Animal Genetics 2003: Vol 34 Index

9 Pages·2003·2.2 MB·English

Animal Genetics, 2003
Author index
Abe, T see lakasuga, A Bertani, G R, Johnson, R_ K, Robic, A & ‘epica, S & Rohrer, G A
Achmann, R see Wallner, B Pomp, D Mapping of porcine ESTs diation hybrid mapping
A\llendorf, F W see Nichols, K M obtained from the anterior pituitary PIK3R1 gene to chromosot
\lves, E, Ovilo, C, Rodriguez, M C & Silio, | 4 ‘epica, S see Vykoukalova, Z
Mitochondrial DNA sequence variation A hen, |
and phylogenetic relationships among A ‘heng. H
Iberian pigs and other domestic and wild Swinburne A ‘holewinsk
pig populations, 319 iI ee Guerin, G Cc hristenson
\lexander,L J Buitkamp., |] ( sar, C R, Ba
see also Swinburne, N B & Donos
(Amano, T see Kikkaw
(mills, M & Bouz
the bovine BCI
pseudogenes, +5
(mills M see Tomas, A Ronningen. K, Lingaas, I & Olsake
ast ' '
\ndelfinger, G Etter, | yment,M physical mapping ol
Galibert, | Kirkness Benson, D W nes expressed In 1 pus tuteum
Radiation hyb and genomic
IAF
\ndersson,
Antczak, |
\nthony
\rthun
\sheim
\iwell,
2r-a»i]l myshe
Balog, | M
salzari, M
Pp rdrragan, &
Bartenschl awgeerl}
see also Stratil, A
see also Wagenkne
eoclKaeyr, |K Escobar, a H, BRiicohl}ti enre
& Buillerdiek
canine
Cll, aI K
Bellmann, O s
sendixen
Sugimoto, M
see also Ihara,
Benson D W see Andelfinger, G
Bentley, J] see Burt, D W
Bentzen P see Nichols, K M regulator
Bernoco, D see Guerin, G 1]
Berryere, T G Schmutz, S M, Schimpf, R J Javoll, RK, Zambonelli, P, | yntanesi.|
Cowan, C M & Potter, J. TYRP1 is asso Caetano, nazzo, M, Bigi D, Russo, V & Milan
ciated with dun coat colour in De xter Cagnazzo, M see Radiation hybrid mapping
cattleo r how now brown cow?, 169 Calvo | H see R letal muscle genes (CI
Berryere, T G see Schmutz, S M Carlborg, O se¢ Kerje, S I'NNT1) to porcine chromosome 6
2003 International Society for Animal Genetics
\UTHOR INDEX
Davoli, R see Stratil, A Fernandez, A, Silio, L, Noguera, J L. San Guimaraes, S E F see Pita RH, Pita, R H
Day. A E, Quilter, C R., Sargent, C A & chez, A & Ovilo, C. Linkage mapping of Guo, X, Kupfer, D M, Fitch, G Q, Roe, BA &
Mileham, A J. Chromosomal mapping. the porcine hairless gene (HR) to chro DeSilva, U. Identification of a novel
sequence and transcription analysis of mosome 14 lysine-171 allele in the ovine prion
the porcine fertilin beta gene (ADAM2), Ferretti, L see Hills, D protein (PRNP) gene, 303
Fitch, G Q see Guo, X
»/+d
Decker, K S see Kim, H Flynn, J see Guerin, G
Deeb, N & Lamont, S J. Use of a novel Folch ] M see Yahvaoui, M H
outbred by inbred F, cross to detect Ee- Fontanesi, | see Davoli, R Habermann,F see Ren, J
netic markers for growth, 205 see also Stratil, A Haegeman, A Williams, J L, Law, A,
DeSilva, U see Guo, X Forrest, R H, Hickford, J] G H Hogan, A & Van Zeveren, A & Peelman, L J]
Di Meo, G P, Perucatti, A, Gautier, M, Hayes Frampton, C Polymorphism at the ovine Characterization and mapping of bovine
H. Incarnato, D, Eggen, \ & lannuzzi, | § ;-adrenergic receptor locus: associations dopamine receptors 1 and 5, 290
Chromosome localization of the 31 type I with birth weight, growth rate. carcass Haegeman, \, Williams, J L, Law, \. Van
lexas bovine markers in sheep and goat composition and cold survival, 19 Zeveren, A & Peelman, L J. Mapping and
chromosomes by comparative FISH Frampton, C see Forrest, R H SNP analysis of bovine candidate genes
mapping and R-banding, 294 Fredholm, M see Proschowsky, H | for meat and carcass quality, 349
Jodgson, J B see Fries, R see Buitkamp., J Hagger, C see Omi, 1
Dolf. see also Ren, J, Hamasima, N, Suzuki, H, Mikawa, A,
see also Hills, D see also Thaller, G Morozumi, ‘| Plastow, G & Mitsuhashi, 1
see also Parra, D Fujishima-Kanaya, N loki, D, Suzuki, K, Construction of a new porcine whole
Yomukai, M see ranaka, M Sawazaki, 17 Hiraiwa, H, lida, M, Haya genome framework map using a radia
Donoghue, A M see Cisar, C R shi, T. Uenishi. H. Wada, Y, Ito, Y & tion hybrid panel, 216
yrew R see Nichols, K M \wata lr. Development of 50 gene-asso Han, Y see Geldermann, H
Junner, S see Parra, D ciated microsatellite markers using BAC Hanotte, O see Mburu, D N
Ivorak, | see Vykoukalova, Z clones and the construction of a linkage Hansen, C see Harboe, T I
Yyment, M see Andelfinger, G map of swine chromosome 4, 135 Harboe, T L, Jensen, L R, Hansen, C, Horn, P,
Furuoka, H see Sugimoto, M Bendixen, C, Tommerup, N & Tiimer, Z.
Echternkamp, S E see Potts, J K Cloning, characterization and chromo
ckert, J see Geldermann, H Gaillard,C see Brenig, B somal localization of the Sus scrofa
dwards, C J, Connellan, J, Wallace, P F, Galibert, F see Andelfinger, G gene, 59
Park, S DI McCormick, F M, Olsaker, I. Gauly, M see Weimann, C Hartmann, C see Kerje, S
Eythorsdottir, E. MacHugh, D | Bailey, | Gautier, M see Bonsdorff, T, Harvey, S C, Kwon, J Y & Penman, D J
F & Bradley, D G. Feasibility and utility of see also Di Meo, G P Physical mapping of the brain and ovar
microsatellite markers in archaeological Geldermann, H, Preuss, S, Eckert, J, Han, ¥ ian aromatase genes in the Nile Tilapia.
cattle remains from a Viking Age settle- & Ollesch, K. Analysis of polymorphic Oreochromis niloticus, by tluorescence
ment in Dublin, 410 microsatellites within the bovine and in situ hybridization, 62
gegen, \ see Bonsdorff, I ovine prion protein (PRNP) genes, 28 3 Hasegawa, T see Guerin, G
see also Di Meo, G Geldermann, H see Knoll, A, Hayashi, T see Fujishima-Kanaya, F,
see also_ — Roy, R> see also Stratil, A see also Tanaka, M
Eggleston, M see Guerin, G see also Wagenknecht, D Hayes, H see Di Meo, G P,
Ellis. N see Guérin, G Gilles, M see Mamo, S see also Roy, R
Emara, M G see Kim, H Gomez-Raya, L see Tomas, A He, C, Chen, L, Simmons, M, Li, P. Kim, S &
Erhardt, G see Weimann, C Goodall, J J & Schmutz, S M. Linkage map Liu, Z J Putative SNP discovery in inter-
Escobar, H M see Becker, K ding of IGF2 on cattle chromosome 29, 313 specific hybrids of catfish by comparative
Estellé, | see Tomas, A Goto, R M see Iglesias, GM EST analysis, 445
Etter, L see Andelfinger, G Gralak, B see Guerin, G Hickford, J G H see Forrest. R H
Ewald, D see Buitkamp, J Griflin, D K see Quilter, C R Hills, D, Schlaepfer, J, Comincini, S,
Ewald, G see Thaller, G Groenen, M A M see Jungerius, B J, Siwek, M MacLean, I, Dolf, G, Ferretti, L, Olsaker, |
Eythorsdottir, E see Edwards, C J Guerin, G, Bailey, E, Bernoco, D, \nderson, & Williams, J L. Sequence variation in
Antezak, D F, Bell, K., Biros, I, the bovine and ovine PRNP genes,
Bjornstad, G, Bowling, A T, Brandon, R. 183
Fan, B, Yang, S-L, Liu, B, Yu, M, Zhao, S-H & Caetano, A R, Cholewinski, G, Colling, D, Hiraiwa, H see Fujishima-Kanaya, |
Li, K. Characterization of the genetic di- ggleston, M, Ellis, N, Flynn, J, Gralak, B, Hitte, C see Andelfinger, G
versity on natural populations of Chinese Hasegawa, T Ketchum, M, Lindgren, G, Hocking, P M see Burt, D W
miniature pig breeds, 465 Lyons, L A, Millon, L V, Mariat, D, Hogan, A see Forrest, R H
Fan, B see Wang, Y F, Murray, J, Neau, A, Roed, K, Sandberg, Honeycutt, R L see Sena, L
see also Yu, M K, Skow, L C, Tammen, I, Tozaki, T, Van Horn, P see Harboe, T L
Farber, C R & Medrano, J F. Putative in silico Dyk, E, Weiss, B, Young, A & Ziegle, J. Hu, X see Wang, A, Wang, A
mapping of DNA sequences to livestock The second generation of the Interna Huang, L S see Ren, J
genome maps using SSLP flanking tional Equine Gene Mapping Workshop Hughes, C R see Stai, S M
sequences, 1] half-sibling linkage map, 161 Hulata, G see Cnaani, A
© 2003 International Society for Animal Genetics, Animal Genetics, 34, 477-482
THOR INDEX 479
lannuzzi, L see Di Meo, G P Kikkawa, Y, Takada, T, Sutopo
Iglesias, G M, Soria. L A, Goto, R M, Jar, A Namikawa, T, Yonekawa,
M. Miquel, M C, Lopez, OJ & ler, i Phylogenies
Genotypic variability at the major histo provide
compatibility complex (B and Rfp-Y) in introgression
Camperos broiler chickens, 88 96
Ihara, N, Yamakuchi, H, Taniguchi, Y, $ Kim, H. Schmidt, C J. Decker, K S & Emara,
saki, Y, Bennett. G L, S & Sus M G. A_ double-screening method to
moto, Y. Mappinogl D gene identify reliable candidat
BTA 14q15-17, +70 mous SNPs from chic!
Ihara, N see Sugimoto, M
lida, M see Fujishima-Kanaya, | } L & Christenson
Incarnato, D see Di Meo, G P fa SNP in the
Itoh. T. Takasuga, A, Watanabe, T & Sugi region
+00 expressed
> bovine genome
borriidd panne l >H?L
lakasuga, \A
) Fujishima
Jacobsson
Jaggy. A
Jar, AM
Jensen, |
Jensen
see al
Jepsen, B s
Jianlin, H
Johnson, R
Jungerius, I
P M, van
Pas, M I
opment
morphism
chromosome 2
Kahl, S see Connor, E | Knorr. ¢
Kaiser. M G, Lakshmanan, N, Arthur, J A, 1udsen
O'Sullivan, N P & Lamont, S J. Experi-
mental population design for estimation
of dominant molecular marker effect on on.) Individual assignment using
gg-production traits, ric NA reveals unambiguous
Kajii. E see Omi, 1 breed id ication in the domestic dog.
Kamatani, N see Takasuga, A
Kappes, S see Ihara, N K lli. K § irkness, E, Natale, L J &
Kata, S R see Mamo, $ vers-Wallen, Exclusion of PISRT1
Kathmann, | see Brenig, B candidate | for ine Sry-ne-
Kaufmann, B see Mburu, D N gative XX versal, +6 chondrial DNA
Kerje, S, Carlborg, O, Jacobsson, L, Schiitz, f . Malek, 1 » J. Asso analysis, 82
K, Hartmann, C, Jensen, P & Andersson, ciation of twelve candidate gene poly Lopes P)S se
L. The twofold difference in adult size morphisms and response to challenge Lopez, O J se
between the red junglefowl and White with Salmonella enteritidis in poultry. 339 — Lyons, L A se
Leghorn chickens is largely explained by Kramer, J see Stratil, A
a limited number of OTLs, 264 Kraus, M see Weimann, ¢
Kerje. S, Lind, J, Schiitz. K. Jensen. P & Kiihn, C see Thaller, G MacHugh. D |}
\ndersson, L. Melanocortin 1l-receptor Kupfer, D M see Guo, X MacLean, I see Hil
(MC1R) mutations are associated with Kurar, E, Womack, J E & Kirkpatrick, B W. A MacNeil. M D see
plumage colour in chicken, 241 radiation hybrid map of bovine chromo- — Majzlik, I see Wagenki
Ketchum, M see Guérin, G some 24 and comparative mapping with Malek, M see Kramer,
Khoo, S-K see Ozaki, A human chromosome 18, 198 Mallard. B A see Shar
2003 International Society for Animal Genetics, Animal Genetics, 34, 477-482
480 \UTHOR INDEX
Mamo, S. Wimmers, Kk, Gilles, M, Kata, S R, Neau, \ see Guerin, G Ozaki, A. Khoo, S-K, Sakamoto, T & Okamoto,
Schellander, K & Ponsuksili, S$. Mapping Neuenschwander, S see Omi, 1 N. Thirty-one polymorphic microsatellite
of ESTs derived from pre-implantation Nichols. K M, Young, W P, Danzmann, R G, markers for genetic mapping in rainbow
stage cattle embryos to allocate 16 new Robison, BD, Rexroad, C, Noakes, M, trout (Oncorhynchus mykiss), 315
additions to the ordered comparative map Phillips, R B, Bentzen, P, Spies, I, Knud
of cattle and human, 449 sen. K, Allendorf, F W, Cunningham, BM, Palti, Y, Danzmann, R G & Rexroad, C E IIL.
Mannen, H see Sultana, $ Brunelli, J, Zhang, H. Ristow, S, Drew, R Characterization and mapping of 19
Mariat, D see Guerin, G Brown, K H, Wheeler, P A & Thorgaard, G polymorphic microsatellite markers fot
Masabanda, | see Buitkamp, J H \ consolidated linkage map for rainbow trout (Oncorhynchus mykiss), 153
Matsumoto, T see Tanaka, M rainbow trout (Oncorl mykiss), Pan. P see Yu, M
Mau, C, Stranzinger, G & Rieder a 102 Pan, P-W, Li, K, Tuggle, C K, Yu, M, Liu, B &
Polymorphisms in the equine WNT] Nieuwland M GB see Siwek, M Zhao, S-H. Sequencing, tissue distribution
gene allow linkage mapping to ECA6q, Nilsen N see Bjornstad, G and physical mapping of the porcine
148 Nissen, P H, Thomsen B, Offenberg., H 10mologue of cardiomyopathy associated
Mburu, D N. Ochieng, J] W Kuria, S G Thomsen, P D & Bendixen, C. Cloning 3 (CMYA3), 472
Jianlin, H,. Kaufmann, B, Rege, ]J | Ok and characterization of the bovine EGR4 Park, S D E see Edwards, C J
Hanotte, O diversity and gene and evaluation as candidate gene Parra, D, Dolf, G& Dunner, S. Contribution of
relationships of indigenous Kenyan for bovine spinal dysmyelination, 124 a new set of canine microsatellites to the
camel (Camelus dromedarius) popula- Noakes, M \ & Phillips, R B. OtY1 is a \ knowledge of the canine genetic map, 69
tions: implic assilication linked market in Chinook salmon but not Parmentier, H K see Siwek, M
26 in Rainbow trout, 156 te Pas, M F W, Leenhouwers, | I. Knol, E F,
McCormick Noakes, M see Nichols, K M Booij. M, Priem, ] & van der Lende, 7
McDaneld. Character Noguera, J L se Fernandez. Marker polymorphisms in the porcine
ization 1 a bovine gen encoding an also Munoz, G genes for muscle glycogen synthase
anky SOCS box protein ] sO LroOy MAS \\ (GYS1) and muscle glycogen phosphor-
ISB] Nolt1 e, 'I see B.e cker, K vilase (PYGM) , 157
\ Nomura‘ , K see KiDkisck awa te Pas. M I W see Jungerius, B J
Nonneman, D & Rohrer Moleculat Paton, | R. Smith. |]& Burt. D W. Chicken
clonofi tnheg porcine inhibin-BB gene and syndecan-4+ (SDC4) maps to linkage
reassignment group E32E47W24, 23
Nonneman, D se Paton, | R, Smith, J] & Burt. D W. Mapping
Nonneman, D J] & Rohrer, G A. Comparative the ABCA4. IMPDH2 and TIMP 3 genes
nrec mapping oO! a region on chromosome i) in chicken, 395
osatellite 1O¢ containing OTL for reproduction Paton IR see Burt, DW
Patton, | C see Cronin, M A
Peelman, L | see Haegeman, A
Ochiens see also Knoll, A,
Ollenbers ee also Haegeman, A
Okamoto also Stratil, A
Okimoto so Wagenknecht, D
Lee, B-Y.
Lagonigro, R
RH, Ramos, A M, Lopes, PS
F & Rothschild,
169
1 M, Lopes, P S
maraes,S EF & Rothschild, M F. Mapping
of the porcine peroxisome proliferator a
acid synthase Ipha gene to chromosome
pig chromosome
linkage mapping. 2 Plastow, G see Hamasima, N,
Murray, J] see Guerin van der Poel, J J see Siwek. M,
Murua Escobar, H see also Fernandez see also Jungerius, B J
Namikawa, T see Kikkawa, see also Munoz, G, Poli, M Sala, L & Zandomeni, R. Identifica-
Natale, L J see Kothapalli, K S D SCe (U!S O loro, M A tion of a new BoLA-DRB}.2 allele, 389
2003 International Society for Animal Genetics, Animal Genetics, 34, 477-482
\UTHOR INDEX 481
Pomp, D see Bertani, G R R2 usso, \V S&C Davoli, RR Sizemore, F G see Lee, M-
Ponsuksili, S see Mamo, S see also Stratil, A Skow, L C see Guerin, G
Potter, J see Berryere, T G see also Sena, |
Potts, J K, Echternkamp, S E, Smith, T P L & Sakamoto, 1 see Ozaki, A Smith, E J see Burt. D W
Reecy, J M. Characterization of gene ex- Sala, L see Poli. \ Smith, J] see Burt, D W
pression in double-muscled and normal Sanchez, \ see Fernandez, A, see also Paton, I R,
muscleeod bovine embreeye os, 43> 8 see also Munoz, G, see also Kim, J] G
Preuss, S see Geldermann, H see also Tomas, A, Smith, T P L see Potts, J K
Priem, J see te Pas, MF W see also Yahyaoui, M H Snelling. W M see Connor, E |
Proschowsky, H F, Olsen, J B, Jepsen, B & Sandber 2, see Guerin, G see also Kim, J G
Fredholm, M. Evaluation of the present S$ argent, C \ see Day, Al Sonstegard, T S see Connor, E |
breeding programme against copper toxi- Sasaki, Y se [hara, Soria, L A see Iglesias, G M
cosis in Danish Bedlington terriers, 142 Sawazaki, ‘I see Fujishima-Kanaya, N Southwood, O I see Q
Scarbrough, K, Kirby, J D Cornett, L E & Spies, I see Nichols, K M
Qiu, X-P see Long, J-R Okimoto, R. Chromosomal assignment Spilar, S see Omi, 1
Quilter, C R. Wood, D, Southwood, O I & and mapping of the Vasotocin Receptor Stai. S M & Hughes, C R. Characterization
Griffin, D K. X/XY/XY¥ mosaicism as a 1, homologue to the mammalian Vla of microsatellite loci in wild and domes-
cause of subfertility in boars: a single case and Vasotocin Receptor 2 homologue to tic Muscovy ducks (Cairina moschata). 38
study, 51 the mammalian Vib receptors in the Stranzinger, G see Mau, C
Quilter, C R see Day, A I domestic fowl, »9Q52 see also Omi, ‘I
Schellander, K see Mamo Stratil, A, Blazkova.
Ramos, \ M see Pita, R H Pita, R H Schelling, C sec Omi, 1 tenschlager. H
Rattink, \ P see Jungerius, B J Schimpf, R J] see Berryere LJ. Fontanesi, |
Reecy, J] M see Mishra, B P, S chlaepfer, | Russo, \ & Geldermann
see also Potts, | K Schmidt,C J see Kim ization of a SINE indel polymorpl
Reed, K M see Mickelson, ] R »S chmutz, S M, Bert G & Sharp, C A the porcine 1d assignm
Rege. J E O see Mburu, D N KITLG maps to canine chromosome 15 the gene to cl
Ren. C W see Lee, ‘M - K as a candidate gene for Stratil, \ Sé
Ren, J. Knorr, Habermann, F, Fries, R See GSO
Huang, | \ssignment ol
the porcine stearoyl-CoA desaturase aso Goodall Sugimoto. M
(SCD gene to SSC14q rescence chneider, M P (¢ Deletion
in situ hybridization and by hybrid panel Schiitz, KI SEC Kerje genes
mapping, 471 see also Kerje, S diaphrag
Xexroad, C see Nichols K M Scotti, | Davoli. R. sian cattle
Rexroad, C | see also Stratil, A Sugimoto, M
Rieder, S see Mau, C L. Schneider, M P C gimoto, Y. Elev
Richter, A see Becker, K eycutt, R L, Womack, | | dinucleotide microsatellite
Listow, S see Nichols, K M Polymorphisms in MH¢ chromosome 19, 236
Xobic \ SCE Bertani, G R Iillee Sugimoto, Y see
Robison, B D see Nichols, K
Xodellar, C see Roy. R
\odriguez, C see Munoz, G Seroussi Cnaani, A also Sugimoto
Rodriguez, M C see Alves, | Sewalem, Burt, D W also Sugimoto
Roe, B \ see Guo, A Sharif, S. Mallard. B A & Sultana, $, Mannen ji on
toed, K see Guerin, G Characterization of naturally processed drial DNA diver sity ol goats, +!
X> oed,1 K H see Bjornstad, G and presented peptides associated with Suzuki, H see Hamasima,
Xohrer, G A see Cepica, S, bovine major histocompatibility complex Suzuki, K see Fujishima-Kanaya, N
see also Kim, J G, BoLA class II DR molecules, 116 Swinburne, |
see also Nonneman D J. Sharp, C A see Schmutz SM Mickleson
see also Nonneman, D, Silio, | ization
see also Vykoukalova, Z also Fernandez \ 61
Romanov, M N see See ais] e Munoz, G
Ron, M see Cné Simmons, M see He,
Ronningen, K Bonsdorff, ira] j. S S see Usmani, S
Rothschild, M F see Pita, R H, Pita, R H Siwek, M, Cornelissen, S J B, Nieuwland, M
R, Calvo, J H Hayes, H, Rodellar, C & P7s 3, Buitenhuis, A J, Bovenhuis, H, \A
\. Fine mapping of the bovine Crooijmans, RPM Groenen, M
latty acid-binding protein gene de Vries-Reilingh, G, Parmentier, H Takada, T see Kikkawa
(FABP3) to BI 2q45 by fluorescence van der Poel, J J Detection of QT rakasuga, Wa nave, I|
in situ hybridization and radiation hybrid immune response to sheep red blood cells Kamatani, N & Sugimot \ Y. Noveasle vperriicounn
mapping, +66 in laying hens, 422 protein polymorphisms in cattle, 396
2003 International Society for Animal Genetics, Animal Genetics, 34, 477-482
AUTHOR INDEX
Van Dyk, I Womack, J E see Ku
Van Poucke, M see Knoll see also Sena, |
lan. S G see Usmani, S see also Stratil, A Wood. D see Quilter, C R
Panake, M, Matsumoto, T, Yanai. S, Do see also Wagenknecht, D Woolliams, J] A see Lagon
mukai, M loki, D. Hayashi, T, Kiuchi. S, Van Zeveren, A see Haegeman Wu, C see Wang, A
Yasue, H. Uenishi, H. Kobayashi, E & P see Omi, I see also Wang, A
\wata, 7 Conservation of the syntenies see Siwek, M Wu, | T see Mickelson, J R
between porcine chromosome 7 and hu Vykoukalova. Z, Knoll, A, Dvorak
man chromosomes 6. 14 and 15 de G A & Cepica, S. Linkage and radiation
monstrated by radiation hybrid mapping hybrid mapping of the porcine MYF6 Xiong, T A see Wang, Y |
and linkage analysis, 255 gene to chromosome 5, 238
lang, L-M see Long, J-R Vykoukalova. Z see Knoll, A
$ see Ihara Yahyaoui, M H, Vaiman, D, Sanchez, A &
Thaller. G. Kihn Wada. Y see Fujishima-Kanaya, N Folch, | M Mapping of the goat steeroyl
Bellmann, O Wagenknecht, D, Stratil, A, Bartenschlager gene to chromo
H. Van Poucke, M, Peelman, L J, Majzlik some
functional candidate I & Geldermann, H. Linkage and radia Yamakuchi. H
tramuscular fat deposition in cattle tion hybrid mapping of the Yan, B see Lee. M kK
Thomsen B see Nissen, P H VIEF2D gene to chromosome 4q Yanai, S sec lanaka, M
Thomsen P D see Nissen, P H Wallace, PF see Edwards, C J Yang. S-l Fan, B
Phorgaard, Wallner. B, BreG,m Mi,lle r, M & Achmann, Yasue, H see Tanaka, M
Pp :
Thue, TD &B uchat R. Fixed nucleotide differenc on Davoli. R,
tf FBNI to bovine chromosome indicatet Wang. Y I
PD &B uchanan between | US Yu, M,
-OMC to bovine us, 453 see also Kikkawa,
i¢ ki, D see Fujishima- NKanaya Wang, A, Hu, X, Li, < l BMPRIB Young, A see Guerin, G
SCC also maps to chromosome ) lr 306 Young, W P see Nichols, K M
romas, A tle, J, Clop. A. Gomez-Raya, | Wang, A. Hu ae ‘ uC Chat Yu, M, Liu. B. Yerle. M. Zhu. M, Pan, P, Fan
nchez, A & Amills, M acterization nucleotide B & Li. K Physical mapping of the rod
polymorphisms cGMpP- phosphodiesterase -subunit
gene, 305 PDE6G) gene t ig chromosome 12, 76
Wang. Y F, Yu. M. Yerle, M. Liu, B Yu. M see Fan, B
fommerup, N sec H. Xiong, T A, Fan, B &L i. K. Mapping of see also Pan, P-W,
loro, M A, Barragan Estima genes encoding four ATPase and three see also Wang. Y |
tion of genetic \ founder non-ATPase components of the pig tf, K see Usmani, S
population in onser\ scheme proteasome, 393
using microsate Watanabe. T see Itoh, 1
|1 OZaKI |1 S@@ Gu er see also Takasuga. A Zambonelli, P se Davoli. R
suji., S SultanN a Wegner, J see Thaller, G Zandomeni, R see Poli, M
ug Weimann, C, Kraus, M, Gauly, M & Erhardt Zeng, F-T see Long, J-R
rumer, G. Dillerences in recombination rates on Zhang. H see Lee. M-K,
lurner chromosome 2 3 between German Angus see also Nichols, K M
and German Simmental and breed spe- Y-P see Long, J-R
cific linkage mapping, 229 H see Wang. Y |
Weiss. B see Guerin, G
Usmani, S, Tan, $ SS & Yusoff, Kk Wheeler, P
Population Southeast Wiener, P Zhou, H & Lamont. S J. Association of
\sian river Wilkie. B N see transforming growth factor 6 genes with
Williams, J L see Haegeman quantitative trait loci for antibody re
Vaiman, D see Yahyaoui. M H see also LagonigrPIo , R, sponse kinetics in hens, 275
see Kim, J] G, see also Hills. D Zhu, M see Yu, M
see also Kim, J G, Wimmers, K see Mamo, $ ] see Guerin, G
see also Kim, J G Winter, A see Thaller, G H see Thaller, G
2003 International Society for Animal Genetics, Anima! Genetics, 34, 477-482
Keyword index
abnormal genitali 51 Dalmatian } genome
\DAM2
additive effects
allele frequency
amplified fragment length
polymorphism
ancient DNA
animal genome mapping
anterior pituita
antibody response kinetics
antigen presentation
antigen-binding
aquaculture
aromatase
autosomal
average dail
-adrenergic
bacterial
Bayesian methods
biomolecular arc]
spinal dysm\
breed identification
b| reed j rel| ationsh|i ipDs
Orrooluleerr s
brown
BSI
BTAS
candidate gene
arcass Composition
24
medieval Dublin
‘thicken $1, 249, 264. 334, ntake MHC polymorphism
*hromosome | fertilin > MHC-Bubu
‘hromosome | 354 FISH microsatellite
hromosome | 13 fish
hromosome fluorescence
loning ] founder 226 microsate
coat colour framework map microsatellite markers
‘old microsatellites
comparative map BAe cae , gene expression +3 migration
complementary deoxyribonucleic « gene marker Mongolian horse
control region genealogy mosaicism
Copper metabolism 5 gene-associated marker 5 mtDNA
copper toxicosis - genetic admixture ] mutation
corpus luteum genetic diversity . 82. myopathy
CTR1 Ss genetic introgression myosin heavy chain-2B
Cyt B genetic resistance : myosin regulatory light chain
cytochrome b 4 genetic variability .462 ~~‘ myostatin
cytogenetics genetic variation ; 2 Viystus nemurus
2003 International Society for Animal Genetics
KEYWORD INDEX
nomenclature prion protein SLC31A1
non-synonymous PRNP SNP 42, 183, 249,
Northern European horse breeds somatic cell hybrid panel
quantitative trait loci spinal dysmyelination
quantitative trait loci detection SRY
obese gene Quantitative Trait Locus SSC2
Oncorhynchus mykiss SSCP
Oreochromis rabbit step-wise elimination procedure
Oreochromis niloticus radiation hybrid map subtractive hybridization
origin radiation hybrid mapping survival
outbred radiation hybrid panel Sus scrofa
ovary Rangife) swine
ovine recombination rate
regional localization TG 354
P450 reindeer Tilapia 62, 379
paired-box gene 3 representational difference analysis transfectants 116
Pakistani goat resource population transforming growth factor f genes 2795
peptide-binding motifs restriction fragment length polymorphis turkey 399
phylogenetic analysis 290 type I marker 294
phylogeny RFLP type I markers 102
pig 176, 216; 22 rhesus (RH) gene rYRP1 169
pigmentation
plumage colour Salmonella enteritidis challenge VNTR (variable number of tandem repeats)
polycystic kidney disease scrapie 283
polycystic kidney disease gene 1] segregation
polymerase chain reaction selection Waardenburg syndrome
polymerase chain reaction-single strand sequence tagged site water buffalo
conformational polymorphism 19 sex chromosome abnormalities whole-genome
polymorphism 19; 183, 462 sex chromosomes wild boars
population differentiation 26 sex linkage
population structure 462 sheep Y chromosome
porcine 213, 429 sheep red blood cells
porcine chromosome 10 42 Sindh Ibex
pre-implantation embryo 449 iol e nucleotide polymorphism
prion 183 =1 45
© 2003 International Society for Animal Genetics, Animal Genetics, 34, 483-484