61 Sentences With "uncoiling" | Random Sentence Generator

In the surrounding woods, vines are uncoiling from the trees.

I was outside uncoiling the stuff they use for suspension bridges.

Epigenetic signals conceal some of these selves and reveal others, coiling some, uncoiling others.

It was strange for Peter to imagine their baby's fingernails hardening inside her, its muscles uncoiling.

The user pulls at the loop ends, coiling and uncoiling the thread to make the button spin.

A capital known for its cold, its money and its raw power is uncoiling and, for a few weeks, relaxing.

He says first started in on it in 2013 or 83, but only the skeleton of that version (an uncoiling drum machine) remains.

On a winter afternoon, she and several classmates were uncoiling in the Rock Room, making friendship bracelets and sketching in fat coloring books.

A narrow umber field scrupulously punctuated by black dots surrounds the band, which extends from one end of the uncoiling shape to the other.

Even if the franc — now trading around 1.1350 to the euro EURCHF= — fell again to 1.20 the central bank would no doubt remain ultra cautious when uncoiling its holdings.

Williamson was on the left side of the court, playing his usual feisty, active defense, so Hunter, in the right corner, took his time uncoiling the 3-point attempt.

The episode happened at dinnertime in a neighborhood bar, part of a spasm of hatred that seems to be uncoiling in small towns and big cities across the nation — and in rising numbers.

Uncoiling for the final time, he launched himself into his dismount and on nailing it he saluted the crowd with a raised fist, confident he would become the first Greek since Dimosthenis Tampakos in 2004 to win the rings.

On Ask Me How Satan Started, the sounds are furious, uncoiling with the anarchic energy of the Industrial Strength Records catalog, but they're funny too—it more or less starts with her assuring someone that she'll punch them in the nards.

Bryan Price, Chapman's former pitching coach and manager with the Reds, would marvel at the way Chapman bunched his 6-foot-4-inch, 215-pound frame, gathering his weight on his back leg and then uncoiling and launching at the hitter.

Modern English translations, however, largely dispense of it, in favour of a supposed clarity—thus losing what Mr Alter calls the "beautifully uncoiling rhythmic sequence" of the original, as well as the artful ambiguity created by the absence of a direct causal link.

On Thursday night, instead of resting during a television timeout with just over four minutes left in Game 1 of the Penguins' second-round playoff series against the Washington Capitals, Fleury was bouncing buoyantly, coiling and uncoiling his legs, as springy as ever.

As the players were shedding their uniforms and dipping their feet into buckets of ice, Kyrie Irving, James Jones and Jordan McRae trilled a dawdling rendition of "The Star-Spangled Banner," uncoiling the lines with waggish emotion as their teammates looked on and laughed.

Once in orbit each of those circuit boards—he calls them "sprites"—would have headed off on its own, kicked out of the tiny mother ship by the uncoiling of its antennae, and the project's backers on Kickstarter would have had their own personal Sputniks, transmitting at a frequency they could monitor.

The content of the last two issues was consolidated into an anthology, edited by Noble and published by HarperSF in 1994, titled Uncoiling the Snake.

The advantages of straight coiling cable are that it will not produce knots when uncoiling and is easily taught and therefore can be accomplished easily by assistants.

This process is sometimes likened to the coiling and uncoiling of a spring. i.e. the torso is rotated as a means of preloading the muscular system in preparation for playing the stroke: this is the coiling phase. When the stroke is played the torso rotates to face forwards again, called uncoiling, and adds significant power to the stroke. A disadvantage of this stance is that it does not always allow ‘for proper weight transfer and maintenance of balance’ when making powerful strokes.

Relaxation is not an active process and energy (in the form of ATP) is not spent during the nicking or ligation steps; this is because the reaction between the tyrosine residue at the active site of the enzyme with the phosphodiester DNA backbone simply replaces one phosphomonoester bond with another. The topoisomerase also does not use ATP during uncoiling of the DNA; rather, the torque present in the DNA drives the uncoiling and proceeds on average energetically downhill. Recent single molecule experiments have confirmed what bulk-plasmid relaxation experiments have proposed earlier, which is that uncoiling of the DNA is torque-driven and proceeds until religation occurs. No data suggest that Topo IB "controls" the swiveling insofar as that it has a mechanism in place that triggers religation after a specific number of supercoils removed.

Due to the increased contact area, the tip and the surface act as anchors holding protein bundles while they separate. As uncoiling ensues, the force required jumps indicating various stages of uncoiling: (1) separation into bundles, (2) bundle separation into domains of crystalline protein held together by van der Waals forces, and (3) linearization of the protein upon overcoming the secondary bonding. Information on the internal structure of these complex proteins, as well as a better understanding of constituent interactions are provided with this method. A second consideration is one that takes advantage of unique nanoscale materials properties.

During ejection, LV torsion results in the storage of potential energy into the deformed myofibers. This stored energy is released with the onset of relaxation similar to a spring uncoiling and results in suction forces. These forces are then used for rapid early diastolic restoration.

The parapodia (fleshy winglike outgrowths), as can be seen in photos of Petalifera petalifera, are almost completely fused. The pair of small rounded flaps form the parapodial cavity over the mantle cavity and the vestigial shell. These sea hares swim by coiling and uncoiling the body.

Episode 9. Nickelodeon. and is categorized as the most elusive of the "four bending arts". Airbending involves "smooth coiling and uncoiling actions"; dynamic footwork, throws, and open-handed techniques; and swift, evasive maneuvers designed to evoke the "intangibility and explosive power of wind". Zaheer is remarkably agile and acrobatic.

In the regions of puffs, the chromonemata uncoil and open out to form many loops. The puffing is caused by the uncoiling of individual chromomeres in a band. The puffs indicate the site of active genes where mRNA synthesis takes place. The chromonemata of puffs give out a series of many loops laterally.

The mountaineer's coil (also alpine coil, climber's coil, lap coil, or standing coil) is a traditional method used by climbers to store and transport a climbing rope. This older style coil is noted as being more prone to twists and tangles than the butterfly coil, and care must be taken upon uncoiling to avoid these problems.

H. erato is a pollen-feeding species, collecting from the Lantana camara flower. They do not spend much time or energy collecting nectar (only remaining for a few seconds). Instead, they collect pollen in a mass on the ventral side of their proboscis. They then agitate the pollen by coiling and uncoiling their proboscis in order to release its nutrients.

The Carnival edition of Catch the Sperm is set against a background of what appears to be surreal paintings and includes drifting balloons and floating strands of confetti, some of which are spiral shaped like uncoiling DNA double helixes. The characters are a Waggis, a Joker, a Sambina, a Lipstick, a Clown, and Gold, Silver, and Bronze Sperm. There are six viruses.

The simple aperture is oblique and circular. Hedley, C. 1903. Scientific results of the trawling expedition of H.M.C.S. "Thetis" off the coast of New South Wales in February and March, 1898, pt. 6. Memoirs of the Australian Museum 4(1): 326-402 (described as Liotia disjuncta) The minute size, simple aperture and uncoiling of the body whorl distinguish this species.

The undersurface of pinna-rachis has no hairs or scales. The uncoiling tips and young rachises are covered in red-brown bristles and have some fringed scales. The pinnules are 1 to 3 mm long and have a blunt, oblong- triangular shape. The lower surface of the pinnules are flat or slightly concave and never rolled inwards on all edges to make a pocket.

Breathing is said to "coil and uncoil" or "contract and expand"', "with coiling/contracting referring to exhalation and uncoiling/expanding to inhalation" (Roth 1991:619). > For all [to practice] this Way: You must coil, you must contract, You must > uncoil, you must expand, You must be firm, you must be regular [in this > practice]. Hold fast to this excellent [practice]; do not let go of it.

Trovafloxacin (sold as Trovan by Pfizer and Turvel by Laboratorios Almirall) is a broad spectrum antibiotic that inhibits the uncoiling of supercoiled DNA in various bacteria by blocking the activity of DNA gyrase and topoisomerase IV. It was withdrawn from the market due to the risk of hepatotoxicity. It had better Gram-positive bacterial coverage and less Gram-negative coverage than the previous fluoroquinolones.

This pioneering work was carried out in De la Cierva's native Spain. In 1925 he brought his C.6 to Britain and demonstrated it to the Air Ministry at Farnborough, Hampshire. This machine had a four blade rotor with flapping hinges but relied upon conventional airplane controls for pitch, roll and yaw. It was based upon an Avro 504K fuselage, initial rotation of the rotor was achieved by the rapid uncoiling of a rope passed around stops on the undersides of the blades.

Parastrenoceras is found immediately above Subcollina in Oaxaca, Mexico and may be descended directly from it. The two agree in the coiling, cross section of the inner whorls, and zigzag pattern of the secondary ribs. Parastrenoceras differs in having two rows of tubercles per side, rather than one, and that the primary ribs on the outer whorls may slope dorso-ventrally forward. Parastrenoceras is also closely related to Spiroceras which, except for its uncoiling, shares many of the same features.

Dialkylating agents can react with two different 7-N-guanine residues, and, if these are in different strands of DNA, the result is cross-linkage of the DNA strands, which prevents uncoiling of the DNA double helix. If the two guanine residues are in the same strand, the result is called limpet attachment of the drug molecule to the DNA. Busulfan is an example of a dialkylating agent: it is the methanesulfonate diester of 1,4-butanediol. Methanesulfonate can be eliminated as a leaving group.

Diacetyl has been shown to alter the amino acid arginine which could interfere with protein structure and function. Additionally diacetyl can bind to DNA and form guanosine adducts which can cause DNA uncoiling and cell death. In vitro studies on human cells also suggest that diacetyl alters the structure and function of the extracellular matrix and modifies epithelial cell responses to growth factors. Human cells exposed to diacetyl also increase secretion of substance P which causes mucus hypersecretion, airway smooth muscle contraction, and edema.

The materials of the second movement consist of "a very slow and extended melody built from stepwise intervals, slightly varied in its numerous repetitions, uncoiling over (or in the midst of) sustained chords that change with note-by- note reluctance, all of it building into a powerful climax at the high end of the instruments' range and then quickly receding to the contemplative quietude that ultimately defines this musical expanse." Barber accepted a commission for a second string quartet in 1947, but never got past a few pages of sketches.

As the lower parts of the frond expand and toughen up, they begin to photosynthesize, supporting the further growth and expansion of the frond. By photosynthesizing, the frond increases the amount of solute inside the frond, which lowers the internal water gradient and facilitates an increase in volume that forces uncoiling. In the case of many fronds, long hairs or scales provide additional protection to the growing tips before they are fully uncoiled. Circinate vernation may also be observed in the extension of leaflets, in the compound leaves of cycads.

Verse 17 provides specific details about regularized breath meditation. Breathing is said to "coil and uncoil" (zhōu 周 "encircle; surround" and kuān 寬 "let go; release; stretch out; extend") or "contract and expand" (mì 密 "snug; condense; squeezed together" and shū 舒 "stretch; spread out; expand; unfold"), with coiling/contracting referring to exhalation and uncoiling/expanding to inhalation (Roth 1991: 619). > For all [to practice] this Way: You must coil, you must contract, You must > uncoil, you must expand, You must be firm, you must be regular [in this > practice].

The music video for "Dive into Yourself" first aired on MTV Japan, and was directed by Tomoo Noda. It immediately starts off with the band bouncing around in a garage-like setting, each member playing his or her respective instruments and/or singing. Large lights and screens surround them, and photographers and camera men can be seen taking photos and recording them. Just before the second chorus, Maki starts to walk away from the other band members, all the while, the cord to her microphone uncoiling until it's almost coming out of the socket.

Nicking Enzyme Amplification Reaction (NEAR) is a method for in vitro DNA amplification like the polymerase chain reaction (PCR). NEAR is isothermal, replicating DNA at a constant temperature using a polymerase (and nicking enzyme) to exponentially amplify the DNA at a temperature range of 55 °C to 59 °C. One disadvantage of PCR is that it consumes time uncoiling the double- stranded DNA with heat into single strands (a process called denaturation) . This leads to amplification times typically thirty minutes or more for significant production of amplified products.

Hygroscopic movement happens with respond to a change in the water content of dead plant tissue, specially in the cell wall. Water absorbed by the cell wall binds to the matrix of the awns, causing it to expand and to drive the cellulose microfibrils apart, which causes the matrix to uncoil, thus straightening the awns. Inversely, the matrix will contract under dehydration, leading to the coil of the awns. Erodium Cicutarium seed uncoiling as it absorbs moisture (real-time) Erodium cicutarium seed drills itself into the soil (time-lapse) Research found no correlation between weight of the awned fruits and the dispersal distance.

The tentilla of Euplokamis differ significantly from those of other cydippids: they contain striated muscle, a cell type otherwise unknown in the comb jellies; and they are coiled when relaxed, while the tentilla of all other known ctenophores elongate when relaxed. Euplokamis' tentilla have three types of movement that are used in capturing prey: they may flick out very quickly (in 40 to 60 milliseconds); they can wriggle, which may lure prey by behaving like small planktonic worms; and they coil around prey. The unique flicking is an uncoiling movement powered by contraction of the striated muscle. The wriggling motion is produced by smooth muscles, but of a highly specialized type.

Baguazhang's evasive nature is also shown by the practice of moving behind an attacker, so that the opponent cannot harm the practitioner. Although the many branches of Baguazhang are often quite different from each other (some, like Cheng style, specialize in close-in wrestling and joint locks, while others, like some of the Yin styles, specialize in quick, long- range striking), all have circle walking, spiraling movement, and certain methods and techniques (piercing palms, crashing palms, etc.) in common. Baguazhang's movements employ the whole body with smooth coiling and uncoiling actions, utilizing hand techniques, dynamic footwork, and throws. Rapid-fire movements draw energy from the center of the abdomen.

The force of the falling water splashes out the peridiole, uncoiling and snapping the funiculus, the cord that connects it to the fruiting body. As the peridiole continues its flight, the funiculus extends to its full length. The sticky end of the funiculus may adhere to a leaf or a twig some distance away, and the peridiole may end up being wrapped around or hanging down the object to which the funiculus is stuck. The spores can germinate when the thick outer wall of the peridiole wears away, or the peridiole may be eaten by a herbivorous animal, and ultimately passed through its digestive system.

The Suture may be ammonitic, ceratitic, or goniatitic. In the present classification of the Haloritidae, the family is divided into two subfamilies, the Haloritinae and the Juvavitinae. In the older classification of the Treatise (1957) the Haloriitidae was divided into three subfamilies, the Haloritinae, with spiral ornamentation weak or absent, the Sagenitinae with prominent spiral ornamentation and a more subdivided suture reassigned to the Pinacocerataceae as the Sagenitidae, and the Episculitinae with a simplified suture and uncoiling of the body chamber The present Haloritinae includes Halorites, the type, Amarassites, Gnomohalorites, Paraguembelites, and Parajuvavites. The Juvatinae includes Juvavites, type, Dimorphites, and Gonionotites, included in the original Haloritinae.

Duashnoceras is an extinct ammonoid cephalopod genus included in the Stephanoceratidae that lived during the Bathonian stage of the Middle Jurassic. Duashnoceras was established by Westermann in 1983, based on Stephanoceras floresi Burchhardt (1927) and originally placed in the Bathonian Zigzagiceratinae as a sugenus of Zigzagiceras but returned to the Stephanoceratidae by Westermann in 1984 Duashnoceras is a stephanoceratid of variable size; evolute with a very slight uncoiling of the last whorls. Juvenile whorls are depressed subtrapezoidal to subrectangular in section, with slightly convex flanks, arched venter, and well defined ventrolateral shoulders. With further growth the whorl section becomes more elliptical to subcircular with flanks more convex and without ventrolateral shoulders.

A combination of experimental and theoretical work led him and his coworkers to propose a structure of DNA consisting of alternating left- and right-handed helical segments, known as the side-by-side (S-B-S) model, an alternative to the right-handed double helix model. The S-B-S model offered greater structural flexibility that could facilitate the uncoiling of the double helix without topological rearrangement during replication or other processes. He has published his research findings as articles in peer-reviewed journals; PubMed, an online article repository has listed 89 of them while Microsoft Academic Search has listed 14 of his articles.

To save time batches of his writing were typeset on arrival, so one part was being printed "while the other part was still uncoiling from my brain in Cambridge." Napier did not insist on the usual concise review, but as it was still arriving in mid May stopped it at what became 85 pages, one of the longest reviews the quarterly ever published. The British Association for the Advancement of Science annual meeting was held at Cambridge in June 1845, giving its president John Herschel a platform to counter Vestiges. His presidential address contrasted the "sound and thoughtful and sobering discipline" of the scientific brotherhood with the "over-hasty generalisation" and "pure speculation" of the unnamed book.

Diagram of a bimetallic strip showing how the difference in thermal expansion in the two metals leads to a much larger sideways displacement of the strip A bimetallic coil from a thermometer reacts to the heat from a lighter, by uncoiling and then coiling back up when the lighter is removed. A bimetallic strip is used to convert a temperature change into mechanical displacement. The strip consists of two strips of different metals which expand at different rates as they are heated, usually steel and copper, or in some cases steel and brass. The different expansions force the flat strip to bend one way if heated, and in the opposite direction if cooled below its initial temperature.

To carry out gene expression, a cell must control the coiling and uncoiling of DNA around histones. This is accomplished with the assistance of histone acetyl transferases (HAT), which acetylate the lysine residues in core histones leading to a less compact and more transcriptionally active euchromatin, and, on the converse, the actions of histone deacetylases (HDAC), which remove the acetyl groups from the lysine residues leading to the formation of a condensed and transcriptionally silenced chromatin. Reversible modification of the terminal tails of core histones constitutes the major epigenetic mechanism for remodeling higher-order chromatin structure and controlling gene expression. HDAC inhibitors (HDI) block this action and can result in hyperacetylation of histones, thereby affecting gene expression.

Traditionally mounted above the rod, the spincast reel is also fitted with an external nose cone that encloses and protects the fixed spool. With a fixed spool, spincast reels can cast lighter lures than bait cast reels, although friction of the nose cone guide and spool cup against the uncoiling line reduces casting distance compared to spinning reels. Spincast reel design requires the use of narrow spools with less line capacity than either baitcasting or spinning reels of equivalent size, and cannot be made significantly larger in diameter without making the reel too tall and unwieldy. These limitations severely restrict the use of spin cast reels in situations such as fishing at depth, when casting long distances, or where fish can be expected to make long runs.

Over/under cable coiling refers to a method of storing cables that preserves the capacitance and common-mode rejection ratio built in by the manufacturer with a twist in the cable, and the shielding that encases the twisted pairs within. It allows the cable to lie flat when uncoiled, and makes for easier and faster work. The "over/under" name refers to the practice of twisting the cable in one direction to make the first coil, and un-twisting it to make the next, and repeating this until all the cable is neatly coiled. Care needs to be taken to keep each end on its proper side of the roll when uncoiling otherwise a knot will appear with every other loop.

In addition to colloblasts, members of the genus Haeckelia, which feed mainly on jellyfish, incorporate their victims' stinging nematocytes into their own tentacles – some cnidaria-eating nudibranchs similarly incorporate nematocytes into their bodies for defense. The tentilla of Euplokamis differ significantly from those of other cydippids: they contain striated muscle, a cell type otherwise unknown in the phylum Ctenophora; and they are coiled when relaxed, while the tentilla of all other known ctenophores elongate when relaxed. Euplokamis' tentilla have three types of movement that are used in capturing prey: they may flick out very quickly (in 40 to 60 milliseconds); they can wriggle, which may lure prey by behaving like small planktonic worms; and they coil round prey. The unique flicking is an uncoiling movement powered by contraction of the striated muscle.

Black coral (pale) with a basket star coiled round a branch Black corals in the genus Antipathella host A. constrictum in a mutualistic association that seems to be a long-lasting arrangement: the basket stars coil their arms around the coral twigs and remain in the same locality for long periods, and possibly for life. The basket star has been found in a number of locations around New Zealand on the continental shelf but has never been found living freely, or living anywhere except in association with a black coral colony. The basket stars feed at night, uncoiling their arms from the coral and catching organic particles floating past. They also brush their arms against the coral surface and are probably feeding on detritus and any epizoic organisms that settle there.

Another notable moment for Ram-Man is the episode "House of Shokoti part 1", in which he gives a memorable moral at the end of the episode, telling kids not to hit things with their head like he does in case they hurt themselves. Also in this episode, Ram-Man irritates Shokoti by constantly mispronouncing her name, calling her "Shipoopi" among other things. This Ram-Man also often has other cartoonish features such as his legs actually uncoiling like springs on occasion and making "boing" sounds when he used his abilities. Unlike other early characters, such as Stratos and Evil Warriors such as Tri-Klops, who faded into the background as newer characters were introduced in the cartoon, Ram-Man continued to appear regularly in later episodes of the cartoon.

During the fourth instar, cells from the epithelium of this trachea become greatly enlarged extend into the cavity of the wing bud, with each cell having developed a closely coiled tracheole. Each trachcole is of unicellular origin, and is at first intracellular in position; while tracheae are of multicellular origin and the lumen of each is intercellular in position. The development of tracheoles, each coiled within a single cell of the epithelium of a trachea, and the subsequent opening of communication between the tracheoles and the lumen of the trachea, and the uncoiling and stretching out of the tracheoles, so that they reach all parts of the wing. In the earlier stages of its development, the wing-bud is not provided with special organs of respiration such as tracheation, as it resembles in this respect the other portions of the hypodermis of which it is still a part.

An old standing dynamic problem is how DNA "self- replication" takes place in living cells that should involve transient uncoiling of supercoiled DNA fibers. Although DNA consists of relatively rigid, very large elongated biopolymer molecules called fibers or chains (that are made of repeating nucleotide units of four basic types, attached to deoxyribose and phosphate groups), its molecular structure in vivo undergoes dynamic configuration changes that involve dynamically attached water molecules and ions. Supercoiling, packing with histones in chromosome structures, and other such supramolecular aspects also involve in vivo DNA topology which is even more complex than DNA molecular geometry, thus turning molecular modeling of DNA into an especially challenging problem for both molecular biologists and biotechnologists. Like other large molecules and biopolymers, DNA often exists in multiple stable geometries (that is, it exhibits conformational isomerism) and configurational, quantum states which are close to each other in energy on the potential energy surface of the DNA molecule.