Input: [0] Day 6 [Breakfast] Sit down to whole wheat frozen waffles. [Snack] Munch on apple slices topped with almond butter. [Dinner] Serve a stir-fry with soba noodles (they’re made with buckwheat). [Lunch]

Output: Instead of pepperoni pizza, have a whole wheat veggie slice.

How Fiber Helps You Fight Fat, Lose Weight | Fitness Magazine


Input: [0] Day 7 [Breakfast] Skip the juice and eat an orange with your morning meal. [Snack] Top whole-grain crackers with salsa. [Dinner] Instead of rice, try quinoa, a nutty-tasting, high-fiber grain. [Lunch]

Output: Fill up on minestrone, lentil or split-pea soup.

How Fiber Helps You Fight Fat, Lose Weight | Fitness Magazine


Input: [0] Critical Parameters in Evaluating Posterior Restorative Materials [1] Median Longevity Estimate1 [2] Relative Surface Wear [3] Resistance to Fracture [4] Marginal Integrity (leakage) [6] Esthetics [7] Indications: Age range Occlusal stress Extent of caries [8] Cost to Patient2 [5]

Output: Conservation of Tooth Structure

Excellent if initial restoration, not if replacement

II. MATERIALS, METHODS, AND INDICATIONS FOR THE RESTORATION OF POSTERIOR TEETH


Input: [0] AMALGAM [1] 8-12 years [2] Wears slightly faster than enamel [3] Fair to excellent [4] Fair to excellent Self-sealing through corrosion products [6] Poor [7] All ages Moderate stress Incipient to moderate size cavity [8] 1X [5]

Output: Good

Excellent if initial restoration, not if replacement

II. MATERIALS, METHODS, AND INDICATIONS FOR THE RESTORATION OF POSTERIOR TEETH


Input: [0] COMPOSITE [1] 6-8 [2] Excessive wear in stress-bearing situations [3] Poor to excellent [4] Poor to excellent Polymerization shrinkage can cause poor margins [6] Excellent [7] All ages Low-stress-bearing Incipient to moderate size cavity [8] 1.5X [5]

Output: Excellent

Excellent if initial restoration, not if replacement

II. MATERIALS, METHODS, AND INDICATIONS FOR THE RESTORATION OF POSTERIOR TEETH


Input: [0] GLASS IONOMER [1] No data:1 5 years predicted [2] Excessive wear in stress-bearing situations [3] Poor [4] Poor to excellent [6] Good [7] All ages Adult-Class V and low-stress primary teeth Class I and II child Incipient to moderate size cavity [8] 1.4X [5]

Output: Excellent if initial restoration, not if replacement

Excellent if initial restoration, not if replacement

II. MATERIALS, METHODS, AND INDICATIONS FOR THE RESTORATION OF POSTERIOR TEETH


Input: [0] GOLD FOIL [1] No data: 10-15 years estimated [2] Excessive wear in stress-bearing situations [3] Fair to good [4] Poor to excellent [6] Poor [7] Adult Class III and V and crown repair Incipient to moderate size cavity [8] 4X [5]

Output: Good

Excellent if initial restoration, not if replacement

II. MATERIALS, METHODS, AND INDICATIONS FOR THE RESTORATION OF POSTERIOR TEETH


Input: [0] GOLD ALLOY (CAST) [1] 12-18 years [2] Wears similar to enamel [3] Excellent [4] Fair to good Depends on fit and type of luting agent used [6] Poor [7] Adult High-stress areas Severe tooth destruction [8] 8X + gold [5]

Output: Poor

Excellent if initial restoration, not if replacement

II. MATERIALS, METHODS, AND INDICATIONS FOR THE RESTORATION OF POSTERIOR TEETH


Input: [0] METAL-CERAMIC CROWNS [1] 12-18 years [2] Porcelain surface may wear opposing tooth [3] Excellent [4] Poor to excellent Depends on fit and type of luting agent used [6] Excellent [7] Adult High-stress areas Severe tooth destruction or esthetic considerations [8] 8X [5]

Output: Poor

Excellent if initial restoration, not if replacement

II. MATERIALS, METHODS, AND INDICATIONS FOR THE RESTORATION OF POSTERIOR TEETH


Input: [Model] 2CL [Cup Diameter] 25.55mm [Description] Big, dark, open sound [Shank]

Output: Large

UMI Christian Lindberg Series Trombone Mouthpiece 10Cl Silver | Musician's Friend


Input: [Model] 4CL [Cup Diameter] 25.60mm [Description] Slightly brighter than the 2CL, with substance and richness [Shank]

Output: Large

UMI Christian Lindberg Series Trombone Mouthpiece 10Cl Silver | Musician's Friend


Input: [Model] 5CL [Cup Diameter] 25.83mm [Description] Bright, clear and distinct sound; easy top register and improves endurance [Shank]

Output: Large

UMI Christian Lindberg Series Trombone Mouthpiece 10Cl Silver | Musician's Friend


Input: [Model] 10CL [Cup Diameter] 25.15mm [Description] Full and clear sound [Shank]

Output: Small

UMI Christian Lindberg Series Trombone Mouthpiece 10Cl Silver | Musician's Friend


Input: [Model] 13CL [Cup Diameter] 25.90mm [Description] Clear distinct sound on tenor trombone and full open sound on alto trombone [Shank]

Output: Small

UMI Christian Lindberg Series Trombone Mouthpiece 10Cl Silver | Musician's Friend


Input: [Model] 15CL [Cup Diameter] 25.75mm [Description] Distinct and clear sound with body and richness on alto trombone [Shank]

Output: Small

UMI Christian Lindberg Series Trombone Mouthpiece 10Cl Silver | Musician's Friend


Input: [Description:] Individuals over 60 years of age are more likely to snore or suffer from sleep apnea [Cause Of Snoring:]

Output: Aging

How To Stop Snoring - Consumer Reports, Advice, Remedies


Input: [Description:] Alcoholic beverages as well as certain drug especially those that depress the Central Nervous System can encourage muscle relaxation in the airway. Often times individuals who don't normally snore might find themselves sounding like a chainsaw after a long night of consuming alcohol. [Cause Of Snoring:]

Output: Drug And Alcohol Use

How To Stop Snoring - Consumer Reports, Advice, Remedies


Input: [Description:] Men typically have smaller passages in there airway then women. Other hereditary factors might include large adenoids which contribute to snoring. [Cause Of Snoring:]

Output: Heriditary or Genetic Factors

How To Stop Snoring - Consumer Reports, Advice, Remedies


Input: [Description:] Obese or overweight individual are more susceptible to snoring due to excess adipose tissue around the neck area putting additional pressure on the muscles in the throat. [Cause Of Snoring:]

Output: Obesity

How To Stop Snoring - Consumer Reports, Advice, Remedies


Input: [Description:] Perhaps the primary culprit behind many circumstances of nightly snoring. Snoring is a symptom of this very dangerous disorder. [Cause Of Snoring:]

Output: Obstructive Sleep Apnea

How To Stop Snoring - Consumer Reports, Advice, Remedies


Input: [Description:] Sinus problems can block the airway and make it difficult to breathe. This can cause you to snore as a vacuum is created inside the throat. [Cause Of Snoring:]

Output: Sinus Problems

How To Stop Snoring - Consumer Reports, Advice, Remedies


Input: [Description:] Back sleepers are more likely to snore than people who sleep on there side of stomach. [Cause Of Snoring:]

Output: Sleep Posture

How To Stop Snoring - Consumer Reports, Advice, Remedies


Input: [Term] Analog (Analogue) [Description]

Output: The name given to traditional tobacco cigarettes by those who now use an electronic cigarette. If the e-cig is the electronic version, the tobacco version is the analog.


Input: [Term] Atomizer [Description]

Output: The atomizer is contained in a metal housing that screws into the battery. When the mouthpiece is removed, it looks like a silver loop of metal. The atomizer is what turns the liquid into a vapor. This is the part in the middle of the e-cigarette that says "PROSMOKE".


Input: [Term] Atomizer Bridge [Description]

Output: The atomizer bridge is the metal "bridge" on the atomizer that actually heats and vaporizes the liquid inside the cartridge. The metal is porous and is reinforced with porcelain underneath to make it the best atomizer on the market.


Input: [Term] Battery [Description]

Output: The battery is what provides power to the atomizer when the user inhales on the mouthpiece. It is general lithium ion, ranges in size and has an LED light on the end that glows when it is activated, ie. when it is inhaled upon. Manual switched batteries have a button to activate rather than activation upon inhalation.


Input: [Term] Cartomizer [Description]

Output: A combination of disposable atomizer and cartridge. It is not considered to be refillable, although some users do manage to do so. It does not perform as well as a 3 piece design and doesn't have the capacity or lifespan of our 2 peice


Input: [Term] Cartridge [Description]

Output: The cartridge is a small piece that slides on to the atomizer and contains the eliquid that is vaporized for inhalation.


Input: [Term] e-cig [Description]

Output: The Electronic Cigarette is a new product available thanks to recent technology. This “E-Cigarette” is a revolutionary device that acts much the same way an ordinary tobacco cigarette would, but rather than producing smoke from combustion, it produces vapor from vaporization of the E-Liquid. This is also why many e-smokers referred to their Electronic Cigarettes as Personal Vaporizers (PV).


Input: [Term] E-Cigarette [Description]

Output: The Electronic Cigarette is a new product available thanks to recent technology. This “E-Cigarette” is a revolutionary device that acts much the same way an ordinary tobacco cigarette would, but rather than producing smoke from combustion, it produces vapor from vaporization of the E-Liquid. This is also why many e-smokers referred to their Electronic Cigarettes as Personal Vaporizers (PV).


Input: [Term] e-liquid [Description]

Output: E-Liquid is the substance used to saturate the wick and will be heated by the atomizer for vaporization into an inhalable vapor. There are many different types of E-Liquid available on the market. ProSmoke is one of the only companies on the market to use vegetable based liquids and not the chemical known as PG for its base.


Input: [Term] e-smoke [Description]

Output: E-Smoke is a term used for the action of smoking the electronic cigarette. E-Smoke is also known as a “Vapor” as the action of electronic smoking is actually caused by a vaporization process. As the vapor produced is not caused by combustion and does not burn, it is technically not smoke.


Input: [Term] Electronic Cigarette [Description]

Output: The Electronic Cigarette is a new product available thanks to recent technology. This “E-Cigarette” is a revolutionary device that acts much the same way an ordinary tobacco cigarette would, but rather than producing smoke from combustion, it produces vapor from vaporization of the E-Liquid. This is also why many e-smokers referred to their Electronic Cigarettes as Personal Vaporizers (PV).


Input: [Term] mod [Description]

Output: A design variation of a normally manufactured battery, atomizer, or cartridge. Mods are generally done by avid e-smokers looking to increase vapor production, battery life, or ease of use.


Input: [Term] Nicotine Level [Description]

Output: The nicotine level is the amount of nicotine present in a cartridges e-liquid. It is usually measured in mg/ml.


Input: [Term] Personal Vaporizer [Description]

Output: Personal Vaporizer is another term for electronic cigarette. The electronic cigarette uses an atomizer to vaporize the liquid needed to create a vapor for inhalation and exhalation.


Input: [Term] Propylene Glycol [Description]

Output: Propylene glycol is one of the main components used in the nicotine solution in our COMPETITORS products. It has been approved by the FDA for some products, including makeup, but is also used in products such as radiator fluid (coolant). Since the FDA has only done minimal testing on the inhalation of all e-cigarette solution varieties, concerns have arisen over certain ingredients used and their adverse health effects for human consumption; especially in comparison to traditional tobacco cigarettes. Thorough FDA and Independent testing has not been performed on the safety of inhalation of Propylene glycol being vaporized and inhaled, but there have been reports of negative effects, including allergic reactions to the substance that can include nausea, dizziness and more. Industry research indicates a higher frequency of adverse reactions to it than a vegetable based solution. Since this is a concern, PROSMOKE DOES NOT USE PROPYLENE GLYCOL as the base of its flavored cartridges. We use Vegetable Glycerin as a substitute for Propylene Glycol, which due to the health concerns, we consider to be a better product while continuing to give superior performance and vapor production. Hundreds and hundreds of hours of research has gone into making the ProSmoke solution the best on the market! In comparison to PG. VG produces more vapor and does not irritate your throat while still giving you a great smooth "throat hit". As both VG, PG and other e-liquid variants continue to undergo more thorough testing, ProSmoke will always be in forefront of the market and choosing what we feel is the best solution for our customers. Although both are currently used successfully in our industry, when given a choice between the PG chemical compound and our vegetable based liquid, customers overwhelmingly choose ProSmoke!


Input: [Term] Smoke Juice [Description]

Output: Smoke Juice is an interchangeable word for E-Liquid.


Input: [Term] Vegetable Glycerin [Description]

Output: Vegetable Glycerin is an alternative to Propylene Glycol and is used as the base in the ProSmokes E-Liquid. Vegetable Glycerin comes from the production of palm or coconut oils and considered to be the best option for electronic cigarette users.


Input: [Term] wick [Description]

Output: The wick is material inside of the cartridge that looks like cotton and holds the saturated e-liquid inside of it. The solution soaked in the wick is vaporized and inhaled.


Input: [Hazard --Event] Fire -- fromgas supplypipeline leaks [Consequences] The high line pressure meansthat large amounts of fuel canbe released quickly. [Knowledge] There is a substantial body ofknowledge about corrosion andleak hazards of natural gaspipelines and such accidents aregenerally infrequent. However,heavy use of road salt maysubject pipelines under bustraffic areas to a corrosiveenvironment not normally seenin rural settings. [Background]

Output: Because of the economics of CNGcompression, there is an incentive to usepipeline supply pressures to the compressorthat are much higher than those normally usedfor local natural gas distribution. Therefore,some transit operations with CNG fleets havenatural gas supplies of 200-400 psig or moreon the property, whereas normal natural gaslocal distribution pressures seldom exceed 10-80 psig.

Clean Air Program -- Assesment of the Safety, Health, Environmental and System Risks of Alternative Fuel


Input: [Hazard --Event] 2-17 Fire -- fromdamaged gassupplypipelines [Consequences] The high line pressure meansthat large amounts of fuel canbe released quickly. [Knowledge] Since such high gas pressuresare not often used in urbanareas and seldom used onprivate property, there is littleexperience with damagepotential. Contractors andothers may not be prepared forthe possibility of such releaseswithin an urban area. [Background]

Output: Because of the economics of CNGcompression, there is an incentive to usepipeline supply pressures to the compressorthat are much higher than those normally usedfor natural gas distribution. Some transitoperations with CNG fleets have natural gassupplies of 200-400 psig or more on theproperty. Any construction work on thepremises can endanger that piping. Construction crews working on the premisesmay not expect this level of danger.

Clean Air Program -- Assesment of the Safety, Health, Environmental and System Risks of Alternative Fuel


Input: [Hazard --Event] Fire -- fromgas meteringequipmentafter vehiclecollisiondamage [Consequences] The high line pressure meansthat large amounts of fuel canbe released quickly. [Knowledge] Engineering design for crashprotection is reasonably well-known and can be applied tomitigate this hazard. [Background]

Output: Because of the economics of CNGcompression, there is an incentive to usepipeline supply pressures to the compressorthat are much higher than those normally usedfor natural gas distribution. Some transitoperations with CNG fleets have natural gassupplies of 200-400 psig or more on theproperty.

Clean Air Program -- Assesment of the Safety, Health, Environmental and System Risks of Alternative Fuel


Input: [Hazard --Event] Fire -- fromleakingundergroundCNG piping tofueling islanddue tocorrosion [Consequences] The high line pressure meansthat large amounts of fuel canbe released quickly. [Knowledge] Although high pressure gaspiping is often made of stainlesssteel, there is little experiencewith this type of service overthe long term. Most CNGfacilities are just a few years oldor less. [Background]

Output: Piping from the compressor to the dispenserhas pressures of 3000-4000 psig. Such pipingis often made of stainless steel. Althoughstainless steel resists many types of corrosion,some types of stainless steel are verysusceptible to chloride corrosion. Of course, incold climates, sodium chloride is commonlyused as road salt.

Clean Air Program -- Assesment of the Safety, Health, Environmental and System Risks of Alternative Fuel


Input: [Hazard --Event] Fire -- fromgas dispensingequipmentafter vehiclecollisiondamage [Consequences] The high line pressure meansthat large amounts of fuel canbe released quickly. [Knowledge] Engineering design for crashprotection is reasonably well-known and can be applied tomitigate this hazard. [Background]

Output: Piping from the compressor to the dispenserhas pressures of 3000-4000 psig. Whilefueling island collisions may be rare, there isthe potential to release large amounts of fuel.

Clean Air Program -- Assesment of the Safety, Health, Environmental and System Risks of Alternative Fuel


Input: [Hazard --Event] Vehicle fire --from fuelsystem leaksdue to poordesign [Consequences] Fires from liquid fuels are limitedby the relatively slowevaporation of the fuel. Forgaseous fuels, this limitationdoes not exist and large firescan develop quickly. [Knowledge] The design experience base foruse of high pressure gaseousfuels on vehicles is stillrelatively small. Although CNGvehicles have been operating fora number of years, many weresmall volume conversions andthe engineering experiencegained was not necessarilytransferred or transferrable toother installers. [Background]

Output: The use of compressed natural gas fuelinvolves materials, components, andtechniques which have not been generallyused on motor vehicles. Often, productionCNG vehicles differ significantly in design from"breadboard" prototypes previously used bygas utilities and others as demonstration CNGfleets.

Clean Air Program -- Assesment of the Safety, Health, Environmental and System Risks of Alternative Fuel


Input: [Hazard --Event] Vehicle fire --from fuelsystem leaksdue toimproperinstallation [Consequences] Fires from liquid fuels are limitedby the relatively slowevaporation of the fuel. Forgaseous fuels, this limitationdoes not exist and large firescan develop quickly. [Knowledge] The experience base forinstallations using high pressuregaseous fuels on any given typeor model of vehicle is stillrelatively small. Although CNGvehicles have been operating fora number of years, many weresmall volume conversions ofunique design and theengineering experience gainedwas not necessarily transferredor transferrable to larger fleets. Additional information onconversion kits for CNG is givenin . "Evaluation of Aftermarket Fuel Delivery Systems for Natural Gas Vehicles and LPG Vehicles," by B. Willson,NREL report NREL/TP-420-4892, (1992).. [Background]

Output: Many CNG vehicles are converted from otherfuels. The experience and skill of those doingsuch conversions is highly variable. Examination of converted vehicles has shownexamples of fuel lines in openings withoutgrommets, fuel lines routed too close to theexhaust system, and CNG tanks that were tooclose to other components. Past experiencehas shown that not all of those personneldoing these conversions are familiar with theprovisions of NFPA-52.

Clean Air Program -- Assesment of the Safety, Health, Environmental and System Risks of Alternative Fuel


Input: [Hazard --Event] Vehicle fire --from fuelsystem leaksdue tocomponentfailure. [Consequences] Fires from liquid fuels are limitedby the relatively slowevaporation of the fuel. Forgaseous fuels, this limitationdoes not exist and large firescan develop quickly. [Knowledge] An example of componentfailure is the PRD failuresobserved in CNG transit buses. An early review of natural gasvehicle safety concerns is givenin. . "Natural Gas Fuel Tanks for Automobiles: Safety Problems," F.A. Jennings and W.R. Studhalter, ASMEpaper 71-PVP-62, May 1971. [Background]

Output: The use of compressed natural gas fuelinvolves materials and components which havenot been generally used on motor vehicles. And new component designs may not provereliable. An example, is the number (at least50) of Mirada PRD. A pressure relief device (PRD) is connected to a compressed gas cylinder to relieve excess pressure. PRDsmay act from excess pressure through the use of a burst disk, or from excessive temperature, through theuse of a fusible plug. Most PRDs used on CNG vehicles incorporate both types of protection. failures observed intransit bus fleets in 1993-1994. Each of thesefailures resulted in a major fuel release.

Clean Air Program -- Assesment of the Safety, Health, Environmental and System Risks of Alternative Fuel


Input: [Hazard --Event] Vehicle fire --from otherthanalternativefuel source [Consequences] A major vehicle fire is almostcertain to cause the CNG tanksto vent through the thermalprotection devices. This willcause a rapid release of naturalgas fuel and will make the firemuch more intense. Moreover,the natural gas supply maymake extinguishment of the fireinadvisable. [Knowledge] To date, no CNG vehicles areknow to have been involved in avehicle fire whose origin wasnot in the fuel system. However, vehicle fires do occurand experience with natural gasin stationary applicationsindicates that the presence of anatural gas supply canexacerbate fire damage. [Background]

Output: Fleet experience shows that many vehicle firesare of electrical origin. These fires theninvolve other vehicle components, such asplastic parts and eventually involve the vehiclefuel system.

Clean Air Program -- Assesment of the Safety, Health, Environmental and System Risks of Alternative Fuel


Input: [Hazard --Event] Fire -- afterdrive-awayduring fueling [Consequences] Any large fire has the potentialto destroy the vehicle and/orinjure employees. In addition, afueling island fire could put thefleet out of commission bypreventing fueling. [Knowledge] One such fire has occurred inLas Vegas. The number of CNGtransit busdrive-aways to date is probably small,perhaps less than a dozen, so it isdifficult to extrapolate a rate of fireincidence. For typical diesel bus fleets of200-300 buses, drive-aways occur aboutonce a month. [Background]

Output: Properly designed break away connectors canprevent most large fuel releases. Also, manyCNG vehicles have ignition interlocks thatprevent the vehicle from starting while the fueldoor is open. But these fittings and interlockscannot protect against all drive-awayscenarios. Static electricity may ignite suchfuel releases. This scenario was the cause ofa fire in Las Vegas which destroyed a transitbus.

Clean Air Program -- Assesment of the Safety, Health, Environmental and System Risks of Alternative Fuel


Input: [Hazard --Event] Fire -- from staticignition of fueltanks duringventing [Consequences] Some of these fires have destroyedvehicles. [Knowledge] The properties of static electricity aregenerally well-known, but are not alwaysapplied by operators of alternative fuelfleets. The generation of staticdischarges from jets is discussed in . "Sparks from Steam," A.F. Anderson, Electronics and Power, January 1978. p. 50-53.. [Background]

Output: At least a dozen such fires have already occurred as CNGtanks were vented to the atmosphere. Static charges aremore likely to build up where droplets or particles arecontained in a high velocity gas stream. When compressednatural gas escapes, droplets may be formed from coolingand subsequent condensation of water or heavyhydrocarbons in the gas, or from entrained compressor oil.

Clean Air Program -- Assesment of the Safety, Health, Environmental and System Risks of Alternative Fuel


Input: [Hazard --Event] Vehicleexplosion -- fromfuel system leaks [Consequences] When ignited, a confined natural gas-airmixture can produce pressures of up to800 kPa -- far more than vehicle glass orbody structures can withstand. [Knowledge] One such explosion has occurred, in anarticulated transit bus under repair atHouston Metro. An analysis of fuel gasleakage into the interior of a vehicle isgiven in . "Efflux of Gaseous Hydrogen or Methane Fuels from the Interior of an Automobile," J.M. Arvidson, et al., National Bureau ofStandards report COM-75-10288, 1 March 1975.. [Background]

Output: Transit buses have fairly large volume enclosed spaces,especially the passenger compartment. If these spaces fillwith a flammable mixture, a significant explosion can occur.

Clean Air Program -- Assesment of the Safety, Health, Environmental and System Risks of Alternative Fuel


Input: [Hazard --Event] Buildingexplosion -- fromvehicle fuelsystem leaks [Consequences] When ignited, a confined natural gas-airmixture can produce pressures of up to800 kPa -- far more than vehiclestructures can withstand. For example,overpressures greater than 7 - 15 kPawill cause a brick wall to fail. [Knowledge] Though some fluid dynamic modeling offuel system leaks has been done forFTA, there is a lack of experimental dataon flammable plume behavior and also alack of codes and standards to guide thedesign of buildings for this fuel. [Background]

Output: Such leaks can form a flammable zone inside vehiclestorage and maintenance buildings and if ignited can causebuilding explosions and serious injuries. Experience to datesuggests that fuel system leaks will be relatively frequentuntil the technology of CNG use on vehicles becomes moremature.

Clean Air Program -- Assesment of the Safety, Health, Environmental and System Risks of Alternative Fuel


Input: [Hazard --Event] Buildingexplosion -- fromvehicle PRDfailure [Consequences] When ignited, a confined natural gas-airmixture can produce pressures of up to800 kPa -- far more than buildingstructures can withstand. For example,overpressures greater than 7 - 15 kPawill cause a brick wall to fail. [Knowledge] Though some fluid dynamic modeling offuel system leaks has been done forFTA, there is a lack of experimental dataon flammable plume behavior and also alack of codes and standards to guide thedesign of buildings for this fuel. [Background]

Output: Such leaks can form a large flammable zone inside vehiclestorage and maintenance buildings and if ignited can causebuilding explosions and serious injuries. Experience to datesuggests that PRD failures will be relatively frequent untilthe technology of CNG use on vehicles becomes moremature. PRD failures are different from other fuel systemleaks in that the flow rate of escaping gas is quite large,often 1-2 kg/s.

Clean Air Program -- Assesment of the Safety, Health, Environmental and System Risks of Alternative Fuel


Input: [Moderate] Pneumonitis--swelling and inflammation of lung tissue [Severe] 2 serious bacterial infections in a 2-year period (meningitis, blood infection, or pneumonia) [Mild]

Output: Swollen lymph nodes

AIDS/HIV in Children | Phoenix Children's Hospital


Input: [Moderate] Oral thrush that lasts for more than 2 months [Severe] A yeast infection that occurs in the digestive track or lungs [Mild]

Output: Swelling of the parotid gland (salivary glands located in front of the ear)

AIDS/HIV in Children | Phoenix Children's Hospital


Input: [Moderate] Constant or recurring diarrhea [Severe] Encephalopathy--an inflammation of the brain [Mild]

Output: Constant or recurring sinus infections

AIDS/HIV in Children | Phoenix Children's Hospital


Input: [Moderate] A fever that persists for more than 1 month [Severe] Tumors or malignant lesions [Mild]

Output: Constant or recurring ear infections

AIDS/HIV in Children | Phoenix Children's Hospital


Input: [Moderate] Hepatitis--an inflammation of the liver that is often caused by an infection [Severe] Pneumocystis jiroveci pneumonia (the type of pneumonia most commonly seen with HIV) [Mild]

Output: Dermatitis--an itchy, rash on the skin

AIDS/HIV in Children | Phoenix Children's Hospital


Input: [Moderate] Complicated chickenpox [Mild]

Output: Abdominal swelling from increased liver and spleen size

AIDS/HIV in Children | Phoenix Children's Hospital


Input: [Molecules/Cell (average)] 25806 [Extension] during GO:0000080 [Condition] PECO:0000126, PECO:0000005 [Scale] single cell [Reference] PMID:24763107 [Evidence]

Output: mass spectrometry evidence


Input: [Molecules/Cell (average)] 25541 [Extension] during GO:0000084 [Condition] PECO:0000126, PECO:0000005 [Scale] single cell [Reference] PMID:24763107 [Evidence]

Output: mass spectrometry evidence


Input: [Molecules/Cell (average)] 27237 [Extension] during GO:0000085 [Condition] PECO:0000126, PECO:0000005 [Scale] single cell [Reference] PMID:24763107 [Evidence]

Output: mass spectrometry evidence


Input: [Molecules/Cell (average)] 38832 [Extension] during GO:0000087 [Condition] PECO:0000126, PECO:0000005 [Scale] single cell [Reference] PMID:24763107 [Evidence]

Output: mass spectrometry evidence


Input: [Molecules/Cell (average)] 26563 [Extension] during GO:0072690 [Condition] PECO:0000126, PECO:0000005 [Scale] single cell [Reference] PMID:24763107 [Evidence]

Output: mass spectrometry evidence


Input: [Molecules/Cell (average)] 8405.51 [Extension] during GO:0072690 [Condition] PECO:0000005, PECO:0000014 [Scale] population wide [Reference] PMID:23101633 [Evidence]

Output: experimental evidence


Input: [Molecules/Cell (average)] 824.56 [Extension] during cell quiescence following G1 arrest due to nitrogen limitation [Condition] PECO:0000005, PECO:0000014, PECO:0000127 [Scale] population wide [Reference] PMID:23101633 [Evidence]

Output: experimental evidence


Input: [0] Symptoms [ICD–10] Three or more of the following have been experienced or exhibited at some time during the previous year: [DSM–IV]

Output: A maladaptive pattern of alcohol use, leading to clinically significant impairment or distress as manifested by three or more of the following occurring at any time during the same 12–month period:

Table 1. DSM–IV and ICD–10 diagnostic criteria for alcohol dependence


Input: [0] • Tolerance [ICD–10] • Increased doses are needed to achieve effects once produced by lower doses [DSM–IV]

Output: • Need for markedly increased amounts of alcohol to achieve intoxication, or reduced effect with continued use of the same amount of alcohol


Input: [0] • Withdrawal [ICD–10] • When drinking has ceased or been reduced: The characteristic alcohol withdrawal syndrome ensues, or alcohol or a closely related substance is used to relieve or avoid withdrawal symptoms [DSM–IV]

Output: • The characteristic withdrawal syndrome for alcohol, or alcohol or a closely related substance is taken to relieve or avoid withdrawal symptoms


Input: [0] • Impaired control [ICD–10] • Difficulties controlling drinking onset, termination, or levels of use [DSM–IV]

Output: • Persistent desire or at least one unsuccessful effort to cut down or control drinking • Drinking in larger amounts or over a longer period than the person intended


Input: [0] • Neglect of activities [ICD–10] • Progressive neglect of alternative pleasures or interests in favor of drinking [DSM–IV]

Output: • Important social, occupational, or recreational activities given up or reduced because of drinking


Input: [0] • Time spent drinking [ICD–10] • A great deal of time spent in activities necessary to obtain alcohol, to drink, or to recover from its effects [DSM–IV]

Output: • A great deal of time spent in activities necessary to obtain alcohol, to drink, or to recover from its effects


Input: [0] • Drinking despite problems [ICD–10] • Continued drinking despite clear evidence of overtly harmful physical or psychological consequences [DSM–IV]

Output: • Continued drinking despite knowledge of having a persistent or recurrent physical or psychological problem that is likely to be caused by or exacerbated by alcohol use


Input: [0] • Compulsive use [ICD–10] • A strong desire or sense of compulsion to drink [DSM–IV]

Output: • None


Input: [0] Duration criterion [ICD–10] None. Three or more dependence criteria must be met during the previous year [DSM–IV]

Output: None specified. Three or more dependence criteria must be met within the same year and must occur repeatedly as specified by duration qualifiers associated with criteria, such as “often,” “persistent,” and “continued”


Input: [0] Dependence subtyping criterion [ICD–10] None [DSM–IV]

Output: With physiological dependence: evidence of tolerance or withdrawal Without physiological dependence: no evidence of tolerance or withdrawal


Input: [Apples] Apricots [Prevents constipation] Controls blood pressure [Blocks diarrhea] Saves your eyesight [Improves lung capacity] Shields against Alzheimer's [Cushions joints] Slows aging process [Protects your heart]

Output: Combats cancer


Input: [Apples] Artichokes [Prevents constipation] Lowers cholesterol [Blocks diarrhea] Protects your heart [Improves lung capacity] Stabilizes blood sugar [Cushions joints] Guards against liver disease [Protects your heart]

Output: Aids digestion


Input: [Apples] Avocados [Prevents constipation] Lowers cholesterol [Blocks diarrhea] Helps stops strokes [Improves lung capacity] Controls blood pressure [Cushions joints] Smoothes skin [Protects your heart]

Output: Battles diabetes


Input: [Apples] Bananas [Prevents constipation] Quiets a cough [Blocks diarrhea] Strengthens bones [Improves lung capacity] Controls blood pressure [Cushions joints] Blocks diarrhea [Protects your heart]

Output: Protects your heart


Input: [Apples] Beans [Prevents constipation] Helps hemorrhoids [Blocks diarrhea] Lowers cholesterol [Improves lung capacity] Combats cancer [Cushions joints] Stabilizes blood sugar [Protects your heart]

Output: Prevents constipation


Input: [Apples] Beets [Prevents constipation] Combats cancer [Blocks diarrhea] Strengthens bones [Improves lung capacity] Protects your heart [Cushions joints] Aids weight loss [Protects your heart]

Output: Controls blood pressure


Input: [Apples] Blueberries [Prevents constipation] Protects your heart [Blocks diarrhea] Stabilizes blood sugar [Improves lung capacity] Boosts memory [Cushions joints] Prevents constipation [Protects your heart]

Output: Combats cancer


Input: [Apples] Broccoli [Prevents constipation] Saves eyesight [Blocks diarrhea] Combats cancer [Improves lung capacity] Protects your heart [Cushions joints] Controls blood pressure [Protects your heart]

Output: Strengthens bones


Input: [Apples] Cabbage [Prevents constipation] Prevents constipation [Blocks diarrhea] Promotes weight loss [Improves lung capacity] Protects your heart [Cushions joints] Helps hemorrhoids [Protects your heart]

Output: Combats cancer


Input: [Apples] Cantaloupe [Prevents constipation] Controls blood pressure [Blocks diarrhea] Lowers cholesterol [Improves lung capacity] Combats cancer [Cushions joints] Supports immune system [Protects your heart]

Output: Saves eyesight


Input: [Apples] Carrots [Prevents constipation] Protects your heart [Blocks diarrhea] Prevents constipation [Improves lung capacity] Combats cancer [Cushions joints] Promotes weight loss [Protects your heart]

Output: Saves eyesight


Input: [Apples] Cauliflowers [Prevents constipation] Combats Breast Cancer [Blocks diarrhea] Strengthens bones [Improves lung capacity] Banishes bruises [Cushions joints] Guards against heart disease [Protects your heart]

Output: Protects against Prostate Cancer


Input: [Apples] Cherries [Prevents constipation] Combats Cancer [Blocks diarrhea] Ends insomnia [Improves lung capacity] Slows aging process [Cushions joints] Shields against Alzheimer's [Protects your heart]

Output: Protects your heart


Input: [Apples] Chestnuts [Prevents constipation] Protects your heart [Blocks diarrhea] Lowers cholesterol [Improves lung capacity] Combats Cancer [Cushions joints] Controls blood pressure [Protects your heart]

Output: Promotes weight loss


Input: [Apples] Chili peppers [Prevents constipation] Soothes sore throat [Blocks diarrhea] Clears sinuses [Improves lung capacity] Combats Cancer [Cushions joints] Boosts immune system [Protects your heart]

Output: Aids digestion


Input: [Apples] Figs [Prevents constipation] Helps stops strokes [Blocks diarrhea] Lowers cholesterol [Improves lung capacity] Combats Cancer [Cushions joints] Controls blood pressure [Protects your heart]

Output: Promotes weight loss


Input: [Apples] Fish [Prevents constipation] Boosts memory [Blocks diarrhea] Protects your heart [Improves lung capacity] Combats Cancer [Cushions joints] Supports immune system [Protects your heart]

Output: Protects your heart


Input: [Apples] Flax [Prevents constipation] Battles diabetes [Blocks diarrhea] Protects your heart [Improves lung capacity] Improves mental health [Cushions joints] Boosts immune system [Protects your heart]

Output: Aids digestion


Input: [Apples] Garlic [Prevents constipation] Controls blood pressure [Blocks diarrhea] Combats cancer [Improves lung capacity] Kills bacteria [Cushions joints] Fights fungus [Protects your heart]

Output: Lowers cholesterol


Input: [Apples] Grapefruit [Prevents constipation] Promotes Weight loss [Blocks diarrhea] Helps stops strokes [Improves lung capacity] Combats Prostate Cancer [Cushions joints] Lowers cholesterol [Protects your heart]

Output: Protects against heart attacks


Input: [Apples] Grapes [Prevents constipation] Conquers kidney stones [Blocks diarrhea] Combats cancer [Improves lung capacity] Enhances blood flow [Cushions joints] Protects your heart [Protects your heart]

Output: Saves eyesight


Input: [Apples] Green tea [Prevents constipation] Protects your heart [Blocks diarrhea] Helps stops strokes [Improves lung capacity] Promotes Weight loss [Cushions joints] Kills bacteria [Protects your heart]

Output: Combats cancer


Input: [Apples] Honey [Prevents constipation] Aids digestion [Blocks diarrhea] Guards against ulcers [Improves lung capacity] Increases energy [Cushions joints] Fights allergies [Protects your heart]

Output: Heals wounds


Input: [Apples] Lemons [Prevents constipation] Protects your heart [Blocks diarrhea] Controls blood pressure [Improves lung capacity] Smoothes skin [Cushions joints] Stops scurvy [Protects your heart]

Output: Combats cancer


Input: [Apples] Limes [Prevents constipation] Protects your heart [Blocks diarrhea] Controls blood pressure [Improves lung capacity] Smoothes skin [Cushions joints] Stops scurvy [Protects your heart]

Output: Combats cancer


Input: [Apples] Mangoes [Prevents constipation] Boosts memory [Blocks diarrhea] Regulates thyroid [Improves lung capacity] Aids digestion [Cushions joints] Shields against Alzheimer's [Protects your heart]

Output: Combats cancer


Input: [Apples] Mushrooms [Prevents constipation] Lowers cholesterol [Blocks diarrhea] Kills bacteria [Improves lung capacity] Combats cancer [Cushions joints] Strengthens bones [Protects your heart]

Output: Controls blood pressure


Input: [Apples] Oats [Prevents constipation] Combats cancer [Blocks diarrhea] Battles diabetes [Improves lung capacity] Prevents constipation [Cushions joints] Smoothes skin [Protects your heart]

Output: Lowers cholesterol


Input: [Apples] Olive oil [Prevents constipation] Promotes Weight loss [Blocks diarrhea] Combats cancer [Improves lung capacity] Battles diabetes [Cushions joints] Smoothes skin [Protects your heart]

Output: Protects your heart


Input: [Apples] Onions [Prevents constipation] Combats cancer [Blocks diarrhea] Kills bacteria [Improves lung capacity] Lowers cholesterol [Cushions joints] Fights fungus [Protects your heart]

Output: Reduce risk of heart attack


Input: [Apples] Oranges [Prevents constipation] Combats cancer [Blocks diarrhea] Protects your heart [Improves lung capacity] Straightens respiration [Protects your heart]

Output: Supports immune systems


Input: [Apples] Peaches [Prevents constipation] Combats cancer [Blocks diarrhea] Helps stops strokes [Improves lung capacity] Aids digestion [Cushions joints] Helps hemorrhoids [Protects your heart]

Output: Prevents constipation


Input: [Apples] Peanuts [Prevents constipation] Promotes Weight loss [Blocks diarrhea] Combats Prostate Cancer [Improves lung capacity] Lowers cholesterol [Cushions joints] Aggravates Diverticulitis [Protects your heart]

Output: Protects against heart disease


Input: [Apples] Pineapple [Prevents constipation] Relieves colds [Blocks diarrhea] Aids digestion [Improves lung capacity] Dissolves warts [Cushions joints] Blocks diarrhea [Protects your heart]

Output: Strengthens bones


Input: [Apples] Prunes [Prevents constipation] Prevents constipation [Blocks diarrhea] Boosts memory [Improves lung capacity] Lowers cholesterol [Cushions joints] Protects against heart disease [Protects your heart]

Output: Slows aging process


Input: [Apples] Rice [Prevents constipation] Battles diabetes [Blocks diarrhea] Conquers kidney stones [Improves lung capacity] Combats cancer [Cushions joints] Helps stops strokes [Protects your heart]

Output: Protects your heart


Input: [Apples] Strawberries [Prevents constipation] Protects your heart [Blocks diarrhea] Boosts memory [Improves lung capacity] Calms stress [Protects your heart]

Output: Combats cancer


Input: [Apples] Sweet potatoes [Prevents constipation] Lifts mood [Blocks diarrhea] Combats cancer [Improves lung capacity] Strengthens bones [Protects your heart]

Output: Saves your eyesight


Input: [Apples] Tomatoes [Prevents constipation] Combats cancer [Blocks diarrhea] Lowers cholesterol [Improves lung capacity] Protects your heart [Protects your heart]

Output: Protects prostate


Input: [Apples] Walnuts [Prevents constipation] Combats cancer [Blocks diarrhea] Boosts memory [Improves lung capacity] Lifts mood [Cushions joints] Protects against heart disease [Protects your heart]

Output: Lowers cholesterol


Input: [Apples] Water [Prevents constipation] Combats cancer [Blocks diarrhea] Conquers kidney stones [Improves lung capacity] Smoothes skin [Protects your heart]

Output: Promotes Weight loss


Input: [Apples] Watermelon [Prevents constipation] Promotes Weight loss [Blocks diarrhea] Lowers cholesterol [Improves lung capacity] Helps stops strokes [Cushions joints] Controls blood pressure [Protects your heart]

Output: Protects prostate


Input: [Apples] Wheat germ [Prevents constipation] Prevents constipation [Blocks diarrhea] Lowers cholesterol [Improves lung capacity] Helps stops strokes [Cushions joints] Improves digestion [Protects your heart]

Output: Combats Colon Cancer


Input: [Apples] Wheat bran [Prevents constipation] Prevents constipation [Blocks diarrhea] Lowers cholesterol [Improves lung capacity] Helps stops strokes [Cushions joints] Improves digestion [Protects your heart]

Output: Combats Colon Cancer


Input: [Apples] Yogurt [Prevents constipation] Strengthens bones [Blocks diarrhea] Lowers cholesterol [Improves lung capacity] Supports immune systems [Cushions joints] Aids digestion [Protects your heart]

Output: Guards against ulcers


Input: [Assembly Required] Basin Color Family [No] White [White] Composite [Basin Color]

Output: Basin Material

Domani Sicily 30-1/2 in. Vanity Combo in Ebony with Natural Stone Vanity Top in Travertine and Mirror-SI30P5UCOM-EB - The Home Depot


Input: [Assembly Required] Cabinet Color [No] Ebony [White] Dark Brown Wood [Basin Color]

Output: Cabinet Color Family

Domani Sicily 30-1/2 in. Vanity Combo in Ebony with Natural Stone Vanity Top in Travertine and Mirror-SI30P5UCOM-EB - The Home Depot


Input: [Assembly Required] Cabinet Material [No] Particle Board [White] Chrome [Basin Color]

Output: Hardware Finish Family

Domani Sicily 30-1/2 in. Vanity Combo in Ebony with Natural Stone Vanity Top in Travertine and Mirror-SI30P5UCOM-EB - The Home Depot


Input: [Assembly Required] Installation Type [No] Wall Mounted [White] Wall [Basin Color]

Output: Mirror Mount Location

Domani Sicily 30-1/2 in. Vanity Combo in Ebony with Natural Stone Vanity Top in Travertine and Mirror-SI30P5UCOM-EB - The Home Depot


Input: [Assembly Required] Number of Doors [No] 1 [White] 2 [Basin Color]

Output: Number of Drawers

Domani Sicily 30-1/2 in. Vanity Combo in Ebony with Natural Stone Vanity Top in Travertine and Mirror-SI30P5UCOM-EB - The Home Depot


Input: [Assembly Required] Number of concealed shelves [No] 0 [White] 90-Day [Basin Color]

Output: Returnable

Domani Sicily 30-1/2 in. Vanity Combo in Ebony with Natural Stone Vanity Top in Travertine and Mirror-SI30P5UCOM-EB - The Home Depot


Input: [Assembly Required] Sink Type [No] Vessel [White] Modern [Basin Color]

Output: Style

Domani Sicily 30-1/2 in. Vanity Combo in Ebony with Natural Stone Vanity Top in Travertine and Mirror-SI30P5UCOM-EB - The Home Depot


Input: [Assembly Required] Top Color [No] Travertine [White] Beige [Basin Color]

Output: Top Color Family

Domani Sicily 30-1/2 in. Vanity Combo in Ebony with Natural Stone Vanity Top in Travertine and Mirror-SI30P5UCOM-EB - The Home Depot


Input: [Assembly Required] Top Material [No] Engineered quartz composite [White] 35.4 [Basin Color]

Output: Top weight (lb.)

Domani Sicily 30-1/2 in. Vanity Combo in Ebony with Natural Stone Vanity Top in Travertine and Mirror-SI30P5UCOM-EB - The Home Depot


Input: [Assembly Required] Vanity Features [No] Predrilled [White] Basin,Faucet,Mirror,Mounting Hardware,Vanity Top [Basin Color]

Output: Vanity Included Components

Domani Sicily 30-1/2 in. Vanity Combo in Ebony with Natural Stone Vanity Top in Travertine and Mirror-SI30P5UCOM-EB - The Home Depot


Input: [Assembly Required] Vanity Top Accommodations [No] Vessel [White] Flat [Basin Color]

Output: Vanity Top Edge Type

Domani Sicily 30-1/2 in. Vanity Combo in Ebony with Natural Stone Vanity Top in Travertine and Mirror-SI30P5UCOM-EB - The Home Depot


Input: [Assembly Required] Vanity Type [No] Single Sink [White] Yes [Basin Color]

Output: Wall mounted

Domani Sicily 30-1/2 in. Vanity Combo in Ebony with Natural Stone Vanity Top in Travertine and Mirror-SI30P5UCOM-EB - The Home Depot


Input: [Drugs] Etoposide [Major Toxicities] Myelosuppression; alopecia [Comments] Oral; rare leukemia dampens interest [Drug Class]

Output: Topoisomerase II inhibitor

Ovarian Epithelial, Fallopian Tube, Primary Peritoneal Cancer - National Cancer Institute

Table 4. Other Drugs That Have Been Used in the Setting of Recurrent Ovarian Cancer (Efficacy Not Well Defined After Failure of Platinum-Containing Regimens)


Input: [Drugs] Cyclophosphamide and several other bischloroethylamines [Major Toxicities] Myelosuppression; alopecia (only the oxazaphosphorines) [Comments] Leukemia and cystitis; uncertain activity after platinums [Drug Class]

Output: Alkylating agents

Ovarian Epithelial, Fallopian Tube, Primary Peritoneal Cancer - National Cancer Institute


Input: [Drugs] Hexamethylmelamine (Altretamine) [Major Toxicities] Emesis and neurologic toxic effects [Comments] Oral; uncertain activity after platinums [Drug Class]

Output: Unknown but probably alkylating prodrugs

Ovarian Epithelial, Fallopian Tube, Primary Peritoneal Cancer - National Cancer Institute


Input: [Drugs] Irinotecan [Major Toxicities] Diarrhea and other gastrointestinal symptoms [Comments] Cross-resistant to topotecan [Drug Class]

Output: Topoisomerase I inhibitor

Ovarian Epithelial, Fallopian Tube, Primary Peritoneal Cancer - National Cancer Institute


Input: [Drugs] Oxaliplatin [Major Toxicities] Neuropathy, emesis, myelosuppression [Comments] Cross-resistant to usual platinums, but less so [Drug Class]

Output: Platinum

Ovarian Epithelial, Fallopian Tube, Primary Peritoneal Cancer - National Cancer Institute


Input: [Drugs] Vinorelbine [Major Toxicities] Myelosuppression [Comments] Erratic activity [Drug Class]

Output: Mitotic inhibitor

Ovarian Epithelial, Fallopian Tube, Primary Peritoneal Cancer - National Cancer Institute


Input: [Drugs] Fluorouracil and capecitabine [Major Toxicities] Gastrointestinal symptoms and myelosuppression [Comments] Capecitabine is oral; may be useful in mucinous tumors [Drug Class]

Output: Fluoropyrimidine antimetabolites

Ovarian Epithelial, Fallopian Tube, Primary Peritoneal Cancer - National Cancer Institute


Input: [Drugs] Tamoxifen [Major Toxicities] Thromboembolism [Comments] Oral; minimal activity, perhaps more in subsets [Drug Class]

Output: Antiestrogen

Ovarian Epithelial, Fallopian Tube, Primary Peritoneal Cancer - National Cancer Institute


Input: [PIRA #] 5G40.10 [Demonstration Name] hysteresis loop on scope [Abstract]

Output: Show the hysteresis loops for laminated steel and ferrite cores as saturation is reached.

MagneticMaterials - UW-Physics Faculty Wiki


Input: [PIRA #] 5G40.10 [Demonstration Name] hysteresis loop [Abstract]

Output: The hysteresis loop of a core is displayed on an oscilloscope.

MagneticMaterials - UW-Physics Faculty Wiki


Input: [PIRA #] 5G40.10 [Demonstration Name] hysteresis curve [Abstract]

Output: The Leybold setup shown on a scope.

MagneticMaterials - UW-Physics Faculty Wiki


Input: [PIRA #] 5G40.11 [Demonstration Name] hysteresis loop on scope [Abstract]

Output: The hysteresis loop for the iron core of a transformer is shown on a oscilloscope. Diagram and circuit hints.

MagneticMaterials - UW-Physics Faculty Wiki


Input: [PIRA #] 5G40.12 [Demonstration Name] hysteresis on the scope [Abstract]

Output: A circuit for showing the hysteresis curve of a transformer on an oscilloscope. Also modifications for using various cores and coils.

MagneticMaterials - UW-Physics Faculty Wiki


Input: [PIRA #] 5G40.13 [Demonstration Name] improved hysteresis loop on scope [Abstract]

Output: A circuit, Hall probe, and storage oscilloscope allow plotting the hysteresis loop point by point or automatically.

MagneticMaterials - UW-Physics Faculty Wiki


Input: [PIRA #] 5G40.14 [Demonstration Name] hysteresis without induction [Abstract]

Output: Two coils are mounted on a rotating disk in the air gap of an electromagnet. As the field is varied, the hysteresis loop is plotted.

MagneticMaterials - UW-Physics Faculty Wiki


Input: [PIRA #] 5G40.15 [Demonstration Name] hysteresis loop [Abstract]

Output: This circuit makes it possible to display hysteresis loops of inductors with only one winding.

MagneticMaterials - UW-Physics Faculty Wiki


Input: [PIRA #] 5G40.16 [Demonstration Name] hysteresis on x-y [Abstract]

Output: An op amp circuit for plotting the hysteresis curve slowly on an x-y recorder.

MagneticMaterials - UW-Physics Faculty Wiki


Input: [PIRA #] 5G40.20 [Demonstration Name] magnetization and hysteresis [Abstract]

Output: A small mirror on a compass needle is used to detect the magnetic field as the current to a solenoid containing an iron bar is increased and decreased stepwise.

MagneticMaterials - UW-Physics Faculty Wiki


Input: [PIRA #] 5G40.21 [Demonstration Name] simple hysteresis [Abstract]

Output: Parallel iron bars suspended in a coil show hysteresis when slowly magnetized and demagnetized.

MagneticMaterials - UW-Physics Faculty Wiki


Input: [PIRA #] 5G40.25 [Demonstration Name] hysteresis plot [Abstract]

Output: A ballistic galvanometer search coil gives readings of the magnetization and residual magnetization of a sample as it is magnetized in opposite directions and a plot is generated.

MagneticMaterials - UW-Physics Faculty Wiki


Input: [PIRA #] 5G40.27 [Demonstration Name] plotting hysteresis [Abstract]

Output: A core with a removable link and built in flux meter are used to plot a hysteresis curve.

MagneticMaterials - UW-Physics Faculty Wiki


Input: [PIRA #] 5G40.31 [Demonstration Name] hysteresis in a motor [Abstract]

Output: The I V curve from a generator is proportional to the normally obtained B H curve.

MagneticMaterials - UW-Physics Faculty Wiki


Input: [PIRA #] 5G40.41 [Demonstration Name] hysteresis loop with old tv [Abstract]

Output: The hysteresis loop of a sample placed in one deflection coil is traced on an old TV tube.

MagneticMaterials - UW-Physics Faculty Wiki


Input: [PIRA #] 5G40.50 [Demonstration Name] hysteresis waste heat [Abstract]

Output: Water is boiled by magnetic hysteresis waste heat.

MagneticMaterials - UW-Physics Faculty Wiki


Input: [0] 1 [Item title]

Output: Effect of irrigation management on nitrate movement under a drip irrigated lettuce crop


Input: [0] 2 [Item title]

Output: A preliminary evaluation of furrow inflow rate and cut-off time on the performance of smallholder raised bed farming systems


Input: [0] 3 [Item title]

Output: Improved no-till seeding performance in Northern China using powered-chain residue manager


Input: [0] 4 [Item title]

Output: Effects of subsurface drip irrigation rates and furrow irrigation for cotton grown on a vertisol on off-site movement of sediments, nutrients and pesticides


Input: [0] 5 [Item title]

Output: A preliminary evaluation of irrigation performance and in season changes under permanent raised beds on Vertosol in Queensland, Australia


Input: [0] 6 [Item title]

Output: Soil physical properties and infiltration after long-term no-tillage and ploughing on the Chinese Loess Plateau


Input: [0] 7 [Item title]

Output: Conservation tillage improves soil properties and crops yields in North China


Input: [0] 8 [Item title]

Output: Controlled traffic/permanent bed farming reduces GHG emissions


Input: [0] 9 [Item title]

Output: Spring wheat performance and water use efficiency on permanent raised beds in arid northwest China


Input: [0] 10 [Item title]

Output: Increasing crop yields through conservation tillage in dryland areas of China


Input: [Dissociation Agent] Gentle shaking or rocking of culture vessel, or vigorous pipetting. [Applications] Loosely adherent cells, mitotic cells [Procedure]

Output: Shake-off

Guidelines for Maintaining Cultured Cells | Life Technologies


Input: [Dissociation Agent] Cell scraper [Applications] Cell lines sensitive to proteases; may damage some cells [Procedure]

Output: Scraping

Guidelines for Maintaining Cultured Cells | Life Technologies


Input: [Dissociation Agent] Trypsin [Applications] Strongly adherent cells [Procedure]

Output: Enzymatic dissociation

Guidelines for Maintaining Cultured Cells | Life Technologies


Input: [Dissociation Agent] Trypsin + Collagenase [Applications] High density cultures, cultures that have formed multiple layers, especially fibroblasts [Procedure]

Output: Enzymatic dissociation

Guidelines for Maintaining Cultured Cells | Life Technologies


Input: [Dissociation Agent] Dispase [Applications] Detaching epidermal cells as confluent, intact sheets from the surface of culture dishes without dissociating the cells [Procedure]

Output: Enzymatic dissociation

Guidelines for Maintaining Cultured Cells | Life Technologies


Input: [Dissociation Agent] TrypLE™ dissociation enzyme [Applications] Strongly adherent cells; direct substitute for trypsin; applications that require animal origin-free reagents [Procedure]

Output: Enzymatic dissociation

Guidelines for Maintaining Cultured Cells | Life Technologies


Input: [Natural Community Type] Calcareous Fen [Opportunity]

Output: Major

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Central Sands Pine - Oak Forest [Opportunity]

Output: Major

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Coastal Plain Marsh [Opportunity]

Output: Major

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Coldwater streams [Opportunity]

Output: Major

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Emergent Marsh [Opportunity]

Output: Major

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Impoundments/Reservoirs [Opportunity]

Output: Major

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Inland lakes [Opportunity]

Output: Major

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Northern Wet Forest [Opportunity]

Output: Major

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Shrub Carr [Opportunity]

Output: Major

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Southern Dry Forest [Opportunity]

Output: Major

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Southern Sedge Meadow [Opportunity]

Output: Major

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Submergent Marsh [Opportunity]

Output: Major

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Warmwater rivers [Opportunity]

Output: Major

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Wet-mesic Prairie [Opportunity]

Output: Major

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Alder Thicket [Opportunity]

Output: Important

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Bedrock Glade [Opportunity]

Output: Important

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Bog Relict [Opportunity]

Output: Important

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Coolwater streams [Opportunity]

Output: Important

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Dry Prairie [Opportunity]

Output: Important

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Floodplain Forest [Opportunity]

Output: Important

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Inland Beach [Opportunity]

Output: Important

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Moist Cliff [Opportunity]

Output: Important

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Northern Hardwood Swamp [Opportunity]

Output: Important

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Northern Sedge Meadow [Opportunity]

Output: Important

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Oak Barrens [Opportunity]

Output: Important

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Open Bog [Opportunity]

Output: Important

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Pine Barrens [Opportunity]

Output: Important

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Sand Prairie [Opportunity]

Output: Important

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Southern Dry-mesic Forest [Opportunity]

Output: Important

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Southern Tamarack Swamp (rich) [Opportunity]

Output: Important

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Surrogate Grasslands [Opportunity]

Output: Important

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Warmwater streams [Opportunity]

Output: Important

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Wet Prairie [Opportunity]

Output: Important

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Cedar Glade [Opportunity]

Output: Present

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Dry Cliff [Opportunity]

Output: Present

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Dry-mesic Prairie [Opportunity]

Output: Present

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Emergent Marsh - Wild Rice [Opportunity]

Output: Present

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Ephemeral Pond [Opportunity]

Output: Present

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Mesic Prairie [Opportunity]

Output: Present

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Northern Dry Forest [Opportunity]

Output: Present

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Northern Dry-mesic Forest [Opportunity]

Output: Present

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Northern Mesic Forest [Opportunity]

Output: Present

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Northern Wet-mesic Forest [Opportunity]

Output: Present

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Oak Opening [Opportunity]

Output: Present

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Oak Woodland [Opportunity]

Output: Present

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Natural Community Type] Southern Mesic Forest [Opportunity]

Output: Present

Central Sand Hills Ecological Landscape - Wisconsin DNR


Input: [Technical Performance Specs] ABRASION RESISTANCE (The ability of a material to resist surface wear.) [0]

Output: Rating


Input: [Technical Performance Specs] This material has relatively high abrasion resistance. It rates as a 7 or higher on the Mohs scale. Quartzite or granite typically fall into this range. This material is less likely to scratch than marble, limestone, onyx, slate, etc. [0]

Output: High


Input: [Technical Performance Specs] ABSORPTION (The relative porosity of a material.) [0]

Output: Rating


Input: [Technical Performance Specs] This material is virtually non-porous. No sealer is required and it is less likely to stain. [0]

Output: Low


Input: [Technical Performance Specs] ACID SENSITIVITY (The likelihood of a material reacting to acidic foods or liquids.) [0]

Output: Rating


Input: [Technical Performance Specs] This material is minimally sensitive to acids. It will not acid etch or lose its surface sheen when exposed to acidic liquids such as lemons or tomatoes. [0]

Output: Minimal


Input: [Technical Performance Specs] FREEZE-THAW (The ability of a material to withstand freeze-thaw cycles in exterior applications.) [0]

Output: Rating


Input: [Technical Performance Specs] Due to this material's Minimal or Moderate Absorption rating, its Abrasion Resistance rating, color fastness and tensile strength, this material is suitable for all exterior applications where freeze-thaw cycles are a concern. Use TCNA standards for setting in exteriors and consult an engineer regarding fastening systems and tensile strength required for your project. [0]

Output: All Exteriors


Input: [0] 1 [Impact on Testing] Ensure prompt and accurate processing of forms and analysis of results [Procedural Steps]

Output: Prepare the accession order to identify all paperwork and supplies for each patient

Communiqué - Preanalytic Laboratory Errors - Mayo Medical Laboratories


Input: [0] 2 [Impact on Testing] • Identification of the patient is crucial for accurate test results • Reduce spread of infections [Procedural Steps]

Output: • Approach and identify the patient • Sanitize hands

Communiqué - Preanalytic Laboratory Errors - Mayo Medical Laboratories


Input: [0] 3 [Impact on Testing] • Some tests require fasting specimen or elimination of certain foods from the diet prior to blood draw • Hypersensitivity to latex can cause severe reaction. Use nonlatex supplies where appropriate. [Procedural Steps]

Output: • Verify patient’s fasting status, diet restrictions, and inquire if the patient has a latex sensitivity • Select appropriate gloves and tourniquet

Communiqué - Preanalytic Laboratory Errors - Mayo Medical Laboratories


Input: [0] 4 [Impact on Testing] • Inspect all supplies for defects and expiration dates • Select appropriate needle gauge • Select appropriate blood collection system [Procedural Steps]

Output: Assemble necessary supplies and appropriate collection tubes according to test requests

Communiqué - Preanalytic Laboratory Errors - Mayo Medical Laboratories


Input: [0] 5 [Impact on Testing] • For patient comfort and safety, collect specimens with the patient seated in an appropriate chair or lying down [Procedural Steps]

Output: Position the patient

Communiqué - Preanalytic Laboratory Errors - Mayo Medical Laboratories


Input: [0] 6 [Impact on Testing] • Tourniquet placement should not exceed 2 minutes, which may result in hemoconcentration and erroneously increased levels of protein-based analytes, packed cell volume, and other cellular elements • Preferred site is antecubital fossa [Procedural Steps]

Output: Apply tourniquet and select the venipuncture site and vein

Communiqué - Preanalytic Laboratory Errors - Mayo Medical Laboratories


Input: [0] 7 [Impact on Testing] • Part of universal precautions to protect phlebotomists and other health care workers from exposure to blood-borne pathogens [Procedural Steps]

Output: Put on gloves

Communiqué - Preanalytic Laboratory Errors - Mayo Medical Laboratories


Input: [0] 8 [Impact on Testing] • Prevent microbiological contamination • Introduction of alcohol into specimen may cause hemolysis of specimen [Procedural Steps]

Output: Cleanse the venipuncture site and allow to dry

Communiqué - Preanalytic Laboratory Errors - Mayo Medical Laboratories


Input: [0] 9 [Impact on Testing] • Blood flow should be uninterrupted • Immediately mix collection tube containing additives by gentle inversion (end-to-end mixing 5–6 times) • Numerous inversions or vigorous shaking can cause hemolysis [Procedural Steps]

Output: Perform venipuncture; once blood flow begins, request the patient to open his/her hand

Communiqué - Preanalytic Laboratory Errors - Mayo Medical Laboratories


Input: [0] 10 [Impact on Testing] • Recommended order of draw • Blood culture tube • Coagulation tube (light-blue top) • Serum tube with or without clot activator, with or without gel (red top) • Heparin tube (green top) • EDTA tube (lavender or pearl top) • Glycolytic inhibitor tube (grey top) • Plastic or glass serum tubes containing a clot activator may cause interference in coagulation testing. Glass nonadditive serum tubes or plastic serum tubes without a clot activator may be drawn before the coagulation tube. [Procedural Steps]

Output: Fill tubes using the correct order of draw

Communiqué - Preanalytic Laboratory Errors - Mayo Medical Laboratories


Input: [0] 11 [Impact on Testing] Remove as soon as possible after the blood begins to flow [Procedural Steps]

Output: Release and remove the tourniquet

Communiqué - Preanalytic Laboratory Errors - Mayo Medical Laboratories


Input: [0] 12 [Impact on Testing] Cotton balls are not recommended because of the possibility of dislodging the platelet plug at the venipuncture site [Procedural Steps]

Output: Place the gauze pad over the puncture site

Communiqué - Preanalytic Laboratory Errors - Mayo Medical Laboratories


Input: [0] 13 [Impact on Testing] Follow manufacturer’s directions [Procedural Steps]

Output: Remove the needle, activate any safety feature, and dispose of the device

Communiqué - Preanalytic Laboratory Errors - Mayo Medical Laboratories


Input: [0] 14 [Impact on Testing] Watch for continued bleeding [Procedural Steps]

Output: Apply pressure to the site, making sure bleeding has stopped and then bandage the arm

Communiqué - Preanalytic Laboratory Errors - Mayo Medical Laboratories


Input: [0] 15 [Impact on Testing] • The patient and the patient’s specimen must be positively identified at the time of collection • Tubes must be labeled after filling with a label bearing at least the following: • Patient’s first and last names • Identification number • Date of collection • Time of collection • Identification of phlebotomist [Procedural Steps]

Output: Label the tubes and record time of collection

Communiqué - Preanalytic Laboratory Errors - Mayo Medical Laboratories


Input: [0] 16 [Impact on Testing] •Special handling possibilities • Specimen chilling • Transport at 37 degrees C • Protect from light [Procedural Steps]

Output: Observe special handling requirements (if any)

Communiqué - Preanalytic Laboratory Errors - Mayo Medical Laboratories


Input: [0] 17 [Impact on Testing] Maintain proper transport conditions to preserve specimen integrity [Procedural Steps]

Output: Send properly labeled blood collection tubes to the laboratory

Communiqué - Preanalytic Laboratory Errors - Mayo Medical Laboratories


Input: [Mechanism] PDS [Disadvantages] Poor identification and targeting of beneficiaries [Advantages]

Output: Insulates beneficiaries from inflation and price volatility


Input: [Disadvantages] Low offtake of foodgrain from each household [Advantages]

Output: Ensures entitlement is used for foodgrains only


Input: [Disadvantages] Large leakages and diversions of subsidised foodgrain [Advantages]

Output: Well-developed network of FPS ensures access to foodgrain even in remote areas


Input: [Mechanism] Cash transfers [Disadvantages] Vulnerable to targeting errors [Advantages]

Output: Cash in the hands of poor expands their choices


Input: [Disadvantages] Cash can be used to buy non- food items [Advantages]

Output: Cash may relieve financial constraints faced by the poor, make it possible to form thrift societies and access credit


Input: [Disadvantages] May expose recipients to price volatility and inflation [Advantages]

Output: Administrative costs of cash transfer programmes may be much less than that of centrally sponsored schemes


Input: [Disadvantages] There is poor access to banks and post offices in some areas [Advantages]

Output: Potential for fully electronic transfer


Input: [Mechanism] Food coupons [Disadvantages] Vulnerable to targeting errors [Advantages]

Output: Household is given the freedom to choose where it buys food


Input: [Disadvantages] Food coupons are not indexed for inflation; may expose recipients to inflation [Advantages]

Output: Increases incentive for competitive prices and assured quality of foodgrain among PDS stores


Input: [Disadvantages] Difficult to administer; known to have delays in issuing food coupons and reimbursing shops [Advantages]

Output: PDS stores get full price for foodgrains from the poor; no incentive to turn the poor away


Input: [Product] ST1000 Tiller Pilot [Download] 2.06 MB [Manual Type]

Output: Operation and Installation Handbook


Input: [Product] ST2000 Tiller Pilot [Download] 1.99 MB [Manual Type]

Output: Operation and Installation Handbook


Input: [Product] ST3000 Wheel Drive Pilot [Download] 2.12 MB [Manual Type]

Output: Operation and Installation Handbook


Input: [Product] ST3000 Wheel Drive Pilot [Download] 2.55 MB [Manual Type]

Output: Owner Handbook


Input: [Product] ST3000 Wheel Drive Pilot [Download] 126 KB [Manual Type]

Output: Quick Reference Guide


Input: [Product] ST4000 Tiller Drive Pilot [Download] 3.16 MB [Manual Type]

Output: Operation and Installation Handbook


Input: [Product] ST4000 Wheel Drive Pilot [Download] 3.83 MB [Manual Type]

Output: Operation and Installation Handbook


Input: [Product] ST4000+ and ST5000+ [Download] 468 KB [Manual Type]

Output: Quick Reference Guide


Input: [Product] ST4000+ Wheel and Tiller [Download] 13.76 MB [Manual Type]

Output: Owner Handbook


Input: [Product] Mk II Wheel Drive [Download] 143 KB [Manual Type]

Output: Installation Guide


Input: [Product] Tiller Drive [Download] 350 KB [Manual Type]

Output: Installation Guide


Input: [Product] ST4000 Mk II Bulkhead/ Box Pedestal [Download] 114 KB [Manual Type]

Output: Installation Kit Instructions and Template


Input: [0] Cellular component [FDR (all)] 0.000000005126 [SDKW level] Moderately Informative Direct [KW term]

Output: Secreted

Soluble quinoprotein glucose dehydrogenase superfamily


Input: [0] Cellular component [FDR (all)] 0.0000001334 [SDKW level] Moderately Informative Direct [KW term]

Output: Cell junction

Soluble quinoprotein glucose dehydrogenase superfamily


Input: [0] Cellular component [FDR (all)] 0.000000001255 [SDKW level] Informative Direct [KW term]

Output: Synapse

Soluble quinoprotein glucose dehydrogenase superfamily


Input: [0] Cellular component [FDR (all)] 0.00000000000003099 [SDKW level] Highly Informative Direct [KW term]

Output: Synaptosome

Soluble quinoprotein glucose dehydrogenase superfamily


Input: [0] Domain [FDR (all)] 0.0002791 [SDKW level] Least Informative Direct [KW term]

Output: Signal

Soluble quinoprotein glucose dehydrogenase superfamily


Input: [0] Domain [FDR (all)] 0.0005282 [SDKW level] Least Informative Direct [KW term]

Output: Repeat

Soluble quinoprotein glucose dehydrogenase superfamily


Input: [0] Domain [FDR (all)] 0.0000004411 [SDKW level] Informative Direct [KW term]

Output: WD repeat

Soluble quinoprotein glucose dehydrogenase superfamily


Input: [0] Domain [FDR (all)] 0.0000005835 [SDKW level] Informative Direct [KW term]

Output: EGF-like domain

Soluble quinoprotein glucose dehydrogenase superfamily


Input: [0] Post-translational modification [FDR (all)] 0.00000001113 [SDKW level] Least Informative Direct [KW term]

Output: Glycoprotein

Soluble quinoprotein glucose dehydrogenase superfamily


Input: [System] Cardiovascular [Symptoms and Signs] – Chest pain can be present in current users of methamphetamines – Signs can range from something as severe as aortic dissection which occurs when a tear in the inner wall of the aorta causes a significant amount of blood to flow between the layers and forcing them apart – Dyspnea or shortness of breath [Physical Effects]

Output: – Meth can produce a hypertensive effect on the heart causing unnecessary stress on the cardiac muscle (See cardiovascular page) – Acute congestive heart failure (CHF) can occur over an extended period of time for constant methamphetamine users causing systolic dysfunction and “weak hearts”

Effects of Methamphetamine | Methamphetamine


Input: [System] Central Nervous System [Symptoms and Signs] – Signs include agitation, violent behavior, comas, new-onset seizures, headaches, emotional lability (constant change of emotions), hypersexuality and paranoia [Physical Effects]

Output: – Agitation and paranoia are frequent results from alternations that occur in the CNS dopamine, serotonin and glutamate pathways (see Nervous System page)

Effects of Methamphetamine | Methamphetamine


Input: [System] Respiratory [Symptoms and Signs] – Symptoms include wheezing and labored breathing – Pneumothorax, where the lung leaks air into the chest cavity due to the lining of the lung ripping away from the chest wall resulting in a collapse of the lungs. This includes the inhibition of the vessels that return blood back to the heart [Physical Effects]

Output: – Wheezing from reactive airway disease may be induced by methamphetamine – Pneumothorax may be a result from forceful inhalation from regular methamphetamine use

Effects of Methamphetamine | Methamphetamine


Input: [System] Skin [Symptoms and Signs] – Delusional parasitosis can be a symptom after an individual experiences meth. It is the mistaken belief of the infestation of parasites and small insects on the skin – Abscess which is very common in meth users, this occurs when an infection causes fluid and pus to collect in the skin – Cellulitis which is another skin infection caused by bacteria allowing inflammation of the skin [Physical Effects]

Output: – Methamphetamine injectors such as shots will frequently present the effects of abscess and cellulitis causing largely infected areas – Meth users will pick at their skin frequently blaming it on a “spider-bite” from delusional parasitosis

Effects of Methamphetamine | Methamphetamine


Input: [System] Gastrointestinal [Symptoms and Signs] – Symptoms include abdominal pain – Obstruction in the intestines – Lack of appetite and few nutrients received from energy source (food) that is absorbed in the digestive system [Physical Effects]

Output: – Severe abdominal pain may result from acute mesenteric vasoconstriction – Methamphetamine has also been associated with the formation of ulcers and ischemic colitis due to the lack of nutrients and a result of poor health

Effects of Methamphetamine | Methamphetamine


Input: [System] Dental [Symptoms and Signs] – Caries which is typically defined as the progressive break down of bone structures is typically seen in the teeth of avid meth users – Peridental abscess is similar to abscess found on the skin however the infection is present in the oral cavity [Physical Effects]

Output: –Severe caries, especially of the maxillary teeth is commonly seen in chronic methamphetamine users – The results of the tooth decay come from maxillary artery vasoconstriction or the narrowing of the blood vessels due to meth’s effects on the cardiovascular system and poor hygiene.

Effects of Methamphetamine | Methamphetamine


Input: [-Number] E101 [Name] Riboflavin (Vitamin B2) [Description] Color [Halal Status]

Output: Mushbooh (Haraam if from pork liver & Kidney, Halal if 100% plant material

Info Halal : Perisa Tambahan yang HARAM | . : : H i D U P p e r l u B E R B A K T i : : .


Input: [-Number] E120 [Name] carmines [Description] insect [Halal Status]

Output: Natural red coloring which may be extracted from the bodies of female insects called Dactilopius Coccus (level allowed 0.003-0.006)

Info Halal : Perisa Tambahan yang HARAM | . : : H i D U P p e r l u B E R B A K T i : : .


Input: [-Number] E160e [Name] Beta-apo-8-carotenal [Description] Color – Carotene [Halal Status]

Output: Halal if used as 100% dry powder or granular or Halal if vegetable oil is used as a solvent in liquid form as a hidden ingredient. Haraam if pork gelatin is used as hidden ingredient or carrier

Info Halal : Perisa Tambahan yang HARAM | . : : H i D U P p e r l u B E R B A K T i : : .


Input: [-Number] E213 [Name] Calcium Benzoate [Description] Preservative [Halal Status]

Output: Halal, if calcium obtained from mineral, Mushbooh if it is obtained from bones.

Info Halal : Perisa Tambahan yang HARAM | . : : H i D U P p e r l u B E R B A K T i : : .


Input: [-Number] E227 [Name] Calcium Hydrogen Sulphite [Description] Preservative [Halal Status]

Output: Halal, if calcium is obtained from mineral or chemicals. Mushbooh if it is obtained from bones.

Info Halal : Perisa Tambahan yang HARAM | . : : H i D U P p e r l u B E R B A K T i : : .


Input: [-Number] E282 [Name] Calcium Propionate [Description] Preservative- Acids [Halal Status]

Output: Halal if calcium obtained from mineral, Mushbooh if it obtained from bones

Info Halal : Perisa Tambahan yang HARAM | . : : H i D U P p e r l u B E R B A K T i : : .


Input: [-Number] E302 [Name] Calcium-L-Ascorbate [Description] Antioxidants- Vitamin C and derivatives [Halal Status]

Output: Halal, if the calcium source is from mineral, Mushbooh if it is from bones

Info Halal : Perisa Tambahan yang HARAM | . : : H i D U P p e r l u B E R B A K T i : : .


Input: [-Number] E304 [Name] Ascorbyl Palmitate [Description] Antioxidants- Vitamin C and derivatives [Halal Status]

Output: Halal if saturated fatty acid Palmitic acid is obtained from plant. Haraam if palmitic acid is obtained from pork fat

Info Halal : Perisa Tambahan yang HARAM | . : : H i D U P p e r l u B E R B A K T i : : .


Input: [-Number] E306 [Name] Natural Extracts rich in Tocopherols [Description] Antioxidants- Vitamin E [Halal Status]

Output: Halal If Tocopherol is obtained from plant fat. Haraam if Tocopherol is obtained from pork fat

Info Halal : Perisa Tambahan yang HARAM | . : : H i D U P p e r l u B E R B A K T i : : .


Input: [-Number] E422 [Name] Glycerol [Description] Sugar Alcohols [Halal Status]

Output: Mushbooh, called Glycerin in USA, Halal if it is from plant fat, Haraam if it is from pork fat

Info Halal : Perisa Tambahan yang HARAM | . : : H i D U P p e r l u B E R B A K T i : : .


Input: [-Number] E470 [Name] Sodium, Potassium and Calcium Salts of Fatty Acids [Description] Emulsifiers and Stabilizers – salts or Esters of Fatty Acids [Halal Status]

Output: Mushbooh, Halal if it is from plant fat, Haraam if it is from porkl fat

Info Halal : Perisa Tambahan yang HARAM | . : : H i D U P p e r l u B E R B A K T i : : .


Input: [-Number] E471 [Name] Mono-and Diglycerides of Fatty Acids [Description] Emulsifiers and Stabilizers – salts or Esters of Fatty Acids [Halal Status]

Output: Mushbooh, Halal if it is from plant fat, Haraam if it is from porkl fat

Info Halal : Perisa Tambahan yang HARAM | . : : H i D U P p e r l u B E R B A K T i : : .


Input: [-Number] E472 [Name] Various Esters of Mono-and Diglycerides of Fatty Acids [Description] Emulsifiers and Stabilizers – salts or Esters of Fatty Acids [Halal Status]

Output: Mushbooh, Halal if it is from plant fat, Haraam if it is from porkl fat

Info Halal : Perisa Tambahan yang HARAM | . : : H i D U P p e r l u B E R B A K T i : : .


Input: [-Number] E473 [Name] Sucrose Esters of Fatty Acids [Description] Emulsifiers and Stabilizers – salts or Esters of Fatty Acids [Halal Status]

Output: Mushbooh, Halal if it is from plant fat, Haraam if it is from pork fat

Info Halal : Perisa Tambahan yang HARAM | . : : H i D U P p e r l u B E R B A K T i : : .


Input: [-Number] E474 [Name] Sucroglycerides [Description] Emulsifiers and Stabilizers – salts or Esters of Fatty Acids [Halal Status]

Output: Mushbooh, Halal if it is from plant fat, Haraam if it is from pork fat

Info Halal : Perisa Tambahan yang HARAM | . : : H i D U P p e r l u B E R B A K T i : : .


Input: [-Number] E475 [Name] Polyglycerol Esters of Fatty Acids [Description] Emulsifiers and Stabilizers – salts or Esters of Fatty Acids [Halal Status]

Output: Mushbooh, Halal if it is from plant fat, Haraam if it is from pork fat

Info Halal : Perisa Tambahan yang HARAM | . : : H i D U P p e r l u B E R B A K T i : : .


Input: [-Number] E477 [Name] Propane-1,2-Diol Esters of Fatty Acids [Description] Emulsifiers and Stabilizers – salts or Esters of Fatty Acids [Halal Status]

Output: Mushbooh, Halal if it is from plant fat, Haraam if it is from pork fat

Info Halal : Perisa Tambahan yang HARAM | . : : H i D U P p e r l u B E R B A K T i : : .


Input: [-Number] E481 [Name] Sodium Stearoyl-2-Lactylate [Description] Emulsifiers and Stabilizers – salts or Esters of Fatty Acids [Halal Status]

Output: Mushbooh, Halal if it is from plant fat, Haraam if it is from pork fat

Info Halal : Perisa Tambahan yang HARAM | . : : H i D U P p e r l u B E R B A K T i : : .


Input: [-Number] E482 [Name] Calcium Stearoyl-2-Lactylate [Description] Emulsifiers and Stabilizers – salts or Esters of Fatty Acids [Halal Status]

Output: Mushbooh, Halal if it is from plant fat, Haraam if it is from pork fat

Info Halal : Perisa Tambahan yang HARAM | . : : H i D U P p e r l u B E R B A K T i : : .


Input: [-Number] E483 [Name] Stearyl Tartrate [Description] Emulsifiers and Stabilizers – salts or Esters of Fatty Acids [Halal Status]

Output: Mushbooh, Halal if it is from plant fat, Haraam if it is from pork fat

Info Halal : Perisa Tambahan yang HARAM | . : : H i D U P p e r l u B E R B A K T i : : .


Input: [0] Definition [Heart Attack] The medical term for a heart attack is myocardial infarction: a blockage of the coronary arteries leading to a decrease in blood flow. When this happens, the heart muscles die or become permanently damaged. [Sudden Cardiac Arrest (SCA)]

Output: SCA is a chaotic electrical condition of the heart resulting in the loss of blood flow to the brain and body. The most common form of SCA is ventricular fibrillation.

The Difference Between Sudden Cardiac Arrest and a Heart Attack


Input: [0] Causes [Heart Attack] Plaque made of cholesterol and other cells builds up in the walls of the heart’s arteries. When the buildup is great enough, the plaque creates a blockage, known as an occlusion, which restricts the blood supply to the heart muscle. [Sudden Cardiac Arrest (SCA)]

Output: Electrical impulses of the heart become chaotic due to a blow to the chest or other (sometimes-unknown) health-related issues. As a result, the heart stops beating regularly and begins to flutter rapidly.

The Difference Between Sudden Cardiac Arrest and a Heart Attack


Input: [0] Symptoms [Heart Attack] Warning signs of heart attack include a tightening feeling in the chest, a sore or numb left arm, lower back, neck, and/or jaw. Other signs include bad indigestion, a feeling that something heavy is sitting on your chest, and shortness of breath. [Sudden Cardiac Arrest (SCA)]

Output: Typically, there are no symptoms to SCA. Usually, the first indication of SCA is when the victim faints. The second sign is breathing cessation.

The Difference Between Sudden Cardiac Arrest and a Heart Attack


Input: [0] Victim's Response [Heart Attack] The victim of a heart attack is usually conscious and alert. [Sudden Cardiac Arrest (SCA)]

Output: A sudden cardiac arrest victim always loses consciousness from lack of oxygen.

The Difference Between Sudden Cardiac Arrest and a Heart Attack


Input: [0] Risk of Death [Heart Attack] Most victims can recover fully and lead normal lives, but about a third of heart attacks are deadly. A heart attack can lead to sudden cardiac arrest. [Sudden Cardiac Arrest (SCA)]

Output: A victim of SCA will die unless treated. If left untreated, the chances of survival decrease by 10% per minute. Typically, permanent brain damage occurs within 5-7 minutes.

The Difference Between Sudden Cardiac Arrest and a Heart Attack


Input: [0] Treatment [Heart Attack] One treatment of a heart attack can be angioplasty, which opens up the blocked vessels with a medical balloon. Afterwards, a stent can be placed in the artery to help keep it open. Other treatments include clot-busting drugs called thrombolytics or nitroglycerin to reduce chest pain. [Sudden Cardiac Arrest (SCA)]

Output: The only treatment for SCA is defibrillation from an automated external defibrillator (AED). A shock from the AED stops the chaotic electrical activity and allows the heart's sinus node to resume a normal electrical impulse.

The Difference Between Sudden Cardiac Arrest and a Heart Attack


Input: [Medicine category] Anti-cancer medicines Dasatinib, Erlotinib, Everolimus, Lapatinib, Nilotinib, Pazopanib, Sunitinib [Possible harmful effects]

Output: Rapid heartbeats that can lead to sudden death; damage to bone marrow; and/or kidney damage

Mixing grapefruit with medicines | NPS MedicineWise


Input: [Medicine category] Antibiotic medicines Erythromycin [Possible harmful effects]

Output: Rapid heartbeats that can lead to sudden death

Mixing grapefruit with medicines | NPS MedicineWise


Input: [Medicine category] Antimalarial medicines Primaquine [Possible harmful effects]

Output: Damage to bone marrow

Mixing grapefruit with medicines | NPS MedicineWise


Input: Quinine (Quinbisul, Quinate) [Possible harmful effects]

Output: Rapid heartbeats that can lead to sudden death

Mixing grapefruit with medicines | NPS MedicineWise


Input: [Medicine category] Antiviral medicines Maraviroc [Possible harmful effects]

Output: Low blood pressure, fainting

Mixing grapefruit with medicines | NPS MedicineWise


Input: Rilpivirine [Possible harmful effects]

Output: Rapid heartbeats that can lead to sudden death

Mixing grapefruit with medicines | NPS MedicineWise


Input: [Medicine category] Cholesterol and lipid medicines Atorvastatin (atorvastatin with amlodipine), simvastatin [Possible harmful effects]

Output: Damage to skeletal muscle that can lead to kidney damage

Mixing grapefruit with medicines | NPS MedicineWise


Input: [Medicine category] Medicines for heart conditions or high blood pressure Amiodarone [Possible harmful effects]

Output: Rapid heartbeats that can lead to sudden death

Mixing grapefruit with medicines | NPS MedicineWise


Input: Eplerenone [Possible harmful effects]

Output: High potassium levels in blood, serious heart arrhythmias

Mixing grapefruit with medicines | NPS MedicineWise


Input: Verapamil [Possible harmful effects]

Output: Complete heart block

Mixing grapefruit with medicines | NPS MedicineWise


Input: [Medicine category] Anti-clotting medicines Apixaban, cilostazol [Possible harmful effects]

Output: Gastrointestinal bleeding

Mixing grapefruit with medicines | NPS MedicineWise


Input: Clopidogrel (see also clopidogrel with aspirin) [Possible harmful effects]

Output: Loss of effectiveness

Mixing grapefruit with medicines | NPS MedicineWise


Input: Ticagrelor [Possible harmful effects]

Output: Gastrointestinal or kidney bleeding

Mixing grapefruit with medicines | NPS MedicineWise


Input: [Medicine category] Anxiety medicines Buspirone [Possible harmful effects]

Output: Dizziness, drowsiness

Mixing grapefruit with medicines | NPS MedicineWise


Input: [Medicine category] Cough and cold medicines Dextromethorphan [Possible harmful effects]

Output: Hallucinations, drowsiness

Mixing grapefruit with medicines | NPS MedicineWise


Input: [Medicine category] Opioid pain relievers Fentanyl (lozenge), oxycodone (Endone, OxyContin, OxyNorm) [Possible harmful effects]

Output: Reduced or slowed breathing

Mixing grapefruit with medicines | NPS MedicineWise


Input: [Medicine category] Medicines for psychotic conditions Quetiapine [Possible harmful effects]

Output: Dizziness, drowsiness

Mixing grapefruit with medicines | NPS MedicineWise


Input: Ziprasidone [Possible harmful effects]

Output: Rapid heartbeats that can lead to sudden death

Mixing grapefruit with medicines | NPS MedicineWise


Input: [Medicine category] Nausea and vomiting medicines Domperidone [Possible harmful effects]

Output: Rapid heartbeats that can lead to sudden death

Mixing grapefruit with medicines | NPS MedicineWise


Input: [Medicine category] Immune-system-modifying medicines Cyclosporin, everolimus, sirolimus, tacrolimus [Possible harmful effects]

Output: Damage to bone marrow and/or kidney damage

Mixing grapefruit with medicines | NPS MedicineWise


Input: [0] Name [1] Neonatal Amygdalar Lesion [2] Neonatal NGF-Induced Frontal Cortex Lesion [4] Prefrontal Cortical Lesion [3]

Output: Neonatal Ventral Hippocampal Lesion

Schizophrenia Research Forum: Animal Models


Input: [0] DA-related behavior [1] Enhanced amphetamine or apomorphine induced locomotion; increased novelty induced locomotor activity [2] Hyperactivity [4] Lesion potentiation of amphetamine induced locomotion under high stress conditions only [3]

Output: Enhanced locomotor responses to amphetamine with post-pubertal onset; enhanced meth-amphetamine self-administration

Schizophrenia Research Forum: Animal Models


Input: [0] Gating [1] Increased acoustic startle response but impair PPI on animals lesioned on PND 7 but not PND 21; abnormally persistent latent inhibition [4] Medial lesions only augment PPI and lesions have no effect on LI [3]

Output: Disrupted PPI; prolonged N40 latency

Schizophrenia Research Forum: Animal Models


Input: [0] Cognitive behavior [1] Impaired place navigation and spatial ability (not found by all studies); impaired spatial alternation and food hoarding [3]

Output: Various impairments in learning and memory (including set-shifting and spatial working memory)

Schizophrenia Research Forum: Animal Models


Input: [0] Social behavior [1] Social behaviors diminished in animals lesioned on PND 7 but not 21 but ventral HPC lesions did not affect social behavior [2] Social interaction deficit [3]

Output: Impaired social behavior

Schizophrenia Research Forum: Animal Models


Input: [0] Molecular and/or Morphological Signature [1] Increased lateral ventricular volume; reduced density of D1- and D2-like but not D3-like receptors and increased DA turnover in mesolimbic but not striatal regions; decreased spine density in the prefrontal cortex and nucleus accumbens [3]

Output: Reduced presynaptic protein and growth factor expression, reduced NMDA receptor expression, impaired DA receptor expression in frontal cortex; impaired maturation of PFC; brain region- and age-specific changes in GABAA receptor expression; reduced PFC spine density; enhanced sensitivity to nicotine; increased prefrontal DA output

Schizophrenia Research Forum: Animal Models


Input: [0] Response to APD [3]

Output: Locomotor responses blocked by APD, social impairments blocked by clozapine but not haloperidol; clozapine reversed enhanced novelty-induced locomotor activity and rescued neuronal atrophy in the prefrontal cortex and nucleus accumbens

Schizophrenia Research Forum: Animal Models


Input: [Wave] Radio Waves [Uses] Radio transmitters Radar Television [Dangers]


Input: [Wave] Microwaves [Uses] Microwave ovens Communication system [Dangers]

Output: Internal heating of body tissue


Input: [Wave] Infra-red [Uses] Thermal imaging Remote controls [Dangers]

Output: Burns skin


Input: [Wave] Light [Uses] Optic fibres Seeing! [Dangers]

Output: Strong light causes damage to vision.


Input: [Wave] Ultra-violet [Uses] Washing powder (whiter than white) Security marking [Dangers]

Output: Skin cancer and blindness


Input: [Wave] X rays [Uses] Taking images of the skeleton [Dangers]

Output: Mutations in cells and severe burns to the skin.


Input: [Wave] Gamma Rays [Uses] Cancer treatment Sterilisation of equipment [Dangers]

Output: Cancers and cell mutation


Input: [1] Kawasaki® [Power Components]

Output: Engine Brand

Stand-On Mowers - Vantage S-Series | Exmark


Input: [1] FX691V [Power Components]

Output: Engine Model

Stand-On Mowers - Vantage S-Series | Exmark


Input: [1] Carbureted [Power Components]

Output: Engine Type

Stand-On Mowers - Vantage S-Series | Exmark


Input: [1] V-Twin [Power Components]

Output: Engine Series

Stand-On Mowers - Vantage S-Series | Exmark


Input: [1] 3,600 rpm [Power Components]

Output: Engine Speed

Stand-On Mowers - Vantage S-Series | Exmark


Input: [1] 726 [Power Components]

Output: Engine Displacement

Stand-On Mowers - Vantage S-Series | Exmark


Input: [1] Standard Engine Manufacturer's air filter [Power Components]

Output: Air Filter

Stand-On Mowers - Vantage S-Series | Exmark


Input: [1] Two Hydro Gear 10 cc pumps powering two Parker 12 cubic inch motors. [Power Components]

Output: Drive Description

Stand-On Mowers - Vantage S-Series | Exmark


Input: [1] Infinitely variable speed selection 0–8.0 mph (12.9 kmph) forward, 0–4.0 mph (6.4 kmph) reverse [Power Components]

Output: Speed

Stand-On Mowers - Vantage S-Series | Exmark


Input: [1] Warner 200 ft-lb clutch [Power Components]

Output: PTO Engagement

Stand-On Mowers - Vantage S-Series | Exmark


Input: [1] 8-gallon (30.3-L), single fuel tank with single fill location. [Power Components]

Output: Fuel Capacity

Stand-On Mowers - Vantage S-Series | Exmark


Input: [1] Yes - Float Gauge [Power Components]

Output: Fuel Indicator

Stand-On Mowers - Vantage S-Series | Exmark


Input: [1] Allows unit movement without engine running. [Power Components]

Output: Drive Wheel Release

Stand-On Mowers - Vantage S-Series | Exmark


Input: [1] Operator Presence Controls (OPC) with safety interlock system indicators [Power Components]

Output: Safety Package

Stand-On Mowers - Vantage S-Series | Exmark


Input: [1] Standard; mechanical lift-assist springs. [Power Components]

Output: Deck Lift

Stand-On Mowers - Vantage S-Series | Exmark


Input: [1] Yes [Power Components]

Output: Carb Compliant

Stand-On Mowers - Vantage S-Series | Exmark


Input: [1] .38" thick double-yoke, smooth tread caster wheel assembly with pre-installed bearing cups. [Power Components]

Output: Casters

Stand-On Mowers - Vantage S-Series | Exmark


Input: [1] Gas Carbureted [Power Components]

Output: Fuel Type

Stand-On Mowers - Vantage S-Series | Exmark


Input: Fungi – Fungi [Rank]

Output: Kingdom

Plants Profile for Leproloma vouauxii (Vouaux's leproloma lichen)


Input: Ascomycota – Sac fungi [Rank]

Output: Division

Plants Profile for Leproloma vouauxii (Vouaux's leproloma lichen)


Input: Ascomycetes [Rank]

Output: Class

Plants Profile for Leproloma vouauxii (Vouaux's leproloma lichen)


Input: Lecanorales [Rank]

Output: Order

Plants Profile for Leproloma vouauxii (Vouaux's leproloma lichen)


Input: Pannariaceae [Rank]

Output: Family

Plants Profile for Leproloma vouauxii (Vouaux's leproloma lichen)


Input: Leproloma Nyl. ex Crombie – leproloma lichen [Rank]

Output: Genus

Plants Profile for Leproloma vouauxii (Vouaux's leproloma lichen)


Input: Leproloma vouauxii (Hue) J.R. Laundon – Vouaux's leproloma lichen [Rank]

Output: Species

Plants Profile for Leproloma vouauxii (Vouaux's leproloma lichen)


Input: [Aperture] f/22 [Shadow Detail] Dark with sharp edges [Lighting Conditions]

Output: Snow/Sand

Five Tips on How to Take Better Portraits in Natural Light - The Phoblographer


Input: [Aperture] f/16 [Shadow Detail] Distinct [Lighting Conditions]

Output: Sunny

Five Tips on How to Take Better Portraits in Natural Light - The Phoblographer


Input: [Aperture] f/11 [Shadow Detail] Soft around edges [Lighting Conditions]

Output: Slight Overcast

Five Tips on How to Take Better Portraits in Natural Light - The Phoblographer


Input: [Aperture] f/8 [Shadow Detail] Barely visible [Lighting Conditions]

Output: Overcast

Five Tips on How to Take Better Portraits in Natural Light - The Phoblographer


Input: [Aperture] f/5.6 [Shadow Detail] No shadows [Lighting Conditions]

Output: Heavy Overcast

Five Tips on How to Take Better Portraits in Natural Light - The Phoblographer


Input: [Aperture] f/4 [Shadow Detail] No shadows [Lighting Conditions]

Output: Open Shade/Sunset

Five Tips on How to Take Better Portraits in Natural Light - The Phoblographer


Input: [0] 100% Unconditional Money Guarantee [Life Force Body Wrap] Yes [Mineral Body Wraps] Maybe [Seaweed Body Wraps] Maybe [Mud Body Wraps]

Output: Maybe


Input: [0] 100% Natural Herbal Ingredients [Life Force Body Wrap] Yes [Mineral Body Wraps] No [Seaweed Body Wraps] Maybe [Mud Body Wraps]

Output: No


Input: [0] Able To Be Done At Home-By Yourself! [Life Force Body Wrap] Yes [Mineral Body Wraps] No [Seaweed Body Wraps] No [Mud Body Wraps]

Output: No


Input: [0] Can Take A Bath Easily In Solution For MAXIMUM Inch Loss [Life Force Body Wrap] Yes [Mineral Body Wraps] No [Seaweed Body Wraps] No [Mud Body Wraps]

Output: No


Input: [0] Manufacturer GMP Certified [Life Force Body Wrap] Yes [Mineral Body Wraps] Maybe [Seaweed Body Wraps] Maybe [Mud Body Wraps]

Output: Maybe