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D) It must be sexually reproducing.
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Reptiles typically reproduce sexually.
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Dogs reproduce sexually.
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Reptiles typically reproduce sexually.
| 0neutral
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In the typical case of sexually reproducing species, this involves the continued existence of the sexually reproducing individuals whose sex cells are merged, and the recombination of some of those genes into a new genome.
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Reptiles typically reproduce sexually.
| 0neutral
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Kinkajous reproduce sexually.
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Reptiles typically reproduce sexually.
| 0neutral
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Ladybugs reproduce sexually.
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Reptiles typically reproduce sexually.
| 0neutral
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Medusae are able to reproduce sexually.
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Reptiles typically reproduce sexually.
| 0neutral
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Most animals reproduce sexually.
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Reptiles typically reproduce sexually.
| 0neutral
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Most echinoderms reproduce sexually.
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Reptiles typically reproduce sexually.
| 0neutral
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Most of the scorpions reproduce sexually.
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Reptiles typically reproduce sexually.
| 0neutral
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Most plants reproduce sexually.
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Reptiles typically reproduce sexually.
| 0neutral
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Most reptiles reproduce sexually such as this Trachylepismaculilabrisskink
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Reptiles typically reproduce sexually.
| 1entails
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Most reptiles reproduce sexually, though some are capable of asexual reproduction.
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Reptiles typically reproduce sexually.
| 1entails
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Reptiles generally reproduce sexually, though some are capable of asexual reproduction .
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Reptiles typically reproduce sexually.
| 1entails
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Reptiles generally reproduce sexually, though some are capable of asexual reproduction.
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Reptiles typically reproduce sexually.
| 1entails
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Reptiles reproduce sexually through internal fertilization ; some species are ovoviviparous (lay eggs) and others are viviparous (live birth).
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Reptiles typically reproduce sexually.
| 1entails
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Scorpions reproduce sexually.
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Reptiles typically reproduce sexually.
| 0neutral
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Seemingly if the cacti are reproducing sexually, typical Mendelian variation would be expected, resulting in band numbers ranging from four to 11.
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Reptiles typically reproduce sexually.
| 0neutral
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Skipping the medusa stage typical of the jellyfish, the stalked and tentacled invertebrate polyps can reproduce sexually or asexually.
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Reptiles typically reproduce sexually.
| 0neutral
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Squid reproduce sexually.
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Reptiles typically reproduce sexually.
| 0neutral
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The horse reproduces sexually.
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Reptiles typically reproduce sexually.
| 0neutral
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There are some reptiles, such as the boa constrictor and komodo dragon that can reproduce both sexually and asexually, depending on whether a mate is available.
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Reptiles typically reproduce sexually.
| 0neutral
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These insects reproduce sexually.
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Reptiles typically reproduce sexually.
| 0neutral
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Typically, arthropods have reproductive systems that are either distinctly male or female, and therefore reproduce sexually.
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Reptiles typically reproduce sexually.
| 0neutral
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Wheat reproduces sexually .
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Reptiles typically reproduce sexually.
| 0neutral
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rarely they reproduce sexually.
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Reptiles typically reproduce sexually.
| 0neutral
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Fish Reproduction and Development Nearly all fish reproduce sexually, and most species have separate sexes.
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The vast majority of fish reproduce sexually.
| 1entails
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Fish almost always reproduce sexually.
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The vast majority of fish reproduce sexually.
| 1entails
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Most have reproductive systems , producing gametes for sexual reproduction; the vast majority of flatworm individuals are simultaneously male and female ( monoecious ), and many are built so that they can sexually reproduce all by themselves.
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The vast majority of fish reproduce sexually.
| 0neutral
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Nearly all fish reproduce sexually, and most species have separate sexes.
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The vast majority of fish reproduce sexually.
| 1entails
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Reproduction of Fungi The majority of fungi can reproduce both asexually and sexually.
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The vast majority of fish reproduce sexually.
| 0neutral
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The vast majority of HIV infections are sexually transmitted.
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The vast majority of fish reproduce sexually.
| 0neutral
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The vast majority of people consulted questioned the appropriateness of sexually active homosexual partnerships.
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The vast majority of fish reproduce sexually.
| 0neutral
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The vast majority of sexually active Catholics of childbearing age use artificial contraceptives.
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The vast majority of fish reproduce sexually.
| 0neutral
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The vast majority of these infections are not sexually transmitted.
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The vast majority of fish reproduce sexually.
| 0neutral
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These flatworms typically occur in teleost fishes as sexually reproducing adults.
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The vast majority of fish reproduce sexually.
| 0neutral
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And as we are about to see with the DePalma Spinning Ball Experiment and others in the next chapter, many scientists have accurately measured slight decreases in the mass of an object when it is rotating.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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As grade increased, the scale scores had decreasing standard deviations and corresponding decreasing standard errors of measurement and increasing item- discriminations....
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You decrease errors in an experiment by take many measurements.
| 0neutral
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Assist us in our consultations with the AMA and the medical community on considering possible ways to improve the representativeness of the aggregate specialty-specific data so that sampling error is decreased and to eliminate as many sources of non- response and measurement error as possible.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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China is ready to take all necessary measures to decrease it.''
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You decrease errors in an experiment by take many measurements.
| 0neutral
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During the data-taking of the GDH-experiment the proton polarization was determined every hour with a statistical error of 0.2% for a single measurement, with the same systematic error as that of the normal NMR measurement, since it was calibrated by it.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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Estimation errors owing to measurement errors, except the slowness error, decrease as the gas hydrate concentration increases and as porosity increases.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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For example, it may be due to measurement error in the variable used as a measure of attorney experience.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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If your measures have error, take that fact into account.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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It was used for many experiments and measurements.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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Many errors are made in both the measurements and the calculations.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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Many others will experience a marked decrease in seizure frequency.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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Many women experience a decrease in progesterone levels as they age.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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Measurement Error In planning larger projects it became apparent that many of the assessments we 'take for granted' are not actually as robust as they seem.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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Measurement errors that result from failing to take into account these and other sources of variability will underestimate risks that swimmers experience.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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Researchers will take additional measurements of the mentally ill patients when they experience an increase or decrease in symptoms and when their medication types or dosages are changed.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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Start with a large error tolerance and decrease epsilon over several to many iterations.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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The error (difference between theory and experiment) decreases as the number of measurements increases.
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You decrease errors in an experiment by take many measurements.
| 1entails
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The possible measurement error in many cold fusion experiments today are much, much smaller than the huge effects being measured.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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The processing of the measurements will take care of the error in the determination of this point.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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The time this takes decreases with experience.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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There are many possible sources of error in this experiment.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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There are many potential sources of error in this experiment.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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This decreases the chance of measurement error due to sound reflections from the body of the technician.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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This measurement does not suffer from many of the systematic errors common to most of the previous experiments.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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Those taking Rosavin had a 56% decrease in errors for four hours.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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in my experience the error is usually smaller than the precision of internal measurement errors.
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You decrease errors in an experiment by take many measurements.
| 0neutral
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likely sources of error in given measurements in chemistry experiments;
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You decrease errors in an experiment by take many measurements.
| 0neutral
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take measures for prevention and decrease of losses;
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You decrease errors in an experiment by take many measurements.
| 0neutral
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ATOM- The smallest unit constituent of an molecule containing protons, neutrons and electrons, the number and arrangement of which determine the element.
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To determine the atomic weight of an element, you should add up protons and neutrons.
| 0neutral
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An atom of an element contains 63 protons and 89 neutrons.
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To determine the atomic weight of an element, you should add up protons and neutrons.
| 0neutral
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Combined weight of the protons and neutrons gives atomic weight.
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To determine the atomic weight of an element, you should add up protons and neutrons.
| 1entails
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Determine the number of electrons, protons and neutrons in an atom or ion.
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To determine the atomic weight of an element, you should add up protons and neutrons.
| 0neutral
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Determine the number of protons, neutrons, and electrons in an atom or ion.
|
To determine the atomic weight of an element, you should add up protons and neutrons.
| 0neutral
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The atomic mass (also referred to as the atomic weight) is the number of protons and neutrons in an atom.
|
To determine the atomic weight of an element, you should add up protons and neutrons.
| 1entails
|
The atomic weight (or atomic mass) of an atom is the combined number of its protons and neutrons.
|
To determine the atomic weight of an element, you should add up protons and neutrons.
| 1entails
|
The atomic weight is the number of neutrons plus the number of protons in the nucleus of atoms.
|
To determine the atomic weight of an element, you should add up protons and neutrons.
| 1entails
|
The atomic weight is the number of protons and neutrons in the nucleus.
|
To determine the atomic weight of an element, you should add up protons and neutrons.
| 1entails
|
The atomic weight of an element is generally the combined weight of protons and neutrons.
|
To determine the atomic weight of an element, you should add up protons and neutrons.
| 1entails
|
The atomic weight of any element is approximately equal to the total number of protons and neutrons in is nucleus.
|
To determine the atomic weight of an element, you should add up protons and neutrons.
| 1entails
|
The atomic weight, or mass, of an element is the sum of all its protons and neutrons.
|
To determine the atomic weight of an element, you should add up protons and neutrons.
| 1entails
|
The atoms of each of these elements are composed of electrons, protons, and neutrons.
|
To determine the atomic weight of an element, you should add up protons and neutrons.
| 0neutral
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The number of protons, neutrons and electrons an atom has determines what element it is.
|
To determine the atomic weight of an element, you should add up protons and neutrons.
| 0neutral
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This was particularly true for the elements of highest atomic number and weight where the large nuclear charge exerts strong repulsive forces on deuteron or proton projectiles but not on uncharged neutrons.
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To determine the atomic weight of an element, you should add up protons and neutrons.
| 0neutral
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atomic weight The weight of an atom determined by adding the number of protons and neutrons (the mass of electrons is usually considered to be negligible).
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To determine the atomic weight of an element, you should add up protons and neutrons.
| 1entails
|
Also provided are other cell lines that can serve to evaluate in vivo the response of tumorigenic cells to various agents, including basement membrane and extracellular matrix.
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A cell's membrane provides a barrier to keep extracellular materials from mixing with its internal components.
| 0neutral
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Analysis of the extracellular environment and the components contributing to the binding of IGF-I to the cell membrane receptor will provide information for the development of interventions to slow or interrupt the process of IGF-I binding and therefore cancer growth.
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A cell's membrane provides a barrier to keep extracellular materials from mixing with its internal components.
| 0neutral
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Cell membrane functions as a barrier to the movement of substances between the intracellular and extracellular spaces 3.
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A cell's membrane provides a barrier to keep extracellular materials from mixing with its internal components.
| 1entails
|
Extracellular matrix components (primarily collagens, proteoglycans and adhesive glycoproteins) and dermal cell processes close to the epidermal basement membrane become distributed in a microheterogeneous fashion, thus providing a changing substratum for the overlying epidermis.
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A cell's membrane provides a barrier to keep extracellular materials from mixing with its internal components.
| 0neutral
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Glutactin is a calcium binding protein of the basement membrane extracellular matrix, the ground substance providing an adhesive support for cells.
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A cell's membrane provides a barrier to keep extracellular materials from mixing with its internal components.
| 0neutral
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Human basement membrane and extracellular matrix are provided, produced by a tumorigenic cell line, where the basement membrane and extracellular matrix can be used for the growth of a variety of cells, in culture and in vivo.
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A cell's membrane provides a barrier to keep extracellular materials from mixing with its internal components.
| 0neutral
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INTRODUCTION Lipids play an essential structural role as a barrier between intra and extracellular medium and as a matrix providing a suitable hydrophobic environment for membrane proteins.
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A cell's membrane provides a barrier to keep extracellular materials from mixing with its internal components.
| 0neutral
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In this process, as with epithelial cancers, the tumor cells must degrade and traverse the barriers of the basement membrane and the stromal extracellular matrix.
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A cell's membrane provides a barrier to keep extracellular materials from mixing with its internal components.
| 0neutral
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Looped intermediate filaments, dense (attachment) plaques, cell membranes, 20-25 nm space between the membranes filled with fibrillar material that appears to provide attachment of the two cells through interactions of extracellular linker filaments.
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A cell's membrane provides a barrier to keep extracellular materials from mixing with its internal components.
| 0neutral
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PSMA is a highly restricted prostate epithelial cell integral membrane glycoprotein, providing an immunogenic extracellular domain.
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A cell's membrane provides a barrier to keep extracellular materials from mixing with its internal components.
| 0neutral
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Receptor proteins (such as integrins) that are inserted into the front of the cell bind to components of the extracellular matrix (ECM), thus preventing membrane retraction and providing adhesive traction for cell movement.
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A cell's membrane provides a barrier to keep extracellular materials from mixing with its internal components.
| 0neutral
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The base of the barrier cells are attached to the basement membrane, which is a dense extracellular matrix.
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A cell's membrane provides a barrier to keep extracellular materials from mixing with its internal components.
| 0neutral
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The basic function of the cell membrane is to serve as a selective barrier that regulates the passage of certain materials in and out of the cell.
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A cell's membrane provides a barrier to keep extracellular materials from mixing with its internal components.
| 1entails
|
The cell membrane is a selectively permeable barrier that allows some substances to pass through to the inside of the cell while keeping others out.
|
A cell's membrane provides a barrier to keep extracellular materials from mixing with its internal components.
| 1entails
|
The heat activation also allows the cells to quickly reestablish their membrane barrier before soluble cytoplasmic components escape the cell.
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A cell's membrane provides a barrier to keep extracellular materials from mixing with its internal components.
| 0neutral
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Tumor Cell Invasion In the process of tissue invasion by an epithelial cancer, tumor cells must traverse the barriers of the basement membrane and the stromal extracellular matrix.
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A cell's membrane provides a barrier to keep extracellular materials from mixing with its internal components.
| 0neutral
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Why is parallel capacitance important The cell membrane functions as a permeable barrier separating the intracellular (cytoplasm) and extracellular components.
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A cell's membrane provides a barrier to keep extracellular materials from mixing with its internal components.
| 1entails
|
Air pressure and density continue to decrease as altitude increases and the atmosphere dwindles into the near vacuum of space.
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Air pressure it decreases as altitude increases.
| 1entails
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Although air everywhere contains 21 percent oxygen, the atmospheric pressure decreases as altitude increases so less and less oxygen becomes available to the human body.
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Air pressure it decreases as altitude increases.
| 1entails
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Although pressure and air density decrease as altitude increases, the composition of the atmosphere remains reasonably the same below about 50,000 ft. or 15 km. -
|
Air pressure it decreases as altitude increases.
| 1entails
|
As altitude increases, the atmospheric pressure decreases and fewer oxygen molecules are available in the thinner air.
|
Air pressure it decreases as altitude increases.
| 1entails
|
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