Human Biology 2005: Vol 77 Index

2005·2.4 MB·English

Index to Volume 77
Aarzoo, S. S., 343-353 Alves, C., 213-229
Abade, A., 317-341 Alzualde, A., 443-456
ABCC6, 367-384 Amador Guerrero, M. T., 399-405
ABO, 343 Amazon region, 499-508
ABO blood groups, 619-637 Amerindians, 385-391, 873-878
Abu-Amero, K. K., 795-802 Ami group, 825-851
ACP. 45—60 Amorim, A., 61-70, 189-199, 213-229
activated partial thromboplastin time ancient DNA, 443-456
(APTT), 1-15 ancient mtDNA, 639-662
ADA, 45-60 Ando, F., 27-36
Addison, D., 825-851 Annice, B. G., 487-498
Africa, 457-470 APO, 675-704. See also apolipoproteins
“African Female Heritage in Iberia: A Re- APOB, 663-673
assessment of mtDNA Lineage Distribu- APOE, 487-498, 867-872
tion in Present Times,” 213-229 APOE polymorphism, 247-256
Afzal, M., 343-353 “Apolipoprotein E Genotyping Among the
Aguilar, D., 247-256 Healthy Kuwaiti Population,” 487—498
Ahmed, A. H., 487—498 apolipoproteins, 247—256
AK, 45-60 “Applications of Pooled DNA Samples to
Akar, N., 393-397 the Assessment of Population Affinities:
Akcayoz, D., 393-397 Short Tandem Repeats,” 723-733
Al-Adawi, S., 281—286 Arabs, 61-70, 795-802
Albanians, 45—60 Argentina, 247-256, 873-878
Al-Boudari, O. M., 795-802 Arthawiguna, W. A., 93-114
Al-Bustan, S. A., 487-498 Arya, R., 231-246
Alcantara, L. C., 509-514 “Association Between the APOE*4 Allele
allele frequencies, 487—498 and Atherosclerosis Is Age Dependent
Almasy, L., 1-15, 17-25, 231 246, 541- Among Argentine Males,” 247-256
559, 561-575 “Association of a 1997G — T Polymor-
Alnageeb, M. A., 487-498 phism of the Collagen Ial Gene with
Alonso, A., 443-456 Bone Mineral Density in Postmeno-
Alonso, R., 663-673 pausal Japanese Women,” 27-36
Alonso, S., 443-456 Atayal group, 825-851
alphoid system, 71-91 atherosclerosis, 247—256
Al-Rubaian, J., 487-498 ATLI, 137-151
Al-Sharbati, M., 281-286 ATP-binding cassette transporter subfamily
Altaians, 355-365 C member 6 (ABCC6), 367-384
altruism, 421—431 Austronesian expansion, 93-114
Alu polymorphism, 71—91 Austronesian-speaking groups, 825-851
880 / Index to Volume 77
autosomal dominant monogenic hypercho- Biondi, G., 115-123
lesterolemia (ADMH), 663-673 “Bivariate Linkage Analysis of the Insulin
“Autosomal STR Variation in Five Aus- Resistance Syndrome Phenotypes on
tronesian Populations,” 825-851 Chromosome 7q,” 231-246
Azofeifa, J., 71-91 Black Death, 291
Azores archipelago, 189-199 Blangero, J., 1-15, 5, 231-246, 541
Azores Islands, 37—44, 317-341 559, 561-575
blood groups, 619-637. See also specific
8, adrenergic receptor, 515-520
systems
“6B, Adrenergic Receptor Polymorphisms Boétsch, G., 201-212
Arg389Gly and Ser49Gly in the Amerin- Bogacsi-Szab6, E., 639-662
dian and Mestizo Populations of Mex- bone mineral density, 27—36
ico” (brief communication), 515-520 book reviewers
63 adrenergic receptor, 795-802 Bogin, B., 527-528
B3A27, 399-405 Harvati, K., 409—413
B65, 675-704 Kuzawa, C. W., 532-536
Babalini, C., 115-123
Monge, J. M., 528-532
Bali, 93-114, 825-851 Sellen, D., 407-409
“Balinese Y-Chromosome Perspective on
Trevathan, W. R., 414-416
the Peopling of Indonesia: Genetic Con-
Weets, J. D., 715-717
tributions from Pre-Neolithic Hunter-
book reviews
Gatherers, Austronesian Farmers, and Allostasis, Homeostasis, and the Costs of
Indian Traders,” 93-114
Physiological Adaptation (Schulkin,
Bamshad, M., 93-114
ed.), 532-536
Bajfiares, V. G., 247-256
Dental Functional Morphology (Lucas),
Banerjee, P., 723-73 23
715-717
Bantu, 675-704
Hunter-Gatherers (Panter-Brick et al.),
Barrantes, R., 71-91
407-409
Basque population, 443—456
Making Babies (Bainbridge), 414-416
Basques, 619-637
Methods in Human Growth Research
“The Basques: Review of Population Ge-
netics and Mendelian Disorders,” (Hauspie et al., eds.), 527-528
Neanderthals and Modern Humans (Fin-
619-637
layson), 409-413
Bauduer, F., 619-637
Patterns of Growth and Development in
Bayesian quantitative trait nucleotide
(BQTN) analysis, 541-559 the Genus Homo (Thompson et al., eds),
Ben Ammar el Gaaied, A., 61-70 528-532
Benin, 675-704 Bosnians, 355
Berbers, 61-70 Bottini, E., 433-441
Bertoni, B., 873—878 boundary identification, 577—617
“Beta 3 Adrenergic Receptor Trp64Arg Brahmins, 675-704
Polymorphism and Manifestation of Branco, C. C., 37-44
Coronary Artery Disease in Arabs,” Brandon, C. A., 257—266
795-802 Brazil, 499-508, 873-878
Beunen, G., 457-470 Brazilian population, 125—135, 509
Bienvenu, T., 705-714 853-865
binary polymorphisms, 189-199 Bribri, 71-91
bioanthropology, 443-456 British schoolchildren, 761-772
Index to Volume 77 / 881
Bulo, A., 45-60 chimpanzee, 735-759
Buryats, 355-365, 723-733 China, 257—266, 577-617, 67:
Chow, R. A., 825-851
Cabecar, 71—91 Christakos, G., 291-303
Cabello, G. M. K., 125 135, 499-508, Chuvash, 723-7 2323
853-865 Civeira, F, 663-673
Cabello, P. H., 125—135, 853-865 cleft lip with or without cleft palate,
Calabria, 45—60 257-266
Calo, C. M., 45—60 clotting factors, 1-15
Cameroon, 675-704 clotting factor VII, 561—575
Cantons, J., 317-341 COLIA2, 115-123
cardiovascular disease, 561 575, COL3A1, 675-704
See also coronary artery disease, coro- COLAIA, 27-36
nary heart disease
Cole, S., 17—25
Cardoso, H., 873-878 collagen lal, 27—36
Carrillo Farga, J., 399-405 Collantes, J. C., 521
Cartault, F., 705-714 Comuzzie, A., 1-15
Carvalho-Silva, D. R., 71-91 consanguinity, 201-212
Casalotti, R., 115-123 contour area multifractal model, 577—617
Castillo, S., 663-673 Coras, 867—872
CCR2-64I, 521-526 coronary artery disease, 795-802. See also
CCRS5A32, 521-526 cardiovascular disease
“CCR5A32, CCR2-64I, and SDF1-3’A coronary heart disease, 247—256
Polymorphisms Related to Resistance to Cosmi, E. V., 433-441
HIV-1 Infection and Disease in the Ec- Cosmi, E., 433-441
uadorian Population” (brief communica- Costa, G. C. S., 509-514
tion), 521-526 Costa Rica, 71-91
Celi, A. P., 521-526 Cox, M. P., 179-188
Cenarro, A., 663-673 Crawford, M. H., 723-733
CFTR gene, 125-135, 499-508, 705-714 Croatia, 471—486
“CFTR Haplotype Distribution in the Bra- Cruz-Fuentes, C. S., 867—872
zilian Western Amazonian Region,” Csanyi, B., 639-662
499-508 CSFIPO, 471—486, 825-851
CFTR locus, 853—865 Cumanians, 639-662
CFTR novel mutations, 705-714 Cunha, C., 213-229
CGG repeat, 137-151 Cupples, L. A., 773-793
i
Chakraborty, R., 471-486 Curlis, Y., | S/ 151
Chambers, G. K., 157—177 Currie, K. A., 267—279
Channel Islands, 761—772 cystic fibrosis, 125—135, 499-508,
“Characterization of the D18S535 STR 637, 705-714, 853-865
Locus in Northern Ontario European and Czarny, J., 355-365
Aboriginal Populations for Forensic Pur- Czibula, A., 639-662
poses,” 267-279
Chavez-Eakle, R. A., 867—872 AFS508, 853-865. See also DF508
chemokines, 521—526 D2S 1338, 825-851
Cherni, L., 61—70 D3S1358, 471—486, 803-823, 825-851
Chibchan tribes, 71-91 D5S818, 471—486, 803-823, 825-851
children, 457—470 D7S823, 499-508
882 / Index to Volume 77
D7S653, 231-246 DYS19, 71-91
D7S820,47 1-486, 803-823, 825-851 DYS199, 71-91
D8S1179, 803-823, 825-851 DYS389A, 71-91
D13S317,47 1-486, 803-823, 825-851 DYS389B, 71-91
D16S539, 825-851 DYS390, 71-91
D18S5, 803-823 DYS391, 71-91
D18S51, 825-851 DYS393, 71-91
D18S535, 267-279 Dzimiri, N., 795—802
D19S8433, 825-851
D21S11, 803-823, 825-851 eastern Adriatic islands, 471-486
Daack-Hirsch, S., 257-266 EcoRI, 115-123
Dalmatian islands, 471-486 Ecuador, | 15—123, 521-526
DAT 1, 281-286 Ecuadoran mixed populations, 115-123
DATI VNTR Allele Frequencies in the Ecuadoran population, 521-526
Omani Population” (brief communica- Egypt, 675-704
tion), 281-286 eigenshape analysis,
Deka, R., 471-486 Ellison, G. T. H., 761
de la Rua, C., 443-456 Emch, V. C., 735-759
Demarchi, D. A., 723-733 endogamy, 803—823
dendrogram, 343-353 Engracia, V., 499-508
Derenko, M. V., 355-365 Ennafaa, H., 61-70
‘Dermatoglyphic Fingerprint Heterogene- epidemiology, 291-303
ity Among Individuals with Nonsyn erythrocyte band 3 gene deletion, 399—405
dromic Cleft Lip With or Without Cleft Estrada, F. J., 399-405
Palate and Their Unaffected Relatives in “Ethnic Differences in the Distribution of
China and the Philippines,” 257—266 Interleukin-6 Polymorphisms Among
dermatoglyphics, 257-266 Three Brazilian Ethnic Groups” (brief
De Stefano, G., 115-123 communication), 509-514
DF508, 619-637. See also AF508
diabetes, 1-15 F7 gene, 561-575
disease prognosis, 521-526 ‘The F7 Gene and Clotting Factor VII
Distribution of Apolipoprotein I Alleles Levels: Dissection of a Human Quantita-
in Coras and Huicholes from Nayarit and tive Trait Locus,” 561—575
Nahuas and Mestizos from Veracruz. factor V Leiden, 619-637
Mexico” (brief communication) factor XI deficiency, 619-63
867-872 Falchi, A., 45-60
diversity, in the Azores, 37-44 familial defective apoB, 663-673
dopamine transporter gene (DAT 1) family study, 1-15
281-286 Feingold, J., 619-63
Downes, C. S., 639-662 “Female Gene Pools of Berber and Arab
Duffy, 619-637 Neighboring Communities in Central
Duggirala, R., 231-246 Tunisia: Microstructure of mtDNA Vari-
“Duration of Urban Mortality for the 14th ation in North Africa,” 61-70
Century Black Death Epidemic,” Fernandes, O., 125—135, 853-865
291-303 Fernando, O., 189-199
Duren, D. L., 735-759 fertility transition, 433-441
DXS548, 137-151 FGA, 471-486, 803-823, 825-851
Dyer, T. D., 231-246, 541-559, 773-793 Flores Island (Azores), 317-341
Index to Volume 77/ 883
FMRI gene, 137-151 genetic structure, of Flores Island, 317-341
FMRb, 137-151 “Genetic Structure of Flores Island
Fontcuberta, J., 1-15, ‘ (Azores, Portugal) in the 19th Century
forensic biology, 825 and in the Present Day: Evidence from
forensic science, 267 Surname Analysis,” 317-341
Formosa, 675-704. See also Taiwan, Tai- genetic variation, 71-91, 471-486
wan aboriginals “Genetic Variation at Nine Short Tandem
founder effect, 393-397 Repeat Loci Among Islanders of the
founders, of Maori, 157-177 Eastern Adriatic Coast of Croatia,”
fragile X dynamic mutation, 137-151 471-486
Fragoso, J. M., 385-391, 515-520 “Genetic Variation of the Y Chromosome
Framington Heart Study, 773-793 in Chibcha-Speaking Amerindians of
France, 675-704 Costa Rica and Panama,” 71-91
FRAXAC1, 137-151 genome-wide screen, 17—25
French Alps, 201-212 genotype-by-sex interaction, 773-793
“Frequencies of the Four Major Amerin- “Genotype-by-Sex Interaction in the Regu-
dian mtDNA Haplogroups in the Popula- lation of High-Density Lipoprotein: The
tion of Montevideo, Uruguay” (brief Framingham Heart Study,” 773-793
communication), 873-878
German patients, 367-384
Gloria-Bottini, F., 433-441
G6PD, 343-35: Gombarovits, M. E., 125-135
Gadelha, S. R., 5 Gomez-Sanchez, A., 867-872
GAIT study, 561] Gonzalez-Sobrino, B. Z., 867—872
Galicia, 675-704 gorilla, 735-759
Gallino, J. P., 873-878 Goring, H. H. H., 541-559
Gotting, C., 367-384
Granados, J., 385-391, 399-405
Gascue, C., 873-878
group selection, 421-431
GATT, 853-865
growth, 457-470, 761-772
GC, 45-60
“Growth of Jersey Schoolchildren During
gene diversity
the 1940-1945 German Occupation:
in Costa Rica and Panama, 71-91
Comparison with Schoolchildren on
in North India, 343-353
Mainland Britain,” 761-772
“Gene Diversity in Some Muslim Popula
Grzybowski, T., 355-365
tions of North India,” 343-353
Guaymi, 71-91
gene flow, 803-823
Guijarro, M. J. M., 521-526
gene polymorphism, of ABCC6, 367-384
Gulayin, R., 247-256
“Genetic Characterization of the Historical
Gulen, H., 393-397
Albanian Ethnic Minority of Calabria
(Southern Italy),” 45—60
genetic dating, 179-188 Hamilton’s rule, 421-431
genetic distance, 343 Hammer, M. F., 93-114
genetic diversity, 355 haplogroups, 189-199
733, 825-851 haplotype associations, 137-151
of Flores Island, 317-341 haplotype background, 853-865
genetic isolate, 305-316 “Haplotype Distribution of and Linkage
genetic markers, in North India, 343 Disequilibrium Between Four Polymor-
genetic polymorphism, 433-441 phic Markers Near the CFTR Locus in
884 / Index to Volume 77
Brazilian Cystic Fibrosis Patients,” HVRII, 213-229
853-865 HVS-I, 179-188, 639-662
“Haplotype Study of Intermediate-Length HVS-II, 443-456, 639-662
Alleles at the Fragile X (FMR1) Gene: hypercholesterolemia, 663-673
ATL1, FMRB, and Microsatellite Haplo-
Iberia, 213—229
types Differ from Those Found in Com-
Iberian peninsula, 675—704
mon-Size FMR! Alleles,” 137-151
Ibrhim, G., 487—498
HDL cholesterol, 17—25
“Identification of Spatial Genetic Bound-
Heckmann, M. I. O., 499-508
aries Using a Multifractal Model in
height, 761-772
Human Population Genetics,” 577-617
hemostasis, 1-15, 561-575
IL-6 gene, 509-514
hemostasis-related traits, 1-15
inbreeding, 37—44, 201-212, 305-316
Hendig, D., 367-384
inbreeding avoidance, 305-316
Henneberg, M., 723-733
“Inbreeding Avoidance in an Isolated In-
hepatic lipase gene, 17-25
digenous Zapotec Community in the
hereditary hemochromatosis, 619-637
Valley of Oaxaca, Southern Mexico,”
heritability, 1-15, 17-25
305-316
“Heritability of Hemostasis Phenotypes
inclusive fitness, 421—431
and Their Correlation with Type 2 Dia-
India, 675~—704, 803-823
betes Status in Mexican Americans,”
Indians, 93-114
1-15
Indian traders, and peopling of Indonesia,
Hernandez-Pacheco, G., 38:
93-114
H R. J., 675-704, 825
Indonesia, 93-114, 179-188
heterozygosity, 343-353
“Indonesian Mitochondrial DNA and Its
Hidalgo, P., 873-878
Opposition to a Pleistocene Era Origin
high-density lipoprotein (HDL), 773-793
of Proto-Polynesians in Island Southeast
Hindus, 343-353
Asia,” 179-188
HIV-1 infection, 521-526
inherited diseases, 619-637
Hixson, J. E., 17-25
insulin resistance syndrome, 231—246
HLA, 619-637
interleukin-6, 509-514
HLA-A, 577-617
intermediate-length alleles, 137-151
HLA-B35, 399-405
“Is Delayed Childbearing Changing Gene
Hlusko, L. J., 735-759
Frequencies in Western Populations?”
Holden, J. J. A., 137-151
433-44]
hominoids, 735-759
island Southeast Asia, 825-851
homogenization, 803-823
isolated population, 37—44
Horvath, F., 639-662
isonymy, 37-44
Hou Haifeng, 577-617 Izagirre, N., 443-456
HP, 433-441
HS2, 675-704 Janicijevic, B., 471-486
HS4, 675-704 Japan, 27—36, 675-704
Huetar, 71—91 Java, 825-851
Huicholes, 867-872 Jin, L., 471-486
“Human Evolution in Polynesia,” 157—17 ~/ “Joint Linkage and Association Analysis
human populations, 355—365, 675-704 of the Hepatic Lipase Promoter Poly-
Hungarians, 639-662 morphism and Lipoprotein Size Pheno-
Hu Ping, 577-617 types,” 17-25
HVRI, 213-229 Jorde, L. B., 93-114
Index to Volume 77/ 885
Kalmar, T., 639-662 Loesch, D., 137-151
Karafet, T. M., 93-114 Lopez-Camelo, J. S., 853-865
Kell, 619-637 Loueslati, B. Y., 61-70
Kelly, M., 761-772 “Low Variability of the POLG (CAG), Re-
Kent, J. W., Jr., 541-559 peat in North Eurasian Populations,”
Kenya, 675-704 355-365
kin selection, 421-431 Luis Diaz, J., 663-673
“Kin Selection in Human Populations:
Theory Reconsidered,” 421-431 MacCluer, J. W., 1-15, 17-25
kinship, 317-341, 443-456 Ma Daoxin, 577-617
Kirkby, K., 137-15] Madhavi, V. K., 803-823
Kizhi, 723-733 Madras, 675-704
Klari¢, I. M., 471-486 Mahaney, M. C., 17—25
Kleesiek, K., 367-384 Maia, A. J. R., 457-470
KM19, 853-865 Malaysians, 93-114
Knowles, J. A., 723-733 Malina, R. M., 305-316
Koreans, 355-365 Malyarchuk, B. A., 355-365
Kubat, M., 471-486 mandible, 735-759
Kumar, V., 803-823 mandibular symphysis, 735-759
Kurds, 355-365 “Mandibular Symphysis of Large-Bodied
Kuwait, Arabs, 487-498 Hominoids,” 735-759
Maori, 157-177
Lacombe, D., 619-637 Marazita, M. |
Lagonia, P., 45—60 Marques, A. T., 457-470
Langstieh, B. T., 803-823 Marshall, S. J., 157-177
Lansing, J. S., 93-114 Martin, L. J., 773-793
Lauc, L. B., 471-486 Martinez, L., 675-704
Lawatia, K., 281-286 Martinez-Labarga, C., 115-123
LDL cholesterol, 17—25 Martinez-Rodriguez, N., 385-391,
LDLR, 663-673 515-520
Leach, R. J., 231-246 Martinez Rueda, H., 867-872
Lehman, D. M., 231-246 Martorell, E., 663-673
Leone, P. E., 521-526 Mata, P., 663-673
Leroy, C., 705-714 maternal age, 433-44]
Lesure, J. F., 705-714 mating, 305-316
Li Guifu, 577-617 matrix y-carboxyglutamic acid protein
Lima, M., 189-199, 317-341 (MGP), 385-391
linkage, 773-793 “Matrix y-Carboxyglutamic Acid Protein
linkage disequilibrium, 853—865 (MGP) G-7A and T-138C Gene Poly-
LIPC, 17-25 morphisms in Indian (Mayo and Teenek)
lipoprotein diameter, 17-25 and Mestizo Populations from Mexico”
lipoproteins, 487-498 (brief communication), 385-391
Little, B. B., 305-316 Mayer, F. M., 317-341
Liu, Y.-E., 257-266 Mayer, L., 93-114
Liu Jing, 577-617 Mayos, 385-391, 515-520
Livshits, G., 723-733 McComb, J., 723-733
Llerena, J. C., Jr., 125-135, 853-865 medieval demography, 291—303
local vs. global variation, 803-823 Melanesia, 93-114
886 / Index to Volume 77
Mendes-Junior, C. T., 499-508 Mozas, P., 663-673
Merifio-Ibarra, E., 663-673 MRP6, 367-384
mestizos, 515—520, 867—872 Mspl, 115-123
metabolic syndrome, 231-246 mtDNA, 71-91, 157-177, 179-188, 213
Mexican Americans, 1-15, 231—246 229, 443-456, 639-662
Mexican populations, 385—391, 515-520 mtDNA haplogroups, 619-637, 873-878
Mexico, 305-316, 399-405, 867-872 mtDNA mutations, 355-365
MGP., 385-391 mtDNA variation, 61—70
Michael, P., 267—279 multidrug resistance-associated protein 6,
Micronesia, 93—114 367-384
microsatellite diversity, 803—823 Murguia, L. E.,
“Microsatellite Diversity in Andhra Murray, J. C., 257
Pradesh, India: Genetic Stratification Muslims, 343
Versus Social Stratification,” 803-823 mutational analysis, 367—384
microsatellite loci, 71—91
microsatellite markers, 825-851 9-bp deletion, 157
migrationa!l marker, 399-405 Nahuas, 867-872
Mimbacas, A., 873—878 Naidu, V. M., 803
Miscicka-Sliwka, D., 355-365 Native Americans,
Mitchell, R. J., 137-151 NBS1, 393-397
mitochondrial DNA. See mtDNA Neiswanger, K., 257—266
mitochondrial DNA haplogroups. See neonatal screening, 705-714
mtDNA haplogroups New York City whites, 723-733
mitochondrial DNA mutations. See New Zealand, 157—177
mtDNA mutations Nhantumbo, L., 457—470
“Mitochondrial DNA of Ancient Cumani- Nicotra, M., 433-441
ans: Culturally Asian Steppe Nomadic Niino, N., 27—36
Immigrants with Substantially More Nijmegen breakage syndrome (NBS1i),
Western Eurasian Mitochondrial DNA 393~397
Lineages,” 639-662 Nkongolo, K. K., 267-279
model averaging, 541-559 North, K. E., 773-793
Mohamed, G. H., 795-802 North Africa, 213—229
“Molecular Analysis of 23 Exons of the northern Eurasian ethnic groups, 355-365
CFTR Gene in Brazilian Patients Leads northern Ontario (Canada), 267—279
to the Finding of Rare Cystic Fibrosis North India, 343-353
Mutations,” 125-135 “Novel Mutations in the ABCC6 Gene of
“Molecular Demonstration of SLC4A1 German Patients with Pseudoxanthoma
Gene Deletion in Two Mexican Patients Elasticum,” 367-384
with Ovalocytosis” (brief communica-
tion), 399-405 Oceania, 93-114, 157-177
Mongolians, 355—365 O’Connell, P., 231-246
Montiel, R., 189-199 Ojibwa, 267-279
Morillo, S. A., 521-526 Olea, R. A., 291-303
Morocco, 675—704 Oman, 281-286
Mosher, M. J., 723-733, 773-793 orangutan, 735-759
Mota, P., 189-199 osteoporosis, 27—36
Mota- Vieira, L., 37-44 Otsuki, K., 125-135
Mozambique, 457-470 ovalocytosis, 399—405
Index to Volume 77 / 887
Panama, 71-91 Prata, M. J., 189-199
Papua New Guinea, 93-114 pre-Neolithic hunter-gatherers, and peo-
Papuga, M., 355-365 pling of Indonesia, 93-114
Pavici¢c, D., 471-486 primates, 735-759
Paz, L., 443-456 Priskin, K., 639-662
Paz-y-Mino, C., 521-526 Prista, A., 457-470
pedigrees, 231-246 profession, and consanguinity, 201-212
Pena, S. D. J., 71-91 Prost, M., 201-212
“Peopling of the Azore Islands (Portugal): protein C, 1-15
Data from the Y Chromosome,” protein S, 1-15
189-199 prothrombin time, 1-15
Pepe, G., 115-123 proto-Polynesians, 179-188
Pereira, L., 61—70, 213—229 pseudoxanthoma elasticum, 367—384
Pérez-Miranda, A. M., 825-851 PTC taste ability, 343-353
Pérez-Vielma, N., 385-391, 515—520 Puppala, S., 231-246
Pericic, M., 471-486 PV92, 675-704
Persians, 355-365
Peterson, C. P., 541-559 quantitative trait loci (QTLs), 561-575
Peterson, G., 247—256 quantitative trait nucleotide (QTN),
PGM1, 45-60, 433-441 561-575
Philippines, 257—266 “Quantitative Trait Nucleotide Analysis
Philippinos, 93-114 Using Bayesian Model Selection,”
phylogeny, 825-851 541-559
Pilar Aluja, M., 317-341
Piro, A., 45—60 p Statistic, 179-188
Pivetta, O. H., 247-256 R3500Q mutation, 663-673
pleiotropy, 231—246 Rabino-Massa, E., 201-212
Pocovi, M., 663-673 Rainwater, D. L., 17-25
Poland, 675-704 Ramos-Kuri, M., 399-405
Poles, 355-365 rare haplotypes, 443—456
polymerase gamma (POLG), 355-365 “Rare Haplotypes in mtDNA: Applications
polymorphic A/u insertions, 675-704 in the Analysis of Biosocial Aspects of
“Polymorphic Alu Insertions and Genetic Past Human Populations,” 443—456
Diversity Among African Populations,” Rask6o, I., 639-662
675-704 Redd, A. J., 93-114
polymorphic markers, 853-865 Reddy, A. G., 803-823
polymorphism, 487-498, 509-514 Reddy, B. M., 803-823
of DAT! gene, 281—286 Refai, T. M., 487-498
of MGP, 385-391 regression, 291—303
Polynesia, 93-114, 825-851 Renouil, M., 705-714
Polynesian motif, 157-177, 179-188 Renzi, F., 115-123
Polynesians, 157-177, 179-188 “Restriction Fragment Length Polymor-
pooled DNA, 723-733 phisms of Type I Collagen Locus 2
population genetics, in northern Ontario, (COL1A2) in Two Communities of Afri-
267-279 can Ancestry and Other Mixed Popula-
population variation, 257—266 tions of Northwestern Ecuador,”
Portugal, 189-199 115-123
POX, 577-617 Réunion Island, 705-714
S88 / Index to Volume
short tandem repeat (STR), 267-279, 471
486, 723-733, 803-823, 825-851
Rickards, O., 115—1 Siberians, 355—365
Rios, D. L., 509-514 sickling,
risk factor, for atherosclerosis, 2 Silva, C
R matrix analysis, 723-733 Simoes, A. L., 499-508
Rodriguez-Pérez, J. M., Simsek, M., 281—286
Rogozin, |. B., 355-365 Singh, L., 803-823
al, 115 3 single nucleotide polymorphism (SNP),
Rudan, L., 541-559
Rudan, P., 471 single-strand conformation polymorphism
Ruiz-Narvaez, I (SSCP) analysis, 125-135
Russians, 355 Sisu, E., 247-256
Rwanda, 675 Slavs, 393 .39A F
Rychkov SLC4A1A27, 399-405
SNP. See single nucleotide polymorphism
“Social Structure and Consanguinity in a
6PGD, 45-60
French Mountain Population (1550
‘657del5 Mutation of the Nijmegen Break
1849),” 201-212
ige Syndrome Gene (NBS1) in the Turk
“Somatic Growth of a School-Aged Popu
ish Population” (brief communication)
lation from Mozambique: Trend and Bi
393397
osocial Meaning,” 457—470
abater-Lleal, M., 561—575
Soria, J. M., | 15. 561 5
alzano, F. M., 499-508
South Africa, 675 04
amoa, 825-851 South Africans, 723-733
an Antonio Family Heart Study, |—15 Southeast Asian ovalocytosis, 399-405
Sans, M., 873-878 Southern Chinese, 93-114
Santos, C., 317-341
Souto, J. C., | 15, 561-575
Santos, F. R 9] Spain, 663-673
Santos, M. G., 499-508
Spanish Group of Familial Hypercholester-
Saranga, S., 457-470 olemia, 663-673 )
Saudi Arabians, 93
Spanish population, | 15-1 23
Sb19, 675-704
spatial genetic boundaries, 577-617
Schanfield, M “Spectrum of CFTR Mutations on Réunion
Schulz, V., Island: Impact on Neonatal Screening,”
Scott, N. M., 257—266
705-714
‘Screening of APOB Gene Mutations in Spreadex gels, 487—498
Subjects with Clinical Diagnosis of Fa Sri Lankans, 93-114
milial Hypercholesterolemia,” 663-673 SSCP (single-strand conformation poly-
SDF1-3'A, 521-526 morphism) analysis, 663—673
secular trend, 761-772 Statistical genomics, 541-559
sequence data, 541—559 Stern, M. P., 17-25, 231-246
Serrano Sanchez, C., 867 STR. See short tandem repeat
sexual dimorphism, 7 Suafo’a, E., 825-851
Shepard, E. M., 825-851 Suarez-Tembra, M., 663—673
Sherwood, R. J., 35 759 sub-Saharan Africa, 213-229
Shimokata, Sudan, 675-704
Shors, 355-365 Sun Guoging, 577-617