120 Sentences With "outside environment" | Random Sentence Generator

The tiniest vibrations or energy from the outside environment could lead to an error in the calculation.

Energy from the outside environment causes qubits to lose their quantum behavior, turning them into regular bits.

Clinton was diagnosed with community-acquired pneumonia, which is a respiratory infection contracted from the outside environment.

D-Wave's qubits can very easily lose their quantum behavior due to interference from the outside environment.

But these oocysts need about a week or two in the outside environment to mature before they can become infectious.

But on the Space Station, one of the two is exposed to the outside environment, while the other stays sheltered.

This fosters certain kinds of creative expression, but also allows the motor-sensory system to read the outside environment better.

Our bodies can only let off heat when the outside environment is cooler than our internal body temperature of 98.6°F.

I think that this should be expanded even more into a more outside environment for some students or employees to work.

Certainly the outside environment could have been a factor if it was combined with the stress of attending to an emergency event.

Or it could also be used to record information on the cell's outside environment, for example the presence of specific chemicals, toxins, or pathogens.

When a plane is ascending and descending, atmospheric pressure changes, and our bodies try to equalize the internal pressure to match the outside environment.

Because the outside environment seems to be working quite methodically against the goal of raising a healthy eater, and it can be very, very frustrating.

This suit of armor links to a wearer's nervous system, and fully protects them from their outside environment, meaning that they can operate anywhere in the galaxy.

Controlling this system proves incredibly difficult, since a modicum of energy from the outside environment could cause the qubits to collapse into very expensive, very regular bits.

During the daytime, the device could act in reverse, absorbing sunlight and producing electricity from a heat traveling from the Sun to the disk and into the outside environment.

Because skyrmions stay skyrmions even when you squish and deform them, they could be useful for things like quantum computing, which requires maintaining a coherent quantum state despite jostling from the outside environment.

Your BFF Who Smokes Most people don't think about their outside environment having an effect on their personal skin care, but smoke can be a trigger for a lot of eczema patients, says Abramowitz.

Lindquist and her co-authors speculate that LD uses its shapeshifting abilities to create a physical trace of the outside environment, allowing cells to "remember" changes from previous seasons and years, and to put out leaves and flowers accordingly.

He describes how we all modulate our outside environment and our private spaces: Someone who lives on a farm, for example, may want to pump up a home's visual volume, whereas a person living in Manhattan may find that a tchotchke-free home with a white palette helps to create a feeling of equilibrium.

Although I appreciate the attempt to recast the overgrown outside environment within, her other works present a more physical embodiment of this directive, like her aesthetically minimal, thoughtfully composed series "Colorfields" (2017), which presents six brown pieces of paper produced from native prairie plants collected from polluted plots across Chicago, dyed with inks made from the soil of the matching site.

Additionally, improper disposal of hospital needles can expose drug resistant organisms to the outside environment.

It is accumulating as a form of litter in the outside environment, particularly along shores and waterways, especially in its foam form, and in the Pacific Ocean.

Split-system air conditioners come in two forms: mini-split and central systems. In both types, the inside-environment (evaporative) heat exchanger is separated by some distance from the outside-environment (condensing unit) heat exchanger.

Conceptual strands of landscape are vertically woven throughout the structure, connecting students and spaces together through bridges, ramps, platforms, and staircases. The building provides open and interactive spaces for its occupants, classrooms, and the outside environment.

Colonies have the ability to thermoregulate nests and keep them a little bit warmer than the outside environment. Foraging workers use muscle contractions to maintain stable temperatures and coupe with seasonal and daily fluctuations in temperature.

Such a closure, however, permits the free exchange of air with the outside environment. Therefore, it is possible that condensation will form inside the closure. It is thus necessary to provide adequate drainage to prevent the accumulation of water inside the closure.

The spore puffing upon rupture is thought to be caused by the sudden change in relative humidity between the interior chamber of the fruit body and the outside environment. Dehiscence is accompanied by a hissing sound, an auditory phenomenon known to occur in about 15 other fungal species.

A layer by layer method is used by alternating positively and negatively charged polyelectrolytes to build a barrier between the cell and the harsher outside environment. Upon cell lysis, the capsule of layered polyelectrolytes maintains its structural integrity and can be used for purposes such as drug delivery.

The school badge consists of four colours, gold, grey, green and blue, with the school motto at the bottom of the badge. These represent excellence, a balance of heart and mind and the outside environment respectively. These colours in turn represent the brilliant but balanced nature of the school.

These muscular contractions are almost identical to those that foragers use to maintain core body temperature when in the colder, outside environment. The ability to regulate both body and nest temperatures improve B. atratus colonies’ chance of survival when outside temperature fluctuate rapidly and fall to below freezing within hours/minutes.

Special high- priced items are dropped by enemies or objects under certain climate conditions. The game relies on an in-game weather control system, known as the paraSOL. It has a thermometer, and measures humidity and wind speed. The weather is generated from the game itself, not from the local outside environment.

32 (8): 461–467. doi:10.2307/4443206. However, to obtain energy from its outside environment, cells must not only retrieve molecules from their surroundings but also break them down. This process is known as intracellular digestion. In its broadest sense, intracellular digestion is the breakdown of substances within the cytoplasm of a cell.

The reference bug settings also control the autopilot and flight director. SmartDeck's PFD is also equipped with synthetic vision, a 3D rendering of obstacles, terrain and airports that allows the pilot to see "through" weather and darkness. The image moves in real time with the aircraft and presents a clear view of the outside environment.

The safety feature begins with the passive safety feature which includes the radioactive materials in the reactor core (also by accidents) to protect them from the outside environment. Fuel pellets, Fuel- Rod casings, reactor pressure vessel, biological shield, steel containment structure and the outer ferro concrete mantle are six of the most important passive safety features.

HPOs create strong vision, value, and mission statements which guide their organizations and align them with the outside environment. The mission, vision, and values of the organization act as foundations on which the organization is built. They inform employees what is rewarded and also what is not. HPOs implement vision statements that are specific, strategic, and carefully crafted.

Palatine tonsils consist of approximately 15 crypts, which result in a large internal surface. The tonsils contain four lymphoid compartments that influence immune functions, namely the reticular crypt epithelium, the extrafollicular area, the mantle zones of lymphoid follicles, and the follicular germinal centers. In human palatine tonsils, the very first part exposed to the outside environment is tonsillar epithelium.

B. atratus workers regulate body temperature in a way that allows for functioning in such uncertain climates. Additionally, they regulate internal nest temperature. Nests are usually kept at a stable temperature that is a couple of degrees warmer than the outside environment. Such nest-thermoregulation is a result of heat produced by specific muscular contractions by house workers.

Life is dependent on energy transformations; living organisms survive because of exchange of energy between living tissues/ cells and the outside environment. Some organisms, such as autotrophs, can acquire energy from sunlight (through photosynthesis) without needing to consume nutrients and break them down.Nelson, David L., Cox, Michael M. Lehninger: Principles of Biochemistry. New York: W.H. Freeman and Company, 2013.

The production of multiple endospores has been observed in other large gut symbionts such as Metabacterium polyspora, which are phylogenetically related to Epulopiscium spp. Since sporulation affords bacteria much more protection from the outside environment than binary fission, it is thought that the evolution of this unusual life cycle may assist transfer of the bacteria from one host to another.

The middle ear is hollow. In a high-altitude environment or on diving into water, there will be a pressure difference between the middle ear and the outside environment. This pressure will pose a risk of bursting or otherwise damaging the tympanum if it is not relieved. If middle ear pressure remains low, the eardrum may become retracted into the middle ear .

Neural stem cells seen in green There are problems with neuroregeneration due to many sources, both internal and external. There is a weak regenerative ability of nerves and new nerve cells cannot simply be made. The outside environment can also play a role in nerve regeneration. Neural stem cells (NSCs), however, are able to differentiate into many different types of nerve cells.

It was a small oasis in the greyness of the outside environment..."Archive: Stuckism International Gallery, London", stuckism.com. Retrieved 17 February 2008. Stephen Howarth was a member of the Students for Stuckism group at Camberwell College of Arts and in 2002 was "expelled from the painting course for doing paintings."Buckman, David: "Dictionary of Artists in Britain since 1945", page 775.

The life-cycle of Oesophagostomum can usually be completed in less than 60 days. When the eggs are passed into the feces to the outside environment, they hatch into stage one larve. The stage two larve then molt twice, developing into infective stage three larva in 6–7 days. These stage three larvae can survive extended periods of desiccation by shrinking within their sheaths.

Cutting Edge Clown In 2009, Cutting Edge held the title for the Longest Walk-through Horror House, taking 55 minutes to complete, not counting the surrounding outside environment. A Guinness judge measured the distance of the attraction and validated it as the longest walk-through haunted house on record. Cutting Edge was again awarded Guinness Records in 2015, for both the longest and largest haunted house.

He threatens the boatman with his blood, saying that he has AIDS and could easily transfer the disease to him through the man's open wounds. Dexter then chases the boatmen off, threatening them with his bleeding hand. Dexter then realises what he has done by directly exposing his blood to the outside environment. He suddenly feels sick, so Erik escorts him back to the bus station.

The internal genitalia are all the accessory glands and ducts that connect the gonads to the outside environment. The external genitalia consist of all the external reproductive structures. The sex of an early embryo cannot be determined because the reproductive structures do not differentiate until the seventh week. Prior to this, the child is considered bipotential because it cannot be identified as male or female.

Over 37 °C, its running speed does not increase, and below 21 °C, the lizards are extremely sluggish. If they are being pursued by a predator while their body temperature is less than 21 °C, they will not flee, but will instead hold their ground and become extremely aggressive. The body temperature of V. griseus depends mainly on the outside environment (time of day, season, etc.).

Acervuli is one of the two major groups of conidiomata (the other being pycnidia). Conidiomata of this type form just below the cuticle of host tissue and produce massive blisters which protrude fairly far into the outside environment. Acervuli also have a large opening at the top from which the conidia are released. Colletotrichum and Pestaloptiopsis are examples of genera which produce these structures.

People who live with disabilities face difficulties every day and in situations most people take for granted. The study (Mayordomo-Martinez et al., 2019) explains how an accessibility app functions and what apps need to consist of in order to achieve accessibility. The study uses ‘Access Earth’ as a prime example of an app that has made the outside environment more accessible to people.

The anode is cooled by circulated water via two flanges located at the top of the tube. The heat is transferred to the outside environment using a radiator, or to a secondary cooling system using a heat exchanger. Controlling the purity of the water is important to prevent the formation of copper oxide which would reduce the cooling efficiency. Impurities could also cause electrolysis which could destroy the cooling passages.

Usually, the bears are known to dig their dens in November, then give birth to one to two tiny cubs in December or January. The mothers then nurse and care for the young until March or early April, when they loom from the dens. After several days adapting to the outside environment, the families leave the dens. They move back to the sea ice to hunt ringed seals and other prey.

This means those who remain need to work more effectively. To create a competitive advantage, companies need to learn faster than their competitors and to develop a customer responsive culture. Chris Argyris identified that organizations need to maintain knowledge about new products and processes, understand what is happening in the outside environment and produce creative solutions using the knowledge and skills of all within the organization.Argyris, Chris 1999.

Scramblases, flippases, and floppases are three different types of enzymatic groups of phospholipid transportation enzymes. The inner-leaflet, facing the inside of the cell, contains negatively charged amino-phospholipids and phosphatidylethanolamine. The outer-leaflet, facing the outside environment, contains phosphatidylcholine and sphingomyelin. Scramblase is an enzyme, present in the cell membrane, that can transport (scramble) the negatively charged phospholipids from the inner-leaflet to the outer-leaflet, and vice versa.

This completely new two-thread knitting required special knitting machines to create a thousand metres per kilogram. It is recognizable by the delicacy of its pattern, associated with the world of childhood. In 1990 the warmth of wool yarn was added to the softness of cotton when Petit Bateau created a new wool and cotton fabric that combined the properties of both materials, softness and warmth, designed to protect children from their outside environment.

The concept would provide the driver with a closed cockpit that incorporates visualization technologies to provide wide-angle, high-definition visibility of the outside environment. The video showed the display as able to highlight optimal routes over difficult terrain, show both infrared and terrain classification views, and visually track allies and adversaries. It also includes autopilot abilities, allowing the driver to focus on strategic activities and decisions.DARPA unveils Ground X-Vehicle Technologies display concept - Gizmag.

Makers of apple butter need to verify that the jars are properly sealed and that the heat treatment is used on the jars of apple butter for a sufficient amount of time in order to kill all microorganisms and prevent the product from contamination through the air of the outside environment. Once the jar is unsealed, the product must be refrigerated to slow down or inhibit the growth of microorganisms that cause spoilage.

These are deeply influenced by mutual reactions between the inner life of the organization and the outside (environment). In terms of closed loop theory, the OSTO System Model depicts the essential elements of such a living system in its interconnectedness, dependencies, and reciprocal reactions. Thinking in network structures is, thus, a crucial part of the OSTO System Theory. The acronym “OSTO” stands for open, sociotechnical, economic (German: “oekonomisch”) aspects of a system.

Epithelium lines both the outside (skin) and the inside cavities and lumina of bodies. The outermost layer of human skin is composed of dead stratified squamous, keratinized epithelial cells. Tissues that line the inside of the mouth, the esophagus, the vagina, and part of the rectum are composed of nonkeratinized stratified squamous epithelium. Other surfaces that separate body cavities from the outside environment are lined by simple squamous, columnar, or pseudostratified epithelial cells.

In early engines, these covers did not exist. As the rocker arms are critical to having the intake and exhaust valves operate, it was necessary to keep them constantly oiled. With these early engines, the rocker arms would have to be frequently oiled as the oil was constantly being thrown off or contaminated with dirt from the outside environment. The rocker cover was invented to keep the oil in and the dirt out.

The house had to be almost completely re-built whilst still retaining the historic integrity of the 1895 station. In the mid 1990s work was also carried out to the outside environment of the station. Work was carried out on the timber revetments and groynes to prevent further coastal erosion of the sandy headland on which the boat house is located. This was achieved by re-using the greenheart timbers re-claimed after the demolition of the Eastbourne slipway.

Wraps, garments, and clothing have shown to affect the rate of decomposition because the corpse is covered by some type of barrier. Wraps, such as tight fighting tarps can advance the stages of decay during warm weather when the body is outside. However, loose fitting coverings that are open on the ends may aid colonization of certain insect species and keep the insects protected from the outside environment. This boost in colonization can lead to faster decomposition.

One of the flight attendants on the aircraft, Zhou Yanwen (), also suffered a waist injury and received treatment. Due to the insulation design of the Airbus A319, the temperature did not drop immediately for the passengers, despite the cockpit's exposure to the outside environment, preventing any frostbite from occurring. The captain and both co-pilots present on the flight remained conscious and did not experience asphyxia or frostbite. No other crew member or passenger was injured.

TRM cells reside in many tissues that create barriers against outside environment and thus provide defense against incoming pathogens. In the skin, lung, brain, and vagina TRM cells are required to provide rapid control of infection and are more efficient than effector memory T cells. TRM cells also express granzyme B which help limit the spread of pathogens at the site of infection. TRM cells are able to activate innate and adaptive leukocytes to protect the host.

The spherical shell is usually made of solid transparent material but it can also be made of opaque or flexible material for special applications or because of special drive mechanisms . The spherical shell can fully seal the robot from the outside environment. There exist reconfigurable spherical robots that can transform the spherical shell into other structures and perform other tasks aside from rolling. Spherical robots can operate as autonomous robots, or as remotely controlled (teleoperated) robots .

In order to detect weakly- electric fields, animals must possess electroreceptors (receptive organs) that detect electric potential differences. For electric fish, receptive organs are groups of sensory cells rooted in epidermal pits, which look like small spots on the skin. In each receptive organ, there are sensory cells embedded in the bottom of the opened "pit" that faces outside. Electroreceptors detect electric signals by building up a potential difference between the outside environment and the fish body's internal environment.

The maximum entropy of a bounded physical system is finite. (If the holographic principle is correct, then physical systems with finite surface area have a finite maximum entropy; but regardless of the truth of the holographic principle, quantum field theory dictates that the entropy of systems with finite radius and energy is finite due to the Bekenstein bound.) To avoid reaching this maximum over the course of an extended computation, entropy must eventually be expelled to an outside environment.

Another cause of failure is a faulty air filter. The air filters on today's drives equalize the atmospheric pressure and moisture between the drive enclosure and its outside environment. If the filter fails to capture a dust particle, the particle can land on the platter, causing a head crash if the head happens to sweep over it. After a head crash, particles from the damaged platter and head media can cause one or more bad sectors.

"Regeneration" in a living system refers to the general compensation for losses and degradation in the various components and processes in the system. This covers the thermodynamic loss in chemical reactions, the wear and tear of larger parts, and the larger decline of components of the system in ageing. Living systems replace these losses by importing molecules from the outside environment, synthesizing new molecules and components, or creating new generations to start the system over again.

The suspension does not have to resist twisting when the brakes are applied. The wheels don't enclose the brake mechanism allowing greater flexibility in wheel offset, and placement of suspension members. It is also much easier to protect the brake mechanism from the outside environment, and protect it from water, dust, and oil. Of secondary importance is flexible brake pipes are avoided; rigid pipes allow increases in brake fluid pressure, allowing for a smaller disc to manage a given braking torque.

Together, the nematodes and bacteria feed on the liquefying host, and reproduce for several generations inside the cadaver maturing through the growth stages of J2-J4 into adults. Steinernematids infective juveniles may become males or females, whereas heterorhabditids develop into self-fertilizing hermaphrodites with later generations producing two sexes. When food resources in the host become scarce, the adults produce new infective juveniles adapted to withstand the outside environment. The life cycles of the EPNs are completed within a few days.

Another typical feature is a specific receptor (the Hamann organ) on antennae which helps the animal to perceive air humidity level. It lives predominantly in large and cold caves where the temperature does not exceed . Its ecology is largely unknown, but the specimens were seen feeding on organic material, both animal and vegetable origin, which come from outside environment via percolating water or bats’ and birds’ guano, and carcasses of different cave animals. Even less is known about its life history.

Animal cell structure Because animal cells do not have cell walls to protect them like plant cells, they require other specialized structures to sustain external mechanical forces. All animal cells are encased within a cell membrane made of a thin lipid bilayer that protects the cell from exposure to the outside environment. Using receptors composed of protein structures, the cell membrane is able to let selected molecules within the cell. Inside the cell membrane includes the cytoplasm, which contains the cytoskeleton.

Maternal stress levels may affect the developing child's intelligence. The timing and duration of stress can greatly alter the fetus' brain development which can have long-term effects on intelligence. Maternal reactions to stress such as increased heart rate are dampened during pregnancy in order to protect the fetus. The impact of stress can be seen across many different species and can be an indicator of the outside environment which can help the fetus to adapt for surviving in the outside world.

Dinocephalosaurus represents the climax of aquatic adaptations among the protorosaurs. Given its long neck and paddle-like limbs, it was probably incapable of functioning comfortably in a terrestrial environment. One consequence of these adaptations is that Dinocephalosaurus would have been incapable of building nests on land. This would also have prevented it from possessing hard-shelled reptilian eggs; such eggs necessitate the exchange of gases with the outside environment, and this process is significantly slower in water than it is in air.

Energy efficiency is considered by many to be the most important category in becoming sustainable. In the LEED rating system it is the heaviest weighted of all the categories. Energy efficient design is in many ways a return to passive design principles that evolved over thousands of years, until the advent of air conditioning and cheap energy made those strategies appear to be unnecessary. After air conditioning became widely available, buildings were designed to eliminate influences of the outside environment.

Crops can be grown for food, pharmaceutical and nutriceutical applications. It can also be used to grow algae for food or for biofuels. Using CEA methods increase food safety by removing sources of contamination, and increases the security of supply as it is unaffected by outside environment conditions, and by eliminating seasonality create stable market pricing which is good for farmer and consumer alike. CEA is used in research so that a specific aspect of production can be isolated while all other variables remain the same.

Jolly had a particular interest in organic architecture. He was influenced heavily by Frank Lloyd Wright's work in America, especially the way Wright used the outside environment to play a role in the building. Jolly's work contrasted with the stark modernism of the time, by focussing on the appreciation of organic forms and materials. Jolly studied the landscape and the shapes inspired by nature, such as timber, stone, wrought iron and brick, and was opposed to the glass, concrete and steel that were popular at the time.

The specimen preserved along with an egg (nicknamed "Mrs T"), described by Lü and colleagues in 2011, offers insight into the reproductive strategies of Darwinopterus and pterosaurs in general. Like the eggs of later pterosaurs and modern reptiles, the eggs of Darwinopterus had a parchment-like, soft shell. In modern birds, the eggshell is hardened with calcium, completely shielding the embryo from the outside environment. Soft-shelled eggs are permeable, and allow significant amounts of water to be absorbed into the egg during development.

As the cave was completely cut off from the outside environment, it sustained an independent ecosystem; this ecosystem relied for an energy source neither on sunlight and photosynthesis, nor on an external source of organic compounds. Rather, energy was extracted by chemoautotrophic bacteria, living in a film on top of the water of an underground lake. These bacteria produce energy by oxidizing the sulfide compounds in the water, and derive organic compounds using carbon dioxide from the air. These compounds form the basis of the cave's ecosystem.

Individual B. dahlbomii queens usually start colonies in the spring by first locating underground cavities, such as rodent burrows. Like many other species in the genus Bombus, the B. dahlbomii colony cycle begins with the production of the egg cell structure inside the underground cavity. This egg cell structure is constructed from a mixture of pollen and wax that the queen forages from the outside environment and brings to the nest site. Eventually, the queen lays her first brood of eggs in this egg cell structure.

Without oxygen, cells cannot manufacture the necessary ATP to regulate ion levels and thus cannot prevent the intracellular environment from approaching the ion concentration of the outside environment. It is not oxygen deprivation itself that precipitates cell death, but rather without oxygen the cell can not make the ATP it needs to regulate ion concentrations and maintain homeostasis. Notably, even a small drop in temperature encourages cell membrane stability during periods of oxygen deprivation. For this reason, a drop in body temperature helps prevent an influx of unwanted ions during an ischemic insult.

Opened bottle garden seen from above A bottle garden is a container similar to a terrarium in which plants are grown. They usually consist of a plastic or glass bottle with a narrow neck and a small opening. Plants are grown inside the bottle with little or no exposure to the outside environment and can be contained indefinitely inside the bottle if properly illuminated. The oldest bottle garden in existence is alleged to have been planted in 1960, and to have remained sealed from 1972 until at least 2013.

L. thatuna is of forensic importance because it belongs to the family Calliphoridae which are more commonly known as blowflies. The genus Lucilia is overwhelmingly the first to appear on carrion if left exposed to the elements such as in an outside environment or where the carrion is accessible to insects. Upon reaching the carrion, females will oviposit their eggs in moist openings such as the eyes, nose, mouth, and anus. The reason for this is because the maggots do not regularly burrow through skin and need a soft place to begin feeding.

It is the first step in the decline of periodontal health, and the only step which can be fully reversed to restore one's oral health. As the gingival tissue swells, it no longer provides an effective seal between the tooth and the outside environment. Vertical space is created between the tooth and the gum, allowing new bacterial plaque biofilm to begin to migrate into the sulcus, or space between the gum and the tooth. In healthy individuals, the sulcus is no more than 3 mm deep when measured with a periodontal probe.

Even the best brushing and flossing is ineffective at cleaning pockets of greater depths, and are never effective in removing calculus. Therefore, in order to remove the causative factors that lead to periodontal disease, pocket depth scaling and root planing procedures are often recommended. Once the bacteria and calculus are removed from the periodontal pocket, the tissue can begin to heal. The inflammation dissipates as the infection declines, allowing the swelling to decrease which results in the gums once again forming an effective seal between the root of the tooth and the outside environment.

The teeth on the wheel vary the flux density of a magnet inside the sensor head. The probe is mounted with its head a precise distance from the target wheel and detects the teeth or magnets passing its face. One problem with this system is that the necessary air gap between the target wheel and the sensor allows ferrous dust from the vehicle's underframe to build up on the probe or target, inhibiting its function. Opto-isolator sensors are completely encased to prevent ingress from the outside environment.

One of the most common environments that incorporates contamination control into its standards protocol is the cleanroom. There are many preventive procedures in place within a cleanroom environment. They include subjecting cleanroom staff to strict clothing regulations, and there is often a gowning room where the staff can change clothes under sterile conditions so as to prevent any particulates from entering from the outside environment. Certain areas in the cleanroom have more stringent measures than others: packaging areas, corridors, gowning rooms and transfer hatches incorporate strict contamination control measures in order to maintain cleanroom standards.

Lamis illustrates this point in "Greening the Library" when he compares two libraries built near the turn of the 20th century, the New York Public Library and the Boston Public Library; to two more recently built libraries, the Chicago Public Library and the Phoenix Public Library. The two older libraries have interior spaces that are narrow, so they can be reached by natural light and air. Whereas the two more modern libraries have large floor plans, with interior spaces far removed from the outside environment. Making them more dependent on artificial systems of temperature control.

The reliance on data that describes the outside environment of the vehicle, compared to internal data, differentiates ADAS from driver-assistance systems (DAS). ADAS relies on inputs from multiple data sources, including automotive imaging, LiDAR, radar, image processing, computer vision, and in-car networking. Additional inputs are possible from other sources separate from the primary vehicle platform, including other vehicles (Vehicle-to-Vehicle or V2V Communication) and infrastructure (Vehicle-to-Infrastructure or V2I Communication) . Modern cars have advanced driver-assistance systems integrated into their electronics; manufacturers can add these new features.

It also appears to interact with a ferredoxin compound which may activate the subunit during the CO transferring process from CODH to ACS. The final domain binds CoA and consists of six arginine residues with a tryptophan molecule. Experiments between the C-cluster of CODH and the A-cluster of ACS reveal a long, hydrophobic channel connecting the two domains to allow for the transfer of carbon monoxide from CODH to ACS. This channel is most likely to protect the carbon monoxide molecules from the outside environment of the enzyme and to increase efficiency of acetyl-CoA production.

Furthermore, in the literature examples exist of people using a sacca-kiriyā to deceive or curse others, or in other ways act in an anti-social way. Even these people have the power to control the outside environment and people through a sacca-kiriyā. Certain people with an immoral reputation in the stories, such as the courtesan Bindumatī, are also depicted as being able to do miracles, based on a truthful statement they make. In the case of the courtesan the truth is that she is "free alike from fawning and contempt" for her clients, regardless of their caste.

In accordance with the "zipper" hypothesis, as the SNARE complex forms, the tightening helix bundle puts torsional force on the transmembrane (TM) domains domains of synaptobrevin and syntaxin. This causes the TM domains to tilt within the separate membranes as the proteins coil more tightly. The unstable configuration of the TM domains eventually causes the two membranes to fuse and the SNARE proteins come together within the same membrane, which is referred to as a "cis"-SNARE complex. As a result of the lipid rearrangement, a fusion pore opens and allows the chemical contents of the vesicle to leak into the outside environment.

The "Wonderfall" for electronic messages Designed by architects Jerde, MegaBox has a square and circle front facade in deep red, a propitious Chinese colour. MegaBox incorporates a concept the mall refers to as "Totally Connected Modules" (TCM), which is purportedly realized in three ways: the free-flow of visitor traffic, facilitated by express escalators and elevators connecting the mall's four major zones; second, through the access driveway reaching all floors; and third, the mall's connectivity with the outside environment through its L5 and Beehive Atriums, both incorporating six-storey glass curtain wall for views natural light.

The rail in the foreground is the third rail for trains in the opposite direction. A third rail, also known as a live rail, electric rail or conductor rail, is a method of providing electric power to a railway locomotive or train, through a semi-continuous rigid conductor placed alongside or between the rails of a railway track. It is used typically in a mass transit or rapid transit system, which has alignments in its own corridors, fully or almost fully segregated from the outside environment. Third rail systems are always supplied from direct current electricity.

A Schistosoma mansoni egg with the characteristic lateral spine Schistosome eggs, which may become lodged within the hosts tissues, are the major cause of pathology in schistosomiasis. Some of the deposited eggs reach the outside environment by passing through the wall of the intestine; the rest are swept into the circulation and are filtered out in the periportal tracts of the liver, resulting in periportal fibrosis. Onset of egg laying in humans is sometimes associated with an onset of fever (Katayama fever). This "acute schistosomiasis" is not, however, as important as the chronic forms of the disease.

Sheet steel is then roll-formed into the final profiles used for framing. The sheets are zinc coated (galvanized) to prevent oxidation and corrosion. Steel framing provides excellent design flexibility due to the high strength-to-weight ratio of steel, which allows it to span over long distances, and also resist wind and earthquake loads. Steel-framed walls can be designed to offer excellent thermal and acoustic properties – one of the specific considerations when building using cold-formed steel is that thermal bridging can occur across the wall system between the outside environment and interior conditioned space.

In the study of combustion, there are two types of adiabatic flame temperature depending on how the process is completed: the constant volume and constant pressure; both of which describe temperature that combustion products theoretically can reach if no energy is lost to the outside environment. The constant volume adiabatic flame temperature is the temperature that results from a complete combustion process that occurs without any work, heat transfer or changes in kinetic or potential energy. Its temperature is higher than the constant pressure process because no energy is utilized to change the volume of the system (i.e., generate work).

The nicotinamide adenine dinucleotide (NAD+) degradation pathway in M. tuberculosis has a blockade that the scavenging pathway resulting in an excess of niacin that cannot be processed by the organism. Because of this abundance, the M. tuberculosis along with Mycobacterium canetti and varied types of Mycobacterium africanum release the excess niacin into their outside environment, in this case, the agar plate or another medium. Niacin is water-soluble, so the culture media can be tested for the presence of niacin to determine whether a Mycobacterium isolate is one of the three mentioned species. Those three species are members of the Mycobacterium tuberculosis complex.

The primary function of the translucent windows on the leaf epidermis is to increase the absorption of radiant energy, and thereby the rate of photosynthesis. Epidermal windows are commonly situated at the apex of leaves, allowing unobstructed sunlight to be captured and utilized even when the plant is buried below the surface of the soil. The absence of stomata in the translucent tissue of the window prevents water loss in the plant. This allows succulents to minimize the exposure of leaf surface area to the outside environment and reduce the risk of desiccation under intense heat.

L. hochenwartii is a true troglobite, adapted to the subterranean life and unable to survive in the outside environment. As a result, it possesses typical troglobiotic features, such as elongated legs and antennae, the absence of wings, the absence of pigment in the integument, as well as the anophthalmia (absence of eyes). However, the most striking features are the slender thorax, hence the specific name (leptos=slender, deiros=neck), and the domed elytrae which cover the abdomen completely and give the animal its peculiar round appearance. This adaptation (so-called "false physogastry") allows the animal to store wet air under elytrae and use it for breathing in drier areas.

Detail showing zipper attachment, internal flap and cover flap of semi-dry suit Semi-dry suits are effectively a wetsuit with improved seals at wrist, neck and ankles and also usually featuring a waterproof dry-zip. Together, these features greatly reduce the amount of water moving through the suit as the wearer moves in the water. The wearer gets wet in a semi-dry suit but the water that enters is soon warmed up and is not "flushed" out by colder water entering from the outside environment, so the wearer remains warm. The trapped layer of water does not add significantly to the suit's insulating ability.

Due to the applicability of this enzyme’s activity on agricultural productivity and commercial success, much of the research on PGs has revolved around the role of PGs in the fruit ripening process, pollen, and abscission. Pectin is one of the three polysaccharides present in the plant cell wall, and it plays a role in maintaining the barrier between the inside and outside environment and gives strength to the plant cell walls. Specifically, pectin in the middle lamella holds neighboring cells together. Fruit ripening The first GM food available in stores was a genetically modified tomato (also known as Flavr Savr) that had a longer shelf life and was ideal for shipping.

The original location was on Denton Lane in the town of Paradise Valley, a suburb of Phoenix. In addition to Wright influences such as the large floor-to- ceiling windows that connect the inside to the outside environment, large overhangs to block the desert sun, and a modern "minimal palette of materials", the long narrow shape reflects the California ranch popularized by Cliff May. The house also features exposed adobe brick on the interior, red concrete floors and exposed wood structural beams. It was O'Connor's desire that the design of the house evoke memories of her childhood home, an adobe ranch house in Duncan, Arizona.

In the land of Samovodene revealed early Neolithic settlement (6000 BC on.. It is.). Remarkably open house with an area of 120 m². Studied is unique religious complex, consisting of a religious building, religious and cult pit shaft with a radius of 1.80 m and a depth of 12.80 meters incurred in connection with the ritual practices of the cult of the sun and the Great Mother Goddess. Another phenomenal finding a plastic image of a young girl on the wall of pottery aged 8400 years, modeled so skillfully that the outside environment undistorted by later construction activities layer could be assigned to the classical period of ancient times.

Humans and primates use the sudomotor response to cause thermoregulation, or control of their body temperature, mainly via the sympathetic nervous system with negligible influences from the parasympathetic nervous system. Heat sensitive receptors are present in the skin, viscera, and spinal cord where they receive information from the outside environment, and send it to the thermoregulatory center in the hypothalamus. A sweat response stimulates M3 muscarinic receptors on sweat glands and a sudomotor axon reflex. In the sudomotor reflex, cholinergic agents bind to the nicotinic receptors on the sudomotor nerve terminals, evoking an impulse that travels towards the soma, or opposite of the normal impulse.

Judge Andrea , who presided over the trial, stated medical experts reported Elisabeth and her children were in "relatively good health". After being taken into care, Elisabeth, all six of her surviving children and her mother were housed in a local clinic where they were shielded from the outside environment and received medical and psychological treatment. Members of the Fritzl family were offered new identities but it was emphasized that it was their choice to make. Berthold Kepplinger, head of the clinic where Elisabeth and her children were being treated, said that Elisabeth and the three children held captive in the cellar required further therapy to help them adjust to the light after years in semi- darkness.

From left to right: The original Polar Bottle; the addition of a removable valve and screen-printed logo (in 20- and 24-ounce sizes); the bottle redesign; and modern bottles (in 20- and 24-ounce sizes). The Polar Bottle was invented by Robert Heiberger, with prototypes being made as early as 1989. Heiberger, a mechanical engineer working with heat loss in the medical technology design field, realized that the systems he employed to warm blood samples to body temperature could be used in reverse to keep liquid cool in a bottle. The bottle features a dual- wall construction which creates a layer of insulating air between the liquid inside the bottle and the outside environment.

DJs generally use higher quality headphones than those designed for music consumers. DJ headphones have other properties useful for DJs, such as designs that acoustically isolate the sounds of the headphones from the outside environment (hard shell headphones), flexible headbands and pivot joints to allow DJs to listen to one side of the headphones, while turning the other headphone away (so they can monitor the mix in the club), and replaceable cables. Replaceable cables enables DJs to buy new cables if a cable becomes frayed, worn, or damaged, or if a cable is accidentally cut. Closed-back headphones are highly recommended for DJs to block outside noise as the environment of DJ usually tend to be very noisy.

Various levels of filtration can be incorporated into the HVAC system to remove airborne pollutants such as dusts, diesel particulate matter (DPM), and other aerosols. Two key elements of an effective environmental enclosure are a good filtration system and an enclosure with good integrity (sealed isolation from the outside environment). It is recommended that a filtration system filter out at least 95% or greater of airborne respirable aerosols from the intake airflow, with an additional recirculation filtering component for the inside air. Good enclosure integrity is also needed to achieve positive pressure to prevent wind-driven aerosol penetration into the enclosure, as well as to minimize air leakage around the filtration system.

As environmental awareness increases, as well as the cost of fossil fuels needed to operate giant heating, air conditioning, and ventilation ([HVAC]) systems, building designers are beginning to recognize that the outside environment cannot be ignored, and should be taken advantage of. What 21st-century designers are beginning to do is implement ancient passive design principles, while taking advantage of the most advanced technology available. The passive strategies vary according to location, but they are always implemented to capitalize on the natural elements, mostly wind and sun, to manage the temperature and to provide ventilation and light. Active strategies are more technologically advanced solutions that include using various forms of renewable energy resources and using sensors to adjust lighting.

In physiology, respiration is the movement of oxygen from the outside environment to the cells within tissues, and the transport of carbon dioxide in the opposite direction. The physiological definition of respiration differs from the biochemical definition, which refers to a metabolic process by which an organism obtains energy (in the form of ATP and NADPH) by oxidising nutrients and releasing waste products. Although physiologic respiration is necessary to sustain cellular respiration and thus life in animals, the processes are distinct: cellular respiration takes place in individual cells of the organism, while physiologic respiration concerns the diffusion and transport of metabolites between the organism and the external environment. In animals with lungs, physiological respiration involves respiratory cycles of inhaled and exhaled breaths.

Gigantothermy (sometimes called ectothermic homeothermy or inertial homeothermy) is a phenomenon with significance in biology and paleontology, whereby large, bulky ectothermic animals are more easily able to maintain a constant, relatively high body temperature than smaller animals by virtue of their smaller surface area to volume ratio. A bigger animal has proportionately less of its body close to the outside environment than a smaller animal of otherwise similar shape, and so it gains heat from, or loses heat to, the environment much more slowly. The phenomenon is important in the biology of ectothermic megafauna, such as large turtles, and aquatic reptiles like ichthyosaurs and mosasaurs. Gigantotherms, though almost always ectothermic, generally have a body temperature similar to that of endotherms.

A life-support system is the combination of equipment that allows survival in an environment or situation that would not support that life in its absence. It is generally applied to systems supporting human life in situations where the outside environment is hostile, like in space or underwater, or medical situations where the health of the person is compromised to the extent that the risk of death would be high without the function of the equipment. In human spaceflight, a life-support system is a group of devices that allow a human being to survive in space. US government space agency NASA,NASA, 2008 and private spaceflight companies use the term environmental control and life- support system or the acronym ECLSS when describing these systems.

The most striking difference was that minimal attention was given to the outside environment - this building was inward-looking, signalling the demise of the significance placed on the environment in "moral treatment" and the increasing medicalisation of the treatment of mental health. Another important building project for female patients at this time was the construction of a special female recreation facility, which commenced in 1951 on an area of approximately 2.5 hectares on the western edge on the reserve, adjacent to the Brisbane River. The principal building within the area was the cafeteria with facilities to serve 500 patients (now Wolston Park Golf Clubhouse). Patients could spend the whole day in the recreation area without needing to return to the wards for midday meals.

Development of cardiac contractility modulation began in the late 1990s.Patent for CCM: Apparatus and method for controlling the delivery of contractility modulating non-excitatory signals to the heart Studies on individual cardiac muscle cells using a patch-clamp technique had already shown, in 1969, that a voltage applied during the absolute refractory period through leads between the interior of the cell and its outside environment increased the calcium influx through the cell membrane and improved the contraction of cardiac muscle cells. In 2001, scientists observed that a similar effect occurs even if the voltage is applied exclusively outside the cardiac muscle cells.[48] Additionally, it was observed that therapeutically useful effects on the cardiac muscle were achieved if the electrical signals were applied not only to single cells but to large areas using larger leads, as used in conventional cardiac pacemakers.

Because window air conditioner units have condensers and expansion units, some of them can be used as makeshift dehumidifiers by sending their heat exhaust back into the same room as the cooled air, instead of the outside environment. If the condensate from the cooling coils is drained away from the room as it drips off the cooling coils, the result will be room air that is drier but slightly warmer. However, many window air conditioners are designed to dispose of condensate water by re- evaporating it into the exhaust air stream, which cancels out the air humidity decrease caused by the condensation of moisture on the cooling coils. To be effective as a dehumidifier, an air conditioner must be designed or modified so that most or all of the water that condenses is drained away in liquid form, rather than re-evaporated.

An important aspect of intelligent behavior as studied in AI is goal-based problem solving, a framework in which the solution to a problem can be described by finding a sequence of actions that lead to a desirable goal. A goal-seeking system is supposed to be connected to its outside environment by sensory channels through which it receives information about the environment and motor channels through which it acts on the environment. (The term "afferent" is used to describe "inward" sensory flows, and "efferent" is used to describe "outward" motor commands.) In addition, the system has some means of storing in a memory information about the state of the environment (afferent information) and information about actions (efferent information). Ability to attain goals depends on building up associations, simple or complex, between particular changes in states and particular actions that will bring these changes about.

Co-adhesion involves the adherence of planktonic or single culture cells to already attached organisms on a surface. The organisms which make first contact with the surface and allow the platform for later co-adhesion of bacteria are called "early colonisers", they facilitate the formation of complex multispecies dental biofilms #Multiplication: Through continued growth and maturation of existing plaque micro-organisms and the further recruitment of later colonisers #Climax community (homeostasis): After a prolonged period of stability the bacterial community has sufficient nutrients and protection to survive. These complex biofilms are usually found in hard to cleanse areas. Nutrition is provided from dietary consumption of the host for supra-gingival biofilm organisms and from blood and GCF for the sub gingival biofilm organisms #Detachment: From one surface to another or within biofilm allows colonisation at remote site Bacteria contained within the biofilm are protected by an slimy extracellular polysaccharide matrix which helps to protect them from the outside environment and chemotherapeutics agents.

One of the most striking features of the Pavilion is the unique use of full-length, floor-to-ceiling accordion-style window/doors which line the length of the main exterior walls of the large central assembly area, offering seamless transition from the comfort of the central hall to the beauty of the outside environment. These unique accordion window/doors provide access to the two large patio areas that exist for additional outdoor event space usage which face scenic wooded areas towards the back side of the pavilion facility. The state-of-the-art, contemporary venue is available for rental to the general public for weddings, business conferences, tradeshows, and other local events requiring a large-scale venue space, but it also serves as a critical central meeting place for the congregation to host large-scale cultural events such as the annual "Serb Fest" which takes place each summer and other special events throughout the year like the Lenten Fish Frys, the youth folklore group's annual Intercultural Dance Festival, or the Children's Choir Festival hosting youth choral talent from around the midwest.