The role of amino acids, ethylenediaminetetraacetic acid (EDTA), transferrin, oxygen,
glucose, glutamine, taurine and ammonium in CF1 mouse zygote development in culture …

The role of amino acids, ethylenediaminetetraacetic acid (EDTA), transferrin, oxygen,
glucose, glutamine, taurine and ammonium in CFl mouse zygote development in culture …

Abstract Development of zygotes from a hybrid-inbred (B6D2F1) and two random-bred (CD1
and CF1) strains of mice were compared after culture in several modifications of a simple …

As a model for establishing an optimized medium for human in vitro fertilization (IVF),
modified human tubal fluid (HTF) media containing amino acids at concentrations found in …

The 2-cell block may be caused by inappropriate concentrations of commonly used
constituents of embryo culture media. Almost all zygotes obtained by fertilizing CF1 ova with …

The amino acid requirements of the preimplantation mouse embryo in culture changes as
development proceeds from the zygote to the blastocyst stage. Eagle's non-essential amino …

The regulation of 1-cell mouse embryo development in culture by amino acids was
investigated. When the 20 amino acids in Eagle's medium were present, blastocyst …

Abstract Development of outbred CF1 mouse zygotes in vitro was studied in a chemically
defined, protein-free medium both with and without amino acids. The addition of amino acids …

In this review, 4 areas of embryo research are discussed and their relevance to mammalian
embryo culture is considered. The areas are:(1) perturbation of embryonic development by …

Glutamine and taurine are reported to improve the development of mouse embryos in vitro,
and glutamine is a component in CZB and KSOM, media optimized to overcome the 2-cell …