… may participate in the regulation of intracellular Ca 2+ … 2+ regulation may arise in early
development and what functional implications this may have for preimplantation embryogenesis …

… We have shown that pH i regulation in the human embryo results from the concerted efforts
of at least three exchangers: HCO 3 – /Cl – exchanger, Na + /H + antiporter and an Na + , …

… cell volume regulation as an important determinant of embryo … ions for intracellular osmotic
support, and that embryo viability … regulation in embryos not only sheds light on early embryo …

… these in vitro blocks to preimplantation embryo development, largely through the National …
ions and organic osmolytes throughout meiotic maturation and preimplantation embryogenesis…

… ions would then be required to maintain normal embryo … and cell volume regulation in
early preimplantation embryos: … oocyte maturation and preimplantation embryo development. …

… Second, most of ion/water channel proteins are regulated by … important implications to the
embryo implantation. Last but not … in the pre-implantation period, which enables the embryo to …

… We therefore speculate that in addition to its better recognized role of regulating ion … that
Q6 regulate cell junction formation during preimplantation development. The future will tell. …

… stage has not yet been evaluated, and no systematic study has investigated the developmental
changes on alkalosis defense mechanism in all the preimplantation embryonic stages. …

… absent from the preimplantation embryo. The restriction of pH, regulation to the alkaline
range … , the movements of these ions could be determined as the embryos regulated pH, [5,81. …

… Ion channels in the endometrium are emerging as important players in regulating endometrial
receptivity and embryo implantation. Abnormal expression or function of ion channels in …