You can zoom in and out on every last pore on Tim's head.
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The details are wild — I can see pretty much every pore on my face.
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Do we really need 1,028 products to pop up when we search 'pore' on Sephora's website?
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Within two weeks of starting the first course of treatment, every pore on my face expelled monstrosities worthy of a Guillermo del Toro film.
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Imagine her surprise when, months later, Victoria the hound returned the favor, putting her keen nose to use and sniffing out skin cancer that Lauren had assumed was a pimple or a clogged pore on her right nostril.
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Every other day after school, Tiger Mother instructed me to lay on my back while she massaged every last pore on my face with thick layers of foreign creams, primping and pampering every millimeter until I radiated to perfection.
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If you don't care about zooming in close enough to see every single pore on the surface of your face, you can probably opt for a simpler design, while people who love elaborate makeup looks might want a model with a few additional features.
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These soldiers have large, sabre-shaped mandibles and a glandular pore on the forehead which secretes a milky, latex fluid.
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The blockade of K+ channels by the charybdotoxin peptide causes neuronal hyperexcitability. Mutations of the Lys31Gln and the Asn30Gln had the effect of lessening the CTX block of the pore on the shaker channel.
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The plant shows glandular trichomes. They are unicellular, without a specialized basal cell. They have a cutinized cell wall and a protruding pore on the top. The upper part of the trichome cell contains flavonoids, e.g.
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The basidia bear four spores. The spores are dark brown and smooth, ellipsoid in shape, and 10 to 11 µm × 6 to 7 µm. There is a large germ pore on each spore. Flesh of the cap and stem is pale, thin, and brittle.
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There is no gular sac, but a strong transverse gular fold is present. The tail is round in cross section. There is a preanal pore on each side, which sometimes is absent in females. In most species there are no femoral pores,Boulenger GA (1885).
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Young snails emerge through a birth pore on the right side of the head. The newborn shell is <1–2 mm in height with between 1.5 and 4.8 whorls. The size of juveniles at birth is 0.7–2.1 mm. According to Chen (2003) these newborns have a high survival rate in the field.
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The eukaryotic cell nucleus. Visible in this diagram are the ribosome-studded double membranes of the nuclear envelope, the DNA (complexed as chromatin), and the nucleolus. Within the cell nucleus is a viscous liquid called nucleoplasm, similar to the cytoplasm found outside the nucleus. A cross section of a nuclear pore on the surface of the nuclear envelope (1).
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Umbrina ronchus has a rather elongate and moderately deep body. The small mouth is positioned inferiorly and contains the villiform teeth which are typical of the genus Umbrina and it has a short stiff barbell on its chin which has a pore on its tip. The tail is usually truncate but may be slightly emarginate. Its scales are mainly ctenoid.
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Taenia saginata proglottid stained to show uterine branches: The pore on the side identifies it as a cyclophyllid cestode. T. saginata is the largest of species in the genus Taenia. An adult worm is normally 4 to 10 m in length, but can become very large; specimens over 22 m long are reported. Typical of cestodes, its body is flattened dorsoventrally and heavily segmented.
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Cephalothorax of a female with a cone- shaped mouth and hooks. Females have a genital pore on their anterior ends, as well as pointed hooks. They also have hooks on their posterior ends but they are larger and have rounded tips instead of pointed tips. During the dissection, they examined some eggs within the female, and contained larvae with hooks that were fully developed.
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Underside of a snail climbing a blade of grass, showing the muscular foot and the pneumostome or respiratory pore on the animal's right side Land snails move by gliding along on their muscular foot, which is lubricated with mucus and covered with epithelial cilia."integument (mollusks)."Encyclopædia Britannica. 2009. Encyclopædia Britannica 2006 Ultimate Reference Suite DVD This motion is powered by succeeding waves of muscular contractions that move down the ventral of the foot.
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The pharyngeal nephridia are attached to the fourth, fifth and sixth segments. The waste in the coelom fluid from a forward segment is drawn in by the beating of cilia of the nephrostome. From there it is carried through the septum (wall) via a tube which forms a series of loops entwined by blood capillaries that also transfer waste into the tubule of the nephrostome. The excretory wastes are then finally discharged through a pore on the worm's side.
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The mechanism by which the movement of the S4 segment affects that of S6 is still unknown, however it is theorized that there is a S4-S5 linker whose movement allows the opening of S6. Inactivation of ion channels occurs within milliseconds after opening. Inactivation is thought to be mediated by an intracellular gate that controls the opening of the pore on the inside of the cell. This gate is modeled as a ball tethered to a flexible chain.
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Nitrogenous waste is excreted in the form of ammonia through the body wall, and is not associated with any specific organs. However, the structures for excreting salt to maintain osmoregulation are typically more complex. In many marine nematodes, one or two unicellular 'renette glands' excrete salt through a pore on the underside of the animal, close to the pharynx. In most other nematodes, these specialized cells have been replaced by an organ consisting of two parallel ducts connected by a single transverse duct.
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Fish in the genus Acrochordonichthys are known to secrete a mucus with toxic properties from their axillary pore, but there is no scientific consensus as to the exact purpose of the secretion or the pore. S. granulosus has a large, dark, axillary pore on each side, just below the humeral process. The body color is slate gray to olive brown with a dark sheen; juveniles display a spotted pattern which fades with age. The underside ranges from pale yellow to gray.
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The C3b component of the cleaved C3 binds to C3 convertase (C4b2b) to generate C5 convertase (C4b2b3b), which cleaves the C5 protein. The cleaved products attract phagocytes to the site of infection and tags target cells for elimination by phagocytosis. In addition, the C5 convertase initiates the terminal phase of the complement system, leading to the assembly of the membrane attack complex (MAC). The membrane attack complex creates a pore on the target cell's membrane, inducing cell lysis and death.
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In most species, the thecal surface contains intercalary bands and is smooth and covered with large thecal pores that are round and ovoid. Another distinguishing feature to identify Coolia is a plate on the epitheca that is off centred and contains an apical pore complex with a long, curved pore that has a slit containing two costae. This apical pore is often visible because of its large size. Coolia also has an ellipsoidal-shaped ventral pore on the ventral surface.
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Soldier termites are also wingless and resemble workers except that they have a large, rectangular, yellowish-brown head with long black mandibles. The soldiers’ primary function is colony defense and the mandibles are mainly used for crushing enemy ants which may invade the colony. Additionally, R. flavipes has a fontanelle (frontal gland pore) on the forehead from which it secretes a blend of terpenoid compounds. These secretions are synthesised de novo and are also used to defend the colony from predators such as ants.
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The asci of C. elatum are generally club-shaped and contain 8 round ascospores. The ascospores are translucent/light olive when young and become brown with pointed tips when they mature giving them lemon-like shape when viewed in profile. The ascopores also have a thick wall with a small pore on the outer wall of their apex. Morphology of the ascospores is a distinguishing factor when compared to other Chaetomium species with which it might be confused like C. indicum, C. funicolum, and C. virgecephalum.
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Some authors have placed Butomus in the Limnocharitaceae because of its laminar placentation and follicular fruit, but it is now placed in the monospecific family Butomaceae. The Limnocharitaceae are closely related to the Alismataceae, but differ from them by the fully dehiscent fruit, numerous ovules per carpel, and laminar placentation. Members of both of these families have laticifers, petioles, a terminal pore on each leaf, a sepaloid calyx, and thin, evanescent petals. The family Limnocharitaceae was separated from the Alismataceae by Armen Takhtajan in 1954,Armen L. Takhtajan. 1954.
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Optical transfection is the process of introducing nucleic acids into cells using light. Typically, a laser is focussed to a diffraction limited spot (~1 µm diameter) using a high numerical aperture microscope objective. The plasma membrane of a cell is then exposed to this highly focussed light for a small amount of time (typically tens of milliseconds to seconds), generating a transient pore on the membrane. The generation of a photopore allows exogenous plasmid DNA, RNA, organic fluorophores, or larger objects such as semiconductor quantum nanodots to enter the cell.
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The region of the lysenin pore β-barrel expected to be immersed in the hydrophobic region of the membrane is the 'detergent belt', the 3.2 nm high region occupied by detergent in Cryogenic Electron Microscopy (Cryo-EM) studies of the pore. On the other hand, sphingomyelin/Cholesterol bilayers are about 4.5 nm height. This difference in height between the detergent belt and the sphingomyelin/cholesterol bilayer implies a bend of the membrane in the region surrounding the pore, called negative mismatch. This bending results in a net attraction between pores that induce pores aggregation.
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He was arrested with a group of soldiers including Sgt. Akata Pore on 23 November 1982 following the capture of part of Gondar Barracks, Burma Camp in an apparent abortive coup attempt. His attempts to contest the 1996 presidential elections on the ticket of the centre-right New Patriotic Party were scuppered when the Supreme Court ruled to uphold a controversial law preventing individuals convicted of treasonous acts from holding public office, even if such acts were committed during periods of unconstitutional rule. Following the Court's decision, he resigned from politics to focus on private activities within the realm of development economics.
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Some North American native genera - e.g., Arctiostrotus, Argilophilus and Driloleirus - also belong to this family. The members of this family have the typical "megascolecine" arrangement of male pores, with vasa deferentia and prostatic ducts uniting before opening via a combined pore on segment 18, rather than the "acanthodriline" arrangement (with male pores and pores from one or more pairs of prostates opening separately near segment 18, but never combined on segment 18) as found in the related families Acanthodrilidae, Octochaetidae and Exxidae. Megascolecidae genera are either meroic (with multiple nephridia per segment), or have the plesiomorphic holoic arrangement of two nephridia per segment.
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December 22, 1898. General Eagan took this statement as a personal insult and openly denounced Miles as a liar when called to testify on January 12, 1899. General Eagan was quoted in The New York Times as saying, in reference to Miles, "he lies in his throat, he lies in his heart, he lies with every hair on his head and every pore on his body, he lies willfully, deliberately, intentionally, and maliciously." Eagan also said of Miles, "he should be denounced by every honest man, barred from the clubs, barred from the society of decent people, and so ostracized that the street bootblack would not condescend to speak to him".
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He received the gold medal of the Royal Institute of British Architects in 1871. Among his works, besides those already mentioned, are: Palaces of Nineveh and Persepolis restored (1851), Mausoleum at Halicarnassus restored (1862), Tree and Serpent Worship (1868), Rude Stone Monuments in all Countries (1872), and The Temples of the Jews and the other Buildings in the Haram Area at Jerusalem (1878). The sessional papers of the Institute of British Architects include papers by him on The History of the Pointed Arch, Architecture of Southern India, Architectural Splendour of the City of Beeja pore, on the Erechtheum and on the Temple of Diana at Ephesus.
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The cranial sensory system of the family is well developed above and laterally, with the lower jaw having a pair of small pores behind which is a median pit containing a pore on each side. On each side of the elongate head the operculum has a short sharp spine. They have two true dorsal fins; the anterior one supported by 10 to 13 spines while the long rear one is held up by a single leading spine followed by 16 to 27 soft rays. The anal fin is similar to the second dorsal fin, having two small slender spines followed by 14 to 26 soft rays.
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