APA

Jena S. C., Kumar S., Rajput S., Roy B., Verma A., Kumaresan A., Mohanty T. K., De S., Kumar R. & Datta T. K. (20141210). Differential methylation status of IGF2-H19 locus does not affect the fertility of crossbred bulls but some of the CTCF binding sites could be potentially important. : Molecular reproduction and development.

Chicago

Jena Subas C, Kumar Sandeep, Rajput Sandeep, Roy Bhaskar, Verma Arpana, Kumaresan Arumugam, Mohanty Tushar K, De Sachinandan, Kumar Rakesh and Datta Tirtha K. 20141210. Differential methylation status of IGF2-H19 locus does not affect the fertility of crossbred bulls but some of the CTCF binding sites could be potentially important. : Molecular reproduction and development.

Harvard

Jena S. C., Kumar S., Rajput S., Roy B., Verma A., Kumaresan A., Mohanty T. K., De S., Kumar R. and Datta T. K. (20141210). Differential methylation status of IGF2-H19 locus does not affect the fertility of crossbred bulls but some of the CTCF binding sites could be potentially important. : Molecular reproduction and development.

MLA

Jena Subas C, Kumar Sandeep, Rajput Sandeep, Roy Bhaskar, Verma Arpana, Kumaresan Arumugam, Mohanty Tushar K, De Sachinandan, Kumar Rakesh and Datta Tirtha K. Differential methylation status of IGF2-H19 locus does not affect the fertility of crossbred bulls but some of the CTCF binding sites could be potentially important. : Molecular reproduction and development. 20141210.