(a.) Containing, or resembling, lard; of the character or consistency of lard.
Example Sentences:
(1) In this effect 3-aminopicolinate may simulate the physiological role of the naturally occurring ferroactivator protein [Bentle & Lardy (1977) J. Biol.
(2) A cytosolic protein factor (ferroactivator) facilitates the activation of phosphoenolpyruvate carboxykinase by ferrous ions (Bentle, L. A., and Lardy, H. A.
(3) But then Denmark might not be the best place to experiment with a "fat tax" on lardy products.
(4) Previous work (Babcock, D. F., Rufo, G. A., and Lardy, H.A.
(5) By changing the quantities of rat brain homogenate or mitochondria, adding succinic acid and ADP a situation was created in polarographic cell leading to the initiation of Lardy and Chance control upon respiration.
(6) This supports the hypothesis of Lardy, Paetkau & Walter (1965) and Krebs, Gascoyne & Notton (1967) on the role of malate as carrier for carbon and reducing equivalents in gluconeogenesis.
(7) Raisa the ex-police horse: It's all very well for you, but I'm the one that has lardy-arse on my back.
(8) The data presented reinforce the hypothesis that caltrin-like proteins are responsible for the previously reported (Coronel, C.E., San Agustin, J., and Lardy, H.A.
(9) The possibility is considered that 3-aminopicolinate stimulates gluconeogenesis in vivo by facilitating Fe(2+) activation of phosphoenolpyruvate carboxykinase as it does with the purified enzyme in vitro [MacDonald & Lardy (1978) J. Biol.
(10) Phosphoenolpyruvate carboxykinase from the cytosol of rat liver has 13 cysteines, at least one of which is known to be very reactive and essential for catalytic activity (Carlson, G. M., Colombo, G., and Lardy, H. A.
(11) But, in truth, it is hardly the most considered way to transform a lardy nation into athletes.
(12) 42, 71-77], (2) differential heat and alcohol precipitation [Ling, R. H., Marcus, F., & Lardy, H. A.
(13) An initial inhibition of respiration by oligomycin is due to an interaction with the proton well of FOF1-ATP synthetase (Lardy, H.A.
(14) Protection of malic enzyme by the substrates L-malate and pyruvate and the inhibitors tartronate and oxalate requires the presence of the above cofactors, which tighten the binding of these carboxylic acids in accord with the ordered kinetic scheme (Hsu, R. Y., Lardy, H. A., and Cleland, W. W. (1967), J. Biol.