Vitamin A and its derivatives, collectively termed as retinoids, have been paid attention in recent years because of their effects in bovine reproduction. However, the role of retinoids in the preimplantatory period continues to be largely unexplored, in contrast to later stages of development. Retinoids control cell growth, differentiation and death through binding to specific nuclear receptors by retinoic acid and other active metabolites. This paper reviews how retinoids can influence early embryonic development in cattle through their influence on the follicle, the extrafollicular oocyte and the pre-implantatory embryo itselfSERID
The isomer 9-cis of retinoic acid (9-cis-RA) exerts a beneficial effect on bovine in vitro developme...
Vitamin A and its analogs (retinoids) have acquired particular significance in embryonic development...
The essential requirement of vitamin A for embryogenesis is well known. The mammalian embryo depends...
Retinoids have an important role in cell growth, morphogenesis and differentiation. In the present s...
Retinoids have an important role in cell growth, morphogenesis and differentiation. In the present s...
Retinoids have been shown to enhance developmental competence of the oocyte in cattle, sheep and pig...
Retinoids have been shown to enhance developmental competence of the oocyte in cattle, sheep and pig...
A major goal in reproductive biotechnology is the identification of pathways that regulate early emb...
BACKGROUND: The conversion of retinol (ROH) to retinoic acid (RA) is crucial during development but ...
BACKGROUND: Although high vitamin A may be teratogenic to the embryo, retinol has been shown to sup...
BACKGROUND: The conversion of retinol (ROH) to retinoic acid (RA) is crucial during development but...
BACKGROUND: Although high vitamin A may be teratogenic to the embryo, retinol has been shown to supp...
Retinoids have an important role in cell growth, morpho-genesis and differentiation. In the present ...
During early pregnancy in sheep, implantation occurs relatively late and fetal-maternal interactions...
Vitamin A (retinol) and its natural metabolites, isoforms of retinoic acid, are collectively known a...
The isomer 9-cis of retinoic acid (9-cis-RA) exerts a beneficial effect on bovine in vitro developme...
Vitamin A and its analogs (retinoids) have acquired particular significance in embryonic development...
The essential requirement of vitamin A for embryogenesis is well known. The mammalian embryo depends...
Retinoids have an important role in cell growth, morphogenesis and differentiation. In the present s...
Retinoids have an important role in cell growth, morphogenesis and differentiation. In the present s...
Retinoids have been shown to enhance developmental competence of the oocyte in cattle, sheep and pig...
Retinoids have been shown to enhance developmental competence of the oocyte in cattle, sheep and pig...
A major goal in reproductive biotechnology is the identification of pathways that regulate early emb...
BACKGROUND: The conversion of retinol (ROH) to retinoic acid (RA) is crucial during development but ...
BACKGROUND: Although high vitamin A may be teratogenic to the embryo, retinol has been shown to sup...
BACKGROUND: The conversion of retinol (ROH) to retinoic acid (RA) is crucial during development but...
BACKGROUND: Although high vitamin A may be teratogenic to the embryo, retinol has been shown to supp...
Retinoids have an important role in cell growth, morpho-genesis and differentiation. In the present ...
During early pregnancy in sheep, implantation occurs relatively late and fetal-maternal interactions...
Vitamin A (retinol) and its natural metabolites, isoforms of retinoic acid, are collectively known a...
The isomer 9-cis of retinoic acid (9-cis-RA) exerts a beneficial effect on bovine in vitro developme...
Vitamin A and its analogs (retinoids) have acquired particular significance in embryonic development...
The essential requirement of vitamin A for embryogenesis is well known. The mammalian embryo depends...