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6 results on '"Cann Lisette, M."'

1. Microsatellite diversity of the Nordic type of goats in relation to breed conservation: how relevant is pure ancestry?

Author

Lenstra, J.A., Tigchelaar, J., Biebach, I., Hallsson, J.H., Kantanen, J., Nielsen, V.H., Pompanon, F., Naderi, S., Rezaei, H.R., Sæther, N., Ertugrul, O., Grossen, C., Camenisch, G., VosLoohuis, M., van Straten, M., de Poel, E.A., Windig, J., Oldenbroek, K., AboShehada, Mahamoud, Marsan, Paolo Ajmone, Tarrayrah, Jamil Al, Angiolillo, Antonella, Baret, Philip, Baumung, Roswitha, BejaPereira, Albano, Bertaglia, Marco, Bordonaro, Salvatore, Brandt, Horst, Bruford, Mike, Caloz, Régis, Canali, Gabriele, Canon, Javier, Cappuccio, Irene, Carta, Antonello, Cicogna, Mario, Crepaldi, Paola, Dalamitra, Stella, Dobi, Petrit, Dunner, Susana, DʼUrso, Giuseppe, El Barody, M. A. A., England, Phillip, Erhardt, Georg, Ertuğrul, Okan, Glowatzki, MarieLouise, IbeaghaAwemu, Eveline, Strzelec, Ewa, Fadlaoui, Aziz, Fornarelli, Francesca, Garcia, David, Georgoudis, Andreas, Giovenzana, Stefano, Gutscher, Katja, Hewitt, Godfrey, Hoda, Anila, Istvan, Anton, Jones, Sam, Joost, Stéphane, Juma, Gabriela, Karetsou, Katerina, Kliambas, Georgios, Koban, Evren, Krugmann, Daniela, Kutita, Olga, Lazlo, Fesus, Ligda, Christina, Lipsky, Shirin, Luikart, Gordon, Lühken, Gesine, Marilli, Marta, Marletta, Donata, Milanesi, Elisabetta, Negrini, Riccardo, Nijman, Isaäc J., Niznikowski, Roman, ObexerRuff, Gabriela, Papachristoforou, Christos, Pariset, Lorraine, Peter, Marco Pellecchia, Christina, Perez, Trinidad, Pietrolà, Emilio, Pilla, Fabio, Popielarczyk, Dominik, Prinzenberg, MariaEva, Roosen, Jutta, Scarpa, Riccardo, Sechi, Tiziana, Taberlet, Pierre, Taylor, Martin, Togan, Inci, Trommetter, Michel, Valentini, Alessio, Van Cann, Lisette M., Vlaic, Augustin, Wiskin, Louise, and Zundel, Stéphanie

Published
2017
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2. Large-Scale Mitochondrial DNA Analysis of the Domestic Goat Reveals Six Haplogroups with High Diversity

Author

Naderi, Saeid, Rezaei, Hamid-Reza, Taberlet, Pierre, Zundel, Stéphanie, Rafat, Seyed-Abbas, Naghash, Hamid-Reza, El- Barody, Mohamed A. A., Ertugrul, Okan, Pompanon, François, Abo-Shehada, Mahamoud, Ajmone-Marsan, Paolo, Al Tarrayrah, Jamil, Baret, Philippe, Baumung, Roswitha, Beja-Pereira, Albano, Bertaglia, Marco, Bordonaro, Salvatore, Bruford, Mike, Caloz, Régis, Canali, Gabriele, Canon, Javier, Cappuccio, Irene, Carta, Antonello, Cicogna, Mario, Cortes, Oscar, Crepaldi, Paola, Dalamitra, Stella, Daniela, Krugmann, Dobi, Petrit, Dominik, Popielarczyk, Dunner, Susana, D'Urso, Giuseppe, England, Phillip, Erhardt, Georg, Prinzenberg, Eva-Maria, Ibeagha-Awemu, Eveline, Strzelec, Ewa, Fadlaoui, Aziz, Fornarelli, Francesca, Garcia, David, Georgoudis, Andreas, Lühken, Gesine, Giovenzana, Stefano, Gutscher, Katja, Hewitt, Godfrey, Hoda, Anila, Brandt, Horst, Istvan, Anton, Juma, Gabriela, Joost, Stéphane, Jones, Sam, Karetsou, Katerina, Kliambas, Georgios, Koban, Evren, Kutita, Olga, Fesus, Lazlo, Lenstra, Johannes A., Ligda, Christina, Lipsky, Shirin, Luikart, Gordon, Glowatzki, Marie-Louise, Marilli, Marta, Marletta, Donata, Milanesi, Elisabetta, Negrini, Riccardo, Nijman, Isaäc J., Obexer-Ruff, Gabriela, Papachristoforou, Christos, Pariset, Lorraine, Pellecchia, Marco, Peter, Christina, Perez, Trinidad, Pilla, Fabio, D'Andrea, Mariasilvia, Niznikowski, Roman, Roosen, Jutta, Scarpa, Riccardo, Sechi, Tiziana, Taylor, Martin, Togan, Inci, Trommetter, Michel, Valentini, Alessio, Van Cann, Lisette M., Vlaic, Augustin, and Wiskin, Louise

Subjects
Domestic Goat, DNA mitocondriale, Mitochondrial DNA, Capra domestica
Abstract

From the beginning of domestication, the transportation of domestic animals resulted in genetic and demographic processes that explain their present distribution and genetic structure. Thus studying the present genetic diversity helps to better understand the history of domestic species. Methodology/Principal Findings. The genetic diversity of domestic goats has been characterized with 2430 individuals from all over the old world, including 946 new individuals from regions poorly studied until now (mainly the Fertile Crescent). These individuals represented 1540 haplotypes for the HV segment of the mitochondrial DNA (mtDNA) control region. This large-scale study allowed the establishment of a clear nomenclature of the goat maternal haplogroups. Only five of the six previously defined groups of haplotypes were divergent enough to be considered as different haplogroups. Moreover a new mitochondrial group has been localized around the Fertile Crescent. All groups showed very high haplotype diversity. Most of this diversity was distributed among groups and within geographic regions. The weak geographic structure may result from the worldwide distribution of the dominant A haplogroup (more than 90% of the individuals). The large-scale distribution of other haplogroups (except one), may be related to human migration. The recent fragmentation of local goat populations into discrete breeds is not detectable with mitochondrial markers. The estimation of demographic parameters from mismatch analyses showed that all groups had a recent demographic expansion corresponding roughly to the period when domestication took place. But even with a large data set it remains difficult to give relative dates of expansion for different haplogroups because of large confidence intervals Conclusions/Significance. We propose standard criteria for the definition of the different haplogroups based on the result of mismatch analysis and on the use of sequences of reference. Such a method could be also applied for clarifying the nomenclature of mitochondrial haplogroups in other domestic species.

Published
2011

5. Genetic Basis for the Structural Difference between Streptococcus pneumoniaeSerotype 15B and 15C Capsular Polysaccharides

Author

van Selm, Saskia, van Cann, Lisette M., Kolkman, Marc A. B., van der Zeijst, Bernard A. M., and van Putten, Jos P. M.

Abstract

ABSTRACTIn a search for the genetic basis for the structural difference between the related Streptococcus pneumoniaecapsular serotypes 15B and 15C and for the reported reversible switching between these serotypes, the corresponding capsular polysaccharide synthesis (cps) loci were investigated by keeping in mind that at the structural level, the capsules differ only in O acetylation. The cpslocus of a serotype 15B strain was identified, partially PCR amplified with primers based on the related serotype 14 sequence, and sequenced. Sequence analysis revealed, among other open reading frames, an intact open reading frame (designated cps15bM) whose product, at the protein level, exhibited characteristics of previously identified acetyltransferases. Genetic analysis of the corresponding region in a serotype15C strain indicated that the same gene was present but had a premature stop in translation. Closer analysis indicated that the serotype 15B gene contained a short tandem TA repeat consisting of eight TA units. In serotype 15C, this gene contained nine TA units that resulted in a frameshift and a truncated product. Genetic analysis of 17 serotype 15B and 15C clinical isolates revealed a perfect correlation between the serotype and the length of the short tandem repeat in the putative O-acetyltransferase gene. The number of TA repeating units varied between seven and nine in the various isolates. Together, the data strongly suggest that the structural difference between serotypes 15B and 15C is based on variation in the short tandem TA repeat in the O-acetyltransferase gene and that the transition between serotypes is due to slipped-strand mispairing with deletion or insertion of TA units in the cps15bMgene.

Published
2003
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6. Assessing the spatial dependence of adaptive loci in 43 European and Western Asian goat breeds using AFLP markers

Author

Colli, L., Joost, S., Negrini, R., Nicoloso, L., Crepaldi, P., Ajmone Marsan, P., Abo Shehada, M., Al Tarrayrah, J., Baret, P., Baumung, R., Beja Pereira, A., Bertaglia, M., Bordonaro, S., Bruford, M., Caloz, R., Canali, G., Canon, J., Cappuccio, I., Carta, A., Cicogna, M., Cortes, O., Dalamitra, S., Daniela, K., Dobi, P., Dominik, P., Dunner, S., D Urso, G., El Barody, M. A. A., England, P., Erhardt, G., Ertugrul, O., Prinzenberg, E. M., Ibeagha Awemu, E., Strzelec, E., Fadlaoui, A., Fornarelli, F., Garcia, D., Georgoudis, A., Lühken, G., Giovenzana, S., Gutscher, K., Hewitt, G., Hoda, A., Brandt, H., Istvan, A., Juma, G., Jones, S., Karetsou, K., Kliambas, G., Koban, E., Kutita, O., Fesus, L., Lenstra Johannes, A., Ligda, C., Lipsky, S., Luikart, G., Marie Louise, G., Marilli, M., Marletta, D., Milanesi, E., Nijman Isaäc, J., Obexer Ruff, G., Papachristoforou, C., Pariset, L., Pellecchia, M., Peter, C., Perez, T., Fabio PILLA, Andrea, Mariasilvia D., Niznikowskian Roosen, R., Juttak Scarpa, R., Sechi, T., Taberlet, P., Taylor, M., Togan, I., Trommetter, M., Valentini, A., Cann Lisette, M., Vlaic, A., Wiskin, L., and Zundel, S.

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