(1) A substoichiometric extraction method with nitroso-R salt (NRS) has been studied for the determination of trace Co in crud.
(2) You could water window boxes with dish-slop, though, and that was another tip: take a shower by standing under Selfridges' petunias, which were given a pretty upmarket daily dousing in water largely free from bits of crud and washing-up-liquid slick.
(3) The results applied for the determination of trace Co in crud are described.
(4) This paper adds TLC identification of binglang and other three cruds drugs to the quality control of kakxiong shunqi pills incorporated in Chinese Pharmacopoeia.
(5) Up from the smooth ridges at his base, his pectorals form those sticky clumps that are bound in crud, fitting together so magically, a shitty Pangaea before the fecal tectonic split.
(6) For sensitive bioassay of cartilage development in response to bone morphogenetic protein (BMP), the supernatant of interstitial fluid containing crud BMP was obtained from an implanted diffusion chamber, applied to a cellulose acetate film, and stained with Alcian blue.
Cud
Definition:
(n.) That portion of food which is brought up into the mouth by ruminating animals from their first stomach, to be chewed a second time.
(n.) A portion of tobacco held in the mouth and chewed; a quid.
(n.) The first stomach of ruminating beasts.
Example Sentences:
(1) The reasons for this are discussed in terms of a mechanism in which all electrons enter through cytochrome a, which, in turn, is in rapid equilibrium with a second site, identified with 'visible' copper (830 nm-absorbing) Cud (Beinert et al., 1971).
(2) Neither stimulus light intensity nor eccentricity affected the CUD in the normals, in 1 of the commissurotomized patients, and in the acallosal boy.
(3) The results showed the MDP- and DTPA-CUDs stored at -18 degrees C retained the properties which resulted in acceptable radiochemical purity and biodistribution in mice for as long as 30 days.
(4) The purpose of this study was to examine, by transmission electron microscopy (TEM), the nature of the protective effect of dimethyl sulfoxide (DMSO) on hearts of copper-deficient (CuD) rats.
(5) After either one or two days of storage at -10 degrees C, four CUDs of each concentration were labeled with 0.2-0.3 mL of sodium pertechnetate Tc 99m (10-20 mCi).
(6) Cumulative [14C]cholesterol absorption and total lymphatic output of cholesterol were significantly decreased in CuD at 4 hr and thereafter, with no change in percentage distribution of free and esterified cholesterol.
(7) Purity was less than 80% for CUDs stored for more than two days.
(8) Male, weanling Sprague-Dawley rats were fed diets deficient (CuD, less than 0.5 ppm) or adequate (CuA, 5.0-5.5 ppm) in Cu for 4 weeks.
(9) They exhibit natural behaviours – they chew the cud, socialise, groom each other.” “It’s a perception that cows need to gambol in fields,” he said.
(10) Patients with parietal lesions had still longer CUDs, 37 msec on the average.
(11) The CUDs of 2 commissurotomized patients varied with stimulus eccentricity but not intensity.
(12) Over an 8-hr period, 7.3% of the dose was absorbed by CuD and 9.2% by CuA.
(13) The radiochemical purity of CUDs labeled with 2.0 mL of sodium pertechnetate Tc 99m was significantly greater than the purity of CUDs labeled with 0.2 mL for storage times exceeding two days.
(14) cytochrome a and Cud) were reduced simultaneously and the stoicheiometry of the initial reaction was closer to two molecules of cytochrome c2+ oxidized per molecule of cytochrome a reduced.
(15) Male, weanling Sprague-Dawley rats were fed either a purified diet which was deficient in copper (CuD) or the same diet made sufficient with 5 ppm of copper (CuS).
(16) Aminopeptidase N activity was 35% lower in CuD rats than controls, but activity was not affected by cis-Pt.
(17) In our patients the mean CUD, expressed as the difference between contralateral and ipsilateral responses, was 20 msec.
(18) Four leaders were arrested on 1 November and this was the first time Hailu Shawel, the CUD leader, had been able to speak publicly since his detention.
(19) The CUDs in these subjects are attributed to the transfer of nonsensory information via the corpus callosum, via ipsilateral corticospinal tracts, and via the anterior commissure or ipsilateral motor pathways, respectively.
(20) The CUDs of lower dilution (3 mL) appeared to be more stable than the CUDs of higher dilution (10 mL).