(n.) A solid bulb-shaped root, as of the crocus. See Bulb.
Example Sentences:
(1) The stability of various concentrations of morphine sulfate solution stored in Cormed III (Kalex) i.v.
(2) The TC1 mRNA accumulates during corm development, is more prevalent in corm apical than basal regions, and is either absent, or present at low concentrations, in other vegetative organs such as the leaf and root.
(3) We investigated gene expression patterns that occur during taro corm development.
(4) The methods were shown to be sensitive and specific and can be used as an alternative to the pharmacopoeial methods having been applied to the determination of colchicine in corms of Merendera persica and in three pharmaceutical preparations.
(5) Our results show that corm development is associated with the differentiation of specialized cells and tissues, and that these differentiation events are coupled with the temporal and spatial expression of corm-specific genes.
(6) A curculin-encoding cDNA clone, designated as TC1, was identified that corresponds to a highly prevalent 1-kb corm mRNA.
(7) Two-dimensional gel electrophoresis identified several different prevalent proteins that accumulate during corm development.
(8) The finding, gathering, and preparing of sedge corms and of seeds of tamarind fruit were described in detail.
(9) To this end, two groups of women, hyperandrogenic anovulatory (n = 4) and early follicular phase (n = 4) normally-cycling controls, were subjected to continuous blood withdrawal over 24 hours with a portable Cormed pump (Cormed Inc., Middleport, NY) and to exogenous stimulation with human chorionic gonadotropin.
(10) There was one anesthetic complication, respiratory depression in a patient whose MediPort (Cormed, Inc, Medina, NY) was inserted using local anesthesia and sedation.
(11) 4 periods were established in the development of stem apices: (1) formation of apical meristem (November), (2) slow development coinciding with the intensive plant vegetation (December--February), (3) transition to generative development when the vegetative organs begin to dry off (March) and (4) differentiation of generative organs at the time when the corm is underground and vegetative organs almost fully absent (summer).
(12) In situ hybridization experiments showed that the TC1 mRNA is highly concentrated in corm storage parenchyma cells and is absent, or present in reduced concentrations, in other corm cells and tissues.
(13) The greatest adsorption occurred with walls from leaf blade, followed by petiole and corm walls, although the differences were not major.
Corn
Definition:
(n.) A thickening of the epidermis at some point, esp. on the toes, by friction or pressure. It is usually painful and troublesome.
(n.) A single seed of certain plants, as wheat, rye, barley, and maize; a grain.
(n.) The various farinaceous grains of the cereal grasses used for food, as wheat, rye, barley, maize, oats.
(n.) The plants which produce corn, when growing in the field; the stalks and ears, or the stalks, ears, and seeds, after reaping and before thrashing.
(n.) A small, hard particle; a grain.
(v. t.) To preserve and season with salt in grains; to sprinkle with salt; to cure by salting; now, specifically, to salt slightly in brine or otherwise; as, to corn beef; to corn a tongue.
(v. t.) To form into small grains; to granulate; as, to corn gunpowder.
(v. t.) To feed with corn or (in Sctland) oats; as, to corn horses.
(v. t.) To render intoxicated; as, ale strong enough to corn one.
Example Sentences:
(1) Previous attempts to purify this enzyme from the liquid endosperm of kernels of Zea mays (sweet corn) were not entirely successful owing to the lability of partially purified preparations during column chromatography.
(2) First, it has diverted grain away from food for fuel, with over a third of US corn now used to produce ethanol and about half of vegetable oils in the EU going towards the production of biodiesel.
(3) Dry matter and starch intakes were greater when corn was fed than when barley was fed.
(4) Development of folate deficiency was evaluated in young chicks fed diets containing corn and soybean meal as major constituents.
(5) Changes in haemolymph juvenile hormone (JH) concentrations of larvae of the southwestern corn borer, Diatraea grandiosella, were used to estimate the activity of the corpora allata.
(6) In Experiment 1, chicks 24 days old were fed mixtures of untreated and inoculated corn containing citrinin to provide 0, 50, 100, 150, 200, and 250 micrograms of the toxin per gram of blended corn.
(7) Mice administered chloroform in corn oil displayed a significant degree of diffuse parenchymal degeneration (5 of 10 males and 1 of 10 females) and mild to moderate early cirrhosis (5 of 10 males and 9 of 10 females); significant pathological lesions were not observed in the animals administered corn oil without chloroform nor in mice receiving chloroform in 2% Emulphor.
(8) Ammoniation of corn, peanuts, cottonseed, and meals to alter the toxic and carcinogenic effects of aflatoxin contamination has been the subject of intense research effort by scientists in various government agencies and universities, both in the United States and abroad.
(9) It was found that ammoniation inactivated the aflatoxins and reduced the carcinogenicity of the contaminated corn to a level that was not significantly different from that with the basal control diet.
(10) Ribosome-inactivating proteins were found in high amounts in one line of cells of Phytolacca americana (pokeweed) cultured in vitro and, in less quantity, in lines of Saponaria officinalis (soapwort) and of Zea mays (corn) cells.
(11) Two-day-old poults were fed diets containing no added fat [44.6% starch, 2.2% ether extract by weight (HC)], 10% tallow (T), or 10% corn oil [(CO) 29.0% starch, 10.9% ether extract].
(12) Free fatty acids from both coconut and corn oils reduced diet palatability and intake; those from tallow and coconut oil markedly interfered (in vitro) with rennet clotting of milk replacers.
(13) They dealt in dozens of different commodities – from major grains such as wheat and sorghum to specialised food aid products such as corn-soy blend.
(14) Rats fed tryptophan-poor corn diets have reduced levels of brain serotonin and show increased responsiveness to electric shock.
(15) Percent apparent digestibilities for DM, NDF, and N for corn and corn-sunflower were similar and greater than for sunflower: DM (69.6, 68.2, 57.4); NDF (68.1, 61.5, 51.6); and N (66.3, 66.5, 63.6).
(16) Compared to fiber-free, feeding corn bran increased binding in the duodenum 30% and ileum 50% but decreased binding in the jejunum 44%, and feeding guar gum increased binding in the colon 73% but decreased binding in the jejunum 40%.
(17) Corn oil feeding decreased the transcriptional rate.
(18) Rats whose diet was restricted in calories by 40% exhibited no mammary tumors (coconut oil as primary dietary fat) or 75% fewer tumors (corn oil as dietary fat) compared to ad libitum-fed controls; they also exhibited 47% fewer colonic tumors.
(19) Anthracene, chrysene, benzo(e)pyrene and perylene did not significantly suppress the antibody-forming cell response compared to the corn oil vehicle controls.
(20) Acarbose significantly reduced the satiety effect of corn starch in lean rats (p less than 0.001), and further attenuated satiety in obese rats (p less than 0.02).