What's the difference between beneficial and coadapted?
Beneficial
Definition:
(a.) Conferring benefits; useful; profitable; helpful; advantageous; serviceable; contributing to a valuable end; -- followed by to.
(a.) Receiving, or entitled to have or receive, advantage, use, or benefit; as, the beneficial owner of an estate.
(a.) King.
Example Sentences:
(1) Circuit weight training does not exacerbate resting or exercise blood pressure and may have beneficial effects.
(2) These results show that lipo-PGI2 at a very low dose would be beneficial as a treatment for relieving the clinical symptoms of chronic cerebral infarction and that lipid microspheres are a useful drug carrier for PGI2 analogue therapy.
(3) Cholestyramine resin was beneficial in reducing stool bulk but had no substantial effect on fat absorption.
(4) Inhibition of local thrombin formation by warfarin therapy could explain the beneficial effects of warfarin therapy in treating small cell carcinoma of the lung.
(5) Treatment with salbutamol inhalation had a beneficial effect on the duration of their adynamic attacks.
(6) Cadavers have a multitude of possible uses--from the harvesting of organs, to medical education, to automotive safety testing--and yet their actual utilization arouses profound aversion no matter how altruistic and beneficial the motivation.
(7) Bacterial lipopolysaccharides (LPS), which are important components of the cell wall of gram-negative bacteria, induce a number of host responses both beneficial and harmful.
(8) In short term clinical studies, the beneficial effects of transdermal estradiol on plasma gonadotrophins, maturation of the vaginal epithelium, metabolic parameters of bone resorption and menopausal symptoms (hot flushes, sleep disturbance, genitourinary discomfort and mood alteration) appear to be comparable to those of oral and subcutaneous estrogens, while the undesirable effects of oral estrogens on hepatic metabolism are avoided.
(9) These preliminary results suggest that IGIV may be more beneficial and less expensive than plasmapheresis in treatment of GBS.
(10) Even after injury to organs, LMWD infusion seems to be beneficial by significantly lowering leucocyte sequestration and could therefore be justified as an addition to the arsenal of interventions used in the treatment of endotoxemia.
(11) The Hindu belief system accommodates this by prescribing use in such a way that this effect becomes beneficial.
(12) This has been manageable, even beneficial to the economy when people slowly climbed the property ladder.
(13) The best yields occurred in a chemostat at the pH range of 3.5 to 4.5 and temperature of 30 C. A beneficial effect on Ys was observed when the dilution rate (D) was increased.
(14) However, administration of ATP complexed with MgCl2 increased tissue and mitochondrial Mg levels, tissue ATP stores and cellular functions and proved beneficial for the survival of animals.
(15) The beneficial effect of nicotine has been seen after both acute and chronic administration.
(16) Exercise tolerance was significantly increased 3 hours after each dose, when the maximal beneficial effect occurred.
(17) Several studies in the past have shown the long-term beneficial effects of beta-blockers in congestive heart failure.
(18) These results strongly suggest that the beneficial effect of beta blockers is related to a quantitative reduction in heart rate, probably indicating an antiischemic effect.
(19) Together, they dispel the myth that changing initial responses more often is detrimental than beneficial.
(20) Based on morphological, virological, biochemical and molecular biological data, it is proposed that the presence of endogenous retrovirus particles in the placental cytotrophoblasts of many mammals is indicative of some beneficial action provided by the virus in relation to cell fusion, syncytiotrophoblast formation and the creation of the placenta.
Coadapted
Definition:
(a.) Adapted one to another; as, coadapted pulp and tooth.
Example Sentences:
(1) The present results thus indicated a lack of coadaptation among polygenic complexes within the inversions of D. nasuta.
(2) Intra- and interpopulation crosses involving standard and inverted gene orders of the III-2 and III-35 inversions were made to test if the polygenic complexes within these inversions are coadapted.
(3) The results are discussed with respect to ideas about coadaptation and gene flow based upon previous studies of hybrid developmental stability.
(4) In relation to reproductive diapause, there are several patterns of coadaptations between male reproductive strategy and timing of female receptivity.
(5) A coadaptation between the copulatory pattern of the males and the response systems of the females of several rodent species appears to have evolved and to aid successful reproduction.
(6) New mutations within the coadapted gene complex are quickly eliminated from the population and polymorphic inversions are kept free of mutants through selective elimination.
(7) These observations demonstrate that selection acts to organize the population into sets of highly interacting coadapted gene complexes that promote high fitness to the local environment.
(8) Because the stability is not due to genetic fixation (homozygosity) of the lines, it must be due to either close linkage of genes associated with geotaxis (which would not result in enduring change) or the development of new coadapted gene complexes utilizing genes associated with extreme geotaxis expression (which should result in enduring change).
(9) The results indicated that (1) seasonal changes in genotypic frequencies took place, (2) apomicitic parthenogenesis does not lead to genetic homogeneity, and (3) marked gametic disequilibrium at these five loci was present in the population, indicating that selection acted on coadapted groups of genes.
(10) In turn, this raises the possibility that an evolutionary metadynamics due to natural selection may sculpt landscapes and their couplings to achieve coevolutionary systems able to coadapt well.
(11) We interpret these results as evidence for coadaptation or position-effect within the inversion chromosomes.
(12) The notions of coadaptation and genetic homeostasis are considered, as well as the prospective use of the geotaxis lines to study such concepts experimentally.
(13) These results suggest that altitude (or other correlated environmental variable) may exert a differential selective pressure on coadapted gene blocks in the mutually inverted sequences.
(14) The role of gamasid mites, hematophages and saprophages, characteristic inhabitants of nests of colonial birds, and of the tick Ixodes lividus in connection with their biology, coadaptation with hosts, microclimatic nest conditions, etc.
(15) Intrastrain gene coadaptation also seems to be important in resistance to OHP.
(16) Introduction of systemic conceptions into the cytochemical analysis of neutrophils and lymphocytes made it possible to reveal a peculiarity of the metabolic status of the blood cells involved into the inflammatory process and also to determine coadaptation elements of the two types of leukocytes.
(17) Indeed, the paucity of demonstrated instances of linkage disequilibrium in natural populations has led many to dismiss coadaptation as a factor in evolutionary change.
(18) To test directly for required coadaptation, the 3a movement protein gene of cowpea chlorotic mottle virus, an icosahedral bromovirus, was replaced with the nonhomologous 30-kDa movement protein gene of sunn-hemp mosaic virus, a rod-shaped, cowpea-adapted tobamovirus.
(19) The dynamic phenomena (such as homodynamy, coadaptation, parallel evolution, orthogenesis, Cartesian transformation, typostrophy, hetermorphosis, systemic mutation, and spontaneous atavism) have no causal explanation, although they are responsible for all directed phenomena in macroevolution.
(20) The extent to which these factors interact to support infection spread is not known, but, for movement protein mutants of certain viruses, the inability of coinoculated "helper" viruses to complement defective movement has suggested a possible requirement for coadaptation between noncapsid movement proteins and other virus factors.