Animal Genetics 2000: Vol 31 Index

11 Pages·2000·2.7 MB·English

Animal Genetics, 2000, 31, 420—426
Author Index
Aasland, M, Klungland, H & Lien, S. Two NVHEQ67, NVHEQ70, NVHEQ75, Campbell, M T see Noakes, M A
polymorphisms in the bovine mast cell NVHEQ77, NVHEQ79, NVHEQ81, Canon, J, Checa, M L, Carleos, C, Vega-Pla, J
growth factor gene (MGF), 345 NVHEQ82 and NVHEQ83, 78 L, Vallejo, M & Dunner, S. The genetic
Aasland, M, Vage, D I, Lien, S & Klungland, Blazkova, P, Kopectny, M, Fontanesi, L, structure of Spanish Celtic horse breeds
H. Resolution of conflicting assignments Stratil, A, Davoli, R, Reiner, G & Gelder- inferred from microsatellite data, 39
for the bovine casein’ kinase _ II??- mann, H. Linkage assignments of the Carleos, C see Cafion, J
(CSNK2A2) gene, 131 porcine ATP1A2, ATP1B1 and V-ATPase Caroli, A see Damiani, G
Afanassieff, M see Juul-Madsen, H R (CGI-11) genes to chromosome 4, 416 see also Damiani, G
Agaba, M see Yamakuchi, H Bolla, P see Damiani, G Carter, S D see Kennedy, L J
Ahlroth, M K, Kola, E H, Ewald, D, Masa- see also Damiani, G CastellCa sneeo Osvi,lo , C
banda, J, Sazanov, A, Fries, R & Kulomaa, Bonhomme, F see Huvet, A Cepica, S see Knoll, A
M S. Characterization and chromosomal Bosma, A A see Davoli, R see also Knoll, A
localization of the chicken avidin gene Boswell, T see Dunn, IC Cervera, M T see Ovilo, C
family, 367 Bottema, C D K see Maddox, J F Charlier, C see Segers, K
Boudry, P see Huvet, A
Akita, T see Wada, Y Checa, M L see Canon, J
Albornoz, J see Pérez, T Bowling, A T see Bailey, E Chen, M Y, Huang, S Y, Tsou, H L, Lin, E C,
Aldridge, V see Swinburne, J E see also Caetano, AR Yang, P C, Kuo, Y H, Huang, T Y & Lee, W
Alexander, L J see Reed, K M Bowling, A T, Del Valle, A & Bowling, M. A C. Polymorphism in the 5’-flanking region
pedigree-based study of mitochondrial p-
see also Roberts, M C of porcine heat shock protein 70.2 gene,
loop DNA sequence variation among Ara-
Almeida, P A R see Diez-Tascon, C 409
Altet, L see Kennedy, L J bian horses, 1 Chen, Y see Li, K
Bowling, M see Bowling, A T
Amano, T see Omi, T Chung, H Y see Hines, H C
Bozic, P see Premzl, M
Andersson, L see Edfors-Lilja, I Cockett, N see Segers, K
Bradley, D G see Edwards, C J
see also Kijas, ] MH Coimbra, M R M, Hasegawa, O, Kobayashi, K,
see also Edwards, C J
André, C see Jouquand, S Koretsugu, S, Naruse, K & Okamoto, N.
Bredbacka, P see Koskinen, M T
Andrews, A E see Maddox, J F Four microsatellite markers in the
Breen, M see Swinburne, J E
Angles, J M see Kennedy, LJ Japanese flounder, Paralichthvs olivaceus,
Brem, G see Hanslik, S
Asakawa, S see Suzuki, K 72
Brenig, B see Dierkes, B
Awata, T see Wada, Y Coppieters, W see Karim, L
see also Duscher, S
Azevedo, M see Ferrand, N Cosenza, G see Ramunno, L
see also Leeb, T
Cowan, P J see Godwin, J
Babu, R see Sasse, J see also Leeb, T Craigmile, S see Russell, G C
see also Wende, S
Bailey, E, Skow, L, Bernoco, D, DelValle, A, Crawford, A M see Diez-Tascoén, C
Brenneman, R A see Wu, X
Scavone, M D P, Bowling, A T & Murray, J Broadhead, A see Lagziel, A see also Paterson, K A
D. Equine dinucleotide repeat loci LEX071 Cribiu, E P see Maddox, J F
Brouillette, J A & Venta, P J. Tth1111 PCR
through LEX078, 286
RFLP marker in the canine rod transducin
Barendse,W see Gu, Z d’Apice, A J F see Godwin, J
alpha (GNAT1) gene, 68
see also Tammen, | Dalgaard, T S see Juul-Madsen, H R
Bruley, C K see Smith, J
Barnes, A see Kennedy, L J Dall’Olio, S see Fontanesi, L
see also Smith, J
Beattie, C W see Reed, K M Damiani, G, Florio, S, Budelli, E, Bolla, P &
Buchanan, F C see Schmutz, S M
Beever, J see Segers, K Caroli, A. Hpall PCR-RFLP within a Bov-
Budelli, E see Damiani, G
Beh, K J see Maddox, J F see also Damiani, G A2 element in the promoter of the bovine
Beh, K J, Riffkin, C D, Davies, K P, di Ienno, K Buitkamp, J, Kollers, S, Durstewitz, G, Fries, CYP21 (steroid 21-hydroxylase) gene, 154
L & Maddox, J F. Dinucleotide repeat poly- Damiani, G, Florio, S, Budelli, E, Bolla, P &
R, Welzel, K, Schafer, K, Kellermann, A &
morphism at the ovine McMA7, McMA 10, Caroli, A. Single nucleotide polymor-
Lehrach, H. Construction and characteri-
McMA13, McMA16, McMA17, McMA27, zation of a gridded cattle BAC library, 347 phisms (SNPs) within Bov-A2 SINE in the
McMA29, McMA42, McMA47 _— and Bumstead, N see Hughes, S second intron of bovine and buffalo k-ca-
McMA49 loci, 228 see also Hughes, S sein (CSN3) gene, 277
Bennett, G L see Sonstegard, T S Burke, D see Smith, J Daval, S, Pitel, F, Le Nigen, C, Douaire, M,
Berghmans, S see Segers, K Burt, D W see Dunn, I C Vignal, A & Lagarrigue, S. Cloning and
Bergknut, N see Tammen, I mapping of the ACLY gene to a chicken
see also Smith, J
Bernoco, D see Bailey, E see also Smith, J microchromosome, 411
Berrvere, T G see Schmutz, S M 3vun, H D see Han, S K Davies, K P see Beh, K J
Beynon, C see McConnell, S K J see also Maddox, J F
Bigi, D see Davoli, R Caetano, A R, Murray, J D & Bowling, A T. Davis, G see Gu, Z
Binns, M M see Swinburne, J E Polymorphic microsatellites associated Davis, M E see Hines, HC
Bjornstad, G, Midthjell, L & Raed, K H. Char- with the equine CKM and CMA171 genes, Davis, S K see Gu, Z
acterization of ten equine dinucleotide 141 see also Wu, X
microsatellite loci: NVHEQ21, NVHEQ54. Campbell, E M see Fahrenkrug, S C Davis, S L F see Wu, X
© 2000 International Society for Animal Genetics
Animal Genetics, 2000, 31, 420—426
Author Index
Aasland, M, Klungland, H & Lien, S. Two NVHEQ67, NVHEQ70, NVHEQ75, Campbell, M T see Noakes, M A
polymorphisms in the bovine mast cell NVHEQ77, NVHEQ79, NVHEQ81, Canon, J, Checa, M L, Carleos, C, Vega-Pla, J
growth factor gene (MGF), 345 NVHEQ82 and NVHEQ83, 78 L, Vallejo, M & Dunner, S. The genetic
Aasland, M, Vage, D I, Lien, S & Klungland, Blazkova, P, Kopectny, M, Fontanesi, L, structure of Spanish Celtic horse breeds
H. Resolution of conflicting assignments Stratil, A, Davoli, R, Reiner, G & Gelder- inferred from microsatellite data, 39
for the bovine casein’ kinase _ II??- mann, H. Linkage assignments of the Carleos, C see Cafion, J
(CSNK2A2) gene, 131 porcine ATP1A2, ATP1B1 and V-ATPase Caroli, A see Damiani, G
Afanassieff, M see Juul-Madsen, H R (CGI-11) genes to chromosome 4, 416 see also Damiani, G
Agaba, M see Yamakuchi, H Bolla, P see Damiani, G Carter, S D see Kennedy, L J
Ahlroth, M K, Kola, E H, Ewald, D, Masa- see also Damiani, G CastellCa sneeo Osvi,lo , C
banda, J, Sazanov, A, Fries, R & Kulomaa, Bonhomme, F see Huvet, A Cepica, S see Knoll, A
M S. Characterization and chromosomal Bosma, A A see Davoli, R see also Knoll, A
localization of the chicken avidin gene Boswell, T see Dunn, IC Cervera, M T see Ovilo, C
family, 367 Bottema, C D K see Maddox, J F Charlier, C see Segers, K
Boudry, P see Huvet, A
Akita, T see Wada, Y Checa, M L see Canon, J
Albornoz, J see Pérez, T Bowling, A T see Bailey, E Chen, M Y, Huang, S Y, Tsou, H L, Lin, E C,
Aldridge, V see Swinburne, J E see also Caetano, AR Yang, P C, Kuo, Y H, Huang, T Y & Lee, W
Alexander, L J see Reed, K M Bowling, A T, Del Valle, A & Bowling, M. A C. Polymorphism in the 5’-flanking region
pedigree-based study of mitochondrial p-
see also Roberts, M C of porcine heat shock protein 70.2 gene,
loop DNA sequence variation among Ara-
Almeida, P A R see Diez-Tascon, C 409
Altet, L see Kennedy, L J bian horses, 1 Chen, Y see Li, K
Bowling, M see Bowling, A T
Amano, T see Omi, T Chung, H Y see Hines, H C
Bozic, P see Premzl, M
Andersson, L see Edfors-Lilja, I Cockett, N see Segers, K
Bradley, D G see Edwards, C J
see also Kijas, ] MH Coimbra, M R M, Hasegawa, O, Kobayashi, K,
see also Edwards, C J
André, C see Jouquand, S Koretsugu, S, Naruse, K & Okamoto, N.
Bredbacka, P see Koskinen, M T
Andrews, A E see Maddox, J F Four microsatellite markers in the
Breen, M see Swinburne, J E
Angles, J M see Kennedy, LJ Japanese flounder, Paralichthvs olivaceus,
Brem, G see Hanslik, S
Asakawa, S see Suzuki, K 72
Brenig, B see Dierkes, B
Awata, T see Wada, Y Coppieters, W see Karim, L
see also Duscher, S
Azevedo, M see Ferrand, N Cosenza, G see Ramunno, L
see also Leeb, T
Cowan, P J see Godwin, J
Babu, R see Sasse, J see also Leeb, T Craigmile, S see Russell, G C
see also Wende, S
Bailey, E, Skow, L, Bernoco, D, DelValle, A, Crawford, A M see Diez-Tascoén, C
Brenneman, R A see Wu, X
Scavone, M D P, Bowling, A T & Murray, J Broadhead, A see Lagziel, A see also Paterson, K A
D. Equine dinucleotide repeat loci LEX071 Cribiu, E P see Maddox, J F
Brouillette, J A & Venta, P J. Tth1111 PCR
through LEX078, 286
RFLP marker in the canine rod transducin
Barendse,W see Gu, Z d’Apice, A J F see Godwin, J
alpha (GNAT1) gene, 68
see also Tammen, | Dalgaard, T S see Juul-Madsen, H R
Bruley, C K see Smith, J
Barnes, A see Kennedy, L J Dall’Olio, S see Fontanesi, L
see also Smith, J
Beattie, C W see Reed, K M Damiani, G, Florio, S, Budelli, E, Bolla, P &
Buchanan, F C see Schmutz, S M
Beever, J see Segers, K Caroli, A. Hpall PCR-RFLP within a Bov-
Budelli, E see Damiani, G
Beh, K J see Maddox, J F see also Damiani, G A2 element in the promoter of the bovine
Beh, K J, Riffkin, C D, Davies, K P, di Ienno, K Buitkamp, J, Kollers, S, Durstewitz, G, Fries, CYP21 (steroid 21-hydroxylase) gene, 154
L & Maddox, J F. Dinucleotide repeat poly- Damiani, G, Florio, S, Budelli, E, Bolla, P &
R, Welzel, K, Schafer, K, Kellermann, A &
morphism at the ovine McMA7, McMA 10, Caroli, A. Single nucleotide polymor-
Lehrach, H. Construction and characteri-
McMA13, McMA16, McMA17, McMA27, zation of a gridded cattle BAC library, 347 phisms (SNPs) within Bov-A2 SINE in the
McMA29, McMA42, McMA47 _— and Bumstead, N see Hughes, S second intron of bovine and buffalo k-ca-
McMA49 loci, 228 see also Hughes, S sein (CSN3) gene, 277
Bennett, G L see Sonstegard, T S Burke, D see Smith, J Daval, S, Pitel, F, Le Nigen, C, Douaire, M,
Berghmans, S see Segers, K Burt, D W see Dunn, I C Vignal, A & Lagarrigue, S. Cloning and
Bergknut, N see Tammen, I mapping of the ACLY gene to a chicken
see also Smith, J
Bernoco, D see Bailey, E see also Smith, J microchromosome, 411
Berrvere, T G see Schmutz, S M 3vun, H D see Han, S K Davies, K P see Beh, K J
Beynon, C see McConnell, S K J see also Maddox, J F
Bigi, D see Davoli, R Caetano, A R, Murray, J D & Bowling, A T. Davis, G see Gu, Z
Binns, M M see Swinburne, J E Polymorphic microsatellites associated Davis, M E see Hines, HC
Bjornstad, G, Midthjell, L & Raed, K H. Char- with the equine CKM and CMA171 genes, Davis, S K see Gu, Z
acterization of ten equine dinucleotide 141 see also Wu, X
microsatellite loci: NVHEQ21, NVHEQ54. Campbell, E M see Fahrenkrug, S C Davis, S L F see Wu, X
© 2000 International Society for Animal Genetics
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Delsert, C see Huvet. A Eggen, A see Gautier. M Gattermann, R see Maak. S
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Derr, J N see Schnabel. R D Epplen,J T see Dekomien. G Geldermann, H see Blazkova, P
Dhara, S see Lagziel. A see also Runte, M
Di Gregorio, P se¢ Ramunno, L Erhardt, G see Gu. Z
Di Ienno, K L see Beh, K ] Escayg, A P see Hickford. ] G H
Dierkes, B, Kriegesmann, B. Silva, A Eshdat, Y see Dunn. 1 C
Schneider, M P & Brenig, B. Identification Everts, RE see Versteeg,S A Georges. M see Karim. I
of a Mael RFLP in the insulin-like growth Everts, R E, Rothuizen. J] & Van Oost, B A. see also Segers, K
factor-1 (IGF1) gene of swamp buffaloes Identification of a premature stop codon Gerlach, J A see Kennedv. | J
(Bubalus b. bubalis kerebau), 70 in the melanocyte-stimulating hormone Gill. C A see Maddox, J }
Diez-Tascén, C, Littlejohn, R P, Almeida, P A receptor gene (MC1R) in Labrador and Giovambattista, G. Ripoli, M V, De Luca.
R & Crawford, A M. Genetic variation Golden retrievers w ith vellow coat colour. Mirol, P M Liron, J P & Dulout,
cwliotsheilny ther elMaetreidn o sphopeuelpa tbiroenesd : aunsaiivnsgi s moif- Ewal1d9,4 D see Ahlroth, M K Mausl e-gmeendesi ateidnt o inAtrrgoegnrteisnsei on andof M 3B0oSl ivmin ar
crosatellites, 243 Creole cattle breeds. 302
Distl, O see Drégemiiller. C Fahrenkrug, S C, Campbell, E M, Vallet. ] L & GlaEsJ sse,e R u
Dolf, G see Edwards, C J Rohrer, G A. Physical assignment of the Glazko,V see |
see also Schelling, C porcine erythropoietin receptor gene to Glowatzki-\
Dolf, G, Schelling, C Stahlberger-Saitbekova SSC2, 69 Godwin, J, Lee
N, Fu, B, Schlapfer, J] & Yang, F. Seven Fan, B see Li, K F & Moran, C
4c1o0s mid-derived canine microsatellites, Ferdriaanldle,l ic N, shor\tz evteadnod,e m M rep&e atM o(ugCeClC,C G) | , Gomcehzr-oRmayoas,o meL se1e 2.-G u.
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© 2000 International Society for Animal Genetics, Animal Genetics 31, 420-426
422 AUTHOR INDEX
Ha, J see Jeoung, D see also Sugai, N Kennedy, LJ, Altet, L, Angles, J M, Barnes, A,
Haegeman, A, Van Zeveren, A & Peelman, L Iwamoto, S see Omi, T Carter, S D, Francino, O, Gerlach, J A,
J. New mutation in exon 2 of the bovine Happ, G M, Ollier, W E R, Polvi, A, Thom-
leptin gene, 79 Jeanplong, F, Sharma, M, Paterson, K A, son, W & Wagner, J L. Nomenclature for
Hamilton, R see Smith, E Morris, C A & Kambadur, R. Polymor- factors of the Dog Major Histocompatibil-
Han, S K, Shin, Y C & Byun, H D. Biochemi- phism in dinucleotide repeat (BTAFJ1) ity System (DLA), 1998: first report of the
cal, molecular and physiological charac- upstream to the bovine myostatin locus, ISAG DLA Nomenclature Committee, 52
terization of a new ?-casein variant 340 Khoo, S K, Ozaki, A, Sakamoto, T &
detected in Korean Cattle, 49 Jeffreys, A J see Signer, EN Okamoto, N. Four highly polymorphic
Hanotte, O see Jianlin, H Jenkins, Z A, Henry, H M, Sise, J A & Mont- dinucleotide microsatellites in rainbow
see also Lagziel, A gomery, G W. Follistatin (FST), growth trout (Oncorhynchus mykiss), 73
see also Schmidt, P hormone receptor (GHR) and prolactin re- Kijas, J] M H, Juneja, R K, Gafvert, S & An-
Hanslik, S, Harr, B, Brem, G & Schl6tterer, C. ceptor (PRLR) genes map to the same re- dersson, L. Detection of the causal muta-
Microsatellite analysis reveals substantial gion of sheep chromosome 16, 280 tion for canine leukocyte adhesion
genetic differentiation between contempo- Jenneckens, I see Ludwig, A deficiency (CLAD) using pyrosequencing,
rary New World and Old World Holstein Jeoung, D, Myeong, H, Lee, H, Ha, J, Galibert, 326
Friesian populaitons, 31 F, Hitte, C & Park, C. A SINE element in Kim, K S, Marklund, S & Rothschild, M F.
Happ, G M see Kennedy, L J the canine D2 dopamine receptor gene The porcine melanocortin-5 receptor
Hara, K see Kobayashi, N and its chromosomal location, 334 (MC5R) gene: polymorphisms, linkage
see also Yamakuchi, H Jianlin, H, Mburu, D, Ochieng, J, Kaufmann, and physical mapping, 230
Hardge, T see Wimmers, K B, Rege, J EO & Hanotte, O. Application of Kinne, J see Sasse, J
Harr, B see Hanslik, S New World Camelidae microsatellite Kirkpatrick, B W see Gu, Z
Hasegawa, O see Coimbra, MRM primers for amplification of polymorphic Kittleson, M D see Magnon, A L
see also Tozaki, T loci in Old World camelids, 405 see also Magnon, A L
see also Tozaki, T Johnson, J S see Rexroad III, C E see also Meurs, K M
Henry, H M see Jenkins, ZA Jonasdottir, T J, Mellersh, C S, Moe, L, Vig- Klein, S & Ellendorff, F. Localisation of Xho1
Hickford, J G H, Ridgway, H J & Escayg, A P. naux, F, Ostrander, E A & Lingaas, F. repetitive sequences on autosomes in ad-
Evolution of the ovine MHC DQA region, Chromosomal assignment of canine TSC2, dition to the W
200 PKD1 and CLN3 genes by radiation hy- chromosome in chickens and its relevance
Hines, H C, Chung, H Y & Davis, M E. Genetic brid- and linkage analyses, 123 for sex diagnosis, 104
variations in the ovine calpain regulatory Jones, C T see Smith, J Klungland, H see Aasland, M
subunit, 140 Jouquand, S, Priat, C, Hitte, C, Lachaume, P, see also Aasland, M
Hiraiwa, H see Suzuki, K André, C & Galibert, F. Identification and see also Olsen, HG
Hirano, T see Kobayashi, N characterization of a set of 100 tri- and Knoll, A see Stratil, A
see also Yamakuchi, H dinucleotide microsatellites in the canine Knoll, A, Putnova, L, Dvorak, J & Cepica, S.
Hirota, K see Kakoi, H genome, 266 A Neil PCR-RFLP within intron 2 of the
see also Tozaki, T Juneja, R K see Kijas, J MH porcine insulin-like growth factor (IGF2)
see also Tozaki, T Juul-Madsen, H R, Dalgaard, T S & gene, 150
Hitte, C see Jeoung, D Afanassieff, M. Molecular characterization Knoll, A, Putnova, L, Dvorak, J, Rohrer, G A
see also Jouquand, S of major and minor MHC class I and II & Cepica, S. Linkage mapping of an Aval
Hofin, P & Matiasovic, J. Two polymorphic genes in B*!-like haplotypes in chickens, PCR-RFLP within the porcine uncou-
markers for the horse SLC11A1 (NRAMP1) 259 pling protein 3 (UCP3) gene, 156
gene, 152 Knoll, A, Stratil, A, Moser, G & Gelder-
Horst, P see Wimmers, K Kajii, E see Omi, T mann, H. Characterization of three PCR-
Huang, S Y see Chen, M Y Kakoi, H see Tozaki, T RFLPs in an intron of the porcine liver-
Huang, T Y see Chen, M Y see also Tozaki, T and red cell-type pyruvate kinase
Hughes, S & Bumstead, N. The gene encod- Kakoi, H, Tozaki, T, Hirota, K, Mashima, S, (PKLR) gene, 234
ing a chicken chemokine with homology Kurosawa, M & Miura, N. Ten equine Kobayashi, E see Wada, Y
to human SCYC1 maps to chromsome 1, microsatellite loci: TKY25, TKY26, Kobayashi, K see Coimbra, MR M
142 TKY27, TKY28, TKY29, TKY267, TKY 268, Kobayashi, N, Hirano, T, Maruyama, S,
Hughes, S & Bumstead, N. The gene encod- TKY269, TKY270 and TKY271, 68 Matsuno, H, Mukoujima, K, Morimoto,
ing the chicken chemokine K60 maps to Kalm, E see Gu, Z H, Noike, H, Tomimatsu, H, Hara, K,
chromosome 4, 417 Kambadur, R see Jeanplong, F Itoh, T, Imakawa, K, Nakayama, H,
Huvet, A, Boudry, P, Ohresser, M, Delsert, C Kang, N see Maddox, J F Nakamaru, T & Sugimoto, Y. Genetic
& Bonhomme, F. Variable microsatellites Kang’a, S see Schmidt, P mapping of a locus associated with
in the Pacific Oyster Crassostrea gigas and Kappes, S M see Grosse, W M bovine chronic interstitial nephritis to
other cupped oyster species, 71 see also Grosse, W M chromosome 1, 91
see also Gu, Z Kohek, M B F see Rahal, P
Ide, H see Kunieda, T see also Sonstegard, T S Kola, EH see Ahlroth, MK
lida, M see Suzuki, K Karim, L, Coppieters, W, Grobet, L, Valen- Kollers, S & Fries, R. Physical mapping of
Imakawa, K see Kobayashi, N tini, A & Georges, M. Convenient genotyp- the interleukin-7 receptor gene (JL7R) to
Inage, Y see Wada, Y ing of six myostatin mutations causing bovine chromosome 20q15-q17, 290
Ishida, N see Tozaki, T double-muscling in cattle using a multi- Kollers, S see Buitkamp, J
see also Tozaki, T plex oligonucleotide ligation assay, 396 Konfortov, B see Kunieda, T
Ishii, K see Wada, Y Kaufmann, B see Jianlin, H Kopecny, M see Blazkova, P
Ito, Y see Wada, Y Kellermann, A see Buitkamp, J Kopecny, M see Stratil, A
Itoh, T see Kobayashi, N Kempers, A see Drogemiiller, C Koretsugu, S see Coimbra, M R M
© 2000 International Society for Animal Genetics, Animal Genetics 31, 420—426
AUTHOR INDEX 423
Koskinen, M T & Bredbacka, P. Assessment Lindgren, G. Ten equine dinucleotide mi- see also Tozaki, T
of the population structure of five crosatellite repeats HTG18-19, HTG22- see also Tozaki, T
Finnish dog breeds with microsatellites, 24, HTG26-27, HGT29-30 and HTG32, Masina, P see Ramunno, L
310 145 Mathur, P K see Wimmers, K
Kossarek, L M see Grosse, W M Lingaas, F see J6nasdéttir, T J Matiasovic, J see Hofin, P
Krempler, A see Wende, S Lirén, J P see Giovambattista, G Matsumoto, T see Wada, Y
Kriegesmann, B see Dierkes, B Littlejohn, R P see Diez-Tascoén, C Matsuno, H see Kobayashi, N
see also Leeb, T Lockhart, L see Swinburne, J E Mburu, D see Jianlin, H
Kubickova, S see Musilova, P Loftus, R T see Edwards, C J McConnell, S K J, Beynon, C, Leamon, J &
Kubota, C see Yamakuchi, H Looft, C see Edwards, C J Skibinski, D O F. Microsatellite marker
Kiihn, C see Vanselow, J Ludwig, A & Jenneckens, I. A PCR test for based genetic linkage maps of Ore-
Kiihn, Ch see Schmidt, P mitochondrial heteroplasmy in_ stur- ochromis aureus and O. niloticus (Cich-
Kulomaa, M S see Ahlroth, M K geon, 153 lidae): extensive linkage group segment
Kunieda, T, Ide, H, Nakagiri, M, Yoneda, K, homologies revealed., 214
Konfortov, B & Ogawa, H. Localization Maak, S, Neumann, K, Von Lengerken, G & McCracken, J Y see Molenaar, A
of the locus responsible for Chediak-Hi- Gattermann, R. First seven microsatel- McGraw, R A see Grosse, W M
gashi syndrome in cattle to bovine chro- lites developed for the Peking duck see also Grosse, W M
mosome 28, 87 (Anas platyrhynchos), 23: Mellersh, C S see Jonasdéttir, T J
Kuo, Y H see Chen, M Y MacHugh, D E see Edwards, CJ Meurs, K M see Magnon, A L
Kurosawa, M see Kakoi, H see also Ritz, LR see also Magnon, A L
Kusumoto, H see Wada, Y Maclean, I see Wiener, P Meurs, K M, Kittleson, M, Spangler, E,
Maddox, J F see Beh, K J
Ware, W A, Womack, J E & Towbin, J A.
Lachaume, P see Jouquand, S Maddox, J F, Andrews, A E, Gill, C A & Nine polymorphisms within the head
Lagarrigue, S see Daval, S Bottema, C D K. Linkage and physical and hinge region of the feline cardiac
Lagziel, A, DeNise, S, Hanotte, O, Dhara, S, mapping of the sheep perforin (PRF1) ?-myosin heavy chain gene, 231
Glazko, V, Broadhead, A, Davoli, R, gene to OAR 25, 231
Meyer, A see Noack, K
Russo, V & Soller, M. Geographic and Maddox, J F, Riffkin, C D & Beh, K J.
Meyers, S see Segers, K
breed distribution of an Msp I PCR-RFLP Dinucleotide repeat polymorphism at
Mickelson, J R see Roberts, M C
in the bovine growth hormone (bGH) the ovine McMA1, McMA2, McMAS5,
Midthjell, L see Bjornstad, G
gene, 210 McMA8, McMA9, McMA11, McMA14, Mikawa, S see Sugai, N
Langner, Ch see Schmidt, P McMA20, McMA24 and McMA26 loci,
see also Wada, Y
Larsson, U see Tammen, I 148
Milazzotto, M P see Rahal, P
Latronico, A C see Rahal, P Maddox, J F, Schibler, L, Cribiu, E P, Kang,
Milc, ] see Fontanesi, L
Laurent, P see Gautier, M N, Davies, K P & Vaiman, D. Linkage
Mirol, P M see Giovambattista, G
Law, A S see Smith, J mapping of goat ChirUCO, LSCV and
Miura, N see Kakoi, H
Le Nigen, C see Daval, S SR-CRSP microsatellites in sheep, 145
see also Tozaki, T
Leamon, J see McConnell, S K J Maddox, J F. Chromosomal assignments
see also Tozaki, T
Lee, H see Jeoung, D and polymorphism information content
see also Tozaki, T
Lee, J H see Godwin, J in sheep for 12 cattle microsatellites, 144
Miyake, M see Wada, Y
Lee, W C see Chen, M Y Magnon, A L, Meurs, K M, Kittleson, MD &
Mizoshita, K see Yamakuchi, H
Leeb, T see Drégemiiller, C Ware, W A. A highly polymorphic
Moe, L see Jonasdéttir, T J
Leeb, T, Deppe, A, Kriegesmann, B & marker identified in intron 15 of the
Brenig, B. Genomic structure and nucle- feline cardiac troponin T gene by SSCP Molenaar, A, Wheeler, T T, McCracken, J Y
& Seyfert, H-M. The STAT3-encoding
otide polymorphisms of the porcine analysis, 236
gene resides within the 40 kbp gap be-
agouti signalling protein gene (ASIP), Magnon, A L, Meurs, K M, Kittleson, MD &
Jao Ware, W A. Single nucleotide polymor- tween the STAT5A- and STAT5B-en-
Leeb, T, Pfeiffer, I & Brenig, B. Two highly phisms in intron 5 of the feline myosin coding genes in cattle, 339
polymorphic microsatellites between regulatory light chain gene detected by Monbrun, C see Pitel, F
the canine DAG1 and BSN genes on SSCP analysis, 281 Montgomery, G W see Jenkins, Z A
Moore, S S see Whan, V A
CFA20q15.1-15.2, 337 Mariasegaram, M see Sasse, J
Lehrach, H see Buitkamp, J Marklund, S see Kim, K S Moran, C see Godwin, }
Lewis, A M see Smith, J A Marklund, S, Tuggle, C K & Rothschild, M see also Li, K
Li, K, Chen, Y, Moran, C, Fan, B, Zhao, S & F. Mapping of the CYP1A1, SSTR1 and see also Tammen, I
Peng, Z. Analysis of diversity and ge- TTF1 genes to pig chromosome 7q refi- Morimoto, H see Kobayashi, N
netic relationships between four Chinese nes the porcine-human comparative Morrice, D R see Smith, J
indigenous pig breeds and one Australia map, 318 Morris, C A see Jeanplong, F
commercial pig breed, 322 Marti, E see Swinburne, J E Moser, G see Knoll, A
Li, M D, Rohrer, G A, Wise, T H & Ford, JJ . Martinez, A M, Delgado, J V, Rodero, A & see also Stratil, A
Identification and characterization of a Vega-Pla, J L. Genetic structure of the Mougel, F see Ferrand, N
new allele for the beta subunit of folli- Iberian pig using microsatellities, 295 Mukoujima, K see Kobayashi, N
cle-stimulating hormone in Chinese pig Martinez-Zapater, J M see Ovilo, C Murakami, Y see Suzuki, K
breeds, 28 Maruyama, S see Kobayashi, N Murase, A see Wada, Y
Lien, S see Aasland, M Masabanda, J see Ahlroth, M K Murray, J D see Bailey, E
see also Aasland, M see also Smith, J see also Caetano, AR
see also Olsen, HG Mashima, S see Kakoi, H Murtaugh, J see Reed, K M
Lin, EC see Chen, M Y see also Tozaki, T see also Roberts, M C
© 2000 International Society for Animal Genetics, Animal Genetics 31, 420-426
424 AUTHOR INDEX
Musilova, P, Kubickova, S, Vozdova, M & Pérez, T, Albornoz, J & Dominguez, A. A Roed, K H see Bjornstad, G
Rubes, J. Mapping of the oncogene c-myc panel of bovine and caprine microsatel- Rohrer, G A see Fahrenkrug, S C
(MYC) and the breast cancer susceptibility lites suitable as markers in chamois, 344 see also Knoll, A
gene (BRCAZ2) in the pig by FISH, 154 Peters, U see Duscher, S see also Li, MD
Myeong, H see Jeoung, D Pfeiffer, | see Leeb, T Rothschild, M F see Kim, K S
Pitel, F see Daval, S see also Marklund, S
Nahashon, S see Smith, E Pitel, F, Monbrun, C, Gellin, J & Vignal, A. Rothuizen, ] see Everts, RE
Nakagiri, M see Kunieda, T The chicken LEP (OB) gene has not been Rubes, J see Musilova, P
Nakamaru, T see Kobayashi, N mapped, 281 Runte, M, Dekomien, G & Epplen, J T. Evalu-
Nakayama, H see Kobayashi, N Polvi, A see Kennedy, L J ation of RDS/Peripherin and ROM1 as
Naruse, K see Coimbra, M R M Ponce de Leon, F A see Smith, J candidate genes in generalised progres-
Neumann, K see Maak, S Ponsuksili, S see Trakooljul, N sive retinal atrophy and exclusion of di-
Nielsen, V H & Thomsen, B. Genetic assign- see also Wimmers, K genic inheritance, 223
ment of the GLI gene to porcine chromo- Powell, E see Smith, E Russell, G C, Fraser, D C, Craigmile, S,
some 5, 408 Premzl, M, Bozic, P & Gamulin, V. PRNP Oliver, R A, Dutia, B M & Glass, E J.
Nishimura, K see Oishi, M octarepeat allele genotype frequencies Sequence and transfection of BoLA-DRB3
Noack, K, Wilson, A B & Meyer, A. Broad among the modern and rare cattle breeds cDNAs, 219
taxonomic applicability of microsatellites in Croatia, 407 Russo, V see Davoli, R
developed for the highly polymorphic Priat, C see Jouquand, S see also Fontanesi, L
neotropical cichlid, Amphilophus cit- Putnova, L see Knoll, A see also Fontanesi, L
rinellum, 151 see also Knoll, A see also Lagziel, A
Noakes, M A, Campbell, M T & Van Hest, B J.
Rahal, P, Latronico, A C, Kohek, M B F, de Sakamoto, T see Khoo, S K
The chicken CLOCK gene maps to chro-
Lucia, R F S, Milazzotto, M P, Wheeler, M Sasaki, Y see Oishi, M
mosome 4, 333
B, Ferraz, J B S, Eler, J P & Garcia, J F. Sasse, J, Mariasegaram, M, Babu, R, Kinne, J
Noike, H see Kobayashi, N
Polymorphisms in the bovine follicle- & Wernery, U. South American camelid
stimulating hormone receptor gene, 280 microsatellite amplification in Camelus
Ochieng, J see Jianlin, H
Ramlal, S see Smith, E dromedarius, 75
Ogawa, H see Kunieda, T
Ramunno, L, Cosenza, G, Pappalardo, M, Sawazaki, T see Sugai, N
Ohresser, M see Huvet, A
Pastore, N, Gallo, D, Di Gregorio, P & Sazanov, A see Ahlroth, MK
Oishi, M, Taniguchi, Y, Nishimura, K, Ya-
Masina, P. Identification of the goat see also Smith, J
mada, T & Sasaki, Y. Characterisation of
CSN1S1" allele by means of PCR-RFLP Scavone, M DP see Bailey, E
gene expression in bovine adipose tissue
method, 342 Schafer, K see Buitkamp, J
before and after fattening, 166
Reed, K M, Roberts, M C, Murtaugh, J, Beat- Schellander, K see Trakooljul, N
Okamoto, N see Coimbra, MR M
tie, C W & Alexander, L J. Eight new Schelling, C see Dolf, G
see also Khoo, S K
dinucleotide microsatellite loci in turkey Schelling, C, Schlapfer, J, Vennos, C,
Oliver, R A see Russell, GC
(Meleagris gallopavo), 140 Stahlberger-Saitbekova, N & Dolf, G.
Ollier, W E R see Kennedy, LJ
Rege, J E O see Jianlin, H Seven novel cosmid-derived canine mi-
Olsen, H G, Vage, D I, Lien, S & Klungland,
Reiner, G see Blazkova, P crosatellites, 77
H. A DNA polymorphism in the bovine
Reiner, G, Willems, H, Geldermann, H & Schibler, L see Maddox, J F
c-kit gene, 71 Dzapo, V. Four PCR-RFLPs and a se- Schlapfer, J see Dolf, G
Omi, T, Tsuchida, S, Onishi, A, Amano, T, quence polymorphism in the porcine c- see also Schelling, C
Tanaka, K, Iwamoto, S & Kajii, E. Molecu- myc proto-oncogene and confirmation of Schlétterer, C see Hanslik, S
lar basis of esterase D polymorphism in
the chromosomal localisation on SSC4 by Schmidt, P, Kiihn, Ch, Kang’a, S, Hanotte, O,
the pig, 412 linkage mapping, 155 Vanselow, J, Anton, I, Langner, Ch &
Onishi, A see Omi, T Reinsch, N see Gu, Z Schwerin, M. Interleukin-12 p35 encoding
OOvsitlroa,n derC,, E A see JonasdéttiCra,s tTe llJa nos, C & Reissmann, M see Wagner, H-J gene of cattle and sheep harbours a poly-
Cervera, M T, Rexroad III, C E, Owens, E K, Johnson, J S & morphic T stretch in intron 4, 283
Martinez-Zapater, J M. Characterisatin of Womack, J E. A 12 000 rad whole genome S hmutz, S M, Berryere, TG & Buchanan, F
Iberian pig genotypes using AFLP mark- radiation hybrid panel for high resolution C. An SNP in DCT is used for linkage
ers, 117 mapping in cattle: characterization of the mapping on cattle chromosome 12, 336
Owens, E K see Rexroad III, CE centromeric end of chromsome 1, 262 S shnabel, R D, Ward, T J & Derr, J N. Valida-
Ozaki, A see Khoo, S K Ridgway, H J see Hickford, J GH tion of 15 icrosatellites for parentage test-
Riffkin, C D see Beh, K J ing in North American bison, Bison bison
Pappalardo, M see Ramunno, L see also Maddox, J F and domestic cattle, 360
Park, C see Jeoung, D Ripoli, M V see Giovambattista, G Schneider, M P see Dierkes, B
Pastore, N see Ramunno, L Ritz, L R, Glowatzki-Mullis, M-L, Machugh, Schwerin, M see Schmidt, P
Paterson, K A & Crawford, A M. Ovine mi- D E & Gaillard, C. Phylogenetic analysis of see also Vanselow, J
crosatellite OarKP6 isolated from a BAC the tribe Bovini using microsatellites, 178 Segers, K, Vaiman, D, Berghmans, S, Shay, T,
containing the ovine interferon gamma Roberts, M C see Reed, K M Meyers, S, Beever, J, Cockett, N, Georges,
gene, 343 Roberts, M C, Murtaugh, J, Valberg, S J, M & Charlier, C. Construction and charac-
Paterson, K A see Jeanplong, F Mickelson, J R & Alexander, L J. Twenty- terization of an ovine BAC contig span-
Paton, 1 R see Dunn, IC one new equine dinucleotide repeat mi- ning the callipyge locus, 352
see also Smith, J crosatellites, 141 Seyfert, H-M see Molenaar, A
see also Smith, J Robic, A see Davoli, R Sharma, M see Jeanplong, F
Peelman, L J see Haegeman, A Rodero, A see Martinez, AM Shay, T see Segers, K
Peng, Z see Li, K Rodriguez, L see Smith, E Shi, L see Smith, E
© 2000 International Society for Animal Genetics, Animal Genetics 31, 420—426
AUTHOR INDEX 425
Shimanuki, S see Suzuki, K Swinburne, J E, Lockhart, L, Aldridge, V, promoter 1.2 and identification of genetic
see also Wada, Y Marti, E, Breen, M & Binns, M M. Charac- variants, 337
Shimizu, N see Suzuki, K terisation of 25 new physically mapped Vega-Pla, J L see Canon, J
Shin, Y C see Han, SK horse microsalocti:e AlHTl 24i-4t8,e 23 7 see also Martinez, A M
Signer, E N, Dubrova, Y E & Jeffreys, A J. Are Vennos,C see Schelling,C
DNA profiles breed-specific? A pilot study Tabara, N see Yamakuchi, H Venta, P J see Brouillette, J A
in pigs, 273 Tammen, I, Larsson, | Bergknut, N Versteeg, S A, Everts, R I Slappendel, R J &
Silva, A see Dierkes, B Barendse, W, Moran, C & Dennis, J A. Van Oost, B A Genetic and physical or-
Sise, J A see Jenkins, Z A Physical and linkage mapping of the dering of polymorphic DNA markers in
Skibinski, D O F see McConnell, S K J bovine acidic ?-oluc osidase gene to chro- the region of the canine von Willebrand
Skow, L see Bailey, E mosome 19, 285 factor gene, 413
Slappendel, R J see Versteeg, S A Tanaka, K see Omi, T Vignal, A see Daval, S
Smith, E, Shi, L, Drummond, P, Rodriguez, L, Taniguchi, Y see Oishi, M see also Pitel, F
Hamilton, R, Powell, E, Nahashon, S, Taylor, J F see Gu, Z Vignaux, F see Jonasdéttir, T ]
Ramlal, S, Smith, G & Foster, J. Develop- see also Wu, X Von Lengerken,G see Maak, S
ment and characterization of expressed Thomsen. B see Nielsen, V H Vozdova, M see Musilova, P
sequence tags for the turkey (Meleagris Thomson, W see Kennedy, L J
gallopavo) genome and comparative se- Todoroki, J see Yamakuchi, H Wada, Y see Sugai, N
quence analysis with other birds, 62 Tomimatsu, H see Kobayashi, N Wada, Y, Akita, T, \wata r, Furukawa, T,
Smith, G see Smith, E Tomita, M see Tozaki, T Sugai, N, Inage, \ Y, Ishii, K. Ito, ¥
Smith, J A, Lewis, A M, Wiener, P & see also Tozaki, T Kobayashi, E, Kusumoto, H, Matsumoto
Williams, J L. Genetic variation in the see also Tozaki, T [, Mikawa, S, Mivake, M, Murase, A
bovine myostatin gene in UK beef cattle: Towbin, J A see Meurs, K M Shimanuki, S Sugiyama, 1 Uchida, Y.
Allele frequencies and haplotype analysis Tozaki,T see Kakoi, H Yanai, S & ¥asue, H. Quantitative trait loci
in south Devon, 306 Tozaki, T, Kakoi, H, Mashima, S, Hirota, K, (QTL) analysis in a Meishan Gottingen
Smith, J, Bruley, C K, Paton, I R, Dunn, I, Hasegawa, T, Ishida, N, Miura, N & cross population, 376
Tomita, M. The isolation and characteriza- Waddington, D see
Jones, C T, Windsor, D, Morrice, D R, Law,
tion of 18 equine microsatellite loci, Wagner, H-J & Reissmann, M. New polymor-
A S, Masabanda, J, Sazanov, A, Wadding-
TKY272-TKY289, 149 phism detected in the horse MC1R gene
ton, D, Fries, R & Burt, D W. Differences in
gene density on chicken macrochromo- Tozaki, T, Kakoi, H, Mashima, S, Hirota, K, 289
somes and microchromosomes, 96 Hasegawa, Ae Ishida, N, Miura, N & Wagner, J] L see Kennedy, L J
Tomita,M rhe isolation and characteriza- Ward, T J see Schnabel, R D
Smith, J, Paton, I R, Bruley, C K, Windsor, D,
tion of 34 equine microsatellite loci, Ware, W A see Magnon, A L
Burke, D, Ponce de Leon, F A & Burt, D W.
TKY290-TKY 323, 234 see also Magnon, A L
Integration of the genetic and physical
Tozaki, T, Mashima, S, Miura, N & Tomita, see also Meurs, K M
maps of the chicken macrochromosomes,
M. The equine CD74 gene has a polymor- Wattrang, E see Edfors-Lilja
20 phic (CAG) repeat in the 5’-untranslated Welzel, K see Buitkamp, J
Soller, M see Lagziel, A
region, 239 Wende, S, Krempler, A &
Song, Y see Wu, X
lrakooljul, N, Ponsuksili, S, Schellander, K a pol] ymorphic
Sonstegard, T S, Garrett, W M, Bennett, G L,
& Wimmers, K. A highly polymorphic
Kappes, S M, Zarlenga, D S & Gasbarre, L repetitive polypyrimidine polypurine
C. Mapping of seven bovine cytokine
(CCTTT)n sequence in the 5’untranslated
genes involved in T-lymphocyte growth,
sequence of the porcine androgen receptor
differentiation and immune response, 406
gene, 288 K }| & Moore
Spangler, E see Meurs, K M
Tsou, H L see Chen, M Y¥ polymorphic microsatellite mar}
Stahlberger-Saitbekova, N see Dolf, G
Tsuchida, S see Omi, T novel Penaeus monodon ESTs
see also Schelling, C Tugele,C K see Marklund, S Wheeler, M B see Rahal, P
Stone, R T see Gu, Z Wheeler,T T see Molenaar,
Stratil, A see Blazkova, P Uchida, Y see Wada, WienePr s,ee Smith, J .
see also Knoll, A Wiener, P, Maclean, |
Stratil, A, Knoll, A, Moser, G, Kopeény, M & Vage, DI see Aasland, M liams, J A Testing
Geldermann, H. The porcine adenosine see also Gu, Z previously identified QTI
monophosphate deaminase 1 (AMPD1) see also Olsen, HG duction traits in new }
gene maps to chromosome 4, 147 Vaiman, D see Maddox, J F Willems, H see Reiner,G
Sugai, N see Wada, Y see also Segers, K Williams, ]L see Smith, J] A
Sugai, N, Sawazaki, T, Itoh, T, Mikawa, S, Valberg, S J see Roberts, MC see also Wiener, P
Wada, Y & Yasue, H. Physical assignment Valentini, A see Karim, L Wilson, A B see Noack, K
of markers, SJ017, SJ042, and SJO65 to Vallejo, M see Canon, J Wilson, K J see Whan, V A
swine chromosome X, 240 Vallet, ] L see Fahrenkrug, S C Wimmers, K see Trakooljui, N
Sugimoto, Y see Kobayashi, N Valle-Zarate. A see Wimmers, K Wimmers, K, Ponsuksili, S, Hardge, T . Valle-
see also Yamakuchi, H Van Hest, B ] see Noakes, M A Zarate, A, Mathur, P K & Horst, P. Genetic
Sugiyama, T see Wada, Y Van Oost, B A see Everts, RE distinctness of African, Asian and South
Suzuki, K, Asakawa, S, lida, M, Shimanuki, see also Versteeg, S A American local chickens, 159
S, Fujishima, N, Hiraiwa, H, Murakami, Y, Van Zeveren, A see Haegeman, A Windsor, D see Smith, J
Shimizu, N & Yasue, H. Construction and Vanselow, | see Schmidt, P see also Smith, J
evaluation of a porcine bacterial artificial Vanselow, J, Kiihn, C, Fiirbass, R & Schw- Wise, T H see Li, M D
chromosome library, 8 erin, M. Isolation of the bovine CYP19 Womack, J] E see Meurs, K M
© 2000 International Society for Animal Genetics, Animal Genetics 31, 420-426
426 AUTHOR INDEX
see also Rexroad III, C E Yamakuchi, H, Agaba, M, Hirano, T, Hara, K, see also Wada, Y
Woolliams, J A see Wiener, P Todoroki, J, Mizoshita, K, Kubota, C, Yeh, C-C see Wu, X
Wu, X, Davis, S K, Davis, S L F, Gallagher Jr, Tabara, N & Sugimoto, Y. Chediak-Higashi Yerle, M see Davoli, R
D S, Song, Y, Brenneman, R A, Yeh, C-C & syndrome mutation and genetic testing in Yoneda, K see Kunieda, T
Tavlor, J] F. Assignment of laminin B1 Japanese black cattle (Wagyu), 13 Yuzbasiyan-Gurkan, V see Gray, IS
polypeptide (LAMB1) and 2,3 bisphos- Yanai, S see Wada, Y
phoglycerate mutase (BPGM) to the physi- Yang, F see Dolf, G Zambonelli, P see Davoli, R
cal and genetic maps of BTA4, 282 Yang, P C see Chen, M Y Zarlenga, D S see Sonstegard, T S
Yasue, H see Sugai, N Zhao, S see Li, K
Yamada, T see Oishi, M see also Suzuki, K Zijlstra, C see Davoli, R
© 2000 International Society for Animal Genetics, Animal Genetics 31, 420—426
Animal Genetics, 2000, 31, 427-428
Keyword index
18S-5.8S-28S ribosomal genes expressed sequence tags MHC genes
MHC
adipose tissue fattening MhcOvar
AFLP FISH microchromosomes
allele frequency follicle-stimulating hormone beta microsatellite population structure
allele-specific PCR framework map microsatellite 31, 39,
arabian horse
autosomal recessive disorder gene duplication microsatellites
gene expression minisatelliDtNeA
bacterial artificial chromosome
gene mapping mitochondrial DNA
f-casein gene-density molecular markers
beige mouse gene-discovery Msp | polymorphism
biodiversity
gene-mapping mtDNA
Bos indicus generalised progressive retinal atrophy muscular hypertrophy
Bos taurus
myostatin
BovA2
genetic conversation
bovine genetic distance neighbour-joining
bovine cDNA library
genetic diversity microsatellite NOR
Bovini genetic diversity 39, 110, 127,‘ null allele
breed characterization
genetic introgression
breed relationships O. aureus
breed variation genetic map O. niloticus
buffalo genetic marker
genetic resources
PCR
canine genetics genetic structure PCR-RFLP
canine linkage map genetics PDE6A
Canis familiaris 310 GFD8 phenotyping
casein phosphopeptide region 49 Golden retrievers
phylogeny
cattle 87, 131, 166, 178, 206, 219 erowth hormone physical map
CDi8 326 physical mapping
Chediak-Higashi syndrome Holstein Friesian cattle
pig breed differentiation
horse genetics
chicken 20, 96, 104, 110, pigs
Chinese indigenous pigs horse polymorphism
chromosome 1 premature stop codon
chromosome 18 Iberian pig pseudogene
chronic interstitial nephritis immune function pyrosequencing
CHS individual tree
CHS1 gene integration QTLs
CLAD ITGB2
comparative gene mapping radiation hybrids
comparative mapping k- asein rDNA
conservation Korean cattle RDS Peripherin
Creole cattle repetitive DNA
CSNK2A2 Labrador retrievers retinitis pigmentosa
leukocyte numbers
retroposon
dinucleotide library rOM1
disease resistance linkage analysis rules for acceptance
divergence times linkage group
DLA genes and alleles linkage mapping sequence analysis
DLA Nomenclature Committee linkage study sequence based nomenclature
DNA fingerprinting linkage sequence-sampling
dog chromosome 6 (CFA6) lysosomal trafficking regulator sex diagnosis
dog short interspersed elements (SINEs)
dogenic inheritance macrochromosomes short tandem repeats
double-muscling mapping single cell detection
DQA1 marek’s Disease SNP
DQA2 maternal lineage SSC7
melanocyte-stimulating hormone receptor SSCP
equine Celtic breeds gene (MC1R) 194 Stress
European cattle Merino sheep 243 STS
© 2000 International Society for Animal Genetics
428 KEYWORD INDEX
swine trinucleotide Wagyu cattle
synteny turkey
type II markers d Y chromosome polymorphism
taurine cattle Y-chromosome
tilapia variant
transfection Zebu cattle
© 2000 International Society for Animal Genetics, Animal Genetics 31, 427-428