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Compounds wherein a X- group, in which the X's are the same or diverse chalcogens (i.e., oxygen, sulfur, selenium, or tellurium), and the nitrogen are bonded directly to the same acyclic carbon atom. | An ether is an organic compound in which two hydrocarbon groups are bonded to the same oxygen atom. | 0neutral
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Compounds wherein the group and the piperidine ring are each bonded directly to the same chalcogen (i.e., oxygen, sulfur, selenium, or tellurium) atom. | An ether is an organic compound in which two hydrocarbon groups are bonded to the same oxygen atom. | 0neutral
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Compounds which contain a phosphorus atom with two chalcogens (i.e., oxygen, sulfur, selenium, or tellurium) bonded directly thereto in the same ring. | An ether is an organic compound in which two hydrocarbon groups are bonded to the same oxygen atom. | 0neutral
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Ethers An organic compound which has two hydrocarbon groups bound by an interior oxygen atom. | An ether is an organic compound in which two hydrocarbon groups are bonded to the same oxygen atom. | 1entails
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HCl and PH 3 contain hydrogen but not a small electronegative atom, and dimethyl ether contains both hydrogen and oxygen, but the two are not bonded. | An ether is an organic compound in which two hydrocarbon groups are bonded to the same oxygen atom. | 0neutral
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Silyl enol ethers in organic chemistry are a class of organic compounds that share a common functional group composed of an enolate bonded through its oxygen terminus to an organosilicon group. | An ether is an organic compound in which two hydrocarbon groups are bonded to the same oxygen atom. | 0neutral
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Subject matter wherein a containing compound with at least two silicon atoms contains a carbon-to-halogen bond and which carbon atom is not double bonded to an oxygen atom. | An ether is an organic compound in which two hydrocarbon groups are bonded to the same oxygen atom. | 0neutral
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Subject matter wherein the organic designated nonreactive material is a compound containing at least one X--X group and wherein the x atom may be the same or different chalcogen atom, i.e., oxygen, sulfur, selenium, or tellurium. | An ether is an organic compound in which two hydrocarbon groups are bonded to the same oxygen atom. | 0neutral
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The distance between oxygen atoms along each bond is about 275 pm and is the same between any two bonded oxygen atoms in the lattice. | An ether is an organic compound in which two hydrocarbon groups are bonded to the same oxygen atom. | 0neutral
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The reaction of oxygen atoms with hydrocarbons. | An ether is an organic compound in which two hydrocarbon groups are bonded to the same oxygen atom. | 0neutral
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The sulfone group is a sulfur atom doubly bonded to two oxygen atoms and singly bonded to two carbon centers. | An ether is an organic compound in which two hydrocarbon groups are bonded to the same oxygen atom. | 0neutral
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When two oxygen atoms form the compound O2, they share two pairs of electrons, forming two covalent bonds. | An ether is an organic compound in which two hydrocarbon groups are bonded to the same oxygen atom. | 0neutral
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Where there are no direct carbon-carbon bonds between the C 6 C 3 units and they are linked by an ether oxygen atom the compound is named as an oxyneolignan. | An ether is an organic compound in which two hydrocarbon groups are bonded to the same oxygen atom. | 0neutral
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and every oxygen atom is bonded to two silicon atoms. | An ether is an organic compound in which two hydrocarbon groups are bonded to the same oxygen atom. | 0neutral
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An increase in the harmful form of cholesterol -- LDL cholesterol -- occurs in the bloodstream, causing plaque buildup in the arteries which can lead to heart problems because it inhibits the flow of blood which carries oxygen to and from the heart. | An increase in the body's cholesterol levels can lead to your arteries filling with plaque. | 1entails
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As the level of Blood cholesterol increases, so does the possibility of plugging the arteries due to cholesterol plaque build-up. | An increase in the body's cholesterol levels can lead to your arteries filling with plaque. | 1entails
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Continued high blood pressure can cause damage to the artery walls and increase the cholesterol build up causing plaque (atherosclerosis) in the artery. | An increase in the body's cholesterol levels can lead to your arteries filling with plaque. | 1entails
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Diets high in cholesterol and saturated fat can lead to plaque buildup in the heart's arteries, causing them to harden and constrict blood flow. | An increase in the body's cholesterol levels can lead to your arteries filling with plaque. | 1entails
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Excessive levels of cholesterol in the blood can lead to fatty deposition in blood vessels (arteries) called plaque. | An increase in the body's cholesterol levels can lead to your arteries filling with plaque. | 1entails
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High cholesterol levels increase the risk of atherosclerosis, the buildup of fatty plaque in the coronary arteries that often leads to heart attacks and strokes. | An increase in the body's cholesterol levels can lead to your arteries filling with plaque. | 1entails
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High cholesterol, in turn, can lead to plaque build-up in the arteries and coronary artery disease. | An increase in the body's cholesterol levels can lead to your arteries filling with plaque. | 1entails
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High cholesterol, particularly high LDLs, increase the risk of plaque build up in the walls of the arteries (atherosclerosis), which increases the risk of disorders of the cardiovascular (circulatory) system, the heart and all the body's blood vessels (arteries, veins and capillaries). | An increase in the body's cholesterol levels can lead to your arteries filling with plaque. | 1entails
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High levels of cholesterol in the blood stream can lead to the buildup of plaque on the inside of arteries, which can clog arteries and cause heart or brain attack. | An increase in the body's cholesterol levels can lead to your arteries filling with plaque. | 1entails
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Higher cholesterol levels leads to the build up of plaques in coronary arteries, which could lead to heart attacks, she said. | An increase in the body's cholesterol levels can lead to your arteries filling with plaque. | 1entails
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This cholesterol, called the LDL (low density lipoprotein), if elevated can lead to the build up of plaque in the artery walls which narrows the arteries and decreases the blood flow. | An increase in the body's cholesterol levels can lead to your arteries filling with plaque. | 1entails
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Too much cholesterol leads to buildup of plaque on the walls of arteries. | An increase in the body's cholesterol levels can lead to your arteries filling with plaque. | 1entails
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A "vector" can be defined as "an organism that carries pathogens from one host to another. | An organism that carries pathogens from one individual to another is called a vector. | 1entails
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A disease vector is an agent that transfers a pathogen from one organism to another (e.g., an insect). | An organism that carries pathogens from one individual to another is called a vector. | 1entails
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A group of larger organisms, capable of caring a disease-producing micro-organism to an individual or from one individual to another, are known as vectors and also can be considered for use in biological operations. | An organism that carries pathogens from one individual to another is called a vector. | 1entails
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A vector is an organism which spreads disease from one host to another. | An organism that carries pathogens from one individual to another is called a vector. | 1entails
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A vector is the organism that transmits a parasite from one host to another. | An organism that carries pathogens from one individual to another is called a vector. | 1entails
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Assign one vector to another. | An organism that carries pathogens from one individual to another is called a vector. | 0neutral
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In PETSc, the operation to copy components of one vector to another vector is called a scatter. | An organism that carries pathogens from one individual to another is called a vector. | 0neutral
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In mathematics, given a vector at a point on a curve, that vector can be decomposed uniquely as a sum of two vectors, one tangent to the curve, called the tangential component of the vector, and another one perpendicular to the curve, called the normal component of the vector. | An organism that carries pathogens from one individual to another is called a vector. | 0neutral
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It copies a vector to another one. | An organism that carries pathogens from one individual to another is called a vector. | 0neutral
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VECTOR" means a carrier organism that is capable of transmitting a pathogen from one organism to another. | An organism that carries pathogens from one individual to another is called a vector. | 1entails
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Vector An organism that is capable of carrying and transmitting pathogens from one host to another. | An organism that carries pathogens from one individual to another is called a vector. | 1entails
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Vector An organism, such as an insect, mite, nematode or higher animal such as a bird or rodent that carries a pathogenic agent to a susceptible host. | An organism that carries pathogens from one individual to another is called a vector. | 1entails
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Vector" means a carrier that is capable of transmitting a pathogen from one organism to another including, but not limited to flies and other insects, rodents, birds, and vermin. | An organism that carries pathogens from one individual to another is called a vector. | 1entails
|
Vector" means a carrier that is capable of transmitting a pathogen from one organism to another including, but not limited to, flies and other insects, rodents, birds, and vermin. | An organism that carries pathogens from one individual to another is called a vector. | 1entails
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Vectors are agents, such as insects, that carry disease from one host to another. | An organism that carries pathogens from one individual to another is called a vector. | 1entails
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Vectors are organisms which transport pathogens from one person (or animal) to another and also provide within themselves an environment for the pathogen to complete part of its life-cycle. | An organism that carries pathogens from one individual to another is called a vector. | 1entails
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vector An agent, such as an insect or rat, capable of transferring a pathogen from one organism to another. | An organism that carries pathogens from one individual to another is called a vector. | 1entails
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A heterotroph is an animal that can't make its own food supply, so they have to eat other things, like plants or other animals, to survive. | Animals can not produce their own food making them heterotrophs | 1entails
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A heterotroph is an organism that can not produce its own food. | Animals can not produce their own food making them heterotrophs | 1entails
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Also, Albacore tuna are heterotrophs, which mean they do not produce their own food and must ingest other organisms for food. | Animals can not produce their own food making them heterotrophs | 1entails
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Animals are organisms that cannot synthesize their own food from the sun, therefore we call them heterotrophs, or consumers . | Animals can not produce their own food making them heterotrophs | 1entails
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Basically, a heterotroph is a consumer which must eat other animals and cannot produce its own food. | Animals can not produce their own food making them heterotrophs | 1entails
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Basically, a heterotroph is a consumer which must take food from other plants , it cannot produce its own food like animal ,fungi etc. | Animals can not produce their own food making them heterotrophs | 1entails
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Consumers, or heterotrophs, are those organisms that cannot make their own food, and therefore must eat producers or other consumers to gain energy. | Animals can not produce their own food making them heterotrophs | 1entails
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Herbivores and carnivores are heterotrophs and cannot make their own food. | Animals can not produce their own food making them heterotrophs | 1entails
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Heterotrophs cannot make their own food so they are dependent on the autotrophs for survival. | Animals can not produce their own food making them heterotrophs | 1entails
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Heterotrophs are living things that cannot make their own food. | Animals can not produce their own food making them heterotrophs | 1entails
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Heterotrophs are the consumers of the ecosystem; they cannot make their own food. | Animals can not produce their own food making them heterotrophs | 1entails
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Heterotrophs cannot make their own food and require the presence of autotrophs. | Animals can not produce their own food making them heterotrophs | 1entails
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Organisms that can produce their own nutrients are called autotrophs, while the organisms that cannot produce their own food are called heterotrophs. | Animals can not produce their own food making them heterotrophs | 1entails
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Organisms that cannot make their own food (heterotrophs) must rely on plants (autotrophs) for food. | Animals can not produce their own food making them heterotrophs | 1entails
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Organisms that don't produce their own energy are called heterotrophs. | Animals can not produce their own food making them heterotrophs | 1entails
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Since they cannot produce their own food, these organisms are called "heterotrophs" which means "other eating. | Animals can not produce their own food making them heterotrophs | 1entails
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Some can be heterotrophs, excess food. | Animals can not produce their own food making them heterotrophs | 0neutral
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These cells were heterotrophs, which could not produce their own food and instead fed on the organic material from the primordial soup. | Animals can not produce their own food making them heterotrophs | 1entails
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Those that do not have the ability to produce their own food are called heterotrophs (fed by others). | Animals can not produce their own food making them heterotrophs | 1entails
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Zooplankton which are the more animal-like of the plankters, (heterotrophs) can not produce their own food from the sun and therefore eat the phytoplankton. | Animals can not produce their own food making them heterotrophs | 1entails
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heterotroph An organism that is incapable of synthesizing its own food and, therefore, must feed upon organic compounds produced by other organisms. | Animals can not produce their own food making them heterotrophs | 1entails
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A laboratory analysis of the urine shows variable amounts of protein, and the concentration of urea and creatinine--two waste products--in the blood is often high. | Animals can transport the waste material known as urea in the circulatory system and store it safely at high concentrations. | 0neutral
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Also, they store very little urea in their skin (like many deep sea sharks) but store high concentrations of trimethylamine oxide (a nitrogenous waste product). | Animals can transport the waste material known as urea in the circulatory system and store it safely at high concentrations. | 0neutral
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Animals also eliminate waste nitrogen as urea in the urea cycle. | Animals can transport the waste material known as urea in the circulatory system and store it safely at high concentrations. | 1entails
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If energy sources are limited in the rumen or if too much urea is consumed, then large amounts of urea can enter the circulatory system. | Animals can transport the waste material known as urea in the circulatory system and store it safely at high concentrations. | 0neutral
|
It is sensitive to high concentrations of urea in the external water as well as high concentrations of thiourea, a urea analogue, which causes a decrease of urea influx, consistent with the hypothesis of a bi-directional transporter (Wood et al. | Animals can transport the waste material known as urea in the circulatory system and store it safely at high concentrations. | 0neutral
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Maximum Benefit from Food and Water Most of the animals die when the accumulated urea in their body gets into the blood circulatory system. | Animals can transport the waste material known as urea in the circulatory system and store it safely at high concentrations. | 0neutral
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Nitrogenous wastes can be safely stored within the egg in the form of uric acid, whereas a build-up of either ammonia or urea would be deadly. | Animals can transport the waste material known as urea in the circulatory system and store it safely at high concentrations. | 0neutral
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Shark meat has an unpleasant taste due to the presence of high concentrations of the waste product urea in the tissue. | Animals can transport the waste material known as urea in the circulatory system and store it safely at high concentrations. | 0neutral
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Sharks maintain high concentrations of urea. | Animals can transport the waste material known as urea in the circulatory system and store it safely at high concentrations. | 0neutral
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This can be accomplished with high concentrations of salt, urea, acid or base. | Animals can transport the waste material known as urea in the circulatory system and store it safely at high concentrations. | 0neutral
|
This material contains no urea and is a safe material for surface application. | Animals can transport the waste material known as urea in the circulatory system and store it safely at high concentrations. | 0neutral
|
Trout cannot use oxygen in the water when metabolic waste (ammonia, urea, carbon dioxide) concentrations are high. | Animals can transport the waste material known as urea in the circulatory system and store it safely at high concentrations. | 0neutral
|
except the concentration of urea stays high. | Animals can transport the waste material known as urea in the circulatory system and store it safely at high concentrations. | 0neutral
|
high concentration of urea 2. | Animals can transport the waste material known as urea in the circulatory system and store it safely at high concentrations. | 0neutral
|
high urea and solute concentration. | Animals can transport the waste material known as urea in the circulatory system and store it safely at high concentrations. | 0neutral
|
It affects the clothes we need to wear, the energy we use in our homes, the production of crops for our food, and the wild plants and animals around us. | Animals need plants for food and energy. | 0neutral
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Plants harness energy from the sun and provide food and shelter for animals. | Animals need plants for food and energy. | 0neutral
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Plants need not run about chasing after food, but can sit right where they are, easily making their own food and energy from sunlight and soil chemicals provided by bacteria, funguses, worms, insects, and other animals. | Animals need plants for food and energy. | 0neutral
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Plants need the sun's energy to manufacture their food. | Animals need plants for food and energy. | 0neutral
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Plants take the sun's energy, and they are eaten by other animals as food. | Animals need plants for food and energy. | 0neutral
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When these animals eat these plant products, food energy and organic compounds are transferred from the plants to the animals. | Animals need plants for food and energy. | 1entails
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animal energies, landscape and plant energies. | Animals need plants for food and energy. | 0neutral
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Territorial (ter ih TOR ee ul) The description of an animal that claims a particular area of land or water as its range or territory, and defends it against intruders. | Animals that defend their area are generally known as territorial. | 1entails
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This is why many animals are territorial; they defend their territory which contains those resources. | Animals that defend their area are generally known as territorial. | 1entails
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A calorie is a unit used to measure energy. | Another unit of energy, used widely in the health professions and everyday life, is calorie ( cal )? | 1entails
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A calorie, quite simply, is a unit of energy . | Another unit of energy, used widely in the health professions and everyday life, is calorie ( cal )? | 1entails
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A) A calorie is a unit of measure used to express the amount of energy a food produces in the body. | Another unit of energy, used widely in the health professions and everyday life, is calorie ( cal )? | 1entails
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Another 1,800 calories are used in 12 hours of light activity, at least 150 cal per hour. | Another unit of energy, used widely in the health professions and everyday life, is calorie ( cal )? | 0neutral
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For example, to enter several units on one line and exit, type, MPA,CAL,X This selects pressures in MPa, energies in calories and exits the Units subroutines. | Another unit of energy, used widely in the health professions and everyday life, is calorie ( cal )? | 0neutral
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It uses the example of a calorie-restricted diet for health and longer life. | Another unit of energy, used widely in the health professions and everyday life, is calorie ( cal )? | 0neutral
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The calorie, which is 4.19 joules, is also often used as a unit of energy. | Another unit of energy, used widely in the health professions and everyday life, is calorie ( cal )? | 1entails
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The conversion of the calorie to the joule illustrates another poor feature of the SI, namely that the units are all the wrong size for everyday life. | Another unit of energy, used widely in the health professions and everyday life, is calorie ( cal )? | 0neutral
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The unit of measurement used to quantify energy was exclusively the calorie . | Another unit of energy, used widely in the health professions and everyday life, is calorie ( cal )? | 1entails
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calorie A number of energy units. | Another unit of energy, used widely in the health professions and everyday life, is calorie ( cal )? | 1entails
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A macromolecule is a giant molecule which is contains a very large number of atoms linked by covalent bonds in a continuous structure. | Any large molecule is referred to as a macromolecule. | 1entails
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Biological molecules are often referred to as macromolecules or biopolymers. | Any large molecule is referred to as a macromolecule. | 0neutral
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