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- 2Cai, Zhipeng
- 2Lin, Guohui
- 2Stothard, Paul
- 1Amaral, M. Elisabete
- 1Brunner, Ronald M.
- 1Caetano, Alexandre R.
Santana, Andre M., Tonhati, Humberto, Greco, Anthony J., Mishra, Bina, Cai, Zhipeng, Kumar, S. T. Bharani, Tantia, Madhu S., Jones, Brittany C., Saradhi, G. Pardha, Miziara, Melissa N., Kumar, M. Aravind, Kochan, Kelli J., Goldammer, Tom, Brunner, Ronald M., Caetano, Alexandre R., Weikard, Rosemarie, Womack, James E., Mathew, Boby, Kumar, Satish, Pelai, Vanderlei A., Filho, Edson A. R., Jeong, Jooha, Prasad, Aparna, Vijh, Ramesh K., Lin, Guohui, Moore, Stephen, Galvao, Stephan R., Mariani, Paola, Grant, Jason R., Stafuzza, Nedenia B., Fornitano, Larissa C., Riggs, Penny K., Stothard, Paul, Amaral, M. Elisabete
Background The recently constructed river buffalo whole-genome radiation hybrid panel (BBURH5000) has already been used to generate preliminary radiation hybrid (RH) maps for several chromosomes, and buffalo-bovine comparative chromosome maps have been constructed. Here, we present the...
Background Single nucleotide polymorphism (SNP) genotyping assays normally give rise to certain percents of no-calls; the problem becomes severe when the target organisms, such as cattle, do not have a high resolution genomic sequence. Missing SNP genotypes, when related to target traits, would...