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This is fuelled by reports on the completion of the Human Genome Project and proposals by countries to develop databases recording the genetic and health information of entire populations.
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A(n) genome is considered to be a person's entire genetic information.
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a genome is the complete set of genetic information for a species.)
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A(n) genome is considered to be a person's entire genetic information.
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genome The entire complement of genetic material in a chromosome set.
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A(n) genome is considered to be a person's entire genetic information.
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genome, human All of the genetic information, the entire genetic complement, all of the DNA in a person.
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A(n) genome is considered to be a person's entire genetic information.
| 1entails
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As their name implies, poison dart frogs can release toxins from the skin that are distasteful and potentially lethal to would-be predators.
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Toxins is contained in the skin of brightly colored poison dart frogs.
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A device that changes an analog signal such as voltage or current into a digital signal (consists of discrete data values).
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Voltage is continuously changing within a circuit in an analog signal.
| 0neutral
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A train of step input signals are generated by the digital-to-analog converter (DAC), and the analog-to-digital converter (ADC) measures both the input and the output voltage of the circuit.
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Voltage is continuously changing within a circuit in an analog signal.
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A voltmeter (signals in electronic circuits usually produce voltage changes).
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Voltage is continuously changing within a circuit in an analog signal.
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Analog circuits can represent color changes as phase shifts much more accurately than as voltage levels.
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Voltage is continuously changing within a circuit in an analog signal.
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C technology used in these plants is analog technology utilizing continuous current, voltage, or pneumatic signals.
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Voltage is continuously changing within a circuit in an analog signal.
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Characteristics and specifications of analog integrated circuits, including operational amplifiers, voltage regulators, signal generators, active filters, phase-locked loops, analog-to-digital converters and digital-to-analog converters.
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Voltage is continuously changing within a circuit in an analog signal.
| 0neutral
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Common impedance, and voltage fluctuations with signal in the power supply circuit causes a continuous variation of bias voltage.
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Voltage is continuously changing within a circuit in an analog signal.
| 0neutral
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His internationally acclaimed research focuses on computer aided design (CAD) for analog circuit synthesis, high speed analog signal processing circuits, low power and low voltage digital logic, and the design of microelectromechanical systems (MEMS).
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Voltage is continuously changing within a circuit in an analog signal.
| 0neutral
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His research interests cover low-voltage low-power analog circuits, mixed-signal circuits and systems, interfaces for integrated sensors, optimization design of analog circuits for CAD automation and analog IC testing.
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Voltage is continuously changing within a circuit in an analog signal.
| 0neutral
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It is used in a circuit that drives the grid with a voltage that changes with signal strength;
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Voltage is continuously changing within a circuit in an analog signal.
| 0neutral
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Numbers are transmitted in electronic analog circuits as continuous current at varying voltage levels proportional to the values being transmitted.
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Voltage is continuously changing within a circuit in an analog signal.
| 0neutral
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Signal-Processing Circuits Presents a variety of analog non-amplifier circuits, including voltage references, current sources, filters, hysteresis switches and oscilloscope trigger and sweep circuitry, function generation, absolute-value circuits, and peak detectors.
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Voltage is continuously changing within a circuit in an analog signal.
| 0neutral
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The analog audio voltage fluctuations are fed to a circuit called the Analog-to-Digital Converter that changes the incoming voltages to digital "snapshots", 44,100 times a second.
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Voltage is continuously changing within a circuit in an analog signal.
| 0neutral
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These analog signals are in the 0-5V voltage range.
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Voltage is continuously changing within a circuit in an analog signal.
| 0neutral
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These continuously varying voltages make up an analog voice or video signal.
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Voltage is continuously changing within a circuit in an analog signal.
| 1entails
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These voltage signals are then transmitted to an analog multiplexer.
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Voltage is continuously changing within a circuit in an analog signal.
| 0neutral
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This group specializes in the fabrication of analog and mixed-signal integrated circuits for fabless semiconductor companies, as well as MEMS and solutions for high voltage applications.
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Voltage is continuously changing within a circuit in an analog signal.
| 0neutral
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This is usually an analog voltage signal to be used for voltage triggering or offline analysis.
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Voltage is continuously changing within a circuit in an analog signal.
| 0neutral
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To memorize analog signal in analog circuit, a capacitor was used, which can maintain its terminal voltage for a while.
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Voltage is continuously changing within a circuit in an analog signal.
| 0neutral
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When arranged to form a Wheatstone bridge circuit, an analog voltage signal is produced that is proportional to applied pressure.
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Voltage is continuously changing within a circuit in an analog signal.
| 0neutral
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You must build a voltage divider circuit to produce a voltage signal that will change as resistance and temperature varies.
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Voltage is continuously changing within a circuit in an analog signal.
| 0neutral
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A patent gives a company monopoly control over individual genes, plants, animals and processes.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
| 0neutral
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Animal trainers have long known that the best way to control an unwanted behavior is to put that behavior on cue, then to never give the cue.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
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Appropriate behavior is therefore a must to guarantee a safe and rewarding experience for both the animals and trainers.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
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Both irradiated and control animals were fed in pairs with the same amount of feed as was consumed by irradiated animals in the pilot experiment.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
| 0neutral
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Byrd also wrote of experiments when behavior of animals was controlled by exposure to weak electromagnetic fields.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
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EXPERIMENT 3 One factor which had not been systematically controlled up to this point was the behavior of the other birds in the animal room.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
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Evolution of Animal Behavior To the extent that behaviors are controlled by genes, they may evolve through natural selection.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
| 0neutral
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Experiments have been done on control of emotion and behavior by electrodes implanted in the brain in humans as well as animals.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
| 0neutral
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Experiments with animals have found five specific genes that control appetite and weight.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
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Furthermore, genes identified in GWAS for drug addiction may be involved either in adjusting brain behavior prior to drug experiences, subsequent to them, or both.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
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He is a molecular and cellular biologist with extensive experience in gene expression systems both in cultured cells and in animal models.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
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Human and animal brains and behaviors experience similar changes regarding reward systems because they both are so prominent.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
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In animal studies, highly controlled experiments can get more specific information about the importance of brain areas to economic behavior.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
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In both experiments the total number of cancers was higher in the exposed animals than in the controls.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
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Maureen's extensive background and varied experience gives her an understanding of animal behavior that is both rare and refreshing.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
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No genes directly control behavior (Lipton, 1991).
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Animal behaviors are controlled by both genes and experiences in a given envionment.
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PO 2.4 In the lab, student determines some aspects of animal behavior in a controlled experi-ment, and determines the type of behavior observed, scoring 70% on the lab report.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
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Prefer experience in an animal behavior laboratory.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
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Students will conduct both laboratory and field experiments on various aspects of animal behavior, including communication, foraging, parental care and aggression.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
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That is, Hox gene functions were similar in controlling body axis patterning in both flies and other more complicated animals, such as mammals.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
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The activities of genes control the behavior of cells.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
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The course stresses both proximate and ultimate control of behavior with an emphasis on the evolution of behaviorand understanding why animals behave the way they do.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
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The development of behavior pertains to the ways in which behavior changes over the lifetime of an animal, and how these changes are affected by both genes and experience.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
| 1entails
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The first seven experiments used control tubers not containing the foreign lectin genes and were concerned with the design of potato-based diets which both supported growth of the rats and met the animal welfare requirements of the Home Office.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
| 0neutral
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The four laboratories give students hands-on experience designing experiments and collecting data on behavior and cognition in humans and in animals.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
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The same genes are involved in both solitary and social behaviors.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
| 0neutral
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These patents will give the owner monopoly control over the use of the genes, cells, plants or animals and the right to charge royalties when they are used.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
| 0neutral
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This experience culminates in a free trip to the Zoo where students get the opportunity to give their enrichment items to the animals and observe their behavior.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
| 0neutral
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Unless an animal's behaviors are relatively advantageous, the animal's genes will not continue to exist.
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Animal behaviors are controlled by both genes and experiences in a given envionment.
| 0neutral
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Whether behaviors are controlled mainly by genes or by the environment
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Animal behaviors are controlled by both genes and experiences in a given envionment.
| 0neutral
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control and development of human and animal behavior;
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Animal behaviors are controlled by both genes and experiences in a given envionment.
| 0neutral
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Amylose and cellulose, composed of long chains of glucose molecules, are examples of polysaccharides.
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Cellulose is created by the polymerization of glucose.
| 0neutral
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An additional novel wet chemistry method used to create silver nanoparticles took advantage of D-glucose as a reducing sugar and a starch as the stabilizer and also cellulose molecular chain is applied to employ the reducing and stabilizing features of cellulose to synthesize nano silver.
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Cellulose is created by the polymerization of glucose.
| 0neutral
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Cellulose can be converted into glucose by acid digestion.
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Cellulose is created by the polymerization of glucose.
| 0neutral
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Cellulose cannot be broken down in the body to glucose (no energy).
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Cellulose is created by the polymerization of glucose.
| 0neutral
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Cellulose differs from starch and glycogen because the glucose-to-glucose bonds in cellulose are different and are much more difficult to break apart.
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Cellulose is created by the polymerization of glucose.
| 0neutral
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Cellulose is a polymer made of repeating glucose molecules attached end to end.
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Cellulose is created by the polymerization of glucose.
| 1entails
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Cellulose synthase appears to have evolved a mechanism to simultaneously bind at least three UDP-glucoses and to polymerize, by double addition, two UDP-glucoses in such a manner that the 2-fold screw axis of the ß
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Cellulose is created by the polymerization of glucose.
| 0neutral
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Cellulose's "pearls" are molecules of glucose, a sugar;
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Cellulose is created by the polymerization of glucose.
| 0neutral
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Each glucose unit in cellulose contains three free -
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Cellulose is created by the polymerization of glucose.
| 0neutral
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Examine the images of glucose and cellulose pictured below.
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Cellulose is created by the polymerization of glucose.
| 0neutral
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Human beings do not have the necessary enzymes to break down cellulose to glucose.
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Cellulose is created by the polymerization of glucose.
| 0neutral
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In broad terms, the synthesis of cellulose can be divided into a polymerization step (where the glucose residues are joined to form glucan chains) and a post- polymerization step (where the individual glucan chains associate to form crystalline cellulose and other higher order structures).
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Cellulose is created by the polymerization of glucose.
| 0neutral
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In the presence of cellulase, the carbohydrate cellulose will break down into glucose molecules.
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Cellulose is created by the polymerization of glucose.
| 0neutral
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Like starch, cellulose is a polysaccharide with glucose as its monomer.
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Cellulose is created by the polymerization of glucose.
| 0neutral
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Ordered membrane complexes (TCs) control the polymerization and crystallization to form cellulose microfibrils.
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Cellulose is created by the polymerization of glucose.
| 0neutral
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Processes wherein the flow resistance or amount of polymerization of nitrated cellulose is altered.
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Cellulose is created by the polymerization of glucose.
| 0neutral
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Study of polymerization kinetics of bacterial cellulose through gel permeation Chromatography.
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Cellulose is created by the polymerization of glucose.
| 0neutral
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Take in carbon and make glucose, starch, cellulose, and other carbs.
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Cellulose is created by the polymerization of glucose.
| 0neutral
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The conversion from Cellulose to Glucose is shown to the right.
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Cellulose is created by the polymerization of glucose.
| 0neutral
|
There are microorganisms that can efficiently ferment the glucose component in cellulose to ethanol;
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Cellulose is created by the polymerization of glucose.
| 0neutral
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This strain was found to produce a large amount of cellulose from either glucose or fructose.
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Cellulose is created by the polymerization of glucose.
| 0neutral
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comprising all the sugars (glucose, glycogen, starch, fiber, cellulose, and saccharides).
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Cellulose is created by the polymerization of glucose.
| 0neutral
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A bow wave is a two dimensional, V-shaped wave made by an object moving across a liquid surface at a speed greater than the wave speed.
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A bow wake is created when the wave source moves faster than the wave propagation speed.
| 1entails
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A bow wave is produced when a wave source moves (A) faster than the waves it generates.
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A bow wake is created when the wave source moves faster than the wave propagation speed.
| 1entails
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A bow wave is produced when the speed of a source is greater than the speed of the waves themselves.
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A bow wake is created when the wave source moves faster than the wave propagation speed.
| 1entails
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Drive only fast enough to create a small bow wave in front of the vehicle.
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A bow wake is created when the wave source moves faster than the wave propagation speed.
| 0neutral
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Each boat creates a bow wave and a stern wave.
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A bow wake is created when the wave source moves faster than the wave propagation speed.
| 0neutral
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As a ligand, porphyrin forms numerous complexes with metallic ions like iron in hemoglobin that colors blood red.
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Iron ions are critical for the formation of hemoglobin.
| 0neutral
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Iron Essential nutrient since it participates in the formation of hemoglobin and a number of other enzymes.
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Iron ions are critical for the formation of hemoglobin.
| 1entails
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Iron and the hemoglobin level in pregnancy.
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Iron ions are critical for the formation of hemoglobin.
| 0neutral
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Iron is essential for the formation of the hemoglobin within these cells.
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Iron ions are critical for the formation of hemoglobin.
| 1entails
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The iron in hemoglobin, however, is not ferromagnetic.
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Iron ions are critical for the formation of hemoglobin.
| 0neutral
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The pH of the soil is critical to iron availability since under alkaline conditions iron combines readily with phosphates, carbonates and hydroxyl ions.
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Iron ions are critical for the formation of hemoglobin.
| 0neutral
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2.2 Noise-Induced Hearing Loss (NIHL) NIHL is caused by exposure to sound levels or durations that damage the hair cells of the cochlea.
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Loud sounds that cause hearing loss damage the hair cells in the inner ear.
| 1entails
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Damage to the sensory hair cells in the inner ear is the most frequent cause of permanent hearing loss.
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Loud sounds that cause hearing loss damage the hair cells in the inner ear.
| 1entails
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Exposing your ears to loud noises can also lead to sensorineural hearing loss by destroying the hair cells of the inner ear.
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Loud sounds that cause hearing loss damage the hair cells in the inner ear.
| 1entails
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Exposure to harmful sounds causes damage to sensitive hair cells of the inner ear.
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Loud sounds that cause hearing loss damage the hair cells in the inner ear.
| 1entails
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Exposure to harmful sounds causes damage to the sensitive hair cells of the inner ear and to the nerve of hearing.
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Loud sounds that cause hearing loss damage the hair cells in the inner ear.
| 1entails
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Exposure to harmful sounds damages sensitive hair cells of the inner ear, eventually affecting the nerve of hearing.
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Loud sounds that cause hearing loss damage the hair cells in the inner ear.
| 1entails
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Hearing loss is sensori-motor when it results from damage to sensory hair cells of the inner ear or nerves that supply it, and such hearing loss can range from mild to profound deafness.
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Loud sounds that cause hearing loss damage the hair cells in the inner ear.
| 1entails
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Loud noise damages the hair cells in the inner ear and can cause hearing loss, ear ringing and distortion of sounds.
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Loud sounds that cause hearing loss damage the hair cells in the inner ear.
| 1entails
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Loud noises can cause damage to the hair cells in the inner ear and to the hearing nerve, called sensorineural hearing loss or nerve deafness.
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Loud sounds that cause hearing loss damage the hair cells in the inner ear.
| 1entails
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Loud noises destroy the tiny hair cells in the inner ear that signal the auditory nerve to send sound messages to the brain.
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Loud sounds that cause hearing loss damage the hair cells in the inner ear.
| 1entails
|
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