What's the difference between phytophagous and plant?

Phytophagous


Definition:

  • (a.) Feeding on plants; herbivorous; as, a phytophagous animal.

Example Sentences:

  • (1) Compounds identified as sex attractant pheromones in a number of phytophagous insects were found in a variety of host plants.
  • (2) This branch was comprised of moderate-sized, phytophagous gliders, of which the other living descendants are the dermopterans.
  • (3) In cells of the duodenal glands of the carnivorous and omnivorous receptors to concanavalin A and lentil lectin (D-mannosoglycans ) are absent and they are present in the glands of the phytophagous animals.
  • (4) In cells of some parts of the glands presence of receptors to soya bean lectin (N-acetyl-D-galactosamine++) is the most characteristic sign of the duodenal glands in the carnivorous and phytophagous animals.
  • (5) With the aid of a simulation model, an analogous process is demonstrated for populations of phytophagous insects.
  • (6) Composition and histotopography of lectin receptors have been studied in 12 species of mammals with various nutritional specialization: carnivorous, phytophagous and omnivorous.
  • (7) The unusually wide intracellular distribution of catalase in this phytophagous insect is apparently an evolutionary adaptation to the absence of glutathione peroxidase; hence, lack of a glutathione peroxidase-glutathione reductase role in alleviating stress from lipid peroxidation.
  • (8) Foliar and soil application in concentrations below the recommended rate of the herbicide 3-amino-1,2,4-triazole to the host plant Phaseolus vulgaris L. results in structural alterations of the protein-synthesizing apparatus of midgut and salivary-gland cells of the phytophagous spider mite Tetranychus urticae Koch (Acari: Tetranychidae) independent of its mode of application.
  • (9) Monooxygenases appear to be important in insect growth and development, in adaptation to multiple food plants in phytophagous insects and in pesticide resistance.
  • (10) An attempt was made to assess the efficacy of phytophagous fishes viz., Ctenopharyngodon idella, the Chinese grass carp and Osphronemus goramy, the giant gourami in the control of mansonioides mosquitoes by checking the growth of aquatic weeds which support their breeding.
  • (11) Cereal aphids were the major group of phytophagous insects collected from all of the trial sites.
  • (12) Sterol metabolism of this insect thus differs considerably from that found for most phytophagous insects.
  • (13) These deleterious properties of canavanine render it a highly toxic secondary plant constituent that probably functions as an allelochemic agent that deters the feeding activity of phytophagous insects and other herbivores.
  • (14) Kurstaki, is a potent entomocidal agent that alters a K+ current across midgut tissue of many phytophagous insects.
  • (15) Avermectin B1 (abamectin), the major component of the fermentation, also showed potent activity against arthropods in preliminary laboratory evaluations and was subsequently selected for development to control phytophagous mites and insect pests on a variety of agricultural and horticultural crops worldwide.
  • (16) The presence of appreciable activity of the urea-cycle enzymes in the tissues of Sarcophaga ruficornis, a carnivorous dipteran insect, all through its life-cycle appears significant in view of their total absence barring arginase (L-arginine ureohydrolase, EC 3.5.3.1) in the phytophagous lepidopteran eri silkwork Philosamia ricini at any stage of development.
  • (17) Analysis of the sterols of the milkweed bug, Oncopeltus fasciatus (Dallas) and dietary sunflowerseeds revealed that there is little, if any, conversion of dietary C28 OR C29 phytosterols to cholesterol in this phytophagous insect.
  • (18) In phytophagous animals formation of the protective barrier in the stomach occurs differently: in the mouse and hamster the cytochemical differentiation of the tegmental and glandular epitheliocytes is completed during the prenatal period, and in the rabbit and guinea pig--only by the 30th day after birth.
  • (19) These phytophagous species are subject to both endogenous and exogenous sources of oxidative stress from toxic oxygen radicals, hydrogen peroxide (H2O2) and lipid peroxides (LOOH).
  • (20) They exhibit remarkable properties of specificity, being primarily toxic to phytophagous mites but of very low toxicity to most nontarget species, including insects, fish, birds, and mammals.

Plant


Definition:

  • (n.) A vegetable; an organized living being, generally without feeling and voluntary motion, and having, when complete, a root, stem, and leaves, though consisting sometimes only of a single leafy expansion, or a series of cellules, or even a single cellule.
  • (n.) A bush, or young tree; a sapling; hence, a stick or staff.
  • (n.) The sole of the foot.
  • (n.) The whole machinery and apparatus employed in carrying on a trade or mechanical business; also, sometimes including real estate, and whatever represents investment of capital in the means of carrying on a business, but not including material worked upon or finished products; as, the plant of a foundry, a mill, or a railroad.
  • (n.) A plan; an artifice; a swindle; a trick.
  • (n.) An oyster which has been bedded, in distinction from one of natural growth.
  • (n.) A young oyster suitable for transplanting.
  • (n.) To put in the ground and cover, as seed for growth; as, to plant maize.
  • (n.) To set in the ground for growth, as a young tree, or a vegetable with roots.
  • (n.) To furnish, or fit out, with plants; as, to plant a garden, an orchard, or a forest.
  • (n.) To engender; to generate; to set the germ of.
  • (n.) To furnish with a fixed and organized population; to settle; to establish; as, to plant a colony.
  • (n.) To introduce and establish the principles or seeds of; as, to plant Christianity among the heathen.
  • (n.) To set firmly; to fix; to set and direct, or point; as, to plant cannon against a fort; to plant a standard in any place; to plant one's feet on solid ground; to plant one's fist in another's face.
  • (n.) To set up; to install; to instate.
  • (v. i.) To perform the act of planting.

Example Sentences:

  • (1) Behind her balcony, decorated with a flourishing pothos plant and a monarch butterfly chrysalis tied to a succulent with dental floss, sits the university’s power plant.
  • (2) A phytochemical investigation of an ethanolic extract of the whole plant of Echites hirsuta (Apocynaceae) resulted in the isolation and identification of the flavonoids naringenin, aromadendrin (dihydrokaempferol), and kaempferol; the coumarin fraxetin; the triterpene ursolic acid; and the sterol glycoside sitosteryl glucoside.
  • (3) Herbalists in Baja California Norte, Mexico, were interviewed to determine the ailments and diseases most frequently treated with 22 commonly used medicinal plants.
  • (4) This paper has considered the effects and potential application of PFCs, their emulsions and emulsion components for regulating growth and metabolic functions of microbial, animal and plant cells in culture.
  • (5) Labour MP Jamie Reed, whose Copeland constituency includes Sellafield, called on the government to lay out details of a potential plan to build a new Mox plant at the site.
  • (6) Plaque size, appearance, and number were influenced by diluent, incubation temperature after nutrient overlay, centrifugation of inoculated tissue cultures, and number of host cells planted initially in each flask.
  • (7) Urban hives boom could be 'bad for bees' What happened: Two professors from a University of Sussex laboratory are urging wannabe-urban beekeepers to consider planting more flowers instead of taking up the increasingly popular hobby.
  • (8) Equal numbers of handled and unhandled puparia were planted out at different densities (1, 2, 4 or 8 per linear metre) in fifty-one natural puparial sites in four major vegetation types.
  • (9) The lambs of the second group were given 1200-1500 g of concentrate pellets and 300 g chopped wheat straw, and those of the third group were given 800 and 1050 g each of concentrate pellets, and 540 g and 720 g of pellets of whole maize plant containing 40 per cent.
  • (10) In later years, the church built a business empire that included the Washington Times newspaper, the New Yorker Hotel in Manhattan, Bridgeport University in Connecticut, as well as a hotel and a car plant in North Korea.
  • (11) One example of this increased data generation is the emergence of genomic selection, which uses statistical modeling to predict how a plant will perform before field testing.
  • (12) The effects of lowering the temperature from 25 degrees C to 2-8 degrees C on carbohydrate metabolism by plant cells are considered.
  • (13) He fashioned alliances with France in the 1950s, and planted the seeds for Israel’s embryonic electronics and aircraft industries.
  • (14) While there has been almost no political reform during their terms of office, there have been several ambitious steps forward in terms of environmental policy: anti-desertification campaigns; tree planting; an environmental transparency law; adoption of carbon targets; eco-services compensation; eco accounting; caps on water; lower economic growth targets; the 12th Five-Year Plan; debate and increased monitoring of PM2.5 [fine particulate matter] and huge investments in eco-cities, "clean car" manufacturing, public transport, energy-saving devices and renewable technology.
  • (15) Results in this preliminary study demonstrate the need to evaluate the hazard of microbial aerosols generated by sewage treatment plants similar to the one studied.
  • (16) However, it was concluded that the biochemical models fail to give a complete description of photosynthesis in plants using the C4-dicarboxylic acid cycle.
  • (17) Subsequently the plant protein was partially purified from leaf extract.
  • (18) Ecological risk assessments are used by the US Environmental Protection Agency (US EPA) and other governmental agencies to assist in determining the probability and magnitude of deleterious effects of hazardous chemicals on plants and animals.
  • (19) A model is proposed for the study of plant breeding where the self-fertilization rate is of importance.
  • (20) The behavior and effects of atmospheric emissions in soils and plants are discussed.

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