Torrens, Christopher, Snelling, Tristram H., Chau, Ryan, Shanmuganathan, Meena, Cleal, Jane K., Poore, Kirsten R., ...
The nutritional environment during development and even prior to conception may contribute to cardiovascular risk. In mature adult female sheep, we investigated the effect of preconceptional and...
Costello, Paula M., Rowlerson, Anthea, Astaman, Nur Aida, Anthony, Fred Erick W., Sayer, Avan Aihie, Cooper, Cyrus, ...
Poor prenatal nutrition is associated with a greater risk of adult glucose intolerance and insulin insensitivity in the offspring. Skeletal muscle is the primary tissue for glucose utilization, and...
Cleal, Jane K., Poore, Kirsten R., Newman, James P., Noakes, David E., Hanson, Mark A., Green, Lucy R.
In utero undernutrition in humans may result in cardiovascular (CV), metabolic, and growth adaptations. In sheep, maternal nutrient restriction during pregnancy, without effects on fetal or birth...
Cleal, Jane K., Poore, Kirsten R., Boullin, Julian P., Khan, Omar, Chau, Ryan, Hambidge, Oliver, ...
The early life environment has long-term implications for the risk of developing cardiovascular (CV) disease in adulthood. Fetal responses to changes in maternal nutrition may be of immediate benefit...
Cleal, Jane K., Poore, Kirsten R., Boullin, Julian P., Khan, Omar, Chau, Ryan, Hambidge, Oliver, ...
The early life environment has long-term implications for the risk of developing cardiovascular (CV) disease in adulthood. Fetal responses to changes in maternal nutrition may be of immediate benefit...
Poore, Kirsten R., Cleal, Jane K., Newman, James P., Boullin, Julian P., Noakes, David E., Hanson, Mark A., ...
The early-life environment has implications for risk of adult-onset diseases, such as glucose intolerance, insulin insensitivity, and obesity, effects that may occur with or without reduced birth...
Poore, Kirsten R., Cleal, Jane K., Newman, James P., Boullin, Julian P., Noakes, David E., Hanson, Mark A., ...
The early-life environment has implications for risk of adult-onset diseases such as glucose intolerance, insulin insensitivity and obesity, effects which may occur with or without reduced birth...
Khan, Omar A., Torrens, Christopher, Noakes, David E., Poston, Lucilla, Hanson, Mark A., Green, Lucy R., ...
Objective: Previous studies in humans and animals have suggested that undernutrition in utero and in early post-natal life may lead to altered vascular function in a number of peripheral arteries. We...
Nishina, Hidenori, Green, Lucy R., McGarrigle, Hugh H.G., Noakes, David E., Poston, Lucilla, Hanson, Mark A.
Unbalanced maternal nutrition affects fetal endocrine and cardiovascular systems, sometimes accompanied by changes in growth, although this is usually in late gestation. We determined the effect of...
Effects of chronic hypoxia and protein malnutrition on growth in the developing chick (2002)
Miller, Suzanne L., Green, Lucy R., Peebles, Donald M., Hanson, Mark A., Blanco, Carlos E.
Objective: the purpose of this study was to determine how chronic hypoxia and/or protein malnutrition in ovo affect growth in developing chicks. Study Design: chicken eggs were incubated under...
Czikk, Marie J., Green, Lucy R., Kawagoe, Yasuyuki, McDonald, Thomas J., Hill, David J., Richardson, Bryan S.
Objective: to determine whether repetitive umbilical cord occlusion resulting in fetal hypoxemia but not cumulative acidosis also affects fetal glucose levels and the levels of the regulatory...
Kalache, Karim D., Ojutiku, Dale, Nishina, Hidenori, Green, Lucy R., Hanson, Mark A.
AIMS: We wanted to investigate whether experimental dietary manipulations during early pregnancy influence placental growth and subsequently the cardiovascular system as assessed non-invasively by...
Cleal, Jane K., Poore, Kirsten R., Boullin, Julian P., Khan, Omar, Chau, Ryan, Hambidge, Oliver, ...
The early life environment has long-term implications for the risk of developing cardiovascular (CV) disease in adulthood. Fetal responses to changes in maternal nutrition may be of immediate benefit...
Nishina, Hidenori, Green, Lucy R, McGarrigle, Hugh H G, Noakes, David E, Poston, Lucilla, Hanson, Mark A
Unbalanced maternal nutrition affects fetal endocrine and cardiovascular systems, sometimes accompanied by changes in growth, although this is usually in late gestation. We determined the effect of...
Costello, Paula M, Rowlerson, Anthea, Astaman, Nur Aida, Anthony, Fred Erick W, Sayer, Avan Aihie, Cooper, Cyrus, ...
Poor prenatal nutrition is associated with a greater risk of adult glucose intolerance and insulin insensitivity in the offspring. Skeletal muscle is the primary tissue for glucose utilization, and...