What's the difference between corpulency and corpulentness?
Corpulency
Definition:
(n.) Excessive fatness; fleshiness; obesity.
(n.) Thickness; density; compactness.
Example Sentences:
(1) Glucagon concentrations are higher in corpulent rats than lean rats at 3 months of age and decrease progressively with age.
(2) The traditionally larger meals of the day (lunch and dinner) represented higher proportions of daily intake in fat and obese children; the energy value of breakfast and afternoon snack was inversely related to corpulence.
(3) IBAT weights, IBAT:BW ratios, and IBAT cell number of corpulent greater than lean, and were greater than with SU than CS diet in both phenotypes.
(4) In the corpulent rat, both lipase- and chymotrypsinogen-specific activities and both the specific activities and the content of amylase or trypsinogen were lower than those of lean littermates.
(5) About one-third of our postmastectomy patients are corpulent, middle-aged women with "Mediterranean" body structures.
(6) The present studies were designed to estimate fetal weight on the basis of the thesis that the factors which determine body weight include the fetal bone and the amount of fetal soft tissue, i.e., fetal corpulence.
(7) Phenotype effects (corpulent greater than lean) were present for fat pad weight, adipocyte number, and adipocyte lipid content in the dorsal (DOR) and retroperitoneal (RP) WAT depots.
(8) Final body weights of corpulent rats were 2-3 times those of their lean littermates, and were greater with SU than MS diet in both phenotypes.
(9) Corpulent rats as compared to their lean littermates are obese, hyperlipidemic, and severely hyperinsulinemic, and show an age-dependent loss of glucose tolerance.
(10) This congenic strain of the Lister and Albany rat is normotensive, corpulent, and hyperlipidemic when homozygous for the corpulent (cp) gene derived from the Koletsky strain.
(11) Exercise caused a modest but significant increase in both total and high density lipoprotein cholesterol in both corpulent and lean rats.
(12) Restricting caloric intake significantly reduced the body weight gain of the obese rats but had little effect on the extent of their corpulence.
(13) There was a statistically significant association of carbohydrate metabolism disturbance with increasing age and corpulence and, in women, with hyperuricaemia and morphological alterations of the liver.
(14) The corpulence categories (non-obese, mildly obese and massively obese) were defined on the basis of NHANES II.
(15) Sedentary corpulent rats showed a rapid rise in systolic pressure from 107 mmHg at 7 weeks to 128 mmHg at 11 weeks.
(16) There were more D cells per islet in corpulent than in lean rats up to 9 mo.
(17) The effects of D-fenfluramine were studied in the JCR:LA-corpulent rat that is grossly obese, hyperphagic, hyperlipidaemic, hyperinsulinaemic and atherosclerosis-prone.
(18) Ethanol consumption was associated with elevated fasting glucose concentrations in both lean and corpulent rats and a strong decrease in fasting insulin levels and pancreatic B-cell volume density in the hyperinsulinemic corpulent rats.
(19) The activity in the heart increased with age and was higher in the corpulent rats than in the lean at all ages.
(20) Acute cold exposure (5 degrees C) resulted in decreases in rectal but not colonic temperature in lean rats fed both diets, but resulted in lower temperatures at both sites in corpulent rats, with the greatest decreases being observed in the starch fed corpulent rats.
Corpulentness
Definition:
Example Sentences:
(1) Glucagon concentrations are higher in corpulent rats than lean rats at 3 months of age and decrease progressively with age.
(2) The traditionally larger meals of the day (lunch and dinner) represented higher proportions of daily intake in fat and obese children; the energy value of breakfast and afternoon snack was inversely related to corpulence.
(3) IBAT weights, IBAT:BW ratios, and IBAT cell number of corpulent greater than lean, and were greater than with SU than CS diet in both phenotypes.
(4) In the corpulent rat, both lipase- and chymotrypsinogen-specific activities and both the specific activities and the content of amylase or trypsinogen were lower than those of lean littermates.
(5) About one-third of our postmastectomy patients are corpulent, middle-aged women with "Mediterranean" body structures.
(6) The present studies were designed to estimate fetal weight on the basis of the thesis that the factors which determine body weight include the fetal bone and the amount of fetal soft tissue, i.e., fetal corpulence.
(7) Phenotype effects (corpulent greater than lean) were present for fat pad weight, adipocyte number, and adipocyte lipid content in the dorsal (DOR) and retroperitoneal (RP) WAT depots.
(8) Final body weights of corpulent rats were 2-3 times those of their lean littermates, and were greater with SU than MS diet in both phenotypes.
(9) Corpulent rats as compared to their lean littermates are obese, hyperlipidemic, and severely hyperinsulinemic, and show an age-dependent loss of glucose tolerance.
(10) This congenic strain of the Lister and Albany rat is normotensive, corpulent, and hyperlipidemic when homozygous for the corpulent (cp) gene derived from the Koletsky strain.
(11) Exercise caused a modest but significant increase in both total and high density lipoprotein cholesterol in both corpulent and lean rats.
(12) Restricting caloric intake significantly reduced the body weight gain of the obese rats but had little effect on the extent of their corpulence.
(13) There was a statistically significant association of carbohydrate metabolism disturbance with increasing age and corpulence and, in women, with hyperuricaemia and morphological alterations of the liver.
(14) The corpulence categories (non-obese, mildly obese and massively obese) were defined on the basis of NHANES II.
(15) Sedentary corpulent rats showed a rapid rise in systolic pressure from 107 mmHg at 7 weeks to 128 mmHg at 11 weeks.
(16) There were more D cells per islet in corpulent than in lean rats up to 9 mo.
(17) The effects of D-fenfluramine were studied in the JCR:LA-corpulent rat that is grossly obese, hyperphagic, hyperlipidaemic, hyperinsulinaemic and atherosclerosis-prone.
(18) Ethanol consumption was associated with elevated fasting glucose concentrations in both lean and corpulent rats and a strong decrease in fasting insulin levels and pancreatic B-cell volume density in the hyperinsulinemic corpulent rats.
(19) The activity in the heart increased with age and was higher in the corpulent rats than in the lean at all ages.
(20) Acute cold exposure (5 degrees C) resulted in decreases in rectal but not colonic temperature in lean rats fed both diets, but resulted in lower temperatures at both sites in corpulent rats, with the greatest decreases being observed in the starch fed corpulent rats.