5 = 2A;
7_ 6 = 2A;
7_ 7 = 2A;
7_ 8 = 2A;
7_ 9 = 2A;
7_10 = 2A;
7_11 = 2A;
7_12 = 2A;

JOUPOL Journal of Polymer Science. Ser.C. Polymer Symposia (as of 1973 see: Journal of Polymer Science. Polymer Symposia) (USA)
_16-VIII = 2A;
_26 = 2A;
_27 = 2A;
_28 = 2A;

U14997 Journal of the Acoustical Society of America (USA)
45_ 1 = 8A;
45_ 2 = 8A;
45_ 3 = 8A;
45_ 4 = 8A;
45_ 5 = 8A;
45_ 6 = 8A;
46_ 1 = 8A;
46_ 2 = 8A;
46_ 3-I = 8A;
46_ 3-II = 8A;
46_ 4 = 8A;
46_ 5 = 8A;
46_ 6-I = 8A;
46_ 6-II = 8A;

A15010 Journal of the Agricultural Chemical Society of Japan (as of 1990 see: Nippon Nogeikagaku Kaishi) (JPN)
43_ 1 = 29;
43_ 2 = 29;
43_ 3 = 29;
43_ 4 = 29;
43_ 5 = 29;
43_ 6 = 29;
43_ 7 = 29;
43_ 8 = 29;
43_ 9 = 29;
43_10 = 29;
43_11 = 29;
43_12 = 29;

U15097 Journal of the American Chemical Society (USA)
91_ 1 = 8A; 2A;
91_ 2 = 2A;
91_ 3 = 8A; 2A;
91_ 4 = 8A; 2A;
91_ 5 = 8A; 2A;
91_ 6 = 8A; 2A;
91_ 7 = 8A; 2A;
91_ 8 = 8A; 2A;
91_ 9 = 8A; 2A;
91_10 = 8A; 2A;
91_11 = 8A; 2A;
91_12 = 8A; 2A;
91_13 = 8A; 2A;
91_14 = 8A; 2A;
91_15 = 8A; 2A;
91_16 = 8A; 2A;
91_17 = 8A; 2A;
91_18 = 8A; 2A;
91_19 = 8A; 2A;
91_20 = 8A; 2A;
91_21 = 8A; 2A;
91_22 = 8A; 2A;
91_23 = 8A; 2A;
91_24 = 8A; 2A;
91_25 = 8A; 2A;
91_26 = 8A; 2A;
91_27 = 8A; 2A;

A15650 Journal of the Chemical Society. Ser.A. Inorganic, Physical and Theoretical Chemistry (until 1966: Journal of the Chemical Society) (GBR)
_ 1 = 8A;
_ 2 = 8A;
_ 3 = 8A;
_ 4 = 8A;
_ 5 = 8A;
_ 6 = 8A;
_ 7 = 8A;
_ 8 = 8A;
_ 9 = 8A;
_10 = 8A;
_11 = 8A;
_12 = 8A;
_13 = 8A;
_14 = 8A;
_15 = 8A;
_16 = 8A;
_17 = 8A;
_18 = 8A;
_19 = 8A;

B15650 Journal of the Chemical Society. Ser.B. Physical Organic Chemistry (until 1966: Journal of the Chemical Society) (GBR)
_ 1 = 8A; 2A;
_ 2 = 8A; 2A;
_ 3 = 8A; 2A;
_ 4 = 8A; 2A;
_ 5 = 8A; 2A;
_ 6 = 8A; 2A;
_ 7 = 8A; 2A;
_ 8 = 8A; 2A;
_ 9 = 8A; 2A;
_Index = 8A;

C15650 Journal of the Chemical Society. Ser.C. Organic Chemistry (until 1966: Journaof the Chemical Society) (GBR)
_ 1 = 8A; 2A;
_ 2 = 8A; 2A;
_ 3 = 8A; 2A;
_ 4 = 8A; 2A;
_ 5 = 8A; 2A;
_ 6 = 8A; 2A;
_ 7 = 8A; 2A;
_ 8 = 8A; 2A;
_ 9 = 8A; 2A;
_10 = 8A; 2A;
_11 = 8A; 2A;
_12 = 8A; 2A;
_13 = 8A; 2A;
_14 = 8A; 2A;
_15 = 8A; 2A;
_16 = 8A; 2A;
_17 = 8A; 2A;
_18 = 8A; 2A;
_19 = 8A; 2A;
_Index = 8A; 2A;

U18343 Journal of Theoretical Biology (USA)
22_ 1 = 8A;
22_ 2 = 8A;
22_ 3 = 8A;
23_ 1 = 8A;
23_ 2 = 8A;
23_ 3 = 8A;
24_ 1 = 8A;
24_ 2 = 8A;
24_ 3 = 8A;
25_ 1 = 8A;
25_ 2 = 8A;
25_ 3 = 8A;

JOUULT Journal of Ultrastructure Research (as of 1985 see: Journal of Ultrastructure and Molecular Structure Research 0889-1605) (USA)
26_ 1-2 = 8A;
26_ 3-4 = 8A;
26_ 5-6 = 8A;
27_ 1-2 = 8A;
27_ 3-4 = 8A;
27_ 5-6 = 8A;
28_ 1-2 = 8A;
28_ 3-4 = 8A;
28_ 5-6 = 8A;
29_ 1-2 = 8A;
29_ 3-4 = 8A;
29_ 5-6 = 8A;

JUSTUS Justus Liebigs Annalen der Chemie (DEU)
719_ = 8A;
720_ = 8A;
721_ = 8A;
722_ = 8A;
723_ = 8A;
724_ = 8A;
725_ = 8A;
726_ = 8A;
727_ = 8A;
728_ = 8A;
729_ = 8A;
730_ = 8A;

LABPRA Laboratory Practice (GBR)
18_ 1 = 8A;
18_ 2 = 8A;
18_ 3 = 8A;
18_ 4 = 8A;
18_ 5 = 8A;
18_ 6 = 8A;
18_ 7 = 8A;
18_ 8 = 8A;
18_ 9 = 8A;
18_10 = 8A;
18_11 = 8A;
18_12 = 8A;

U18875 Life Sciences (GBR)
8_ 3-I = 8A;
8_18-II = 8A;
8_21-I = 8A;
8_22-II = 8A;
8_23-I = 8A;
8_24-II = 8A;

U18945 Lipids (USA)
4_ 1 = 8A;
4_ 2 = 8A;
4_ 3 = 8A;
4_ 4 = 8A;
4_ 5 = 8A;
4_ 6 = 8A;

U1905X Macromolecules (USA)
2_ 1 = 8A;
2_ 2 = 8A;
2_ 3 = 8A;
2_ 4 = 8A;
2_ 5 = 8A;
2_ 6 = 8A;

U20428 Microchimica Acta (AUT)
_ 1 = 8A;
_ 2 = 8A;
_ 3 = 8A;
_ 4 = 8A;
_ 5 = 8A;
_ 6 = 8A;

U20733 Molecular Pharmacology (USA)
5_ 1 = 3M; 8A;
5_ 2 = 3M; 8A;
5_ 3 = 3M; 8A;
5_ 4 = 3M; 8A;
5_ 5 = 3M; 8A;
5_ 6 = 3M; 8A;

U20752 Molecular Physics (GBR)
16_ 1 = 8A;
16_ 2 = 8A;
16_ 3 = 8A;
16_ 4 = 8A;
16_ 5 = 8A;
16_ 6 = 8A;
17_ 1 = 8A;
17_ 2 = 8A;
17_ 3 = 8A;
17_ 4 = 8A;
17_ 5 = 8A;
17_ 6 = 8A;

U2088X Mycologia (USA)
61_ 1 = 2D;
61_ 3 = 2D;
61_ 4 = 2D;
61_ 5 = 2D;
61_ 6 = 2D;

U21083 Nature (GBR)
221_5175 = 2A; 2D; 8A;
221_5176 = 2A; 2D; 8A;
221_5177 = 2A; 2D; 8A;
221_5178 = 2A; 2D; 8A;
221_5179 = 2A; 2D; 8A;
221_5180 = 2A; 2D; 8A;
221_5181 = 2A; 2D; 8A;
221_5182 = 2A; 2D; 8A;
221_5183 = 2A; 2D; 8A;
221_5184 = 2A; 2D; 8A;
221_5185 = 2A; 2D; 8A;
221_5186 = 2A; 2D; 8A;
221_5187 = 2A; 2D; 8A;
222_5188 = 2A; 2D; 8A;
222_5189 = 2A; 2D; 8A;
222_5190 = 2A; 2D; 8A;
222_5191 = 2A; 2D; 8A;
222_5192 = 2A; 8A;
222_5193 = 2A; 2D; 8A;
222_5194 = 2A; 2D; 8A;
222_5195 = 2A; 2D; 8A;
222_5196 = 2A; 2D; 8A;
222_5197 = 2A; 2D; 8A;
222_5198 = 2A; 2D; 8A;
222_5199 = 2A; 2D; 8A;
222_5200 = 2A; 2D; 8A;
223_5201 = 2A; 2D; 8A;
223_5202 = 2A; 2D; 8A;
223_5203 = 2A; 2D; 8A;
223_5204 = 2A; 2D; 8A;
223_5205 = 2A; 2D; 8A;
223_5206 = 2A; 2D; 8A;
223_5207 = 2A; 2D; 8A;
223_5208 = 2A; 2D; 8A;
223_5209 = 2A; 2D; 8A;
223_5210 = 2A; 2D; 8A;
223_5211 = 2A; 2D; 8A;
223_5212 = 2A; 2D; 8A;
223_5213 = 2A; 2D; 8A;
224_5214 = 2A; 2D; 8A;
224_5215 = 2A; 2D; 8A;
224_5216 = 2A; 2D; 8A;
224_5217 = 2A; 2D; 8A;
224_5218 = 2A; 2D; 8A;
224_5219 = 2A; 2D; 8A;
224_5220 = 2A; 2D; 8A;
224_5221 = 2A; 2D; 8A;
224_5222 = 2A; 2D; 8A;
224_5223 = 2A; 2D; 8A;
224_5224 = 2A; 2D; 8A;
224_5225 = 2A; 2D; 8A;
224_5226 = 2A; 2D; 8A;

U2112X Naturwissenschaften (DEU)
56_ 1 = 8A;
56_ 2 = 8A;
56_ 3 = 8A;
56_ 4 = 8A;
56_ 5 = 8A;
56_ 7 = 8A;
56_ 8 = 8A;
56_ 9 = 8A;
56_10 = 8A;
56_11 = 8A;
56_12 = 8A;

U2176X Nucleus. International Journal of Cytology and Allied Topics (IND)
12_ 1 = 8A;
12_ 2 = 8A;

U21793 Nukleonika (POL)
14_ 1 = 8A;
14_ 2 = 8A;
14_ 3 = 8A;
14_ 4 = 8A;
14_ 5 = 8A;
14_ 6 = 8A;
14_ 7-8 = 8A;
14_ 9-10 = 8A;
14_11 = 8A;
14_12 = 8A;

U22194 Organic Mass Spectrometryry (as of 1995 see: Journal of Mass Spectrometry) (GBR)
2_ 1 = 2D;
2_ 2 = 2D;
2_ 7 = 2D;
2_ 8 = 2D;
2_ 9 = 2D;
2_10 = 2D;
2_11 = 2D;
2_12 = 2D;

U22635 Pflugers Archiv. European Journal of Physiology (DEU)
305_ 1 = 8A;
305_ 2 = 8A;
305_ 3 = 8A;
305_ 4 = 8A;
306_ 1 = 8A;
306_ 2 = 8A;
306_ 3 = 8A;
306_ 4 = 8A;
307_ 1 = 8A;
307_ 2 = 8A;
307_ 3 = 8A;
308_ 1 = 8A;
308_ 2 = 8A;
308_ 3 = 8A;
308_ 4 = 8A;
309_ 1 = 8A;
309_ 2 = 8A;
309_ 3 = 8A;
309_ 4 = 8A;
310_ 1 = 8A;
310_ 2 = 8A;
310_ 3 = 8A;
310_ 4 = 8A;
311_ 1 = 8A;
311_ 2 = 8A;
311_ 3 = 8A;
311_ 4 = 8A;
312_ 1-2 = 8A;
312_ 3 = 8A;
312_ 4 = 8A;
313_ 1 = 8A;
313_ 2 = 8A;
313_ 3 = 8A;
313_ 4 = 8A;

U2264X Pharmacological Reviews (USA)
21_ 1 = 8A;
21_ 2 = 8A;
21_ 3 = 8A;
21_ 4 = 8A;

U22705 Photochemistry and Photobiology (USA)
9_ 1 = 29;
9_ 2 = 29;
9_ 3 = 29;
9_ 4 = 29;
9_ 5 = 29;
9_ 6 = 29;
10_ 1 = 29;
10_ 2 = 29;
10_ 3 = 29;
10_ 4 = 29;
10_ 5 = 29;
10_ 6 = 29;

U23021 Physics in Medicine and Biology (GBR)
14_ 1 = 8A;
14_ 2 = 8A;
14_ 3 = 8A;
14_ 4 = 8A;

U23093 Physiologia Plantarum (DNK)
22_ 1 = 29;
22_ 2 = 29;
22_ 3 = 29;
22_ 4 = 29;
22_ 5 = 29;
22_ 6 = 29;

U2313X Physiological Reviews (USA)
49_ 1 = 8A;
49_ 2 = 8A;
49_ 3 = 8A;
49_ 4 = 8A;

PHYVEG Physiologie Vegetale (FRA)
7_ 1 = 8A;
7_ 2 = 8A;
7_ 3 = 8A;
7_ 4 = 8A;

U23178 Phytochemistry (GBR)
8_ 1 = 8A;
8_ 2 = 8A;
8_ 3 = 8A;
8_ 4 = 8A;
8_ 5 = 8A;
8_ 6 = 8A;
8_ 7 = 8A;
8_ 8 = 8A;
8_ 9 = 8A;
8_10 = 8A;
8_11 = 8A;
8_12 = 8A;

U23233 Phytopathology (USA)
59_ 1 = 8A;
59_ 2 = 8A;
59_ 3 = 8A;
59_ 4 = 8A;
59_ 5 = 8A;
59_ 6 = 8A;
59_ 7 = 8A;
59_ 8 = 8A;
59_ 9 = 8A;
59_10 = 8A;
59_11 = 8A;
59_12 = 8A;

U23375 Plant and Soil (NLD)
30_ 1 = 29;
30_ 2 = 29;
30_ 3 = 29;
31_ 1 = 29;
31_ 2 = 29;
31_ 3 = 29;

U23337 Plant Physiology (USA)
44_ 1 = 29;
44_ 2 = 29;
44_ 3 = 29;
44_ 4 = 29;
44_ 5 = 29;
44_ 6 = 29;
44_ 7 = 29;
44_ 8 = 29;
44_ 9 = 29;
44_10 = 29;
44_11 = 29;
44_12 = 29;

U23394 Planta (DEU)
84_ 3 = 29;
84_ 4 = 29;
85_ 1 = 29;
85_ 2 = 29;
85_ 3 = 29;
85_ 4 = 29;
86_ 1 = 29;
86_ 2 = 29;
86_ 3 = 29;
86_ 4 = 29;
87_ 1-2 = 29;
87_ 3 = 29;
87_ 4 = 29;
88_ 1 = 29;
88_ 2 = 29;
88_ 3 = 29;
88_ 4 = 29;
89_ 1 = 29;
89_ 2 = 29;
89_ 3 = 29;
89_ 4 = 29;

U42840 Proceedings of the American Association for Cancer Research (USA)
10_- = 8A;

U4705X Proceedings of the National Academy of Science of the United States of America (USA)
62_ 1 = 8A; 2A; 2D;
62_ 2 = 8A; 2A; 2D;
62_ 3 = 8A; 2A; 2D;
62_ 4 = 8A; 2A; 2D;
63_ 1 = 8A; 2A; 2D;
63_ 2 = 8A; 2A; 2D;
63_ 3 = 8A; 2A; 2D;
63_ 4 = 8A; 2A; 2D;
64_ 1 = 8A; 2A;
64_ 2 = 8A; 2A; 2D;
64_ 3 = 8A; 2A; 2D;
64_ 4 = 8A; 2A; 2D;

U24113 Proceedings of the Royal Society of London. A. Mathematical, Physical and Engineering Sciences (GBR)
308_1493 = 8A;
308_1494 = 8A;
308_1495 = 8A;
308_1496 = 8A;
309_1497 = 8A;
309_1498 = 8A;
309_1499 = 8A;
310_1500 = 8A;
310_1501 = 8A;
310_1502 = 8A;
310_1503 = 8A;
311_1504 = 8A;
311_1505 = 8A;
311_1506 = 8A;
311_1507 = 8A;
312_1508 = 8A;
312_1509 = 8A;
312_1510 = 8A;
312_1511 = 8A;
313_1512 = 8A;
313_1513 = 8A;
313_1514 = 8A;
313_1515 = 8A;
314_1516 = 8A;

U24128 Proceedings of the Royal Society of London. B.Biological Sciences (GBR)
172_1026 = 8A;
172_1027 = 8A;
172_1028 = 8A;
172_1029 = 8A;
173_1030 = 8A;
173_1031 = 8A;
173_1032 = 8A;
173_1033 = 8A;
174_1034 = 8A;
174_1035 = 8A;
174_1036 = 8A;
174_1037 = 8A;

A38116 Proceedings of the Society for Analytical Chemistry (as of 1975-1979 see: Proceedings of the Analytical Division of the Chemical Society, as of 1980 see: Analytical Proceedings) (GBL)
6_ 1 = 8A;
6_ 2 = 8A;
6_ 3 = 8A;
6_ 4 = 8A;
6_ 5 = 8A;
6_ 6 = 8A;
6_ 7 = 8A;
6_ 8 = 8A;
6_ 9 = 8A;
6_10 = 8A;
6_11 = 8A;
6_12 = 8A;

U24170 Proceedings of the Society for Experimental Biology and Medicine (USA)
130_ 1 = 3M; 8A;
130_ 2 = 3M; 8A;
130_ 3 = 3M; 8A;
130_ 4 = 3M; 8A;
131_ 1 = 3M; 8A;
131_ 2 = 3M; 8A;
131_ 3 = 3M; 8A;
131_ 4 = 3M; 8A;
132_ 1 = 3M; 8A;
132_ 2 = 3M; 8A;
132_ 3 = 3M; 8A;

U24221 Process Biochemistry (GBR)
4_ 1 = 2D;
4_ 8 = 2D;
4_ 9 = 2D;
4_10 = 2D;
4_11 = 2D;
4_12 = 2D;

U24541 Protoplasma (AUT)
67_ 1 = 8A;
67_ 2-3 = 8A;
67_ 4 = 8A;
68_ 1-2 = 8A;
68_ 3 = 8A;
68_ 4 = 8A;

U24787 Quarterly Review of Biology (USA)
44_ 1 = 8A;
44_ 2 = 8A;
44_ 3 = 8A;
44_ 4 = 8A;

U24791 Quarterly Reviews of Biophysics (GBR)
2_ 1 = 8A;
2_ 2 = 8A;
2_ 3 = 8A;
2_ 4 = 8A;

U50601 Radiation and Environmental Biophysics (until 1975: Biophysik) (DEU)
6_ 1 = 8A;
6_ 2 = 8A;
6_ 3 = 8A;
6_ 4 = 8A;

RADBOT Radiation Botany (USA)
9_ 1 = 8A;
9_ 2 = 8A;
9_ 3 = 8A;
9_ 4 = 8A;
9_ 5 = 8A;
9_ 6 = 8A;

U24876 Radiation Research (USA)
37_ 1 = 8A;
37_ 2 = 8A;
37_ 3 = 8A;
38_ 1 = 8A;
38_ 2 = 8A;
38_ 3 = 8A;
39_ 1 = 8A;
39_ 2 = 8A;
39_ 3 = 8A;
40_ 1 = 8A;
40_ 2 = 8A;
40_ 3 = 8A;

U24984 Radiology (USA)
92_ 1 = 8A;
92_ 2 = 8A;
92_ 3 = 8A;
92_ 4 = 8A;
92_ 5 = 8A;
92_ 6 = 8A;
92_ 7 = 8A;
93_ 1 = 8A;
93_ 2 = 8A;
93_ 3 = 8A;
93_ 4 = 8A;
93_ 5 = 8A;
93_ 6 = 8A;

U25883 Revue Roumaine de Biochimie (ROM)
6_ 1 = 8A;
6_ 2 = 8A;
6_ 3 = 8A;
6_ 4 = 8A;

U26496 Science (USA)
163_3862 = 2A; 2D; 8A;
163_3863 = 2A; 2D; 8A;
163_3864 = 2A; 2D; 8A;
163_3865 = 2A; 2D; 8A;
163_3866 = 2A; 2D; 8A;
163_3867 = 2A; 2D; 8A;
163_3868 = 2A; 2D; 8A;
163_3869 = 2A; 2D; 8A;
163_3870 = 2A; 2D; 8A;
163_3871 = 2A; 2D; 8A;
163_3872 = 2A; 2D; 8A;
163_3873 = 2A; 2D; 8A;
163_3874 = 2A; 2D; 8A;
164_3875 = 2A; 2D; 8A;
164_3876 = 2A; 2D; 8A;
164_3877 = 2A; 2D; 8A;
164_3878 = 2A; 2D; 8A;
164_3879 = 2A; 2D; 8A;
164_3880 = 8A;
164_3881 = 2A; 2D; 8A;
164_3882 = 2A; 2D; 8A;
164_3883 = 2A; 2D; 8A;
164_3884 = 2A; 2D; 8A;
164_3885 = 2A; 2D; 8A;
164_3886 = 2A; 2D; 8A;
164_3887 = 2D; 8A;
165_3888 = 2A; 2D; 8A;
165_3889 = 2A; 2D; 8A;
165_3890 = 2A; 2D;
165_3891 = 2A; 2D; 8A;
165_3892 = 2A; 2D; 8A;
165_3893 = 2A; 2D; 8A;
165_3894 = 2A; 2D; 8A;
165_3895 = 2A; 2D; 8A;
165_3896 = 2A; 2D; 8A;
165_3897 = 2A; 2D; 8A;
165_3898 = 2A; 2D; 8A;
165_3899 = 2A; 2D; 8A;
165_3900 = 2A; 8A;
166_3901 = 2D; 8A;
166_3902 = 2A; 2D; 8A;
166_3903 = 2A; 2D; 8A;
166_3904 = 2A; 2D; 8A;
166_3905 = 2A; 2D; 8A;
166_3906 = 2A; 2D; 8A;
166_3907 = 2A; 2D; 8A;
166_3908 = 2A; 2D; 8A;
166_3909 = 2A; 2D; 8A;
166_3910 = 2A; 2D; 8A;
166_3911 = 2A; 2D; 8A;
166_3912 = 2A; 2D; 8A;
166_3913 = 2A; 2D; 8A;

U26867 Scientific American (USA)
220_ 1 = 8A;
220_ 2 = 8A;
220_ 3 = 8A;
220_ 4 = 8A;
220_ 5 = 8A;
220_ 6 = 8A;
221_ 1 = 8A;
221_ 2 = 8A;
221_ 3 = 8A;
221_ 4 = 8A;
221_ 5 = 8A;
221_ 6 = 8A;

U27501 Soil Biology and Biochemistry (GBR)
1_ 1 = 29;
1_ 2 = 29;
1_ 3 = 29;
1_ 4 = 29;

U27520 Soil Science (USA)
107_ 4 = 29;
107_ 5 = 29;
107_ 6 = 29;
108_ 1 = 29;
108_ 2 = 29;
108_ 3 = 29;
108_ 4 = 29;
108_ 5 = 29;
108_ 6 = 29;

U2754X Soil Science Society of American Journal (USA)
33_ 1 = 29;
33_ 2 = 29;
33_ 3 = 29;
33_ 4 = 29;
33_ 5 = 29;
33_ 6 = 29;

U2786X Studia Biophysica (DEU)
13_ 1 = 8A;
13_ 2 = 8A;
13_ 3 = 8A;
13_ 4 = 8A;
14_ = 8A;
15-16_ = 8A;
17_ 1 = 8A;
17_ 2 = 8A;
17_ 3 = 8A;
17_ 4 = 8A;
17_ 5 = 8A;
18_ 1 = 8A;
18_ 2 = 8A;

U28326 Tetrahedron (GBR)
25_ 1 = 3M;
25_ 2 = 3M;
25_ 3 = 3M;
25_ 4 = 3M;
25_ 5 = 3M;
25_ 6 = 3M;
25_ 7 = 3M;
25_ 8 = 3M;
25_ 9 = 3M;
25_10 = 3M;
25_11 = 3M;
25_12 = 3M;
25_13 = 3M;
25_14 = 3M;
25_15 = 3M;
25_16 = 3M;
25_17 = 3M;
25_18 = 3M;
25_19 = 3M;
25_20 = 3M;
25_21 = 3M;
25_22 = 3M;
25_23 = 3M;
25_24 = 3M;

U28330 Tetrahedron Letters (GBR)
_ 1 = 2A; 3M;
_ 2 = 2A; 3M;
_ 3 = 2A; 3M;
_ 4 = 2A; 3M;
_ 5 = 2A; 3M;
_ 6 = 2A; 3M;
_ 7 = 2A; 3M;
_ 8 = 2A; 3M;
_ 9 = 2A; 3M;
_10 = 2A;
_11 = 2A;
_12 = 2A;
_13 = 2A;
_14 = 2A;
_15 = 2A;
_16 = 2A;
_17 = 2A;
_18 = 2A;
_19 = 2A;
_20 = 2A;
_21 = 2A;
_22 = 2A;
_23 = 2A;
_24 = 2A;
_25 = 2A;
_26 = 2A;
_27 = 2A;
_28 = 2A;
_29 = 2A;
_30 = 2A;
_31 = 2A;
_32 = 2A;
_33 = 2A;
_34 = 2A;
_35 = 2A;
_36 = 2A;
_37 = 2A;
_38 = 2A;
_39 = 2A;
_40 = 2A;
_41 = 2A;
_42 = 2A;
_43 = 2A;
_44 = 2A;
_45 = 2A;
_46 = 2A;
_47 = 2A;
_48 = 2A;
_49 = 2A;
_50 = 2A;
_51 = 2A;
_52 = 2A;
_53 = 2A;
_54 = 2A;
_55 = 2A;
_56 = 2A;
_57 = 2A;
_58 = 2A;
_59 = 2A;
_60 = 2A;
_Index = 2A;

TRAFAR Transactions of the Faraday Society (GBR)
65_ 1 = 8A;
65_ 2 = 8A;
65_ 3 = 8A;
65_ 4 = 8A;
65_ 5 = 8A;
65_ 6 = 8A;
65_ 7 = 8A;
65_ 8 = 8A;
65_ 9 = 8A;
65_10 = 8A;
65_11 = 8A;
65_12 = 8A;

U29403 Virology (USA)
37_ 1 = 2D;
37_ 2 = 2D;
37_ 3 = 2D;
37_ 4 = 2D;
38_ 1 = 2D;
38_ 2 = 2D;
38_ 3 = 2D;
38_ 4 = 2D;
39_ 1 = 2D;
39_ 2 = 2D;
39_ 3 = 2D;
39_ 4 = 2D;

U29901 Zeitschrift fur Chemie (as of 1991 inc.in Angewandte Chemie) (DEU)
9_ 1 = 8A;
9_ 2 = 8A;
9_ 3 = 8A;
9_ 4 = 8A;
9_ 5 = 8A;
9_ 6 = 8A;
9_ 7 = 8A;
9_ 8 = 8A;
9_ 9 = 8A;
9_10 = 8A;
9_11 = 8A;
9_12 = 8A;

U29992 Zeitschrift fur Naturforschung. Ser.A. Journal of Physical Sciences (DEU)
24_ 1 = 8A;
24_ 2 = 8A;
24_ 3 = 8A;
24_ 4 = 8A;
24_ 5 = 8A;
24_ 6 = 8A;
24_ 7 = 8A;
24_ 8 = 8A;
24_ 9 = 8A;
24_10 = 8A;
24_11 = 8A;
24_12 = 8A;

U30006 Zeitschrift fur Naturforschung. Ser.B. Journal of Chemical Sciences (DEU)
24_ 1 = 8A;
24_ 2 = 8A;
24_ 3 = 8A;
24_ 4 = 8A;
24_ 5 = 8A;
24_ 6 = 8A;
24_ 7 = 8A;
24_ 8 = 8A;
24_ 9 = 8A;
24_10 = 8A;
24_11 = 8A;
24_12 = 8A;

70008= Агрохимия (RUS)
_ 1 = 29;
_ 2 = 29;
_ 3 = 29;
_ 4 = 29;
_ 5 = 29;
_ 6 = 29;
_ 7 = 29;
_ 8 = 29;
_ 9 = 29;
_10 = 29;
_11 = 29;
_12 = 29;

70020A Архив анатомии, гистологии и эмбрионологии. (с 1992 г. - Морфология) (RUS)
56_ 1 = 8A;
56_ 2 = 8A;
56_ 3 = 8A;
56_ 4 = 8A;
56_ 5 = 8A;
56_ 6 = 8A;
57_ 7 = 8A;
57_ 8 = 8A;
57_ 9 = 8A;
57_10 = 8A;
57_11 = 8A;
57_12 = 8A;

70089= Биологические науки (RUS)
12_ 1 = 8A;
12_ 2 = 8A;
12_ 3 = 8A;
12_ 4 = 8A;
12_ 5 = 8A;
12_ 6 = 8A;
12_ 7 = 8A;
12_ 8 = 8A;
12_ 9 = 8A;
12_10 = 8A;
12_11 = 8A;
12_12 = 8A;

70053= Биофизика (RUS)
14_ 1 = 8A; 8A; 2A;
14_ 2 = 8A; 8A; 2A;
14_ 3 = 8A; 8A; 2A;
14_ 4 = 8A; 8A; 2A;
14_ 5 = 8A; 8A; 2A;
14_ 6 = 8A; 8A; 2A;

70054= Биохимия (RUS)
34_ 1 = 8A; 2D; 2A; 3M;
34_ 2 = 8A; 2D; 2A; 3M;
34_ 3 = 8A; 2D; 2A; 3M;
34_ 4 = 8A; 2D; 2A; 3M;
34_ 5 = 8A; 2D; 2A; 3M;
34_ 6 = 8A; 2D; 2A; 3M;

70056= Ботанический журнал (RUS)
54_ 1 = 29;
54_ 2 = 29;
54_ 3 = 29;
54_ 4 = 29;

70990= Бюллетень Московского общества испытателей природы, отдел биологический (RUS)
74_ 1 = 8A;
74_ 2 = 8A;
74_ 3 = 8A;
74_ 4 = 8A;
74_ 5 = 8A;
74_ 6 = 8A;

71408= Бюллетень экспериментальной биологии и медицины (RUS)
67_ 1 = 8A;
67_ 2 = 8A;
67_ 3 = 8A;
67_ 4 = 8A;
67_ 5 = 8A;
67_ 6 = 8A;
68_ 7 = 8A;
68_ 8 = 8A;
68_ 9 = 8A;
68_10 = 8A;
68_11 = 8A;
68_12 = 8A;

71016= Вестник Московского университета.16. Биология (RUS)
_ 1 = 8A;
_ 2 = 8A;
_ 3 = 8A;
_ 4 = 8A;
_ 5 = 8A;
_ 6 = 8A;

71488= Вестник Российской Академии медицинских наук (RUS)
_ 1 = 8A;
_ 3 = 8A;
_ 4 = 8A;
_ 5 = 8A;
_ 6 = 8A;
_ 7 = 8A;
_ 8 = 8A;
_ 9 = 8A;
_10 = 8A;
_11 = 8A;
_12 = 8A;

70115= Вестник Российской Академии наук (RUS)
39_ 1 = 8A;
39_ 2 = 8A;
39_ 3 = 8A;
39_ 4 = 8A;
39_ 5 = 8A;
39_ 6 = 8A;
39_ 6 = 8A;
39_ 7 = 8A;
39_ 8 = 8A;
39_ 9 = 8A;
39_10 = 8A;
39_11 = 8A;
39_12 = 8A;

70156= Вопросы философии (RUS)
_ 1 = 8A;
_ 2 = 8A;
_ 3 = 8A;
_ 4 = 8A;
_ 5 = 8A;
_ 6 = 8A;
_ 7 = 8A;
_ 8 = 8A;
_ 9 = 8A;
_11 = 8A;
_12 = 8A;

70211= Генетика (RUS)
5_ 1 = 2D; 8A;
5_ 2 = 2D; 8A;
5_ 3 = 2D; 8A;
5_ 4 = 2D; 8A;
5_ 5 = 2D; 8A;
5_ 6 = 2D; 8A;
5_ 7 = 2D; 8A;
5_ 8 = 2D; 8A;
5_ 9 = 2D; 8A;
5_10 = 2D; 8A;
5_11 = 2D; 8A;
5_12 = 2D; 8A;

70246= Доклады АН СССР. сер.Биология (RUS)
184_ 1-3 = 2A;
184_ 4-6 = 2A;
185_ 1-3 = 2A;
185_ 4-6 = 2A;
186_ 1-3 = 2A;
186_ 4-6 = 2A;
187_ 1-3 = 2A;
187_ 4-6 = 2A;
188_ 1-3 = 2A;
188_ 4-6 = 2A;
189_ 1-3 = 2A;
189_ 4-6 = 2A;

70244= Доклады Российской академии наук (RUS)
184_ 1 = 8A;
184_ 2 = 8A;
184_ 3 = 8A;
184_ 4 = 8A;
184_ 5 = 8A;
184_ 6 = 8A;
185_ 1 = 8A;
185_ 2 = 8A;
185_ 3 = 8A;
185_ 4 = 8A;
185_ 5 = 8A;
185_ 6 = 8A;
186_ 1 = 8A;
186_ 2 = 8A;
186_ 3 = 8A;
186_ 4 = 8A;
186_ 5 = 8A;
186_ 6 = 8A;
187_ 1 = 8A;
187_ 2 = 8A;
187_ 3 = 8A;
187_ 4 = 8A;
187_ 5 = 8A;
187_ 6 = 8A;
188_ 1 = 8A;
188_ 2 = 8A;
188_ 3 = 8A;
188_ 4 = 8A;
188_ 5 = 8A;
188_ 6 = 8A;
189_ 1 = 8A;
189_ 2 = 8A;
189_ 3 = 8A;
189_ 4 = 8A;
189_ 5 = 8A;
189_ 6 = 8A;

70284= Журнал аналитической химии (RUS)
24_ 1 = 8A;
24_ 2 = 8A;
24_ 3 = 8A;
24_ 4 = 8A;
24_ 5 = 8A;
24_ 6 = 8A;
24_ 7 = 8A;
24_ 8 = 8A;
24_ 9 = 8A;
24_10 = 8A;
24_11 = 8A;
24_12 = 8A;

70286= Журнал высшей нервной деятельности им.И.П.Павлова (RUS)
19_ 1 = 8A;
19_ 2 = 8A;
19_ 3 = 8A;
19_ 4 = 8A;
19_ 5 = 8A;
19_ 6 = 8A;

71437= Журнал микробиологии, эпидемиологии и иммунобиологии (RUS)
_ 1 = 8A;
_ 2 = 8A;
_ 3 = 2D; 8A;
_ 4 = 8A;
_ 5 = 8A;
_ 6 = 2D; 8A;
_ 7 = 8A;
_ 8 = 2D; 8A;
_ 9 = 2D; 8A;
_10 = 2D;
_11 = 8A;
_12 = 2D; 8A;

70293= Журнал общей биологии (RUS)
30_ 1 = 8A;
30_ 2 = 8A;
30_ 3 = 8A;
30_ 4 = 8A;
30_ 5 = 8A;
30_ 6 = 8A;

70294= Журнал общей химии (RUS)
39_ 1 = 8A;
39_ 2 = 8A;
39_ 3 = 8A;
39_ 4 = 8A;
39_ 5 = 8A;
39_ 6 = 8A;
39_ 7 = 8A;
39_ 8 = 8A;
39_ 9 = 8A;
39_10 = 8A;
39_11 = 8A;
39_12 = 8A;

70301= Журнал органической химии (RUS)
5_ 2 = 8A;
5_ 3 = 8A;
5_ 4 = 8A;
5_ 5 = 8A;
5_ 6 = 8A;
5_ 7 = 8A;
5_ 8 = 8A;
5_ 9 = 8A;
5_10 = 8A;
5_11 = 8A;
5_12 = 8A;

74914= Журнал прикладной спектроскопии (г.Минск) (BLR)
10_ 2 = 8A;
10_ 3 = 8A;
10_ 4 = 8A;
10_ 5 = 8A;
10_ 6 = 8A;
11_ 1 = 8A;
11_ 2 = 8A;
11_ 3 = 8A;
11_ 4 = 8A;
11_ 5 = 8A;
11_ 6 = 8A;

70297= Журнал структурной химии (RUS)
10_ 1 = 8A;
10_ 2 = 8A;
10_ 3 = 8A;
10_ 4 = 8A;
10_ 5 = 8A;
10_ 6 = 8A;

70299= Журнал физической химии (RUS)
43_ 1 = 8A;
43_ 2 = 8A;
43_ 3 = 8A;
43_ 4 = 8A;
43_ 5 = 8A;
43_ 6 = 8A;
43_ 7 = 8A;
43_ 8 = 8A;
43_ 9 = 8A;
43_10 = 8A;
43_11 = 8A;
43_12 = 8A;

70302= Журнал эволюционной биохимии и физиологии (RUS)
5_ 1 = 8A;
5_ 2 = 8A;
5_ 3 = 8A;
5_ 4 = 8A;
5_ 5 = 8A;
5_ 6 = 8A;

70303= Журнал экспериментальной и теоретической физики (RUS)
56_ 1 = 8A;
56_ 2 = 8A;
56_ 3 = 8A;
56_ 4 = 8A;
56_ 5 = 8A;
56_ 6 = 8A;
57_ 1 = 8A;
57_ 2 = 8A;
57_ 3 = 8A;
57_ 4 = 8A;
57_ 5 = 8A;
57_ 6 = 8A;

70350= Известия РАН. серия Биологическая (RUS)
_ 1 = 8A;
_ 2 = 8A;
_ 3 = 8A;
_ 4 = 8A;
_ 5 = 8A;
_ 6 = 8A;

70357= Известия РАН. серия Химическая (RUS)
_ 1 = 2D;
_ 2 = 2D;
_ 3 = 2D;
_ 4 = 2D;
_ 5 = 2D;
_ 6 = 2D;
_ 7 = 2D;
_ 8 = 2D;
_ 9 = 2D;
_10 = 2D;
_11 = 2D;
_12 = 2D;

70447= Кристаллография (RUS)
14_ 1 = 2A;
14_ 2 = 2A;
14_ 3 = 2A;
14_ 4 = 2A;
14_ 5 = 2A;
14_ 6 = 2A;

70480= Лабораторное дело (RUS)
_ 1 = 8A;
_ 3 = 8A;
_ 4 = 8A;
_ 5 = 8A;
_ 6 = 8A;
_ 7 = 8A;
_ 8 = 8A;
_ 9 = 8A;
_10 = 8A;
_11 = 8A;
_12 = 8A;

70561= Микология и фитопатология (RUS)
3_ 2 = 2D;
3_ 3 = 2D;
3_ 4 = 2D;
3_ 5 = 2D;
3_ 6 = 2D;

70540= Микробиология (RUS)
38_ 1 = 2D; 2D;
38_ 2 = 2D; 2D;
38_ 3 = 2D; 2D;
38_ 4 = 2D; 2D;
38_ 5 = 2D; 2D;
38_ 6 = 2D; 2D;

70562= Молекулярная биология (RUS)
3_ 1 = 2A; 3M; 8A;
3_ 2 = 2A; 3M; 8A;
3_ 3 = 2A; 3M; 8A;
3_ 4 = 2A; 3M; 8A;
3_ 5 = 2A; 3M; 8A;
3_ 6 = 2A; 3M; 8A;

70601= Наука и жизнь (RUS)
_ 1 = 8A;
_ 2 = 8A;
_ 3 = 8A;
_ 4 = 8A;
_ 7 = 8A;
_ 8 = 8A;
_ 9 = 8A;
_10 = 8A;
_11 = 8A;
_12 = 8A;

70889= Нейрофизиология (UKR)
1_ 1 = 8A;

ИЗОБРО Открытия, изобретения (по 1965 - "Бюллетень изобретений", 1966-1968 - "Изобретения, промышленные образцы", 1992-2011 - "Изобретения", с 2012 разделен на: "Изобретения (Заявки)", "Изобретения (Патенты)", "Изобретения (Сообщения...)","Полезные модели") (RUS)
_ 1 = YV;
_ 2 = YV;
_ 3 = YV;
_ 4 = YV;
_ 5 = YV;
_ 6 = YV;
_ 7 = YV;
_ 8 = YV;
_ 9 = YV;
_10 = YV;
_11 = YV;
_12 = YV;
_13 = YV;
_14 = YV;
_15 = YV;
_16 = YV;
_17 = YV;
_18 = YV;
_19 = YV;
_20 = YV;
_21 = YV;
_22 = YV;
_23 = YV;
_24 = YV;
_25 = YV;
_26 = YV;
_27 = YV;
_28 = YV;
_29 = YV;
_30 = YV;
_31 = YV;
_32 = YV;
_33 = YV;
_34 = YV;
_35 = YV;
_36 = YV;
год.ук._ 1 = YV;
год.ук._ 2 = YV;
год.ук._ 3 = YV;
год.ук._ 4 = YV;

70701= Почвоведение (RUS)
_ 1 = 29;
_ 2 = 29;
_ 3 = 29;
_ 5 = 29;
_ 6 = 29;
_ 7 = 29;
_ 8 = 29;
_ 9 = 29;
_10 = 29;
_11 = 29;
_12 = 29;

70740= Прикладная биохимия и микробиология (RUS)
5_ 1 = 2D; 8A;
5_ 2 = 2D; 8A;
5_ 3 = 2D; 8A;
5_ 4 = 2D; 8A;
5_ 5 = 2D; 8A;
5_ 6 = 2D; 8A;

70707= Природа (RUS)
_ 1 = 8A;
_ 2 = 8A;
_ 4 = 8A;
_ 5 = 8A;
_ 6 = 8A;
_ 7 = 8A;
_ 8 = 8A;
_ 9 = 8A;
_10 = 8A;
_11 = 8A;
_12 = 8A;

70773= Радиационная биология. Радиоэкология (RUS)
9_ 1 = 8A;
9_ 2 = 8A;
9_ 3 = 8A;
9_ 4 = 8A;
9_ 5 = 8A;
9_ 6 = 8A;

70285= Российский химический журнал (Журнал Российского химического общества им.Д.И.Менделеева) (RUS)
14_ 1 = 8A;
14_ 2 = 8A;
14_ 3 = 8A;
14_ 4 = 8A;
14_ 5 = 8A;
14_ 6 = 8A;

74471= Теоретическая и экпериментальная химия (Украина) (UKR)
5_ 1 = 8A;
5_ 2 = 8A;
5_ 3 = 8A;
5_ 4 = 8A;
5_ 5 = 8A;
5_ 6 = 8A;

74497= Украинский биохимический журнал (UKR)
41_ 1 = 8A;
41_ 2 = 8A;
41_ 3 = 8A;
41_ 4 = 8A;
41_ 5 = 8A;
41_ 6 = 8A;

71003= Успехи современной биологии (RUS)
67_ 1 = 2A; 2D;
67_ 2 = 2A; 2D;
67_ 3 = 2A; 2D; 8A;
68_ 1 = 2A; 2D; 8A;
68_ 2 = 2A; 2D; 8A;
68_ 3 = 2A; 2D; 8A;

71004= Успехи физических наук (RUS)
97_ 1 = 8A;
97_ 2 = 8A;
97_ 3 = 8A;
97_ 4 = 8A;
98_ 1 = 8A;
98_ 2 = 8A;
98_ 3 = 8A;
98_ 4 = 8A;
99_ 2 = 8A;
99_ 3 = 8A;
99_ 4 = 8A;

71005= Успехи химии (RUS)
38_ 1 = 8A;
38_ 2 = 8A;
38_ 3 = 8A;
38_ 4 = 8A;
38_ 5 = 8A;
38_ 6 = 8A;
38_ 7 = 8A;
38_ 8 = 8A;
38_ 9 = 8A;
38_10 = 8A;
38_11 = 8A;
38_12 = 8A;

71020= Фармакология и токсикология (с 1992 г. называется "Экспериментальная и клиническая фармакология") (RUS)
32_ 1 = 8A;
32_ 2 = 8A;
32_ 3 = 8A;
32_ 4 = 8A;
32_ 5 = 8A;
32_ 6 = 8A;

71029= Ферментная и спиртовая промышленность (RUS)
_ 1 = 2D;
_ 2 = 2D;
_ 3 = 2D;
_ 4 = 2D;
_ 5 = 2D;
_ 6 = 2D;
_ 7 = 2D;
_ 8 = 2D;

74523= Физиологический журнал (UKR)
15_ 1 = 8A;
15_ 2 = 8A;
15_ 3 = 8A;
15_ 4 = 8A;
15_ 5 = 8A;
15_ 6 = 8A;

71024B Физиологический журнал им.И.М.Сеченова (до 1933 - "Русский физиологический журнал им.И.М.Сеченова", с 1997 - "Российский физиологический журнал им.И.М.Сеченова") (RUS)
55_ 1 = 8A;
55_ 2 = 8A;
55_ 3 = 8A;
55_ 4 = 8A;
55_ 5 = 8A;
55_ 6 = 8A;
55_ 7 = 8A;
55_ 8 = 8A;
55_ 9 = 8A;
55_10 = 8A;
55_11 = 8A;
55_12 = 8A;

71025= Физиология растений (RUS)
16_ 1 = 8A;
16_ 2 = 8A;
16_ 3 = 8A;
16_ 4 = 8A;
16_ 5 = 8A;
16_ 6 = 8A;

72232= Химия и жизнь -XXI век (до 1996 г. - "Химия и жизнь") (RUS)
_ 1 = 8A;
_ 2 = 8A;
_ 3 = 8A;
_ 4 = 8A;
_ 5 = 8A;
_ 6 = 8A;
_ 7 = 8A;
_ 8 = 8A;
_ 9 = 8A;
_10 = 8A;
_11 = 8A;
_12 = 8A;

71056= Химия природных соединений (Узбекистан) (UZB)
_ 1 = 3M;
_ 2 = 3M;
_ 4 = 3M;
_ 5 = 3M;
_ 6 = 3M;

71063= Цитология (RUS)
11_ 1 = 8A;
11_ 2 = 8A;
11_ 3 = 8A;
11_ 4 = 8A;
11_ 5 = 8A;
11_ 6 = 8A;
11_ 7 = 8A;
11_ 8 = 8A;
11_ 9 = 8A;
11_10 = 8A;
11_11 = 8A;
11_12 = 8A;

74565= Цитология и генетика (UKR)
3_ 1 = 8A;
3_ 2 = 8A;
3_ 3 = 8A;
3_ 4 = 8A;
3_ 5 = 8A;
3_ 6 = 8A;