He is detectably a normal human being, despite decades in politics.
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Whenever I visited Clinton's campaign headquarters in Brooklyn, the youthful energy and confidence of the staff was leavened by a detectably uneasy undercurrent.
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The minutia of the campaign, including many stories that political reporters cover for days or even weeks, almost never detectably effect the election result.
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Maureen Thorson wrote a detectably lovely chapbook called the Woman, the Mirror, the Eye (18783), after she was diagnosed with AZOOR, acute zonal occult outer retinopathy.
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Like "light" and "mild" Philip Morris International is promoting IQOS as safer than conventional cigarettes even though its own research shows that they are not detectably different in terms of 24 health measures.
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By high school, I'd realized that in the U.S., there's a stereotype of what it means to "look" Latina, and that's a caricature I don't fit into: brown eyes, skin, and hair, with a detectably Spanish last name.
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The charter was renewed in 1264. Worcester's institutions grew more slowly than those of most county towns and had detectably archaic sides to them, probably due to the power of the local aristocracy.
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Also, evidence suggests that cancer can occur without first detectably progressing through CIN grades and that a high-grade intraepithelial neoplasia can occur without first existing as a lower grade. Research suggests that treatment does not affect the chances of getting pregnant but it is associated with an increased risk of miscarriage in the second trimester.
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This distortion is predictable, and simple steganographic encoding algorithms will produce artifacts that are detectably unlikely. One case where detection of suspect files is straightforward is when the original, unmodified carrier is available for comparison. Comparing the package against the original file will yield the differences caused by encoding the payload—and, thus, the payload can be extracted.
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The cyclic 1,3-dipolar form is detectably or exclusively formed with phosphite and phosphonite-based analogs. Triphenylphosphine-based variants lack sufficient tendency for intramolecular cyclization, and exist as acyclic phosphonium ylides.St. Cyr, D. J.; Arndtsen, B. A., A New Use of Wittig-type Reagents as 1,3-Dipolar Cycloaddition Precursors and in Pyrrole Synthesis. J. Am. Chem. Soc.
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Villeins who resided in the city for a year and day, and were members of the guild, were to be deemed free. Finally, the charter granted rights to levy tolls and taxation, and exemption from certain duties and taxes otherwise due to the Crown. The charter was renewed in 1264. Worcester's institutions grew at a slower pace than most county towns and had detectably archaic echoes.
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Indeed, a statistically significant increase in surviving adults following the removal of one copy of the atrophin gene has shown atrophin mRNA to be a functionally important target in vivo. This supports the theory that a misregulation of atrophin contributes to the defects seen in miR-8 mutants. Atrophin protein levels have additionally been found to be detectably higher in miR-8 mutant brains.
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Methyl red displays pH dependent photochromism, with protonation causing it to adopt a hydrazone/quinone structure. :500px Methyl Red has a special use in histopathology for showing acidic nature of tissue and presence of organisms with acidic natured cell walls. Methyl Red is detectably fluorescent in 1:1 water:methanol (pH 7.0), with an emission maximum at 375 nm (UVA) upon excitation with 310 nm light (UVB).
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Iodides (including sodium iodide) are detectably oxidized by atmospheric oxygen (O2) to molecular iodine (I2). I2 and I− complex to form the triiodide complex, which has a yellow color, unlike the white color of sodium iodide. Water accelerates the oxidation process, and iodide can also produce I2 by photooxidation, therefore for maximum stability sodium iodide should be stored under dark, low temperature, low humidity conditions.
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Various solutions have been proposed for the challenging problem of network motif (NM) discovery. These algorithms can be classified under various paradigms such as exact counting methods, sampling methods, pattern growth methods and so on. However, motif discovery problem comprises two main steps: first, calculating the number of occurrences of a sub-graph and then, evaluating the sub-graph significance. The recurrence is significant if it is detectably far more than expected.
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Karner blue butterfly fed water-stressed wild lupine had significantly longer larval durations than many treatments including larvae fed flowering wild lupine, shade-grown wild lupine in seed, or mildew-infected wild lupine. Although Karner blue butterflies have been shown to benefit from their association with ants, wild lupine with Karner blue butterfly larvae in the Allegan State Game Area in Michigan were not detectably closer to ant hills than wild lupine without caterpillars.
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In binary logic the exact magnitude of the signal voltage is not critical and it is only necessary that 1 and 0 states be represented by detectably different voltage levels. In these examples at least one input of every gate must be connected to a voltage level providing the defined logic 1 or logic 0 levels. If all the inputs are disconnected from any driving source the output signal is not confined to the correct voltage range.
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Achernar is a rapidly-spinning star flattened into an oblate spheroid hotter and brighter at the poles. Gravity darkening, also referred to as gravity brightening, is an astronomical phenomenon where a star rotates so rapidly that it has a detectably oblate spheroid shape, such as in Achernar in the constellation Eridanus. When a star is oblate, it has a larger radius at its equator than it does at its poles. As a result, the poles have a higher surface gravity, and thus higher temperature and brightness.
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The first SmY RNA was discovered in 1996 in purified Ascaris lumbricoides spliceosome preparations, as was another called SmX RNA that is not detectably homologous to SmY. Twelve SmY homologs were identified computationally in Caenorhabditis elegans, and ten in Caenorhabditis briggsae. Several transcripts from these SmY genes were cloned and sequenced in a systematic survey of small non-coding RNA transcripts in C. elegans. A systematic survey of 2,2,7-trimethylguanosine (TMG) 5′ capped transcripts in C.elegans using anti TMG antibodies identified two TMG capped SmY transcripts.
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After binding to lipopolysaccharide (LPS) in the outer membrane of Gram-negative bacteria, polymyxins disrupt both the outer and inner membranes. The hydrophobic tail is important in causing membrane damage, suggesting a detergent-like mode of action. Removal of the hydrophobic tail of polymyxin B yields polymyxin nonapeptide, which still binds to LPS, but no longer kills the bacterial cell. However, it still detectably increases the permeability of the bacterial cell wall to other antibiotics, indicating that it still causes some degree of membrane disorganization.
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Some impermeable fluorescent zinc dyes can detectably label the cytosol and nuclei of apoptizing and necrotizing cells among each of four different tissue types examined. Namely: the cerebral cortex, the hippocampus, the cerebellum, and it was also demonstrated that colocalized detection of zinc increase and the well accepted cell death indicator propidium iodide also occurred in kidney cells. Using the principles of fluorescent colocalization. coincident detection of zinc accumulation and propidium iodide (a traditional cell death indicator) uptake in multiple cell types was demonstrated.
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Coenzyme A is available from various chemical suppliers as the free acid and lithium or sodium salts. The free acid of coenzyme A is detectably unstable, with around 5% degradation observed after 6 months when stored at −20 °C, and near complete degradation after 1 month at 37 °C. The lithium and sodium salts of CoA are more stable, with negligible degradation noted over several months at various temperatures. Aqueous solutions of coenzyme A are unstable above pH 8, with 31% of activity lost after 24 hours at 25 °C and pH 8\.
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For entropy of mixing to exist, the putatively mixing molecular species must be chemically or physically detectably distinct. Thus arises the so-called Gibbs paradox, as follows. If molecular species are identical, there is no entropy change on mixing them, because, defined in thermodynamic terms, there is no mass transfer, and thus no thermodynamically recognized process of mixing. Yet the slightest detectable difference in constitutive properties between the two species yields a thermodynamically recognized process of transfer with mixing, and a possibly considerable entropy change, namely the entropy of mixing.
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MUC4 is often overexpressed in pancreatic adenocarcinomas and has been shown to promote tumor growth and metastasis, though the mechanism by which it does so is not known. MUC4 detection is emerging as a method to diagnose pancreatic cancer, especially since MUC4 is not detectably expressed in normal pancreas and increased expression of MUC-4 suggests a greater progression of the disease. Scientists have recently experimented with MUC4 inhibition in pancreatic cancer using drug delivery methods such as microRNAs. Such efforts have been successful at reducing EGF receptor expression, its downstream signaling, and consequently malignant behavior of the cancer cell such as migration, invasion, and cell detachment.
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The narrow lines are believed to originate from the outer part of the active galactic nucleus, where velocities are lower, while the broad lines originate closer to the black hole. This is confirmed by the fact that the narrow lines do not vary detectably, which implies that the emitting region is large, contrary to the broad lines which can vary on relatively short timescales. Reverberation mapping is a technique which uses this variability to try to determine the location and morphology of the emitting region. This technique measures the structure and kinematics of the broad line emitting region by observing the changes in the emitted lines as a response to changes in the continuum.
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For this reason IgM has sometimes been called a "natural antibody". This phenomenon is probably due to the high avidity of IgM that allow it to bind detectably even to weakly cross- reacting antigens that are naturally occurring. For example, the IgM antibodies that bind to the red blood cell A and B antigens might be formed in early life as a result of exposure to A- and B-like substances that are present on bacteria or perhaps also on plant materials. IgM antibodies are mainly responsible for the clumping (agglutination) of red blood cells if the recipient of a blood transfusion receives blood that is not compatible with their blood type.
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Also, using known and increasingly novel (Garrett & Du) chemical techniques, it is possible to graft additional groups onto the triglyceride chains of the NOP and change its processing characteristics and this in turn will change and modify in a controlled manner, the physical properties of the final article which the NOP is being used to produce. Differences and modifications in the process regime and reaction conditions used to make a given NOP also generally lead to different chemical architectures and therefore different end use performance of that NOP; so that even though two NOPs may have been made from the same Natural Oil root, they may be surprisingly different when used and, will produce a detectably different end product too. Commercially, (since 2012) NOPs are available and made from; sawgrass oil, soybean oil, castor oil (as an grafted NOP), rapeseed oil, palm oil (kernel and mesocarp), and coconut oil. There is also some work being done on NOPs made from Natural Animal oils.
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