Input: [Plot] 19 [Price] £235,000 [Description]

Output: the Sand Dune 3 bedroom home with dedicated parking

Braunton Village - Pearce Construction Barnstaple


Input: [Plot] 20 [Price] £235,000 [Description]

Output: the Sand Dune 3 bedroom home with dedicated parking

Braunton Village - Pearce Construction Barnstaple


Input: [Plot] 21 [Price] £235,000 [Description]

Output: the Surf 3 bed with double parking space, potential for garage subject to permissions

Braunton Village - Pearce Construction Barnstaple


Input: [Plot] 22 [Price] £235,000 [Description]

Output: the Surf 3 bed with double parking space, potential for garage subject to permissions

Braunton Village - Pearce Construction Barnstaple


Input: [Price] Reserved [Description]

Output: DETACHED GARAGE Detached single garage and parking available by separate negotiation

Braunton Village - Pearce Construction Barnstaple


Input: [Specification] R-422D [Item]

Output: ASHRAE #


Input: [Specification] HFC [Item]

Output: Class


Input: [Specification] Blend [Item]

Output: Refrigerant Type


Input: [Specification] Mineral Oil [Item]

Output: Typical Lubricant


Input: [Specification] HCFC-22 [Item]

Output: Substitutes


Input: [Specification] HFC-125 (65.1%), HFC-134a (31.5%), HC-600a (3.4%) [Item]

Output: Contains


Input: [Specification] Moderate [Item]

Output: Glide


Input: [Specification] Lower capacity. Can replace HCFC-22 in many cases without having to change compressor lubricant. May be used with alkylbenzene, mineral oil and POE lubricants. If inadequate oil return is observed for AB addition of POE may be needed. Genetron 422D can, in most cases, be used with existing HCFC-22 thermostatic expansion valves.Larger valves may be needed in cases where the R-22 valve is near its maximum capacity.Lower discharge temperature than HCFC-22, which may extend compressor longevity. [Item]

Output: Notes


Input: This lab is about how springs stretch. Suppose you're using Fathom and you want to put multiple springs on the same graph. Here's how. [Counting Clips]

Output: Hooke’s Law


Input: Suppose you hang a weight from the center of a piece of string. How does the tension in the string depend on the horizontal distance between the ends of the string? A good exercise is statics. [Counting Clips]

Output: Hanging Isosceles Triangles


Input: Things weigh less when they're submerged in water. How much less? How does that depend on how far it's submerged? [Counting Clips]

Output: Buoyancy and Density


Input: How much weight does each leg of a table support? How does that depend on the position of stuff on the table? [Counting Clips]

Output: A Weight on a Table


Input: In this lab you keep a teeter totter balanced using two force sensors. How is the force from one related to the force from the other? How does that relationship depend on where you press? [Counting Clips]

Output: Dynamic Teeter Totter


Input: This is the first of four “ramp” labs. It's the Speed at the End extension from Rolling Down Ramps in Volume 1, expanded to a full lab. [Counting Clips]

Output: Rolling for Data


Input: Here we measure acceleration more directly, as change in speed over change in time, using two photogates. [Counting Clips]

Output: Rolling Down Ramps Redux


Input: This is exactly the same setup as the previous lab except that the track is flat. We see how amazingly small the coefficient of rolling friction is. [Counting Clips]

Output: Rolling Friction


Input: How does the force you need to push a block up a ramp depend on the angle of the ramp? [Counting Clips]

Output: Kinetic Friction on a Ramp


Input: We see how the potential energy of a pendulum bob gets converted to kinetic. This is also one more way to compute g. [Counting Clips]

Output: Pendulum and Energy Conservation


Input: Perhaps the coolest lab in the set. We study how bouncing decays by looking at the sound it makes. [Counting Clips]

Output: Bouncing Balls and Energy Loss


Input: You know how weight changes when you ride in an elevator? We use that to figure out how far you have gone. This also serves as an introduction to numerical modeling. [Counting Clips]

Output: Elevator


Input: We use numerical modeling to study collisions in detail. Here is the sketch of a cool extension where you drop stuff that's hanging from a force sensor by a string and see the impulse when it "bounces" as the string extends to full length. [Counting Clips]

Output: Impulse: The Physics of Crashing and Bouncing


Input: We study the motion of a hanging slinky as its oscillations decay. [Counting Clips]

Output: Vertical Pendulum


Input: [Black & White] Butterfinger

Output: vanilla cake with creamy peanut butter filling topped with cream cheese frosting and covered in Butterfinger chunks

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Tiramisu

Output: espresso-infused vanilla cake with Madagascar vanilla buttercream frosting sprinkled with cocoa powder

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Chocolate Mocha

Output: devil’s food cake with rich mocha frosting

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Mudslide

Output: devil’s food cake baked between two layers of Oreo cookie chunks and chocolate chips topped with chocolate buttercream frosting

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Turtle Cheesecake

Output: rich devil’s food cake with caramel cream cheese frosting topped with chopped toasted pecans and caramel drizzle

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Snickerdoodle

Output: vanilla cake with cinnamon cream cheese frosting and sugar sprinkles

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Red Velvet

Output: southern-style red velvet cake with cream cheese frosting

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Dark Chocolate

Output: devil’s food cake with dark chocolate frosting with a decadent chocolate piano stick

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Brown Sugar Caramel

Output: brown sugar cake with Madagascar vanilla buttercream frosting topped with homemade caramel drizzle and a dash of sea salt

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Chocolate Snowball

Output: devil’s food cake with cream cheese frosting topped with shredded coconut

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Vanilla

Output: vanilla cake with sweet vanilla frosting

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Vanilla Chocolate

Output: vanilla cake with dark chocolate frosting

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Banana

Output: banana cake filled with vanilla custard topped with cream cheese frosting and sprinkled with mini chocolate chips and a banana chip

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Carrot Cake

Output: nut-free carrot cake with cream cheese frosting

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Chocolate Peanut Butter

Output: devil’s food cake with creamy peanut butter filling topped with chocolate ganache frosting and chopped peanuts

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Chocolate Pretzel

Output: devil’s food cake with Madagascar vanilla buttercream topped with caramel drizzle and two chocolate covered pretzels with a sprinkle of sea salt

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Cookies & Cream

Output: vanilla cake baked with Oreo cookie chunks topped with crushed Oreo cookie vanilla frosting

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] German Chocolate Cake

Output: devil’s food cake with homemade classic coconut-pecan frosting

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Gluten-free Cupcakes

Output: gluten-free flavor varieties with the frosting of your choice. Available Friday-Sunday or by special request of 6 or more

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Grasshopper

Output: devil’s food cake baked between two layers of Oreo cookie chunks and chocolate chips topped with mint frosting and crushed cookie

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Hazelnut Chocolate Swirl

Output: vanilla cake swirled with hazelnut chocolate and topped with a hazelnut chocolate layer with hazelnut buttercream frosting

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Funfetti

Output: vanilla cake baked with colored sprinkles topped with multi colored vanilla frosting and more colored sprinkles

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Boston Cream

Output: moist and flavorful vanilla cake filled with vanilla pudding and topped with chocolate ganache

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Izzy’s Chocolate Chip

Output: brown sugar cake loaded with semi-sweet chocolate chips with chocolate ganache and more chocolate chips

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Key Lime

Output: key lime cake filled with fresh lime curd topped with cream cheese frosting

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Lemon

Output: lemon cake with sweet lemon frosting

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Mint Chocolate Chip

Output: rich devil’s food cake topped with sweet mint frosting folded with mini chocolate chips

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Coconut

Output: coconut milk cake with cream cheese frosting covered with coconut flakes

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] PB & J

Output: devil’s food cake filled with strawberry preserves with peanut butter frosting and chopped peanuts

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Caramel Mudslide

Output: devil’s food cake baked between two layers of Oreo cookie chunks and chocolate chips with Madagascar vanilla buttercream and our homemade caramel drizzle with mini chocolate chips

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Raspberry Lemonade

Output: lemon cake filled with fresh raspberry coulis with sweet lemon frosting and a raspberry drizzle

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Raspberry White Chocolate

Output: vanilla cake filled with fresh raspberry coulis with white chocolate frosting a raspberry drizzle and white chocolate curls

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Strawberry

Output: strawberry cake made with fresh strawberry puree topped with fresh strawberry frosting

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Vanilla Buttered Pecan

Output: vanilla cake with buttered pecans folded into cream cheese frosting

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Maple Bacon

Output: vanilla cake baked with salty bacon, topped with maple cream cheese drizzled with homemade caramel a sprinkle of cinnamon and more bacon

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Raspberry Cheesecake

Output: vanilla cake filled with raspberry coulis topped with cream cheese frosting raspberry drizzle and crushed graham cracker

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Vanilla Strawberry

Output: vanilla cake with fresh strawberry frosting

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Orange Creamsicle

Output: orange cake filled with orange custard topped with layers of cream cheese frosting and orange cream

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Banana Chocolate

Output: banana cake filled with vanilla custard and topped with dark chocolate frosting sprinkled with mini chocolate chips and a banana chip

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Snickers

Output: devil’s food cake loaded with Snickers pieces topped with chocolate buttercream drizzled with caramel and more Snickers pieces

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Triple Chocolate

Output: devil’s food cake topped with chocolate ganache and sprinkled with chocolate sprinkles

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Raspberry Chocolate Twist

Output: devil’s food cake baked with white chocolate pieces filled with raspberry coulis and topped with cream cheese frosting with a raspberry drizzle and white chocolate curls

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Raspberry Romance

Output: devil’s food cake filled with raspberry coulis and topped with chocolate ganache and a raspberry drizzle

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Peach Cobbler

Output: brown sugar cake filled with pureed peaches topped with cream cheese, mango drizzle and graham cracker crumbs

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Cherry Chip

Output: vanilla cake baked with chopped cherries topped with cherry-vanilla frosting

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Cinnamon Bunn

Output: brown sugar cake filled with cinnamon custard and topped with cinnamon cream cheese frosting and a vanilla glaze

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Froot Loop

Output: orange cake with strawberry frosting and colored sprinkles

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Pistachio

Output: vanilla cake filled with vanilla pudding topped with vanilla frosting folded with chopped pistachio

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] The Elvis

Output: banana cake filled with peanut butter frosting topped with ganache, chopped peanuts and a banana chip

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Hawaiian Crush

Output: coconut cake filled with crushed pineapple topped with strawberry buttercream and toasted coconut

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Chocolate Cream Pie

Output: chocolate cake topped with a layer of cream cheese, crushed chocolate sandwich cream cookie and a layer of chocolate buttercream

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] S’mores

Output: brown sugar cake baked with graham cracker and toasted marshmallow topped with ganache, mini marshmallows and crushed graham cracker

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Samora

Output: brown sugar cake topped with ganache, rimmed with toasted coconut and home-made caramel sauce

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Butterscotch

Output: vanilla cake baked with butterscotch chips topped with vanilla buttercream

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Cookie Dough

Output: vanilla cake loaded with cookie dough pieces topped with cookie dough frosting and mini chocolate chips

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Black & White] Avalanche

Output: vanilla cake baked with white chocolate pieces and chunked vanilla Oreo topped with Madagascar vanilla buttercream caramel drizzle and white chocolate curls

devil’s food cake with vanilla frosting covered with chocolate sprinkles


Input: [Carbon] Lithium [Praseodymium] Neodymium [Arsenic]

Output: Selenium


Input: [Carbon] Beryllium [Praseodymium] Samarium [Arsenic]

Output: Rubidium


Input: [Carbon] Boron [Praseodymium] Europium [Arsenic]

Output: Strontium


Input: [Carbon] Sodium [Praseodymium] Gadolinium [Arsenic]

Output: Yttrium


Input: [Carbon] Magnesium [Praseodymium] Terbium [Arsenic]

Output: Ytterbium


Input: [Carbon] Aluminum [Praseodymium] Dysprosium [Arsenic]

Output: Hafnium


Input: [Carbon] Silicon [Praseodymium] Holmium [Arsenic]

Output: Zirconium


Input: [Carbon] Phosphorus [Praseodymium] Erbium [Arsenic]

Output: Niobium


Input: [Carbon] Sulfur [Praseodymium] Thulium [Arsenic]

Output: Molybdenum


Input: [Carbon] Chlorine [Praseodymium] Erbium [Arsenic]

Output: Ruthenium


Input: [Carbon] Potassium [Praseodymium] Thulium [Arsenic]

Output: Rhodium


Input: [Carbon] Calcium [Praseodymium] Lutetium [Arsenic]

Output: Palladium


Input: [Carbon] Scandium [Praseodymium] Tantalum [Arsenic]

Output: Silver


Input: [Carbon] Titanium [Praseodymium] Tungsten [Arsenic]

Output: Cadmium


Input: [Carbon] Vanadium [Praseodymium] Osmium [Arsenic]

Output: Indium


Input: [Carbon] Chromium [Praseodymium] Platinum [Arsenic]

Output: Tin


Input: [Carbon] Manganese [Praseodymium] Mercury [Arsenic]

Output: Antimony


Input: [Carbon] Iron [Praseodymium] Lead [Arsenic]

Output: Tellurium


Input: [Carbon] Cobalt [Praseodymium] Hydrogen [Arsenic]

Output: Iodine


Input: [Carbon] Nickel [Praseodymium] Oxygen [Arsenic]

Output: Cesium


Input: [Carbon] Copper [Praseodymium] Nitrogen [Arsenic]

Output: Barium


Input: [Carbon] Zinc [Arsenic]

Output: Lanthanum


Input: [Carbon] Germanium [Arsenic]

Output: Cerium


Input: [Symbol] O¸2 [Significance] A waste product of oxygenic photosynthesis. Chemically active; it combines readily with other elements. Not present in Earth's early atmosphere because oxygenic photosynthesizers (specifically, phytoplankton) had not yet evolved. Today's atmospheric level (about 21%) is maintained by the continuing activity of phytoplankton and terrestrial green plants. Required by all aerobic organisms. Highest level, during the Permian, was 30-35%. This level fell rapidly at the end of the Permian and during the Early Triassic, to perhaps 12%. [Gas]

Output: Oxygen


Input: [Symbol] H¸2O [Significance] The primary greenhouse gas, but not one that humans have much to do with, because of the vast amount of water covering the surface of the Earth. This surface water is freely exchanged with the atmosphere (in geologists' terms, atmospheric water vapor and surface water are "in equilibrium"). The quantity of water vapor in the atmosphere is determined by temperature, and varies greatly from place to place. When temperature rises, surface water evaporation increases, raising the amount of water vapor in the local atmosphere; when temperature drops, water vapor condenses out, as rain or snow. Global warming allows the total quantity of atmospheric water vapor to increase. [Gas]

Output: Water vapor


Input: [Symbol] CO¸2 [Significance] The main greenhouse gas largely under the control of human beings. It accounts for most (roughly two-thirds) of global warming. Though there is a natural level of atmospheric carbon dioxide (with some variability over time), human beings are increasing the presence of this gas in the atmosphere at an unprecedented and likely catastrophic rate. This anthropogenic (human-caused) carbon dioxide will decline with the inevitable depletion of fossil fuels, but global warming will nonetheless increase for some time thereafter. Once the dumping of carbon dioxide into the atmosphere ceases, the amount of carbon dioxide will decline over the centuries, but an appreciable quantity (perhaps 7%) will still be around in 100,000 years. [Gas]

Output: Carbon dioxide


Input: [Symbol] CH¸4 [Significance] The primary constituent of "natural gas," this greenhouse gas is often associated with petroleum or coal, and can cause asphyxiation or explosions in coal mines. Found in huge quantities in icy lattices (hydrates) in seafloor sediments, it can be released by depressurization or warming. Has considerably greater global warming potential than carbon dioxide. Roughly one-third of current global warming is attributable to atmospheric methane (though little of the present methane comes from hydrate). [Gas]

Output: Methane


Input: [Symbol] H¸2S [Significance] A highly toxic gas, known by its rotten egg smell. Produced by sulfate-reducing organisms in anoxic marine conditions, it readily combines with iron in the blood of aerobic organisms, and, in sufficient quantities, kills them. [Gas]

Output: Hydrogen sulfide


Input: [Symbol] OH^ [Significance] This ion (electrically charged molecule) readily combines with both methane and hydrogen sulfide (among other atmospheric gases). Its presence in the upper atmosphere prevents the accumulation of much methane. [Gas]

Output: Hydroxyl


Input: [Symbol] O¸3 [Significance] With the rise of atmospheric oxygen beginning about 2 1/2 billion years ago, this gas -- composed of molecules with three oxygen atoms -- was also produced. Ozone is found both in the lowest layer of the atmosphere, the troposphere, and the next highest layer, the stratosphere (about 10 to 50 kilometers, or 6 to 30 miles high). Much of the ozone in the troposphere today is produced by internal combustion engines and electrical devices, and it contributes significantly to smog. In the stratosphere, however, though it is only a very minor constituent, ozone absorbs much solar ultraviolet radiation, thus protecting living things from this highly energetic, extremely harmful radiation. (Water also protects against ultraviolet radiation, which is why life arose in the oceans. But only the rise of atmospheric ozone allowed living things to colonize the land.) [Gas]

Output: Ozone


Input: [#] 1 [Reviews] Reviews [Title]

Output: How long is a piece of loop?

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Input: [#] 2 [Reviews] Reviews [Title]

Output: Malleable ribonucleoprotein machine: protein intrinsic disorder in the Saccharomyces cerevisiae spliceosome

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Input: [#] 3 [Reviews] Reviews [Title]

Output: The roles of STP and LTP in synaptic encoding

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Input: [#] 5 [Reviews] Reviews [Title]

Output: Bacterial curli protein promotes the conversion of PAP248-286 into the amyloid SEVI: cross-seeding of dissimilar amyloid sequences

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Input: [#] 6 [Reviews] — [Title]

Output: Soil carbon determination by thermogravimetrics

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Input: [#] 7 [Reviews] — [Title]

Output: Mutations changing tropomodulin affinity for tropomyosin alter neurite formation and extension

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Input: [#] 8 [Reviews] Reviews [Title]

Output: Dealing with the unexpected: consumer responses to direct-access BRCA mutation testing

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Input: [#] 9 [Reviews] — [Title]

Output: The effects of fixation target size and luminance on microsaccades and square-wave jerks

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Input: [#] 10 [Reviews] — [Title]

Output: Influence of the experimental design of gene expression studies on the inference of gene regulatory networks: environmental factors

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Input: [#] 11 [Reviews] Reviews [Title]

Output: Assessing insect responses to climate change: What are we testing for? Where should we be heading?

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Input: [#] 12 [Reviews] — [Title]

Output: Novel control of lactate dehydrogenase from the freeze tolerant wood frog: role of posttranslational modifications

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Input: [#] 13 [Reviews] — [Title]

Output: Dissecting the mechanisms of squirrel monkey (Saimiri boliviensis) social learning

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Input: [#] 14 [Reviews] — [Title]

Output: Simultaneous recordings of ocular microtremor and microsaccades with a piezoelectric sensor and a video-oculography system

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Input: [#] 15 [Reviews] Reviews [Title]

Output: Fluorescent protein tagging confirms the presence of ribosomal proteins at Drosophila polytene chromosomes

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Input: [#] 16 [Reviews] Reviews [Title]

Output: Na+/Ca2+ selectivity in the bacterial voltage-gated sodium channel NavAb

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Input: [#] 17 [Reviews] — [Title]

Output: Timing of molt of barn swallows is delayed in a rare Clock genotype

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Input: [#] 19 [Reviews] Reviews [Title]

Output: Perceptual elements in Penn & Teller’s “Cups and Balls” magic trick

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Input: [#] 21 [Reviews] — [Title]

Output: Glucose-6-phosphate dehydrogenase regulation in the hepatopancreas of the anoxia-tolerant marine mollusc, Littorina littorea

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Input: [#] 22 [Reviews] Reviews [Title]

Output: Poorer verbal working memory for a second language selectively impacts academic achievement in university medical students

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Input: [#] 25 [Reviews] — [Title]

Output: Repeated hands-and-knees positioning during labour: a randomized pilot study

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Input: [#] 26 [Reviews] — [Title]

Output: Organ homologies in orchid flowers re-interpreted using the Musk Orchid as a model

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Input: [#] 27 [Reviews] — [Title]

Output: Novel enzyme-polymer conjugates for biotechnological applications

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Input: [#] 28 [Reviews] — [Title]

Output: Reduced expression of glycolate oxidase leads to enhanced disease resistance in rice

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Input: [#] 29 [Reviews] — [Title]

Output: Anti-apoptotic signaling as a cytoprotective mechanism in mammalian hibernation

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Input: [#] 30 [Reviews] — [Title]

Output: A practical implementation of de-Pake-ing via weighted Fourier transformation

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Input: [#] 31 [Reviews] — [Title]

Output: Analysis of innate and acquired resistance to anti-CD20 antibodies in malignant and nonmalignant B cells

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Input: [#] 33 [Reviews] — [Title]

Output: A perfusion study of the handling of urea and urea analogues by the gills of the dogfish shark (Squalus acanthias)

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Input: [#] 34 [Reviews] Reviews [Title]

Output: Coronatine inhibits stomatal closure and delays hypersensitive response cell death induced by nonhost bacterial pathogens

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Input: [#] 36 [Reviews] Reviews [Title]

Output: Why sauropods had long necks; and why giraffes have short necks

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Input: [#] 37 [Reviews] — [Title]

Output: Pain assessment in children undergoing venipuncture: the Wong-Baker faces scale versus skin conductance fluctuations

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Input: [Acronym] DE [Notes] Electricity production at or near the point of use, irrespective of size, technology or fuel used - both off-grid and on-grid. DE includes high efficiency cogeneration (CHP), on-site renewable energy and industrial energy recycling and on-site power. [Term]

Output: Decentralized Energy

WADE : World Alliance for Decentralized Energy


Input: [Acronym] RE [Notes] Energy sources that are naturally replensihed in the short term, including non-carbon technologies such as solar energy, hydropower and wind as well as carbon-neutral technologies such as biomass. There is considerable overlap between renewables and DE. When renewables are used to generate power where it is required renewables can be said to fall within the DE definition. On the other hand large wind farms, that are built remotely from where the electricity is used, do not fall under the DE definition. [Term]

Output: Renewables/ Renewable Energy

WADE : World Alliance for Decentralized Energy


Input: [Acronym] DG [Notes] Often used interchangeably with DE although sometimes DG refers to power only whereas DE includes thermal energy and electrical power. [Term]

Output: Distributed Generation

WADE : World Alliance for Decentralized Energy


Input: [Notes] Very small scale applications of DE- usually at the scale of an individual home. [Term]

Output: Microgeneration

WADE : World Alliance for Decentralized Energy


Input: [Acronym] DE/DH/DC [Notes] Production of steam, hot water or chilled water, or a combination of the three, at a single central plant for distribution to other buildings through a network of pipes. The term is closely related to DE. It often, but not always, overlaps with DE. When district energy systems employ waste heat from electricity generation to supply heating/cooling networks they can be considered DE. In some cases, however, district energy plants are used in heat only applications in which case they are not considered DE. [Term]

Output: District Energy (District Heating/Cooling)

WADE : World Alliance for Decentralized Energy


Input: [Acronym] CHP [Notes] The simultaneous production of both electricity and useful heat. CHP can be on any scale from very large applications in refineries to tiny machines in individual homes. CHP is one type of DE. [Term]

Output: Combined Heat and Power

WADE : World Alliance for Decentralized Energy


Input: [Notes] Term used interchangeable with 'combined heat and power'. Cogeneration is the simultaneous production of both electricity and useful heat. Cogeneration can be on any scale from very large applications in refineries to tiny machines in individual homes. [Term]

Output: Cogeneration

WADE : World Alliance for Decentralized Energy


Input: [Acronym] CCHP/ CHP [Notes] CCHP is the simultaneous production of electricity and useful heat and cooling (usually by a heat powered chiller). CCHP is one type of DE. [Term]

Output: Combined Cooling Heating and Power/Cooling Heating and Power

WADE : World Alliance for Decentralized Energy


Input: [Notes] Term used interchangeably with CCHP. Trigeneration is the simultaneous production of electricity and useful heat and cooling. [Term]

Output: Trigeneration

WADE : World Alliance for Decentralized Energy


Input: [Acronym] UPS [Notes] Term often used to describe on-site power, especially in the context of emergenecy power for computers. The term is usually associated with fossil-fired generators and implies power only applications, however it can also refer to applications where waste heat is recovered in which case greater environmental benefits would be realized. [Term]

Output: Uninterupted Power Supply

WADE : World Alliance for Decentralized Energy


Input: [Notes] Usually associated with fossil-fired generators and implies power only applications, however it can also refer to applications where waste heat is recovered in which case greater environmental benefits would be realized. Renewable technologoiges are also increasingly being employed to provide backup power. [Term]

Output: Backup Generator

WADE : World Alliance for Decentralized Energy


Input: [Notes] Term closely related to DE often used to describe on-site power. The term can imply either power only or cogeneration applications. [Term]

Output: Captive Power

WADE : World Alliance for Decentralized Energy


Input: [Notes] Closely related term often used to describe on-site power. The term can imply either power only or cogeneration applications. [Term]

Output: Embedded Generation

WADE : World Alliance for Decentralized Energy


Input: [Notes] A collection of DE technologies grouped together in a specific area and often connected at a single point to the larger grid. [Term]

Output: Micro grid

WADE : World Alliance for Decentralized Energy


Input: [Acronym] DR [Notes] Often used interchangeably with 'Decentralized Energy' or 'Distributed Generation' but because a resource can also be either supply or demand side DR also includes conservation measures at the point of consumption. [Term]

Output: Distributed Resource

WADE : World Alliance for Decentralized Energy


Input: [Species] Color of pseudostem [Musa acuminata] Black or grey-brown spots [Musa balbisiana]

Output: Unmarked or slightly marked

Dee Finney's blog January 14, 2012  page 108  HARVEST, ROUNDUP, DEDICATION, PATTERNS

Comparison between the two wild banana ancestors in the Simmonds and Shepherd table (1955)


Input: [Species] Petiole canal [Musa acuminata] Erect edge, with scarred inferior leaves, not against the pseudostem [Musa balbisiana]

Output: Closed edge, without leaves, against the pseudostem

Dee Finney's blog January 14, 2012  page 108  HARVEST, ROUNDUP, DEDICATION, PATTERNS


Input: [Species] Stalk [Musa acuminata] Covered with fine hair [Musa balbisiana]

Output: Smooth

Dee Finney's blog January 14, 2012  page 108  HARVEST, ROUNDUP, DEDICATION, PATTERNS


Input: [Species] Pedicels [Musa acuminata] Short [Musa balbisiana]

Output: Long

Dee Finney's blog January 14, 2012  page 108  HARVEST, ROUNDUP, DEDICATION, PATTERNS


Input: [Species] Ovum [Musa acuminata] Two regular rows in the locule [Musa balbisiana]

Output: Four irregular rows in the locule

Dee Finney's blog January 14, 2012  page 108  HARVEST, ROUNDUP, DEDICATION, PATTERNS


Input: [Species] Elbow of the bract [Musa acuminata] Tall (< 0.28) [Musa balbisiana]

Output: Short (> 0.30)

Dee Finney's blog January 14, 2012  page 108  HARVEST, ROUNDUP, DEDICATION, PATTERNS


Input: [Species] Bend of the bract [Musa acuminata] The bract wraps behind the opening [Musa balbisiana]

Output: The bract raises without bending behind the opening

Dee Finney's blog January 14, 2012  page 108  HARVEST, ROUNDUP, DEDICATION, PATTERNS


Input: [Species] Form of the bract [Musa acuminata] Lance- or egg-shaped, tapering markedly after the bend [Musa balbisiana]

Output: Broadly egg-shaped

Dee Finney's blog January 14, 2012  page 108  HARVEST, ROUNDUP, DEDICATION, PATTERNS


Input: [Species] Peak of the bract [Musa acuminata] Acute [Musa balbisiana]

Output: Obtuse

Dee Finney's blog January 14, 2012  page 108  HARVEST, ROUNDUP, DEDICATION, PATTERNS


Input: [Species] Color of the bract [Musa acuminata] Dark red or yellow on the outside, opaque purple or yellow on the inside [Musa balbisiana]

Output: Brown-purple on the outside, crimson on the inside

Dee Finney's blog January 14, 2012  page 108  HARVEST, ROUNDUP, DEDICATION, PATTERNS


Input: [Species] Discoloration [Musa acuminata] The inside of the bract is more bright toward the base [Musa balbisiana]

Output: The inside of the bract is uniform

Dee Finney's blog January 14, 2012  page 108  HARVEST, ROUNDUP, DEDICATION, PATTERNS


Input: [Species] Scarification of the bract [Musa acuminata] Prominent [Musa balbisiana]

Output: Not prominent

Dee Finney's blog January 14, 2012  page 108  HARVEST, ROUNDUP, DEDICATION, PATTERNS


Input: [Species] Free tepal of the male flower [Musa acuminata] Corrugated under the point [Musa balbisiana]

Output: Rarely corrugated

Dee Finney's blog January 14, 2012  page 108  HARVEST, ROUNDUP, DEDICATION, PATTERNS


Input: [Species] Color of the male flower [Musa acuminata] White or cream [Musa balbisiana]

Output: Pink

Dee Finney's blog January 14, 2012  page 108  HARVEST, ROUNDUP, DEDICATION, PATTERNS


Input: [Species] Color of the markings [Musa acuminata] Orange or bright yellow [Musa balbisiana]

Output: Cream, yellow, or pale pink

Dee Finney's blog January 14, 2012  page 108  HARVEST, ROUNDUP, DEDICATION, PATTERNS


Input: [Potential Trigger Examples] Skipping meals Fasting Specific foods Food preservatives (e.g., nitrates, MSG) Alcohol and red wine Coffee, tea, and cola Artificial sweeteners Excess sugar [Trigger Category]

Output: Diet

Migraine Triggers | What Is A Migraine | Excedrin Migraine


Input: [Potential Trigger Examples] Changes in sleep patterns Oversleeping Sleeping too little Napping [Trigger Category]

Output: Sleep

Migraine Triggers | What Is A Migraine | Excedrin Migraine


Input: [Potential Trigger Examples] Menstrual cycle [Trigger Category]

Output: Hormonal changes

Migraine Triggers | What Is A Migraine | Excedrin Migraine


Input: [Potential Trigger Examples] Weather and temperature changes Barometric pressure changes [Trigger Category]

Output: Weather

Migraine Triggers | What Is A Migraine | Excedrin Migraine


Input: [Potential Trigger Examples] Bright or glaring lights Flashing lights or screens [Trigger Category]

Output: Lighting

Migraine Triggers | What Is A Migraine | Excedrin Migraine


Input: [Potential Trigger Examples] Smoke or smog Chemical odors Perfumes and fragrances [Trigger Category]

Output: Odors and pollution

Migraine Triggers | What Is A Migraine | Excedrin Migraine


Input: [Potential Trigger Examples] High or accumulated stress Anxiety, depression, or grief Stress letdown on weekends, vacation, or after ending a stressful project [Trigger Category]

Output: Stress and emotions

Migraine Triggers | What Is A Migraine | Excedrin Migraine


Input: [Potential Trigger Examples] Physical overexertion Exercising in the heat Becoming overtired Eyestrain [Trigger Category]

Output: Physical factors

Migraine Triggers | What Is A Migraine | Excedrin Migraine


Input: [Test] FBC (Full Blood Count) [Ordered when/to] Ordered as a routine screen, to check for any abnormalities [Abnormal results may indicate] Decreased platelet numbers increase bleeding tendency [Measures]

Output: Counts and evaluates size and shape of platelets, red and white blood cells (WBCs), types of WBCs; measures haemoglobin and haematocrit


Input: [Test] Coagulation Factors, Activity [Ordered when/to] Evaluate bleeding episodes [Abnormal results may indicate] Decreased activity of one or more factors may increase risk of bleeding [Measures]

Output: Individual tests to measure the function of specific coagulation factors


Input: [Test] Coagulation Factors, Antigen [Ordered when/to] When factor activity is consistently low [Abnormal results may indicate] Decreased production or increased use of one or more factors, increased risk of bleeding [Measures]

Output: Measures the quantity of individual factors


Input: [Test] D-dimer [Ordered when/to] Evaluate blood clot formation during bleeding and clotting episodes [Abnormal results may indicate] If elevated, indicates recent clotting activity may be due to acute or chronic condition, such as a thromboembolism or Disseminated intravascular coagulation (DIC) [Measures]

Output: Measures a specific type of cross-linked fibrin degradation


Input: [Test] Factor Inhibitors [Ordered when/to] Evaluate excessive bleeding and prolonged PTT [Abnormal results may indicate] If present, may cause specific factor deficiencies and excessive bleeding [Measures]

Output: Individual tests for coagulation factor antibodies


Input: [Test] Fibrinogen [Ordered when/to] Evaluate bleeding and clotting [Abnormal results may indicate] If low, may indicate decreased production or increased use; may be elevated with infection and inflammation. It is an acute phase reactant. [Measures]

Output: Reflection of clotting ability and activity


Input: [Test] International Normalised Ratio (INR) [Ordered when/to] Used specifically to monitor warfarin or other coumarin anticoagulants. [Abnormal results may indicate] The higher the ratio the less the patient is likely to clot but more to bleed. [Measures]

Output: Time to clot: a standardised version of the PT test, the results comparable between laboratories worldwide.


Input: [Test] Partial Thromboplastin Time (PTT) [Ordered when/to] -Investigate bleeding -Pre-surgical screen for risk of excessive bleeding -Monitor heparin anticoagulant therapy [Abnormal results may indicate] Prolonged PTT suggests need for further tests. May indicate: -Coagulation factor deficiency -Specific inhibitor (such as Factor VIII antibody) - Nonspecific inhibitor (such as Lupus anticoagulant) -Patient on heparin and/or blood sample contaminated with heparin [Measures]

Output: Time to clot; evaluates the intrinsic and common pathways of coagulation cascade


Input: [Test] Platelet aggregation (Platelet function test) [Ordered when/to] Evaluate bleeding, especially when platelet count normal [Abnormal results may indicate] If abnormal, increases risk of excessive bleeding; may indicate presence of one of several disorders including von Willebrand’s disease [Measures]

Output: Evaluate platelets’ ability to be activated and stick to each other (agglutinate)


Input: [Test] Platelet Function Analyzer PFA100 [Ordered when/to] Sometimes used as a pre-surgical screen or to evaluate recurrent bleeding [Abnormal results may indicate] Abnormal result may indicate acquired platelet disorder or von Willebrand’s disease. Indicates greater risk of excessive bleeding. This test has largely replaced the Bleeding time test. [Measures]

Output: An automated method to measure platelet function (this is the most widely used; there are also other analyzers)


Input: [Test] Prothrombin Time (PT) [Ordered when/to] Investigate bleeding or thrombotic episode Pre-surgical screen for risk of excessive bleeding [Abnormal results may indicate] Prolonged PT may suggest need for further tests. May be elevated in inherited or acquired conditions. [Measures]

Output: Time to clot test; evaluates the extrinsic and common pathways of coagulation cascade


Input: [Test] Ristocetin Cofactor (VWF:RCo) [Ordered when/to] Evaluate bleeding episodes [Abnormal results may indicate] VWF activity and decreased ability for platelets to adhere to injuries; may be due to von Willebrand’s disease, increased risk of bleeding VWF: Collagen binding test is often requested as an additional measure of VWF function [Measures]

Output: Indirect measure of von Willebrand factor (VWF) activity/function


Input: [Test] Thrombin Time (TT) [Ordered when/to] Help evaluate bleeding episode; sometimes when PTT prolonged; when heparin contamination suspected [Abnormal results may indicate] If elevated, heparin may be contaminating blood sample; also elevated with FDP, with very low levels of fibrinogen, and with abnormal fibrinogen [Measures]

Output: Time to clot; thrombin activates fibrinogen to fibrin stands; TT detects presence of inhibitors to this process


Input: [Test] von Willebrand Factor (VWF) Antigen (VWF: Ag) [Ordered when/to] Done together with VWF activity test (e.g. as measured by Ristocetin Cofactor); evaluate bleeding episodes [Abnormal results may indicate] If low, may indicate von Willebrand disease, increased risk of bleeding [Measures]

Output: Quantitative measure of VWF


Input: [Common Name] Basil [Latin Name] Ocimum basilicum [Properties]

Output: Warming and stimulating. Traditionally used to aid concentration, clear headaches & ease mental fatigue. An antispasmodic oil for tired muscles, chest and digestive complaints.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Benzoin [Latin Name] Styrax benzoin [Properties]

Output: Sedative, soothing and warming. Inhalations for coughs, sore throats and chest problems. Tradionally used to aid sleep and dispell grief and lonliness. Is added to skin preparations for irritated and dry skin.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Bergamot [Latin Name] Citrus bergamia [Properties]

Output: Considered relaxing and uplifting. A good antiseptic for acne, cold sores and skin care, cystitis and chest infections. A natural deodoriser when vaporised. Can be photosensitising - should not be used on skin exposed to sun.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Capejut [Latin Name] Melaleuca cajeputi [Properties]

Output: Very stimulating and penetrating aroma. Excellent for colds, coughs and sinus infections. Antiseptic. Used for muscle and joint pains.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Cedar Atlas [Latin Name] Cedrus atlantica [Properties]

Output: A soothing oil. Traditionally used for cleansing ceremonies. This oil can be helpful for insomnia. Also used for barber's rash, acne, scalp irritation. Excellent for chest congestion.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Chamomile, German [Latin Name] Matricaria recitita [Properties]

Output: Contains more azule than Roman Chamomile and therefore is deep blue. It's properties and aroma are stronger than Roman chamomile..

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Chamomile, Roman [Latin Name] Anthemis nobilis [Properties]

Output: Strongly sedative, soothing and anti-inflamatory for inflamed skin, arthritic joints and hayfever. Useful for womens problems, digestive disturbances and insomnia. Safe for babies to ease teething, colic and crankiness

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Cinnamon Leaf [Latin Name] Cinnamomum zeyl. [Properties]

Output: A beautiful scent. Used as an air freshener, to keep germs at bay. Helps rid the air of tobacco fumes. Not recommended for use directly on the skin

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Citronella [Latin Name] Cymbopogon nardus [Properties]

Output: A refreshing lemony scent, used as an air freshener and insect repellent.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Clary-sage [Latin Name] Salvia sclerea [Properties]

Output: Deeply relaxing. Excellent nerve tonic. Antispasmodic properties used for aching muscles, back pain and period cramps. Also for asthma, migraine and womens problems. Do not use after taking alcohol as it may induce very lurid dreams.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Clove Bud [Latin Name] Eugenia caryoph. [Properties]

Output: A powerful antiseptic. Not recommended for use on the skin. Vaporise to keep germs at bay.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Coriander [Latin Name] Coriandum sativum [Properties]

Output: Warming and stimulating. Useful for the digestive system and for rheumatic aches and pains, as well as aching muscles and chills.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Cypress [Latin Name] Cupressus sempervirens [Properties]

Output: Relaxing and refreshing. An astringent for circulatory problems. May help relieve piles and varicose veins. Also used for aching muscles, asthma and heavy periods. An anti-perspirant and deoderant.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Eucalyptus Globulus [Latin Name] Eucalyptus globulus [Properties]

Output: Strongly antiseptic for chest and sinus infections, colds and cystitis. Useful for rheumatism and arthritis.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Eucalyptus Citriodora [Latin Name] Eucalyptus citriodora [Properties]

Output: A lemon scented species paticularly useful for inflamed joints and tendonitis or busitis.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Eucalyptus Smithii [Latin Name] Eucalyptus smithii [Properties]

Output: A gender species suitable for use with young children and babies instead of Eucalyptus globulus.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Fennel, Sweet [Latin Name] Foeniculum vulgare [Properties]

Output: Excellent for catarrhal congestion and as a digestive tonic. Detoxifying for cellulite and water retention. Oestrogen-like for menopausal symptoms and P.M.T.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Frankincense [Latin Name] Boswellia thurfera/carterii [Properties]

Output: Deeply relaxing aroma. Used to prevent wrinkles and heal scars and stretch marks. For respitory problems as it encourages slower, deeper breathing. An aid to meditation and relaxation.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Geranium [Latin Name] Pelargonium graveolens [Properties]

Output: Widely used for women's problems and skin care. Balancing for hormones and emotions. Use cautiously on very sensitive skins.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Ginger [Latin Name] Zingiber officinale [Properties]

Output: Warming and stimulating. Used for cold's and 'flu'. Stimulates the circulation and digestion. Relieves nausea.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Grapefruit [Latin Name] Citrus paradisi [Properties]

Output: Excellent refreshing properties for the body and mind. Reputedly helpful for jet lag. Also considered detoxifying.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Jasmine [Latin Name] Jasminum grandiflorum [Properties]

Output: Not available as an essential oil. The absolute is produced by extraction with solvents and should be used with caution. A deeply sensual aroma. Used for depression, skin care, and as a reproductive tonic. Said to improve self confidence.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Juniper [Latin Name] Juniperus communis [Properties]

Output: A sedative oil for the mind, but very stimulating for the body. A diuretic and urinary antiseptic. Avoid in pregnancy and kidney disease.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Lavender [Latin Name] Lavandula angustifolia [Properties]

Output: This is the most versatile and popular oil. Healing and balancing for the body and soul. Used for skin care and relaxation. Safe for children. Acne, burns, bruises, colds, flu, athletes foot,etc, etc.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Lemon [Latin Name] Citrus limonum [Properties]

Output: Refreshing and uplifting. Tonic for circulation and the immune system. Reputed to remove warts, verrucae and corns, as well as detoxifying the body.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Lemongrass [Latin Name] Cymbopogon citratus [Properties]

Output: Useful for mental and physical fatigue and overworked muscles. Relaxing to the mind. Also for open pores and acne. A fungicidal oil.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Mandarin [Latin Name] Citrus reticulata [Properties]

Output: Gentle enough to use on babies and the elderly. Excellent for insomnia and digestive disturbance. Also used for stretch marks and scarring.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Marjoram, Sweet [Latin Name] Origanum majorana [Properties]

Output: A warming and soothing oil. Used for anxiety, grief, insomnia and stress. Also for muscular, digestive and menstrual pain, constipation and migrane.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Myrrh [Latin Name] Commiphora myrrha [Properties]

Output: A relaxing aroma, with excellent healing properties. Especially good for sore throats, slow healing wounds and fungal infections.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Neroli [Latin Name] Citrus aurantium Amara [Properties]

Output: Distilled from the flowers of the Orange tree, this oil has a truly beautiful aroma, but is expensive. Excellent for sensitive skins. Used for all sorts of anxiety and depression. Safe to use in pregnancy. Also good for the digestive system. Said to improve self confidence.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Niaouli [Latin Name] Melaleuca viridiflora [Properties]

Output: A close relative of tea tree. Similar properties to capejut and eucaliptus.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Nutmeg [Latin Name] Myristica fragrans [Properties]

Output: A very potent oil. Warming and stimulating. Traditionally used for the digestion and as an anti-infectious oil. Not recommended for home use.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Orange,Sweet [Latin Name] Citrus sinensis [Properties]

Output: Relaxing and refreshing. A good digestive tonic.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Palmarosa [Latin Name] Cymbopogon martini [Properties]

Output: A sweet aroma. Excellent for nervous exhaustion and stress related problems. Also for skin care.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Patchouli [Latin Name] Pogostemon cablin [Properties]

Output: People love or hate this aroma. Very balancing emotionally and physically. Useful for the circulation and dry or chapped skin, as well as general skin care.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Peppermint [Latin Name] Mentha piperita [Properties]

Output: Excellent for headaches and migrane, digestive problems, nausea and sinusitus. Do not use on children under 3.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Pepper, Black [Latin Name] Piper nigrum [Properties]

Output: Stimulating, warming and toning. Used by dancers and athletes to promote suppleness and muscle tone. Aches pains and chills. A digestive tonic. Avoid in kidney disease.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Petitgrain [Latin Name] Citrus aurantium [Properties]

Output: From the leaves of the orange tree. Similar to Neroli in action but far less expensive, the aroma is less refined but still delightful. An excellent relaxant, yet uplifting and a useful antispasmodic, especially for nervous diarrhoea and tummy problems. Good for sensitive skins.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Pine [Latin Name] Pinus sylvestris [Properties]

Output: Energising and antiseptic. For stress, fatigue and burnout. Respitory infections.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Rose Otto [Latin Name] Rosa damascena [Properties]

Output: Distilled from the rose. It takes very many petals to produce a few drops, which explains the high cost. The absolute is produced by solvent extraction and therefore only the Otto should be used in aromatherapy. The most feminine of oils. Considered excellent for grief and depression. Also a reproductive tonic. Used for skin care.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Rosemary [Latin Name] Rosmarinus officinalis [Properties]

Output: Some caution with this oil as there are several contraindications. However, excellent for stimulating the brain, clearing the senses and treating headaches. Also respiratory catarrh and sinusitis. Digestive problems and muscle or joint pain. Very stimulating.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Sandalwood Agmark [Latin Name] Santalum album [Properties]

Output: Relaxing and sensual. A special affinity for the respitory and urinary systems as a disinfectant. Soothes dry coughs and sore throats. Also used in skin care. Balances sebum production and therefore good for all skin types.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Spearmint [Latin Name] Mentha spicata [Properties]

Output: Much sweeter and less piercing than peppermint. Similar uses.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Spruce, Black [Latin Name] Picea mariana [Properties]

Output: Similar to pine, but more pleasing aroma.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Tea Tree [Latin Name] Melaleuca alternifolia [Properties]

Output: Effective against bacteria and fungi. Used for acne, spots, abscesses, athlete's foot, ringworm and thrush. Also mosquito bites, stings and grazes. Cold's and flu - boosts the immune system.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Vetivert [Latin Name] Vetivera zizanoides [Properties]

Output: A heavy aroma which is excellent as a sedative. Balancing for the mind and body.

Essential Oil Uses - McSean’s Herbal Emporium


Input: [Common Name] Ylang-Ylang 3 [Latin Name] Cananga odorata [Properties]

Output: A sweet aroma. Can lower blood pressure and deepen the breathing. Excellent sedative for extreme anxiety. Traditionally used for the skin and hair. Too much can be rather nauseating.

Essential Oil Uses - McSean’s Herbal Emporium


Input: A 40% reduction of incident early age-related maculopathy was associated with fish consumption at least once a week. Eating fish may help preserve eyesight in older people. [Problem] Preserve and help are both active and causal; may help sounds like a caveat designed to convey uncertainty, but causality is still implied. [Suggested language] People who ate fish at least once a week were observed to have fewer cases of a certain type of eye problem. However, a true experimental randomized trial would be required in order to attribute this to their fish consumption, rather than to some other factor in their lives. This was an observational study  not a trial. [Study design]

Output: Prospective cohort study of dietary fat and age-related maculopathy (observational)

Observational Studies - Does The Language Fit The Evidence? - Association Versus Causation - HealthNewsReview.org


Input: Activity energy expenditure was strongly associated with lower risk of mortality in healthy older adults. For every 287 kcal/day in free-living activity energy expenditure, there is approximately a 30% lower risk of mortality. The authors calculated that participants who did 75 minutes a day of activities lowered their risk of dying by 30% [Problem] Lowered their risk is causal; strongly associated with lower risk is not. [Suggested language] The researchers observed that people who used more energy in daily living had a lower risk of dying (within a certain time period). However, an observational study like this one can’t prove that using more energy in daily activity actually caused the lower risk of dying, because other factors may have played a role. [Study design]

Output: Prospective cohort study of the relationship between free-living activity energy expenditure and mortality in older adults (observational)

Observational Studies - Does The Language Fit The Evidence? - Association Versus Causation - HealthNewsReview.org


Input: Compared with women who reported 0 cups of coffee per day, women who consumed 6 or more had a 22% lower risk of diabetes Overall, those who drank the most [coffee] were 22 percent less likely to have diabetes, with decaf drinkers reaping somewhat greater benefit [Problem] 22 percent less likely is correct; reaping greater benefit is causal. [Suggested language] Overall, those who drank the most coffee were 22 percent less likely to have diabetes. But, this type of study cannot prove that coffee drinking actually caused the lower chance of getting diabetes. A randomized trial is needed to show cause and effect. [Study design]

Output: Prospective cohort study of the relationship between coffee consumption and diabetes among postmenopausal women (observational)

Observational Studies - Does The Language Fit The Evidence? - Association Versus Causation - HealthNewsReview.org


Input: Among women, higher consumption of fish is associated with a lower risk of coronary heart disease (CHD), particularly CHD deaths Women who ate fish 5 times a week cut their risk of dying later from a heart attack by half [Problem] Cut their risk of dying is causal. [Suggested language] Compared to women who rarely ate fish, those who ate fish regularly had less heart disease and related death. But, this type of study, which just observes people, rather than randomly assigning them to eat fish or not, cannot prove that fish consumption had a protective effect. [Study design]

Output: Prospective cohort study of fish intake and coronary heart disease in women (Nurses’ Health Study; observational)

Observational Studies - Does The Language Fit The Evidence? - Association Versus Causation - HealthNewsReview.org


Input: Long-term daily use of adult-strength aspirin may be associated with modestly reduced overall cancer incidence Higher aspirin dose seems to stave off some cancers The strongest effect was for colon cancer. [Problem] Stave off is causal and active; effect is causal. Seems to, used as a caveat, does not undo the implication of causality. [Suggested language] Because the study was based on observation rather than a true experiment, we still dont know whether aspirin truly had a protective effect against cancer. A randomized trial would be needed to prove that causal link. [Study design]

Output: Prospective cohort study of aspirin use and cancer incidence among U.S. men and women (observational)

Observational Studies - Does The Language Fit The Evidence? - Association Versus Causation - HealthNewsReview.org


Input: Ever-use of alcohol over the past 20 years was associated with a 1.3-fold increased risk of breast cancer drinking alcohol at any time in the previous 20 years increased breast cancer risk 30 percent [Problem] Increased was converted into an active, causal verb, though researchers had used it as an adjective in a noncausal statement [Suggested language] But readers shouldn’t jump to the conclusion that alcohol use increases breast cancer risk. That’s a conclusion that such an observational study cant reach. Other factors in the women’s lives may have accounted for the risk. Only a randomized clinical trial can establish a cause. [Study design]

Output: Case-control study of alcohol use and risk of breast cancer (observational)

Observational Studies - Does The Language Fit The Evidence? - Association Versus Causation - HealthNewsReview.org


Input: Long-term [acid suppression] therapy, particularly at high doses, is associated with an increased risk of hip fracture Drugs that suppress acids may make fractures more likely Taking proton pump inhibitors for more than a year increased the likelihood of a hip fracture by 44 percent [Problem] Make fractures more likely is causal, as is increased the likelihood; the caveat may does not undo the suggestion of causality [Suggested language] The study showed that people who took proton pump inhibitors for more than a year were 44 percent more likely to have a hip fracture. Such a conclusion would require a randomized trial that includes a control group who didn’t take the drugs. In this observational study some other factor might have increased fractures. That doesnt mean that the statistical link (association) isn’t real; it just means a study like this can’t prove that the drugs were the culprits. [Study design]

Output: Nested case-control study of the relationship between acid suppression and hip fractures in patients (observational)

Observational Studies - Does The Language Fit The Evidence? - Association Versus Causation - HealthNewsReview.org


Input: [Species] Aeluroscalabotes felinus [2] View [Common Name (sort)]

Output: Malaysian Cat Gecko


Input: [Species] Afroedura sp. [2] View [Common Name (sort)]

Output: African Flat Gecko


Input: [Species] Afroedura transvaalica transvaalica [2] View [Common Name (sort)]

Output: African Flat Gecko


Input: [Species] Agamura persica [2] View [Common Name (sort)]

Output: Spider Gecko


Input: [Species] Bavayia cyclura [2] View [Common Name (sort)]

Output: New Caledonian Velvet Gecko


Input: [Species] Bavayia robusta [2] View [Common Name (sort)]

Output: New Caledonian Giant Velvet Gecko


Input: [Species] Chondrodactylus angulifer angulifer [2] View [Common Name (sort)]

Output: Giant Sand Gecko


Input: [Species] Christinus Marmoratus [2] View [Common Name (sort)]

Output: Australian Marbled Gecko


Input: [Species] Cnemaspis africana [2] View [Common Name (sort)]

Output: Forest Gecko


Input: [Species] Coleonyx brevis [2] View [Common Name (sort)]

Output: Texas Banded Gecko


Input: [Species] Coleonyx elegans elegans [2] View [Common Name (sort)]

Output: Belize Banded Gecko


Input: [Species] Coleonyx mitratus [2] View [Common Name (sort)]

Output: Central American Banded Gecko


Input: [Species] Coleonyx variegatus bogerti [2] View [Common Name (sort)]

Output: Tuscon Banded Gecko


Input: [Species] Coleonyx variegatus variegatus [2] View [Common Name (sort)]

Output: Western Banded Gecko


Input: [Species] Cyrtodactylus louisadensis [2] View [Common Name (sort)]

Output: Giant Bent Toed Gecko


Input: [Species] Cyrtodactylus peguensis peguensis [2] View [Common Name (sort)]

Output: Thai Bent Toed Gecko


Input: [Species] Cyrtodactylus peguensis zebraicus [2] View [Common Name (sort)]

Output: Thai Bent Toed Gecko


Input: [Species] Cyrtodactylus pulchellus [2] View [Common Name (sort)]

Output: Jeweled Gecko


Input: [Species] Cyrtopodian scaber [2] View [Common Name (sort)]

Output: Egyptian Rock Gecko


Input: [Species] Diplodactylus conspicillatus [2] View [Common Name (sort)]

Output: Australian Fat Tail Gecko


Input: [Species] Diplodactylus steindachneri [2] View [Common Name (sort)]

Output: Steindachneri's Gecko


Input: [Species] Eublepharis macularis [2] View [Common Name (sort)]

Output: Leopard Gecko


Input: [Species] Geckolepis maculata [2] View [Common Name (sort)]

Output: Golden Fish Scaled Gecko


Input: [Species] Geckonia chazalaie [2] View [Common Name (sort)]

Output: Helmetted Gecko


Input: [Species] Gehyra mutilata [2] View [Common Name (sort)]

Output: House Gecko


Input: [Species] Gehyra vorax [2] View [Common Name (sort)]

Output: Halamahera Island Gaint Gecko


Input: [Species] Gekko badenii [2] View [Common Name (sort)]

Output: Unknown


Input: [Species] Gekko gecko [2] View [Common Name (sort)]

Output: Tokay Gecko


Input: [Species] Gekko grossmani [2] View [Common Name (sort)]

Output: Marbled Gecko


Input: [Species] Gekko smithi [2] View [Common Name (sort)]

Output: Green Eyed Tokay Gecko


Input: [Species] Gekko ulikovski [2] View [Common Name (sort)]

Output: Golden Gecko


Input: [Species] Gekko vittatus [2] View [Common Name (sort)]

Output: White Lined Gecko


Input: [Species] Goniurosaurus araneus [2] View [Common Name (sort)]

Output: Chinese Tiger Gecko


Input: [Species] Goniurosaurus luii [2] View [Common Name (sort)]

Output: Chinese Cave Gecko


Input: [Species] Hemidactylus frenatus [2] View [Common Name (sort)]

Output: House Gecko


Input: [Species] Hemidactylus sp. [2] View [Common Name (sort)]

Output: House Gecko


Input: [Species] Hemidactylus tanganicus [2] View [Common Name (sort)]

Output: Diamond Gecko


Input: [Species] Hemidactylus turcicus [2] View [Common Name (sort)]

Output: Mediterrainen Gecko


Input: [Species] Hemitheconyx caudicinctus [2] View [Common Name (sort)]

Output: African Fat Tail Gecko


Input: [Species] Heteronoia binoei [2] View [Common Name (sort)]

Output: Binoe's Gecko


Input: [Species] Holodactylus africanus [2] View [Common Name (sort)]

Output: African Clawed Gecko


Input: [Species] Homonata fasciata [2] View [Common Name (sort)]

Output: Prickly Gecko


Input: [Species] Homopholis boivini [2] View [Common Name (sort)]

Output: Boivini's Velvet Gecko


Input: [Species] Homopholis fasciata [2] View [Common Name (sort)]

Output: Banded Velvet Gecko


Input: [Species] Homopholis sakalava [2] View [Common Name (sort)]

Output: Sakalava's Velvet Gecko


Input: [Species] Lepidodactylus lugubris [2] View [Common Name (sort)]

Output: Mourning Gecko


Input: [Species] Lygodactylus angularis [2] View [Common Name (sort)]

Output: Angulated Dwarf Gecko


Input: [Species] Lygodactylus capensis [2] View [Common Name (sort)]

Output: Cape Dwarf Gecko


Input: [Species] Nephrurus amyae [2] View [Common Name (sort)]

Output: Rough Knob-tailed Gecko


Input: [Species] Nephrurus levis levis [2] View [Common Name (sort)]

Output: Smooth Knob Tail Gecko


Input: [Species] Nephrurus levis pilbarensis [2] View [Common Name (sort)]

Output: Central Knob Tail Gecko


Input: [Species] Oedura castlenaui [2] View [Common Name (sort)]

Output: Northern Velvet Gecko


Input: [Species] Oedura coggeri [2] View [Common Name (sort)]

Output: Northern Spotted Velvet Gecko


Input: [Species] Oedura lesueurii [2] View [Common Name (sort)]

Output: Lesuer\'s velvet gecko


Input: [Species] Oedura monilis [2] View [Common Name (sort)]

Output: Occelated Velvet Gecko


Input: [Species] Oedura robusta [2] View [Common Name (sort)]

Output: Robust Velvet Gecko


Input: [Species] Pachydactylus bibroni [2] View [Common Name (sort)]

Output: Bibron's Gecko


Input: [Species] Pachydactylus tigrinus [2] View [Common Name (sort)]

Output: African Tiger Gecko


Input: [Species] Paroedura androyensis [2] View [Common Name (sort)]

Output: Pygmy Panther Gecko


Input: [Species] Paroedura bastardi bastardi [2] View [Common Name (sort)]

Output: Madagascar Spiny Gecko


Input: [Species] Paroedura bastardi ibityensis [2] View [Common Name (sort)]

Output: Madagascar Spiny Gecko


Input: [Species] Paroedura masobe [2] View [Common Name (sort)]

Output: Madagascar Big Eyed Gecko


Input: [Species] Paroedura oviceps [2] View [Common Name (sort)]

Output: Madagascar Spiny Ground Gecko


Input: [Species] Paroedura pictus [2] View [Common Name (sort)]

Output: Panther Gecko


Input: [Species] Paroedura sp. [2] View [Common Name (sort)]

Output: Madagascar Giant Panther Gecko


Input: [Species] Paroedura stumpffii [2] View [Common Name (sort)]

Output: Madagascar Bronze Eyed Gecko


Input: [Species] Phelsuma flavigularis [2] View [Common Name (sort)]

Output: Yellow Throated Day Gecko


Input: [Species] Phelsuma laticauda angularis [2] View [Common Name (sort)]

Output: Angulated Day Gecko


Input: [Species] Phelsuma laticauda laticauda [2] View [Common Name (sort)]

Output: Golddust Day Gecko


Input: [Species] Phelsuma leiogaster isakae [2] View [Common Name (sort)]

Output: Isakae's Day Gecko


Input: [Species] Phelsuma leiogaster leiogaster [2] View [Common Name (sort)]

Output: Leiogaster's Day Gecko


Input: [Species] Phelsuma lineata bombetokensis [2] View [Common Name (sort)]

Output: Lined Day Gecko


Input: [Species] Phelsuma lineata chloroscelis [2] View [Common Name (sort)]

Output: Lined Day Gecko


Input: [Species] Phelsuma madagascariensis grandis [2] View [Common Name (sort)]

Output: Gaint Day Gecko


Input: [Species] Phelsuma madagascariensis kochi [2] View [Common Name (sort)]

Output: Koch's Day Gecko


Input: [Species] Phelsuma mutabilis [2] View [Common Name (sort)]

Output: Grey Day Gecko


Input: [Species] Phelsuma ornata ornata [2] View [Common Name (sort)]

Output: Ornate Day Gecko


Input: [Species] Phelsuma quadriocellata parva [2] View [Common Name (sort)]

Output: Peacock Day Gecko


Input: [Species] Phelsuma quadriocellata quadriocellata [2] View [Common Name (sort)]

Output: Peacock Day Gecko


Input: [Species] Phelsuma robertmertensi [2] View [Common Name (sort)]

Output: Robert Merten's Day Gecko


Input: [Species] Phelsuma serraticauda [2] View [Common Name (sort)]

Output: Flat Tailed Day Gecko


Input: [Species] Phelsuma standingi [2] View [Common Name (sort)]

Output: Standing's Day Gecko


Input: [Species] Phelsuma v-nigra v-nigra [2] View [Common Name (sort)]

Output: Comoro Day Gecko


Input: [Species] Ptychozoon khuli [2] View [Common Name (sort)]

Output: Flying Gecko


Input: [Species] Ptyodactylus hasselquisti [2] View [Common Name (sort)]

Output: Fan Footed Gecko


Input: [Species] Ptyodactylus reggazi [2] View [Common Name (sort)]

Output: Gaint Fan Footed Gecko


Input: [Species] Rhacodactylus auriculatus [2] View [Common Name (sort)]

Output: Gargoyle Gecko


Input: [Species] Rhacodactylus ciliatus [2] View [Common Name (sort)]

Output: Crested Gecko


Input: [Species] Rhacodactylus leachianus [2] View [Common Name (sort)]

Output: New Caledonian Gaint Gecko


Input: [Species] Rhacodactylus sarasinorum [2] View [Common Name (sort)]

Output: Sarasins' Giant Gecko


Input: [Species] Sphaerodactylus ariasae [2] View [Common Name (sort)]

Output: Carribean gecko / Jaragua Sphaero


Input: [Species] Stenodactylus khorensis [2] View [Common Name (sort)]

Output: Egyptain Sand Gecko


Input: [Species] Strophurus ciliaris ciliaris [2] View [Common Name (sort)]

Output: Spiny Tailed Gecko


Input: [Species] Tarentola annularis [2] View [Common Name (sort)]

Output: White Spotted Gecko


Input: [Species] Tarentola mauretanica [2] View [Common Name (sort)]

Output: Moorish Gecko


Input: [Species] Teratolepis fasciata [2] View [Common Name (sort)]

Output: Viper Gecko


Input: [Species] Teratoscincus prezwalski [2] View [Common Name (sort)]

Output: Prezwalski's Frog Eye Gecko


Input: [Species] Teratoscincus roborowski [2] View [Common Name (sort)]

Output: Tibetan Frog Eye Gecko


Input: [Species] Teratoscincus scincus keyserlingi [2] View [Common Name (sort)]

Output: Gaint Frog Eye Gecko


Input: [Species] Teratoscincus scincus scincus [2] View [Common Name (sort)]

Output: Frog Eye Gecko


Input: [Species] Teratoscincus scincus sp. [2] View [Common Name (sort)]

Output: Colorful Frog Eye Gecko


Input: [Species] Thecadactylus rapicauda [2] View [Common Name (sort)]

Output: Turnip Tail Gecko


Input: [Species] Tropiocolotes tripolitanus sp. [2] View [Common Name (sort)]

Output: Mini-Desert Gecko


Input: [Species] Underwoodisaurus Milii [2] View [Common Name (sort)]

Output: Barking Gecko


Input: [Species] Uroplatus ebenaui [2] View [Common Name (sort)]

Output: Spear Leaf Tailed Gecko


Input: [Species] Uroplatus fimbriatus [2] View [Common Name (sort)]

Output: Gaint Leaf Tailed Gecko


Input: [Species] Uroplatus henkeli [2] View [Common Name (sort)]

Output: Frilled Leaf Tailed Gecko


Input: [Species] Uroplatus lineatuos [2] View [Common Name (sort)]

Output: dwarf leaf tail gecko


Input: [Species] Uroplatus lineatus [2] View [Common Name (sort)]

Output: Lined Leaf Tailed Gecko


Input: [Species] Uroplatus phantasticus [2] View [Common Name (sort)]

Output: Satanic Leaf Tailed Gecko


Input: [Species] Uroplatus sikorae sameiti [2] View [Common Name (sort)]

Output: Mossy Leaf Tailed Gecko


Input: [Component Name] Clarifier/ Softener [Primary Purpose] Remove suspended material to protect more sensitive equipment [Typical Monitoring] Inlet: pH, turbidity, and temperature Gound water: hardness Effluent turbidity (principal determination of clarifier performance) [Hach Recommendations] Differential pH Digital Sensor (DPD1P1) 1720E Low Range Process Turbidimeter and sc200 Controller 2100Q Portable Turbidimeter 2100AN Laboratory Turbidimeter APA6000 Low Range or High Range Hardness Analyzer Digital titrator for hardness DR 5000™ UV-Vis Spectrophotometer DR 3900™ Benchtop Spectrophotometer [Methods]

Output: Gravity or pressure filters

Pre-Treatment Strategies for Optimal Boiler Performance | Hach


Input: [Component Name] Sand or Multi-Media Filters [Primary Purpose] Remove or reduce suspended solids, organic carbon and colloidal silica from raw water source [Typical Monitoring] pH TSS Pressure on inlet Differential pressure [Hach Recommendations] sc200 or sc1000 controllers with GLI D3422A2 high purity conductivity sensors [Methods]

Output: Coagulation, flocculation and sedimentation using various additives

Pre-Treatment Strategies for Optimal Boiler Performance | Hach


Input: [Component Name] Clearwell [Primary Purpose] Allows disinfectant time for contact with water [Typical Monitoring] Chlorine residual Turbidity [Hach Recommendations] CL17 Free Residual or Total Residual Chlorine Analyzer CLF10 sc Free and CLT10 sc Total Reagentless Chlorine Sensor Pocket Colorimeter II (Free and Total Chlorine) AutoCAT 9000 Chlorine Amperometric Titrator [Methods]

Output: Chlorine addition

Pre-Treatment Strategies for Optimal Boiler Performance | Hach


Input: [Component Name] Reverse Osmosis (RO) [Primary Purpose] Removes dissolved ions from water to minimize loading of demineralizer [Typical Monitoring] SDI (Silt Density Index) on inlet Conductivity Temperature Pressure Bisulfite (chlorine removal upstream of RO) [Hach Recommendations] sc200 or sc1000 controllers with GLI D3422A2 high purity conductivity sensors [Methods]

Output: Membranes

Pre-Treatment Strategies for Optimal Boiler Performance | Hach


Input: [Component Name] Ion Exchange Demineralizers [Primary Purpose] To remove cations and anions from water [Typical Monitoring] pH Conductivity Silica Sodium [Hach Recommendations] 8362sc High Purity Water Panel sc200 or sc1000 controllers with GLI D3422A2 high purity conductivity sensors Series 5000 Silica Analyzer 9240/9245 Sodium Analyzers [Methods]

Output: Ion exchange resins including mixed-bed resins, strong and weak anion and strong and weak cation resins

Pre-Treatment Strategies for Optimal Boiler Performance | Hach


Input: [Component Name] Condenser [Primary Purpose] Condense steam for re-use as boiler feedwater [Typical Monitoring] pH Conductivity Silica Sodium Dissolved Oxygen [Hach Recommendations] 8362sc High Purity Water Panel sc200 or sc1000 controllers with GLI D3422A2 high purity conductivity sensors Series 5000 Silica Analyzer 9240/9245 Sodium Analyzer K1100 Dissolved Oxygen Sensor [Methods]

Output: Once through or recirculating

Pre-Treatment Strategies for Optimal Boiler Performance | Hach


Input: [Material name] Material sense [Synthetic leather] Hard [Genuine leather] Soft [Domestic MF leather]

Output: Soft

jumotsudo | Rakuten Global Market: ★ ★ Belle-friendly Shoe Studio-ギャザーバレエシューズベル Bell shoes Kobe shoes koube / / Christmas / birthday gifts / gifts / celebrations


Input: [Material name] Weight [Synthetic leather] Light [Genuine leather] Heavy [Domestic MF leather]

Output: Light

jumotsudo | Rakuten Global Market: ★ ★ Belle-friendly Shoe Studio-ギャザーバレエシューズベル Bell shoes Kobe shoes koube / / Christmas / birthday gifts / gifts / celebrations


Input: [Material name] Breathable [Synthetic leather] Bad [Genuine leather] Good [Domestic MF leather]

Output: Good

jumotsudo | Rakuten Global Market: ★ ★ Belle-friendly Shoe Studio-ギャザーバレエシューズベル Bell shoes Kobe shoes koube / / Christmas / birthday gifts / gifts / celebrations


Input: [Material name] Durability [Synthetic leather] Weak [Genuine leather] Strong [Domestic MF leather]

Output: Strong

jumotsudo | Rakuten Global Market: ★ ★ Belle-friendly Shoe Studio-ギャザーバレエシューズベル Bell shoes Kobe shoes koube / / Christmas / birthday gifts / gifts / celebrations


Input: [Material name] Antibacterial properties [Synthetic leather] Good [Genuine leather] Poor (mold easily) [Domestic MF leather]

Output: Very good

jumotsudo | Rakuten Global Market: ★ ★ Belle-friendly Shoe Studio-ギャザーバレエシューズベル Bell shoes Kobe shoes koube / / Christmas / birthday gifts / gifts / celebrations


Input: [Material name] Stretch [Synthetic leather] No [Genuine leather] The [Domestic MF leather]

Output: The

jumotsudo | Rakuten Global Market: ★ ★ Belle-friendly Shoe Studio-ギャザーバレエシューズベル Bell shoes Kobe shoes koube / / Christmas / birthday gifts / gifts / celebrations


Input: [Material name] Price [Synthetic leather] Cheap [Genuine leather] High [Domestic MF leather]

Output: Rates

jumotsudo | Rakuten Global Market: ★ ★ Belle-friendly Shoe Studio-ギャザーバレエシューズベル Bell shoes Kobe shoes koube / / Christmas / birthday gifts / gifts / celebrations


Input: [Application] Aqueous Cleaning Solvent Cleaning Phosphate Coating Non-Phosphate Coating [Process]

Output: Pretreatment

Specialty Chemical Solutions | Metal Finishing Chemicals | Hubbard Hall


Input: [Application] Chemical Polishing Vibratory/Mass Finishing [Process]

Output: Mass Finishing and Buffing

Specialty Chemical Solutions | Metal Finishing Chemicals | Hubbard Hall


Input: [Application] Antiquing and Patinas Hot Black Oxide Coating Room Temperature Black Oxide [Process]

Output: Metal Coloring

Specialty Chemical Solutions | Metal Finishing Chemicals | Hubbard Hall


Input: [Application] Metal Stripping Paint Stripping [Process]

Output: Coating Removal

Specialty Chemical Solutions | Metal Finishing Chemicals | Hubbard Hall


Input: [Application] Heat Treatment Salts Rubber Curing Salts [Process]

Output: Salt Curing

Specialty Chemical Solutions | Metal Finishing Chemicals | Hubbard Hall


Input: [Application] Printed Circuit Board Preparation Semiconductor Chemistry [Process]

Output: Electronics

Specialty Chemical Solutions | Metal Finishing Chemicals | Hubbard Hall


Input: [Application] Rust Preventatives [Process]

Output: Corrosion Control

Specialty Chemical Solutions | Metal Finishing Chemicals | Hubbard Hall


Input: [Application] Metal & Contaminant Removal [Process]

Output: Wastewater Treatment

Specialty Chemical Solutions | Metal Finishing Chemicals | Hubbard Hall


Input: [Line] Nylon Monofilament [Weaknesses] Poor resistance to teeth, large diameter compared to wire or cable of comparable strength [Strengths]

Output: Inexpensive, supple, easy to knot or crimp

Fishing Leaders - Just Why, When and How Should They Be Used?


Input: [Line] Fluorocarbon [Weaknesses] Expensive, poor resistance to teeth, large diameter compared to wire or cable of comparable strength, [Strengths]

Output: Reputed to be virtually invisible under water, supple, easy to knot or crimp

Fishing Leaders - Just Why, When and How Should They Be Used?


Input: [Line] Single-strand piano or music wire [Weaknesses] Subject to kinking, can only be connected by a haywire twist, not corrosion resistant so must be washed in fresh water after use [Strengths]

Output: Inexpensive, resistant to sharp teeth, smaller diameter than monel or stainless for same strength

Fishing Leaders - Just Why, When and How Should They Be Used?


Input: [Line] Single-strand Stainless steel wire [Weaknesses] Not very pliable and subject to kinking, can only be connected by a haywire twist [Strengths]

Output: Inexpensive, resistant to sharp teeth, small diameter, better corrosion resistance than tinned wire

Fishing Leaders - Just Why, When and How Should They Be Used?


Input: [Line] Single-strand Monel wire [Weaknesses] Can only be connected by a haywire twist [Strengths]

Output: More pliable and less prone to kinking than stainless. Better corrosion resistance than stainless wire.

Fishing Leaders - Just Why, When and How Should They Be Used?


Input: [Line] Single-strand Titanium wire [Weaknesses] Expensive! [Strengths]

Output: Flexible and kink resistant. Unequalled corrosion resistance and strength. Can be connected by Clinch and Albright knots.

Fishing Leaders - Just Why, When and How Should They Be Used?


Input: [Line] Plastic coated multi-strand wire (1x7) [Weaknesses] More visible than mono or wire, coating susceptible to teeth or abrasive surfaces, undetected corrosion inside coating. [Strengths]

Output: Inexpensive, resistant to sharp teeth, more supple than single strand wire, easy to handle, easily joined with crimps, small diameter

Fishing Leaders - Just Why, When and How Should They Be Used?


Input: [Line] Uncoated multi-strand wire (cable)(7x7) [Weaknesses] More visible than mono or wire [Strengths]

Output: Resistant to sharp teeth, more supple than single strand wire, smaller diameter than mono of comparable strength, easily joined with crimps, very durable

Fishing Leaders - Just Why, When and How Should They Be Used?


Input: [Feature] 800 watts of Audio Horsepower [Standard System] no [Phoenix Gold iSeries] yes [Boston Acoustics]

Output: no


Input: [Feature] Dedicated 10" High Powered Subwoofer [Standard System] no [Phoenix Gold iSeries] yes [Boston Acoustics]

Output: no


Input: [Feature] Touchscreen LCD Remote Control & Adjustability [Standard System] no [Phoenix Gold iSeries] yes [Boston Acoustics]

Output: no


Input: [Feature] Advanced Customization via PC Connection [Standard System] no [Phoenix Gold iSeries] yes [Boston Acoustics]

Output: no


Input: [Feature] 14 Band Graphic Equalizer with Six User Presets (PC software function) [Standard System] no [Phoenix Gold iSeries] yes [Boston Acoustics]

Output: no


Input: [Feature] Adjustable Listener Position [Standard System] no [Phoenix Gold iSeries] yes [Boston Acoustics]

Output: no


Input: [Feature] Optimized Speaker Performance [Standard System] no [Phoenix Gold iSeries] yes [Boston Acoustics]

Output: no


Input: [Feature] Amplifier Temp and Voltage Status Display [Standard System] no [Phoenix Gold iSeries] yes [Boston Acoustics]

Output: no


Input: [Feature] Center Channel Speaker [Standard System] no [Phoenix Gold iSeries] yes [Boston Acoustics]

Output: yes


Input: [Feature] OnStar, Bluetooth and Steering Wheel Control Retention [Standard System] yes [Phoenix Gold iSeries] yes [Boston Acoustics]

Output: yes


Input: Spark Plug Spark plugs provide the spark that ignites the air-fuel mixture within an engine’s cylinders.

Output: Signs of wear: Lack of power Sluggish acceleration Poor fuel economy

Auto Parts Wear & Replacement: Chevy, Buick, GMC & Cadillac Parts

Signs of wear: Engine won’t start Engine misfiring Visible cracks in coil body


Input: Ignition Modules Limited Lifetime Parts Warranty Protection Later-model vehicles with a distributor and coil pack use an ignition module as a switch that, when engaged, supplies power to the coil which in turn creates the spark that ignites the air-fuel mixture.

Output: Signs of wear: Engine won’t start Engine misfiring

Auto Parts Wear & Replacement: Chevy, Buick, GMC & Cadillac Parts

Signs of wear: Engine won’t start Engine misfiring Visible cracks in coil body


Input: Ignition Wire Set Limited Lifetime Parts Warranty Protection This specialized wire set carries voltage from the ignition coil, electronic coil pack or distributor to the spark plugs.

Output: Signs of wear: Difficult engine starting Misfiring Decreased fuel economy

Auto Parts Wear & Replacement: Chevy, Buick, GMC & Cadillac Parts

Signs of wear: Engine won’t start Engine misfiring Visible cracks in coil body


Input: Starting Motor & Solenoid Limited Lifetime Parts Warranty Protection When starting the engine, the solenoid is energized, which engages the starter pinion into the flywheel, while the starter motor drives the pinion to crank the engine.

Output: Signs of wear: Poor starting qualities including repeated starting attempts Grinding while cranking Intermittent starter engagement while trying to start the engine

Auto Parts Wear & Replacement: Chevy, Buick, GMC & Cadillac Parts

Signs of wear: Engine won’t start Engine misfiring Visible cracks in coil body


Input: Alternator/Generator Limited Lifetime Parts Warranty Protection Your car’s alternator/generator provides power to electrical systems and charges the battery while the vehicle is running.

Output: Signs of wear: Engine won’t turn over Loss of battery power Some loss of electrical power Alternator warning light illuminates Dim headlights

Auto Parts Wear & Replacement: Chevy, Buick, GMC & Cadillac Parts

Signs of wear: Engine won’t start Engine misfiring Visible cracks in coil body


Input: Battery Your car’s battery supplies and stores electrical energy from the alternator when the vehicle’s engine is running. The car battery provides energy to start the engine plus supplies power to accessories when the engine is not running. For the best combination of longevity, power and price, we proudly offer a wide range of ACDelco batteries.

Output: Signs of wear: Slow cranking Weak/dim lights while cranking

Auto Parts Wear & Replacement: Chevy, Buick, GMC & Cadillac Parts

Signs of wear: Engine won’t start Engine misfiring Visible cracks in coil body


Input: Distributor Cap Vehicles equipped with a distributor use the distributor cap to act as a hub for spark plug and ignition coil wires.

Output: Signs of wear: Inability to start engine Poor starting qualities Misfiring Decreased fuel economy

Auto Parts Wear & Replacement: Chevy, Buick, GMC & Cadillac Parts

Signs of wear: Engine won’t start Engine misfiring Visible cracks in coil body


Input: [Material] Quartz [Immersion Use (Yt)] Poor [Contact Use(Yr)] Poor [Advanteges] Inexpensive and rugged [Dissadvanteges]

Output: Week Trans & Rec. not much used


Input: [Material] Lithium Niobate [Immersion Use (Yt)] Good [Contact Use(Yr)] Excellent [Advanteges] Good to excellent bandwidth, rugged and can operate to very high temp [Dissadvanteges]

Output: Expensive


Input: [Material] Lithium Sulfate [Immersion Use (Yt)] Excellent [Contact Use(Yr)] - [Advanteges] None [Dissadvanteges]

Output: Dissolves in Water


Input: [Material] PZT-4 [Immersion Use (Yt)] Excellent [Contact Use(Yr)] Good [Advanteges] Good penetration & inexpensive [Dissadvanteges]

Output: Narrow Band


Input: [Material] PZT-5A [Immersion Use (Yt)] Excellent [Contact Use(Yr)] Excellent [Advanteges] Good penetration & inexpensive [Dissadvanteges]

Output: Narrow Band


Input: [Material] Zinc Oxide [Immersion Use (Yt)] Excellent [Contact Use(Yr)] - [Advanteges] Good bandwidth & operable to GHz frequencies [Dissadvanteges]

Output: Above 20 MHz Only & expensive


Input: [Material] Barium Titanate [Immersion Use (Yt)] Excellent [Contact Use(Yr)] Excellent [Advanteges] Excellent penetration & inexpensive [Dissadvanteges]

Output: Very Narrow Bandwith


Input: [Material] Lead metaniobate [Immersion Use (Yt)] Excellent [Contact Use(Yr)] Excellent [Advanteges] Good bandwidth & sensitivity [Dissadvanteges]

Output: Expensive


Input: [Material] PVDF [Immersion Use (Yt)] Excellent [Contact Use(Yr)] Good [Advanteges] Excellent bandwidth & inexpensive [Dissadvanteges]

Output: Poor Trans.


Input: [Product Name] Deoxyribonuclease I [Code] D [Source] Bovine Pancreas [Activity]

Output: ≥2,000 Kunitz units per mg dry weight

Deoxyribonuclease I - CellSystems Biotechnologie Vertrieb GmbH


Input: [Product Name] Deoxyribonuclease I, Filtered [Code] DCLS [Source] Bovine Pancreas [Activity]

Output: ≥2,000 units per mg dry weight

Deoxyribonuclease I - CellSystems Biotechnologie Vertrieb GmbH


Input: [Product Name] Deoxyribonuclease I [Code] DP [Source] Bovine Pancreas [Activity]

Output: ≥2,000 Kunitz units per mg dry weight

Deoxyribonuclease I - CellSystems Biotechnologie Vertrieb GmbH


Input: [Product Name] Deoxyribonuclease I [Code] DPFF [Source] Bovine Pancreas [Activity]

Output: ≥2,000 Kunitz units per mg dry weight

Deoxyribonuclease I - CellSystems Biotechnologie Vertrieb GmbH


Input: [Product Name] Deoxyribonuclease I, Ribonuclease & Protease Free [Code] DPRF [Source] Bovine Pancreas [Activity]

Output: ≥2,000 units per mg dry weight

Deoxyribonuclease I - CellSystems Biotechnologie Vertrieb GmbH


Input: [Product Name] Deoxyribonuclease I, RNase & Protease Free, Solution [Code] DPRFS [Source] Bovine Pancreas [Activity]

Output: ≥2,000 Kunitz units per ml

Deoxyribonuclease I - CellSystems Biotechnologie Vertrieb GmbH


Input: [Product Name] Deoxyribonuclease I, Recombinant [Code] DR1 [Source] Pichia pastoris [Activity]

Output: ≥5000 units per mg protein

Deoxyribonuclease I - CellSystems Biotechnologie Vertrieb GmbH


Input: [Product Name] Deoxyribonuclease I, Recombinant, Solution [Code] DR1S [Source] Pichia pastoris [Activity]

Output: ≥2 units per microliter

Deoxyribonuclease I - CellSystems Biotechnologie Vertrieb GmbH


Input: [Product Name] Deoxyribonuclease I, Standard Vial [Code] DSV [Source] Bovine Pancreas [Activity]

Output: ~2,000 Kunitz units per vial

Deoxyribonuclease I - CellSystems Biotechnologie Vertrieb GmbH


Input: [Food] cold cuts [Exempt if] sliced and sold by weight [Taxable if]

Output: arranged on food platter

Food and Food Products Sold by Food Stores and Similar Establishments


Input: [Food] pizza [Exempt if] frozen, refrigerated, unheated [Taxable if]

Output: heated

Food and Food Products Sold by Food Stores and Similar Establishments


Input: [Food] hot dog [Exempt if] refrigerated (packaged) [Taxable if]

Output: served on a bun or heated

Food and Food Products Sold by Food Stores and Similar Establishments


Input: [Food] fish [Exempt if] sold unheated [Taxable if]

Output: heated or served in a sandwich

Food and Food Products Sold by Food Stores and Similar Establishments


Input: [Food] bread [Exempt if] sold by the loaf (whole or sliced) [Taxable if]

Output: served with a bowl of soup

Food and Food Products Sold by Food Stores and Similar Establishments


Input: [Food] bananas [Exempt if] sold whole, individually or by the bunch [Taxable if]

Output: peeled or sliced as part of a fruit platter

Food and Food Products Sold by Food Stores and Similar Establishments


Input: [Food] bagel [Exempt if] sold by quantity (whole or sliced) [Taxable if]

Output: toasted, buttered, or with cream cheese

Food and Food Products Sold by Food Stores and Similar Establishments


Input: [Food] salad mix [Exempt if] packaged in bag [Taxable if]

Output: from a self-serve salad bar or prepared and arranged on a plate

Food and Food Products Sold by Food Stores and Similar Establishments


Input: [Food] ice cream [Exempt if] sold in a container by weight (including hand-packed pints, quarts, etc.) [Taxable if]

Output: made-to-order cone or sundae

Food and Food Products Sold by Food Stores and Similar Establishments


Input: [Food] macaroni salad [Exempt if] packaged and sold by weight [Taxable if]

Output: served with a sandwich, served in a tray as a side dish or on a plate, or from a self-serve salad bar

Food and Food Products Sold by Food Stores and Similar Establishments


Input: [Food] chicken wings [Exempt if] sold unheated [Taxable if]

Output: sold heated

Food and Food Products Sold by Food Stores and Similar Establishments


Input: [Herb] Balm elissa Officinalis [Serving Suggestions] Can be used to replace grated lemon rind with fish, rub leaves over poultry before roasting, add two or three leaves to green salads. [Description]

Output: A combination of spice, honey and lemon


Input: [Herb] Basil Ocimum Basilicum [Serving Suggestions] Use with mackerel or shellfish, use it fresh in tomato sauces and other tomato dishes, add chopped leaves of several varieties to salads. [Description]

Output: Pungent, sweet and slightly spicy


Input: [Herb] Bay Laurus Nobilis [Serving Suggestions] Good with all game dishes, and most soups benefit from its addition. [Description]

Output: A slightly bitter, savoury flavour


Input: [Herb] Borage Borago Officinalis [Serving Suggestions] Sprinkle flowers and petals on salads. [Description]

Output: A slightly cucumberlike flavour


Input: [Herb] Chervil Chaerophyllum Sativum [Serving Suggestions] Great as an addition to consommes, vegetables such as beans and peas, combine with lemon balm and add to fish dishes or chop into omelettes and quiches. [Description]

Output: Flavour contains a hint of licorice


Input: [Herb] Chives Allium Schoenoprasum [Serving Suggestions] Chop into salads, as a garnish and very traditional stirred into sour cream for baked potatoes. [Description]

Output: Mild onion flavour


Input: [Herb] Cilantro/Coriander Coriandrum Sativum [Serving Suggestions] Use the leaves to enhance Oriental or Southwestern cuisine. Use the ground seeds in rich meaty soups and stews. The leaves can also be added to salads. [Description]

Output: A very pungent, distinct flavour


Input: [Herb] Dill Anethum Graveolens [Serving Suggestions] Add chopped greens to white fish and salmon dishes, egg and cheese dishes. Use the seeds in hearty vegetable and legume based soups, cook whole with carrots or parsnips, and use in pickling. [Description]

Output: Very rich flavour


Input: [Herb] Fennel Foeniculum Vulgare [Serving Suggestions] The greens can be used almost interchangeably with dill and the seeds can be used ground in lentil soups, whole in boiling water for rice, brussel sprouts, and to flavour bread. [Description]

Output: Reminiscent of aniseed


Input: [Herb] Garlic Allium Sativum [Serving Suggestions] Combine with lavender for baking a young lamb, add it to baked potato dishes, actually a good addition to just about any food! [Description]

Output: Savoury, pungent flavour


Input: [Herb] Lovage Levisticum Officinale [Serving Suggestions] The stems can be used to replace celery in any cooked dish. Also used as a thickener. [Description]

Output: Reminiscent of hot, spicy celery


Input: [Herb] Marjoram, Sweet Origanum Marjorana [Serving Suggestions] Use in stews and casseroles, stuffings, sauces and roasts, broccoli and pasta dishes. [Description]

Output: A sweet-savoury flavour


Input: [Herb] Oregano / Wild Marjoram Origanum Vulgare [Serving Suggestions] Use it to add a Meditteranean flavour to vegetable dishes, cheeses, pastas, Greek salads and sauces. [Description]

Output: Similar to Sweet Marjoram, but slightly spicier


Input: [Herb] Parsley Petroselinum Sativum [Serving Suggestions] This is another all-round herb. I add chopped Italian parsley to just about every savoury dish I make! [Description]

Output: Mild, savoury flavour


Input: [Herb] Rosemary Rosmarinus Officinalis [Serving Suggestions] Has a special affinity for lamb and poultry. I like to add it to my water when boiling potatoes to mash. [Description]

Output: Strong and Pungent


Input: [Herb] Sage Salvia Officinalis [Serving Suggestions] Good in pork and rabbit dishes, stuffings, root vegetables and cheese dishes. [Description]

Output: Slightly spicy and savoury


Input: [Herb] Savoury / Winter Savoury Satureja Hortensis / Montana [Serving Suggestions] Use in pork, poultry, beans and peas. [Description]

Output: Warm, spicy flavour


Input: [Herb] Sorrel Rumex Acetosa [Serving Suggestions] Use to perk up salads. [Description]

Output: Sharp, fresh flavour


Input: [Herb] Spearmint entha Spicata [Serving Suggestions] Use in lamb dishes, with cold cuts, cheese, peas, can also be added to fruit salads, stewed pears/apples. [Description]

Output: Refreshing flavour