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Ontogeny of epinephrine, norepinephrine, dopamine-beta-hydroxylase, and chromogranin A in the adrenal gland of pigs.
1996
Laroche S.M. | Pinxteren J.A. | Reempts P.J. van | Potter W.P. de | Weyns A.A. | Verhofstad A.A. | Acker K.J. van
Estrone sulfate concentrations as an indicator of fetal demise in horses.
1988
Kasman L.H. | Hughes J.P. | Stabenfeldt G.H. | Starr M.D. | Lasley B.L.
Evaluation of injections of collagenase and oxytetracycline via the umbilical artery as treatment for retained placenta in cattle.
1996
Fecteau K.A. | Eiler H.
Histopathologic changes in bovine fetuses after repeated reintroduction of a spirochete-like agent into pregnant heifers: association with epizootic bovine abortion.
1987
Osebold J.W. | Osburn B.I. | Spezialetti R. | Bushnell R.B. | Stott J.L.
Fetal membranes and ancillary structures of llamas (Lama glama).
1990
Fowler M.E. | Olander H.J.
The placenta of llamas is epitheliochorial, with patchy areas of dense folded papillation serving as the placentome. The amnion of the full-term placenta is closely adhered to either the allantois or the chorion and remains with these structures at the time of parturition. Llamas and alpacas, like dromedaries, have an extra fetal membrane that is derived from the epidermis of the fetus. In association with the watery amniotic fluid of llamas, the epidermal membrane is slippery, facilitating delivery of the fetus.
Mostrar más [+] Menos [-]Ovine anaplasmosis: in utero transmission as it relates to stage of gestation.
1987
Zaugg J.L.
Heavy metals in fluids and tissues of fetal calves and in young calves of nursing cows exposed or not exposed to anaerobically digested wastewater sludge.
1985
Fitzgerald P.R. | Peterson J. | Lue Hing C.
Studies on developmental potentials of bisected mouse embryos in vitro and in vivo.
1985
Nakagawa A. | Takahashi Y. | Kanagawa H.
Study on body measurement of fetuses and neonates in Korean native goats.
1988
Kim C.S. | Choe S.Y. | Chung H.S. | Kim T.S.
The measurement was investigated with 18 heads of fetus (60, 90, 120 days of gestation) and neonate in Korean native goats. The crown-rump length of fetuses at 60, 90, 120 days of gestation and neonate was 8.71, 20.83, 31.10 and 34.93 cm, respectively. The length of small intestine at 60, 90, 120 days of gestation and neonate was 32.28, 157.10, 303.52 and 475.06 cm, respectively. The length of large intestine at 60, 90, 120 days of gestation and neonate was 9.20, 37.70, 82.06 and 94.46 cm, respectively. The head length at 60, 90, 120 days of gestation and neonate was 2.93+-0.07, 6.67+-0.13, 8.84+-0.51 and 9.76+-0.44 cm, respectively. The width of the head at 60, 90, 120 days of gestation and neonate was 2.20+-0.13, 4.45+-0.11, 5.33+-0.20 and 5.51+-0.32 cm, respectively.
Mostrar más [+] Menos [-]Restriction endonuclease analysis of a porcine isolate of bovine herpesvirus type I.
1994
Varady E. | Tuboly T. | Derbyshire J.B.
