Daniel Goszczynski

Contact

• workRoom C327 South Laboratory
  Sutton Bonington Campus
  Sutton Bonington
  Leicestershire
  LE12 5RD
  UK
• Daniel.Goszczynski@nottingham.ac.uk

Recent Publications

• JINGHUI LI, DAILU GUAN, MICHELLE M. HALSTEAD, ALMA D. ISLAS-TREJO, DANIEL E. GOSZCZYNSKI, CATHERINE W. ERNST, HAO CHENG, PABLO ROSS and HUAIJUN ZHOU, 2022. Transcriptome annotation of 17 porcine tissues using nanopore sequencing technology Animal Genetics.
• DAILU GUAN, MICHELLE M. HALSTEAD, ALMA D. ISLAS-TREJO, DANIEL E. GOSZCZYNSKI, HANS H. CHENG, PABLO J. ROSS and HUAIJUN ZHOU, 2022. Prediction of transcript isoforms in 19 chicken tissues by Oxford Nanopore long-read sequencing Frontiers in Genetics. 13,
• A. M. FONSECA JUNIOR, E. E. PAULSON, D. E. GOSZCZYNSKI, J. ISPADA, E. C. SANTOS, C. B. LIMA, J. V. A. SILVA, P. J. ROSS and M. P. MILAZZOTTO, 2021. 3 Modulation of glycolysis alters histone acetylation and gene expression in bovine blastocysts produced invitro Reproduction, Fertility and Development. 33(2), 109
• D E GOSZCZYNSKI, P S TINETTI, Y H CHOI, P J ROSS and K HINRICHS, 2021. Allele-specific expression analysis reveals conserved and unique features of preimplantation development in equine ICSI embryos Biology of Reproduction.

• View all publications

• JINGHUI LI, DAILU GUAN, MICHELLE M. HALSTEAD, ALMA D. ISLAS-TREJO, DANIEL E. GOSZCZYNSKI, CATHERINE W. ERNST, HAO CHENG, PABLO ROSS and HUAIJUN ZHOU, 2022. Transcriptome annotation of 17 porcine tissues using nanopore sequencing technology Animal Genetics.
• DAILU GUAN, MICHELLE M. HALSTEAD, ALMA D. ISLAS-TREJO, DANIEL E. GOSZCZYNSKI, HANS H. CHENG, PABLO J. ROSS and HUAIJUN ZHOU, 2022. Prediction of transcript isoforms in 19 chicken tissues by Oxford Nanopore long-read sequencing Frontiers in Genetics. 13,
• A. M. FONSECA JUNIOR, E. E. PAULSON, D. E. GOSZCZYNSKI, J. ISPADA, E. C. SANTOS, C. B. LIMA, J. V. A. SILVA, P. J. ROSS and M. P. MILAZZOTTO, 2021. 3 Modulation of glycolysis alters histone acetylation and gene expression in bovine blastocysts produced invitro Reproduction, Fertility and Development. 33(2), 109
• D E GOSZCZYNSKI, P S TINETTI, Y H CHOI, P J ROSS and K HINRICHS, 2021. Allele-specific expression analysis reveals conserved and unique features of preimplantation development in equine ICSI embryos Biology of Reproduction.
• D E GOSZCZYNSKI, P S TINETTI, Y H CHOI, K HINRICHS and P J ROSS, 2021. Genome activation in equine in vitro-produced embryos Biology of Reproduction.
• ESTER TER'AN, FLORENCIA AZCONA, MANUEL RAM'ON, ANTONIO MOLINA, JES'US DORADO, MANUEL HIDALGO, PABLO ROSS, DANIEL GOSZCZYNSKI and SEBASTI'AN DEMYDA-PEYR'AS, 2021. Sperm morphometry is affected by increased inbreeding in the Retinta cattle breed: A molecular approach Molecular Reproduction and Development. 88(6), 416-426
• MICHELLE M. HALSTEAD, ALMA ISLAS-TREJO, DANIEL E. GOSZCZYNSKI, JUAN F. MEDRANO, HUAIJUN ZHOU and PABLO J. ROSS, 2021. Large-Scale Multiplexing Permits Full-Length Transcriptome Annotation of 32 Bovine Tissues From a Single Nanopore Flow Cell Frontiers in Genetics. 12,
• DANIEL E. GOSZCZYNSKI, MICHELLE M. HALSTEAD, ALMA D. ISLAS-TREJO, HUAIJUN ZHOU and PABLO J. ROSS, 2021. Transcription initiation mapping in 31 bovine tissues reveals complex promoter activity, pervasive transcription, and tissue-specific promoter usage Genome Research. 31(4), 732-744
• D. E. GOSZCZYNSKI, A. C. DENICOL and P. J. ROSS, 2019. Gametes from stem cells: status and applications in animal reproduction Reproduction in Domestic Animals.
• DANIEL E GOSZCZYNSKI, HAO CHENG, SEBASTIAN DEMYDA-PEYR'AS, JUAN F MEDRANO, JUN WU and PABLO J ROSS, 2018. In vitro breeding: application of embryonic stem cells to animal productiontextdagger Biology of Reproduction. 100(4), 885-895
• DANIEL GOSZCZYNSKI, ANTONIO MOLINA, ESTER TER'AN, HERN'AN MORALES-DURAND, PABLO ROSS, HAO CHENG, GUILLERMO GIOVAMBATTISTA and SEBASTI'AN DEMYDA-PEYR'AS, 2018. Runs of homozygosity in a selected cattle population with extremely inbred bulls: Descriptive and functional analyses revealed highly variable patterns PLOS ONE. 13(7), e0200069
• D.E. GOSZCZYNSKI, C.M. CORBI-BOTTO, H.M. DURAND, A. ROGBERG-MU~NOZ, S. MUNILLA, P. PERAL-GARCIA, R.J.C. CANTET and G. GIOVAMBATTISTA, 2018. Evidence of positive selection towards Zebuine haplotypes in the BoLA region of Brangus cattle Animal. 12(2), 215-223
• DANIEL E. GOSZCZYNSKI, JULIANA PAPALEO-MAZZUCCO, MAR'IA V. RIPOLI, EDGARDO L. VILLARREAL, ANDR'ES ROGBERG-MU~NOZ, CARLOS A. MEZZADRA, LILIA M. MELUCCI and GUILLERMO GIOVAMBATTISTA, 2017. Genetic Variation in FABP4 and Evaluation of Its Effects on Beef Cattle Fat Content Animal Biotechnology. 28(3), 211-219
• DANIEL ESTANISLAO GOSZCZYNSKI, JULIANA PAPALEO MAZZUCCO, MAR'IA VER'ONICA RIPOLI, EDGARDO LEOPOLDO VILLARREAL, ANDR'ES ROGBERG-MU~NOZ, CARLOS ALBERTO MEZZADRA, LILIA MAGDALENA MELUCCI and GUILLERMO GIOVAMBATTISTA, 2016. Genetic characterisation of PPARG 58(1),
• J. PAPALEO MAZZUCCO, D.E. GOSZCZYNSKI, M.V. RIPOLI, L.M. MELUCCI, A.M. PARDO, E. COLATTO, A. ROGBERG-MU~NOZ, C.A. MEZZADRA, G.J. DEPETRIS, G. GIOVAMBATTISTA and E.L. VILLARREAL, 2016. Growth, carcass and meat quality traits in beef from Angus, Hereford and cross-breed grazing steers, and their association with SNPs in genes related to fat deposition metabolism Meat Science. 114, 121-129
• A.H. FALOMIR-LOCKHART, A. ROGBERG-MU~NOZ, J. PAPALEO-MAZZUCCO, D.E. GOSZCZYNSKI, J.P. LIR'ON, M.E. FERN'ANDEZ, M.C. A~NON, L.M. MELUCCI and G. GIOVAMBATTISTA, 2015. Study of the influence of genes related to muscle oxidative processes on beef color Meat Science. 108, 17-20
• DANIEL ESTANISLAO GOSZCZYNSKI, JULIANA PAPALEO MAZZUCCO, MAR'IA VER'ONICA RIPOLI, EDGARDO LEOPOLDO VILLARREAL, ANDR'ES ROGBERG-MU~NOZ, CARLOS ALBERTO MEZZADRA, LILIA MAGDALENA MELUCCI and GUILLERMO GIOVAMBATTISTA, 2014. Characterization of the bovine gene LIPE and possible influence on fatty acid composition of meat Meta Gene. 2, 746-760
• MAR'IA FERN'ANDEZ, DANIEL GOSZCZYNSKI, ALBERTO PRANDO, PILAR PERAL-GARC'IA, ANDR'ES BALDO, GUILLERMO GIOVAMBATTISTA and JUAN LIRON, 2014. Assessing the association of single nucleotide polymorphisms in thyroglobulin gene with age of puberty in bulls Journal of Animal Science and Technology. 56(1), 17
• MAR'IA E. FERN'ANDEZ, ANDR'ES ROGBERG-MU~NOZ, JUAN P. LIR'ON, DANIEL E. GOSZCZYNSKI, MAR'IA V. RIPOLI, M'ONICA H. CARINO, PILAR PERAL-GARC'IA and GUILLERMO GIOVAMBATTISTA, 2014. Effectiveness of Single-Nucleotide Polymorphisms to Investigate Cattle Rustling Journal of Forensic Sciences. 59(6), 1607-1613
• D. E. GOSZCZYNSKI, M. V. RIPOLI, S.-N. TAKESHIMA, L. BALTIAN, Y. AIDA and G. GIOVAMBATTISTA, 2014. Haplotype determination of the upstream regulatory region and the second exon of the$less$i$greater$BoLA-DRB3$less$/i$greater$gene in Holstein cattle Tissue Antigens. 83(3), 180-183
• RIPOLI, M.V., WEI, S., ROGBERG-MUNOZ, A., GUO, B.L., GOSZCZYNSKI, D.E., FERNANDEZ, M.E., MELLUCCI, L., LIRON, J.P., VILLARREAL, E., WEI, Y.M. and GIOVAMBATTISTA, G., 2013. Evaluation of six single nucleotide polymorphisms for bovine traceability in the context of the argentinechinese beef trade BAG - Journal of Basic and Applied Genetics. 24(2), 31-45
• MAR'IA E. FERN'ANDEZ, DANIEL E. GOSZCZYNSKI, JUAN P. LIR'ON, EGLE E. VILLEGAS-CASTAGNASSO, M'ONICA H. CARINO, MAR'IA V. RIPOLI, ANDR'ES ROGBERG-MU~NOZ, DIEGO M. POSIK, PILAR PERAL-GARC'IA and GUILLERMO GIOVAMBATTISTA, 2013. Comparison of the effectiveness of microsatellites and SNP panels for genetic identification, traceability and assessment of parentage in an inbred Angus herd Genetics and Molecular Biology. 36(2), 185-191
• JUAN P LIR'ON, ALBERTO J PRANDO, MAR'IA E FERN'ANDEZ, MAR'IA V RIPOLI, ANDR'ES ROGBERG-MU~NOZ, DANIEL E GOSZCZYNSKI, DIEGO M POSIK, PILAR PERAL-GARC'IA, ANDR'ES BALDO and GUILLERMO GIOVAMBATTISTA, 2012. Association between GNRHR 13(1),
• GIOVAMBATTISTA, G., ROGBERG MUÑOZ, A., RIPOLI, M.V., VILLEGAS CASTAGNASSO, E.E., D'IAZ, S., POSIK, D.M., LIRÓN, J.P., CARINO, M.H., GOSZCZYNSKI, D.E., FERNÁNDEZ, M.E. and PERAL GARC'IA, P., 2010. The molecular genetics of Creole bovines and equines at the dawn of the 21st century,La genética molecular de bovinos y equinos criollos en los albores del siglo XXI BAG - Journal of Basic and Applied Genetics. 21(2),