Quantitative expression analysis of blastocyst-derived gene transcripts in preimplantation developmental stages of in vitro-produced bovine embryos using real-time polymerase chain reaction technology

Nermin El-Halawany, Siriluck Ponsuksili, Klaus Wimmers, Markus Gilles, Dawit Tesfaye and Karl Schellander · 2004

This is the catalogue record for a paper the old Livestock Library listed. We have not written a summary of it yet. The panel gives its full citation and, where we could confirm one, a link to where it can be read today.

It belongs to the Reproduction, Fertility and Development collection, published in the Reproduction, Fertility and Development.

Other papers by Nermin El-Halawany and co-authors

Bovine blastocyst diameter as a morphological tool to predict embryo cell counts, embryo sex, hatching ability and developmental characteristics after transfer to recipients
Michael Hoelker, Friedrich Schmoll, Hendrik Schneider and 7 others, including Markus Gilles, Dawit Tesfaye and Karl Schellander · 2006 · Rep. Fert. Dev. (2006) 18(5): 551-557

Browse the Reproduction, Fertility and Development collection →

The paper

Quantitative expression analysis of blastocyst-derived gene transcripts in preimplantation developmental stages of in vitro-produced bovine embryos using real-time polymerase chain reaction technology

Authors: Nermin El-Halawany, Siriluck Ponsuksili, Klaus Wimmers, Markus Gilles, Dawit Tesfaye, Karl Schellander
Published: 2004
In: Rep. Fert. Dev. 16(8): 753-762
Collection: Reproduction, Fertility and Development
Listed on the old library: 31 January 2012

We know of no online copy of this paper today. A university or state library that holds the Reproduction, Fertility and Development is the place to ask.

Reference: El-Halawany, Nermin, Ponsuksili, Siriluck, Wimmers, Klaus, Gilles, Markus, Tesfaye, Dawit and Schellander, Karl (2004) Quantitative expression analysis of blastocyst-derived gene transcripts in preimplantation developmental stages of in vitro-produced bovine embryos using real-time polymerase chain reaction technology. Rep. Fert. Dev. 16(8): 753-762.