Input: [When] 2004/09/28/00 [Who] Ferrier [What]

Output: Set RHsat in RADTN to RHgrd+STSD (=0.967+.01=0.977) rather than to 0.98

Mesoscale Parallel Experiment Change Log for " Eta-32 with winter 2005 Eta change package, experimental changes to GFS radiation and/or cloud microphysics "


Input: [When] 2004/09/25/00 [Who] Ferrier [What]

Output: Assumed standard deviation of total relative humidity of 1% is assumed rather than 2%, based on tuning experiments with AFWA total cloud product. T_ICE=-10C rather than -25C, leading to less supercooled liquid water XNCW=50.e6 (50 /cm**3) will lead to larger cloud droplets and easier formation of rain FLARGE=0.5 rather than 0.1 or 0.2 will reduce the number of small ice crystals and reduce the solar absorption by ice

Mesoscale Parallel Experiment Change Log for " Eta-32 with winter 2005 Eta change package, experimental changes to GFS radiation and/or cloud microphysics "


Input: [When] 2004/09/24/12 [Who] Ferrier [What]

Output: The assumed standard deviation of total relative humidity in the grid box and the threshold relative humidity for the onset of grid-scale condensation have been tuned to match the AFWA total cloud product, but using the modifications to radiation that are currently running in the EtaL. Cycled EDAS started from ETAL parallel as of 9/24/04

Mesoscale Parallel Experiment Change Log for " Eta-32 with winter 2005 Eta change package, experimental changes to GFS radiation and/or cloud microphysics "


Input: [Typical Minimum Charge] 2.00 USD [Type]

Output: Bus Service

Hilton Garden Inn - Greenbelt Hotel - Directions


Input: [Typical Minimum Charge] 200.00 USD [Type]

Output: Limousine

Hilton Garden Inn - Greenbelt Hotel - Directions


Input: [Typical Minimum Charge] 18.00 USD [Type]

Output: Super Shuttle

Hilton Garden Inn - Greenbelt Hotel - Directions


Input: [Typical Minimum Charge] Call Hotel for information [Type]

Output: Rental Car

Hilton Garden Inn - Greenbelt Hotel - Directions


Input: [Typical Minimum Charge] 5.00 USD [Type]

Output: Subway/Rail

Hilton Garden Inn - Greenbelt Hotel - Directions


Input: [Typical Minimum Charge] 35.00 USD [Type]

Output: Taxi

Hilton Garden Inn - Greenbelt Hotel - Directions


Input: [Ingredient] Acetylated Lanolin [#] 4

Output: Lanolin derivative – Lanolin is a wax from the sebaceous glands of sheep that allows the wool to shed water. In cosmetics and skin care products it acts as an emollient that forms a water repellent film on the skin.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Acetylated Lanolin Alcohol [#] 4

Output: Lanolin derivative a skin softener with anti-allergenic properties.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Algae Extract [#] 5

Output: Botanical- used to normalize the skin’s moisture content and provide suppleness and firmness to the epidermis. There are many different types of algae and they exhibit different properties. Manufacturers rarely disclose the specific strain of algae used.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Algin (Alginic acid; potassium alginate; sodium alginate) [#] 4

Output: Botanical – from the cell walls of Brown Algae, it is used as a thickener, stabilizer and gelling agent.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Butyl Isostearate [#] 4

Output: Fatty Acids & Derivatives – Fatty acids are lubricant ingredients derived from plant oils or animal fats.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Butyl Stearate [#] 3

Output: Fatty Acids & Derivatives – typically used in very small quantities as an emulsifier for creams and lotions. It has been shown to cause allergic reactions

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Carrageenan [#] 4

Output: Botanical – another seaweed, carrageenan has been used as a food additive for hundreds of years. It is used in cosmetics, shampoos, toothpastes and other skin care ingredients as an emulsifier and thickener, it can help the skin to remain soft.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Cetyl Acetate [#] 4

Output: Fatty Alcohols & Esters – Fatty alcohols are fatty acids that have been exposed to hydrogen. Fatty esters are produced from fatty alcohols and fatty acids. Cetyl acetate is a mixture of cetyl alcohol and acetic acid used as a skin-conditioning agent and emollient.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Cetyl Alcohol [#] 3

Output: Fatty Alcohols & Esters – derived from coconut and palm oils it can serve as an emollient, emulsifier, thickener, binder, foam booster or emulsion stabilizer, depending on the formulation and need.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Cetearyl Alcohol + Ceteareth 20 [#] 4

Output: Fatty Alcohols & Esters – cetearyl alcohol is an emulsifying and stabilizing wax produced from the reduction of plant oils and natural waxes. It is used as an emollient and to give a high viscosity to the product. Ceteareth 20 is used as an emollient, emulsifier and lubricant. The combination is particularly comedogenic.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Cocoa Butter [#] 4

Output: Natural Oils – softens and lubricates the skin. It is solid at room temperature but melts between 90° and 100°, so is often used in lip balms and in massage creams. Like most natural oils it is comedogenic and may cause allergic reactions.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Coconut Oil, Butter, Cream [#] 4

Output: Natural Oils –used as a cream base it is found in soaps, ointments, massage creams and sunscreen forumulas.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Colloidal Sulfur [#] 3

Output: Minerals – colloidal means the sulfur is finely divided so it stays in suspension. It is a common ingredient used in acne preparations as it reduces oil gland activity and dissolves the skin’s surface layer of upper most cells. Interesting that while it does this, it also shows the ability to clog pores.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Cotton Seed Oil [#] 3

Output: Natural Oils –widely used in cosmetics it acts as a carrier. It is mildly irritating and can cause allergies.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] D&C Red #17 [#] 3

Output: Pigments

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] D&C Red #21 [#] 3

Output: Pigments

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] D&C Red # 3 [#] 3

Output: Pigments

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] D&C Red #30 [#] 3

Output: Pigments

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] D&C Red #36 [#] 3

Output: Pigments

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Decyl Oleate [#] 3

Output: Fatty Acids & Derivatives- an emollient with good penetrating properties, has a nice feel on the skin, contradicting what you might read on some websites that say you can tell if something is clogging your pore by how it feels on your skin. It is a component of human sebum and is produced commercially from olive oil and synthetically.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Dioctyl Succinate [#] 3

Output: Fatty Acids & Derivatives – an ester of succinic acid it is found in lichen and fungi and acts as a wetting agent. Some Old Spice and Oil of Olay products use it in their formulations.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Disodium Monooleamido PEG 2- Sulfosuccinate [#] 4

Output: Fatty Alcohols & Esters – a mild surfactant used as a cleansing agent.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Ethoxylated Lanolin [#] 3

Output: Lanolin Derivatives – an emollient and emulsifier.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Ethylhexyl Palmitate [#] 4

Output: Fatty Acids & Derivatives – a non-greasy, non-oily moisturizer with good spreading and solvency properties.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Glyceryl Stearate SE [#] 3

Output: Fatty Alcohols & Esters – an emulsifier, solvent, humectant and consistency regulator.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Glyceryl-3 Diisostearate [#] 4

Output: Fatty Alcohols & Esters – widely used in make-up and moisturizers, it has humectant properties (draws water to the skin from the air) and leaves a lipid film on the skin.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Hexadecyl Alcohol [#] 5

Output: Fatty Alcohols & Esters – another name for cetyl alcohol, it is used as an emollient, emulsifier, or a thickening agent in creams and lotions, and as a surfactant in shampoos.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Hydrogenated Vegetable Oil [#] 3

Output: Natural Oils – add hydrogen to liquid vegetable oils and you can make them solid at room temperature with a longer shelf life. Consuming these so-called “trans fats” is terrible for your arteries and putting them on your skin is bad for it, as well.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Isocetyl Alcohol [#] 4

Output: Fatty Alcohols & Esters – a skin conditioner with emollient properties, it can also increase viscosity.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Isocetyl Stearate [#] 5

Output: Fatty Alcohols & Esters –an emollient.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Isodecyl Oleate [#] 4

Output: Fatty Acids & Derivatives – an emollient and moisturizer with wetting and pigment-binding properties.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Isopropyl Isostearate [#] 5

Output: Fatty Acids & Derivatives – an emollient that leaves the skin surface with a smooth and supple finish. It also acts as a binder.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Isopropyl Lanolate [#] 4

Output: Lanolin Derivative – a skin softener and binder, it aids in the proper spreading of a product.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Isopropyl Myristate [#] 5

Output: Fatty Acids & Derivatives – an emollient, moisturizer, binder, and skin softener, it aids in product penetration. It is an ester of myristic acid.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Isopropyl Palmitate [#] 4

Output: Fatty Acids & Derivatives – an emollient and moisturizer, it also acts as a binder and solvent. It is produced from the combination of palmitic acid (coconut or palm oil) and isopropyl alcohol.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Isostearyl Isostearate [#] 4

Output: Fatty Acids & Derivatives – an emollient resembling jojoba oil. It leaves an almost imperceptible afterfeel.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Isostearyl Neopentanoate [#] 3

Output: Fatty Acids & Derivatives – an emollient, binder, and skin-conditioning agent with a moisturizing and softening affect.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Laureth 23 [#] 3

Output: Fatty Alcohols & Esters – an emulsifier, emulsion stabilizer, and surfactant.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Laureth 4 [#] 5

Output: Fatty Alcohols & Esters – a surfactant and emulsifying agent.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Lauric Acid [#] 4

Output: Fatty Acids & Derivatives – with foaming properties, lauric acid is widely used in soaps and detergents. It is found in many vegetable oils, particularly coconut and laurel oils.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Mink Oil [#] 3

Output: Natural Oils – a gentle and effective emollient, it softens skin and is occlusive. It comes from the subdermal fatty tissues of the mink.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Myristic Acid [#] 3

Output: Fatty Acids & Derivatives – a surfactant and cleansing agent. When combined with potassium it lathers well. It is naturally occurring in most animal and vegetable fats.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Myristyl Lactate [#] 4

Output: Fatty Acids & Derivatives – a light emollient and moisturizer with good spreadability. It leaves a smooth satiny after feel.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Myristyl Myristate [#] 5

Output: Fattty Acids & Derivatives – an occlusive skin conditioning agent that enhances spreadability and reduces transparency. Good for emulsions that have to melt into the skin upon contact.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Octyl Palmitate [#] 4

Output: Fatty Acids & Derivatives – a non-greasy, non-oily moisturizer with good spreading and solvency properties.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Octyl Stearate [#] 5

Output: Fatty Alcohols & Esters – an emollient with properties similar to octyl palmitate.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Oleth-3 [#] 5

Output: Ethers & Sugars – an ether of oleyl alcohol, it is used as an emulsifier and solubilizer.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Oleyl Alcohol [#] 4

Output: Fatty Alcohols & Esters –an unsaturated fatty alcohol found in fish oils or made synthetically, oleyl alcohol works as an emollient, solvent, viscosity-increasing agent and carrier. It is found in a wide range of products.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] PEG 16 Lanolin [#] 4

Output: Lanolin Derivatives – PEG is short for polyethylene glycol which can be blended with a wide range of other ingredients to produce the desired humectancy, viscosity, or melting point. The number after it indicates its molecular weight.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] PEG 75 Lanolin [#] 3

Output: Lanolin Derivatives – an emollient, emulsifier, dispersant , plasticizer, and foam stabilizer.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] PEG 200 Dilaurate [#] 3

Output: Fatty Alcohols & Esters – an emulsifier.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] PEG 8 Stearate [#] 3

Output: Fatty Alcohols & Esters – an emulsifier and thickening agent generally incorporated into hair care products, hand and body creams and moisturizing preparations. Works as a superfatting agent for shaving preparations and foam baths.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] PG Monostearate [#] 3

Output: Fatty Alcohols & Esters – oil soluble emulsifier with foaming properties.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] PPG 2 Myristyl Propionate [#] 4

Output: Fatty Acids & Derivatives – used as a skin conditioning agent and sometimes for thickening.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Polyglyceryl-3-Diisostearate [#] 4

Output: Fatty Alcohols & Esters – a skin conditioning agent, emollient, surfactant, emulsifier.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Potassium Chloride [#] 5

Output: Minerals – increases viscosity in cosmetic and pharmaceutical preparations.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Propylene Glycol Monostearate [#] 4

Output: Fatty Alcohols & Esters – an emollient

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Red Algae [#] 5

Output: Botanicals – another seaweed. The case for seaweed is long both in terms of history, and positive properties. But some of its many benefits are due to the abundance of iodine in it, which makes it highly irritating to the follicle of acne prone individuals, causing them to form comedones.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Shark Liver Oil [#] 3

Output: Natural Oils – seen in skin care products more often as Squalane, it is a moisturizer and lubricant, it softens and smoothes the skin while replenishing skin lipids. Human sebum is comprised of 25% squalane.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Sodium Chloride [#] 5

Output: Minerals – used as a preservative, astringent and antiseptic to treat inflamed lesions.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Sodium Laureth Sulfate [#] 3

Output: Detergents – an emulsifier and versatile surfactact, with strong cleansing and foaming properties. It is known to be drying and irritating, though less so than its cousin sodium lauryl sulfate.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Sodium Lauryl Sulfate [#] 5

Output: Detergents – surfactant with good foaming properties, dispersant and wtting agent. It is often found in soaps packaged with pump dispensers. Considered very irritating.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Solulan 16 [#] 4

Output: Lanolin Derivatives – Solulan 16 is a trade name for ethoxylated lanolin and ethoxylated fatty alcohols. It acts as an oil-in-water emulsifier, a foam stabilizer and it makes the skin feel soft and non-tacky after application.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Sorbitan Oleate [#] 3

Output: Thickeners & Emulsifiers – a mild emulsifier derived from sugar.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Soybean Oil [#] 3

Output: Natural Oils – used in numerous forms it is primarily a smoothing ingredient.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Steareth 10 [#] 4

Output: Fatty Alcohols & Esters – emulsifiers for water-in-oil formulations preventing separation.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Stearic Acid TEA [#] 3

Output: Miscellaneous – an emulsifier and thickening agent.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Stearyl Heptanoate [#] 4

Output: Fatty Acids & Derivatives – a non-greasy emollient that produces a highly water-repellent film.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Sulfated Castor Oil [#] 3

Output: Natural oil – a surfactant used as a cleansing agent.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Wheat Germ Glyceride [#] 3

Output: Fatty Alcohols & Esters – softens the skin and has good penetration ability. Commonly used in moisturizers.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Wheat Germ Oil [#] 5

Output: Natural Oils – an emollient, it helps improve the feel and texture of the skin. It has antioxidant and free-radical-scavenging properties. It is appropriate for use in antiaging products, as well as for dry skin, sunburned skin, eczema, and on stretch marks.

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Ingredient] Xylene [#] 4

Output: Miscellaneous – this is very nasty stuff, classified as a surfactant and previously used in fine perfumes, it causes far more serious problems than clogged pores. If you find it on a skin care ingredient list, don’t even think about buying it!

Pore Clogging Ingredients | Clog Pores | Isopropyl Myristate


Input: [Rank] 1 [Price] Previously available for $80.59 [4] List It [Wine]

Output: D'Arenberg the Beautiful View Grenache Mclaren Vale (2009) Comments: This explodes from the glass with fennel seeds, wild herbs, candied red currants, a liquory intensity of fruit, red licorice, tar, pencil lead, and candied apples with a hint of allspice. This is bright and a bit nervous in the mouth with crisp tannins and plenty of bright acids. There’s wonderful inner mouth perfume married to a light, elegant mouth feel. The flavor intensity is a bit less than anticipated but this is almost a Burgundian rendition of Grenache. The long, light finish shows a lovely streak of cranberry. Give this a year for the tannins to soften and it should be even better! 91pts


Input: [Rank] 2 [Price] Previously available for $17.99 [4] List It [Wine]

Output: Conde de Valdemar Old Vines Garnacha (2007) Comments: Chocolate, cocoa earth, tree bark, a little steel, leather, river stones and cigar ash, mushroom and woodsy red fruit. It’s showing maturity but with appealing complexity. Very smooth on entry, this shows a nice, plummy leading edge with good acidity and some lightly tarry top notes. The fruit is a bit roasted and leans toward the darker side for Grenache, with notes of black cherry, blueberry and tart black plum skin. This is smooth, round and medium- to full-bodied yet it finishes with a certain brightness and elegance due to the acidity and really fine mineral finale. Lovely complexity and freshness here. 90pts


Input: [Rank] 3 [4] List It [Wine]

Output: Tolosa Grenache Noir Tolosa Vineyards Edna Valley (2009) Comments: This is herby and woodsy on the nose with iron and blood notes, along with minty accents that frame the dried blackberry fruit. Very soft on entry, though not lacking in acid. This is rich and pure on the palate with a little beet root earthiness and a gentle underlay of stones propping up the spicy, raspberry fruit. The finish is brisk and shows a hint of vanilla accenting the stony, raspberry flavor. This gains with air revealing compelling teriyaki jerky and herbal aspects. The palate remains a bit tight but the finish continues to gain length. This should improve with time in the bottle. 89pts


Input: [Rank] 4 [4] List It [Wine]

Output: Mounts Grenache Dry Creek Valley (2009) Comments: This is a bit dark and roasty on the nose with notes of dusty earth, green tobacco and cracked pepper accenting the dried strawberry fruit. It also does show a bit of heat. Lighter on the palate than expected with lovely brightness to the strawberry and slightly pomegranate-tinged fruit. This has a nice spicy quality on the back end and tannins that add just a hint of mouth-grab, though they balance the richness and sweetness of fruit on the finish well. The finish adds nice notes of licorice and spice along with a slightly minty top note. 89pts


Input: [Rank] 5 [4] List It [Wine]

Output: Bucklin Grenache Sonoma Valley Old Hill Ranch (2009) Comments: Dark and spicy on the nose with a little peachy edge to the deep, black licorice, cracked pepper, leather and bitter chocolate aromas. This shows some alcohol on the nose and a decidedly black profile. Rich and round on entry, this shows lovely, elegant tannins and juicy acidity supporting fairly bright and slightly exotic black berry fruit. There’s a hint of pomegranate here along with some gentle spice notes, but not a ton of complexity. The balance is deep and really fine, and this finishes with mouth dusting tannins adding a savory note to that exotic fruit. 88pts


Input: [Rank] 6 [Price] Previously available for $17.99 [4] List It [Wine]

Output: Yalumba Grenache Barossa Bush Vine (2010) Comments: Strawberry tops, herbs, wild grasses and hints of white pepper and faded exotic spices. On the palate this shows good depth of fruit, dark raspberry and strawberry notes with a fine mineral vein that adds fine cut through the richness. This really exhibits fine balance, with solid supporting structure lurking just under the wonderfully transparent yet faceted fruit of the mid-palate. This is nice and tense right through juicy finish. Nice detail here, though this is showing a bit chunkier than the last time I enjoyed it. 88pts


Input: [Specification] VWS1-1 Cardinal Single Lane Virtual Weigh Station With QWIM-1 In-motion Scale [Description]

Output: Cardinal’s VWS1-1 Virtual Weigh Station is the answer to your commercial weight enforcement concerns. The VWS1-1, using Cardinal’s QWIM-1 High-Speed Quartz-Based In-Motion Vehicle Scale, allows you to monitor traffic and identify those vehicles that exceed weight limits. The VWS1-1 captures a color image (black and white during nighttime hours) of each passing vehicle along with its axle weights, axle spacing and vehicle speed. This information plus the vehicle’s classification, site identification, time and date and any status information is transmitted wirelessly across the Internet to a downstream patrol car or to any other authorized recipient. Armed with this information, the officer can intercept the offending vehicle. This same system can also be used to study traffic patterns for manpower planning and traffic flow studies. A variety of options are available to enable this system to fit your specific requirements.

WIM - Commercial Weight Enforcement | Cardinal Scale


Input: [Specification] VWS1-2 Cardinal Single Lane Virtual Weigh Station With QWIM-2 In-motion Scale [Description]

Output: Cardinal’s VWS1-2 Virtual Weigh Station is the answer to your commercial weight enforcement concerns. The VWS1-2, using Cardinal’s QWIM-2 High-Speed Quartz-Based In-Motion Vehicle Scale, allows you to monitor traffic and identify those vehicles that exceed weight limits. The Model QWIM-2 uses twice the quartz sensors as the QWIM-1 providing improved accuracy and sensor redundancy. The VWS1-2 captures a color image (black and white during nighttime hours) of each passing vehicle along with its axle weights, axle spacing and vehicle speed. This information plus the vehicle’s classification, site identification, time and date and any status information is transmitted wirelessly across the Internet to a downstream patrol car or to any other authorized recipient. Armed with this information, the officer can intercept the offending vehicle. This same system can also be used to study traffic patterns for manpower planning and traffic flow studies. A variety of options are available to enable this system to fit your specific requirements.

WIM - Commercial Weight Enforcement | Cardinal Scale


Input: [Specification] VWS2-1 Cardinal Dual Lane Virtual Weigh Station With QWIM-1 In-motion Scales [Description]

Output: Cardinal’s VWS2-1 Virtual Weigh Station is the answer to your commercial weight enforcement concerns. The VWS2-1, uses two Cardinal’s QWIM-1 High-Speed Quartz-Based In-Motion Vehicle Scales to monitor traffic in two different lanes and to identify those vehicles that exceed weight limits. The VWS2-1 captures a color image (black and white during nighttime hours) of each passing vehicle along with its lane number, axle weights, axle spacing and vehicle speed. This information plus the vehicle’s classification, site identification, time and date and any status information is transmitted wirelessly across the Internet to a downstream patrol car or to any other authorized recipient. Armed with this information, the officer can intercept the offending vehicle. This same system can also be used to study traffic patterns for manpower planning and traffic flow studies. A variety of options are available to enable this system to fit your specific requirements.

WIM - Commercial Weight Enforcement | Cardinal Scale


Input: [Specification] VWS2-2 Cardinal Dual Lane Virtual Weigh Station With QWIM-2 In-motion Scales [Description]

Output: Cardinal’s VWS2-2 Virtual Weigh Station is the answer to your commercial weight enforcement concerns. The VWS2-2, uses two Cardinal’s QWIM-2 High-Speed Quartz-Based In-Motion Vehicle Scales to monitor traffic in two different lanes and to identify those vehicles that exceed weight limits. The QWIM-2 In-Motion Vehicle Scale uses twice the number of quartz sensors as the QWIM-1 model thus improving its accuracy and providing a level of sensor redundancy. The VWS2-2 captures a color image (black and white during nighttime hours) of each passing vehicle along with its lane number, axle weights, axle spacing and vehicle speed. This information plus the vehicle’s classification, site identification, time and date and any status information is transmitted wirelessly across the Internet to a downstream patrol car or to any other authorized recipient. Armed with this information, the officer can intercept the offending vehicle. This same system can also be used to study traffic patterns for manpower planning and traffic flow studies. A variety of options are available to enable this system to fit your specific requirements.

WIM - Commercial Weight Enforcement | Cardinal Scale


Input: [Specification] QWIM-1 Cardinal High-speed Quartz In-motion Vehicle Scale [Description]

Output: Cardinal’s QWIM-1 High-Speed Quartz In-Motion Vehicle Scale utilizes two 1.5 m long Kistler LINEAS© quartz sensors embedded in the pavement to accurately measure the axle weights of passing vehicles. Using the sensor signals, this precision scale is able to measure the axle spacing and vehicle speed. The scale produces a vehicle weight record that includes the vehicle axle weights, gross weight, speed, axle spacing, vehicle classification, time and date and vehicle record number. When properly installed in pavement meeting basic requirements, the QWIM-1 will meet or exceed performance requirements for a Type 3 In-Motion Scale as defined in ASTM E1318-09. This scale is perfect for weighing vehicles travelling at speeds up to 80 mph. The flush mounted sensors offer no obstruction to passing snow plows and are stable over temperature. The scale can be installed in one or more lanes, normally in one day with only an 8-hour lane closure.

WIM - Commercial Weight Enforcement | Cardinal Scale


Input: [Specification] QWIM-2 Cardinal High-speed Quartz In-motion Vehicle Scale [Description]

Output: Cardinal’s QWIM-2 High-Speed Quartz In-Motion Vehicle Scale utilizes four 1.5 m long Kistler LINEAS© quartz sensors embedded in the pavement to accurately measure the axle weights of passing vehicles. This scale model uses two more sensors than the QWIM-1 which provides improved accuracy and sensor redundancy. Using the sensor signals, this precision scale is able to measure the axle spacing and vehicle speed. The scale produces a vehicle weight record that includes the vehicle axle weights, gross weight, speed, axle spacing, vehicle classification, time and date and vehicle record number. When properly installed in pavement meeting basic requirements, the QWIM-2 will meet or exceed performance requirements for a Type 3 In-Motion Scale as defined in ASTM E1318-09. This scale is perfect for weighing vehicles travelling at speeds up to 80 mph. The flush mounted sensors offer no obstruction to passing snow plows and are stable over temperature. The scale can be installed in one or more lanes, normally in one day with only an 8-hour lane closure.

WIM - Commercial Weight Enforcement | Cardinal Scale


Input: [Specification] SWIM-1 Cardinal Slow-speed Load Cell In-motion Vehicle Scale [Description]

Output: The Cardinal SWIM-1 consists of a welded steel weighbridge supported by four 50,000 pound capacity stainless steel compression strain gauge load cells and is used to provide accurate axle weights at slow speeds up to 10 mph. The Cardinal Model 825 weight indicator measures each axle weight as the vehicle crosses the platform then displays each axle weight and the gross vehicle weight. If desired, the scale can be used in a static mode for increased accuracy. Equipped with optional axle sensors, the scale can also measure vehicle speed and axle spacing to determine classification. This scale model is commonly used in the dynamic mode to identify over weight vehicles the used in the static mode for enforcement weighing. The Cardinal SCA series load cells used in this scale have been used successfully for over 25 years in full-length Cardinal truck scales and the combined 200,000 pound capacity of the load cells ensure that it’s up to the task of weighing any over-the-road vehicle.

WIM - Commercial Weight Enforcement | Cardinal Scale


Input: [Specification] PWIM-1 Cardinal High-speed Piezo-based In-motion Vehicle Scale [Description]

Output: The Cardinal PWIM-1 is a single lane in-motion scale using two full-length piezoelectric WIM-grade axle sensors. This scale uses the same CVM Series Cardinal In-Motion Scale used in our higher performance QWIM series of in-motion scale. Included with the PWIM series scale is a pavement temperature sensor to compensate for the changes in output of the piezoelectric sensors with temperature. This scale provides axle weight, gross weight, axle spacing, speed, vehicle number and time and date for each passing vehicle. The accuracy of this scale is less than that of the QWIM series providing a typical error of +/- 20% on a single axle. Axle group weights and gross weight errors are better.

WIM - Commercial Weight Enforcement | Cardinal Scale


Input: [Specification] CWSPS Cardinal Weigh Station Package For Commercial Vehicle Enforcement [Description]

Output: The CWSPS package includes both a multi-platform static vehicle scale, a high-speed QWIM series in-motion vehicle presort scale, traffic control system including lane direction lights and loop sensors with automatic and manual operating modes, a remote scoreboard display to show the driver his vehicle’s gross weight and a computer with special application software to integrate the whole system. While you have your choice of static scales, we highly recommend the concrete decked, multi-platform Guardian hydraulic vehicle scale. This heavy duty scale is scale of choice for enforcement weighing because of its fast operating speed, complete immunity to lightning and water damage, lifetime load cell warranty and a wide choice of weight indicating instruments and optional peripherals. The QWIM series in-motion vehicle scale is used to identify over weight vehicles as they enter the station and direct only those that exceed weight preset limits or are randomly selected to the static scale. The others are directed to return to the main roadway. A PLC-based traffic control system ensures accurate tracking of vehicles and provides both automatic and manual operating modes. A PC is included to display both weights from the static and in-motion scale and to administer a database of vehicle records and print associated reports. A wide variety of optional peripherals are available to meet most any requirement.

WIM - Commercial Weight Enforcement | Cardinal Scale


Input: [% proteins involved] 5.56 [KEGG pathway ID] map04662 [Description]

Output: B cell receptor signaling pathway


Input: [% proteins involved] 5.56 [KEGG pathway ID] map04660 [Description]

Output: T cell receptor signaling pathway


Input: [% proteins involved] 5.56 [KEGG pathway ID] map04920 [Description]

Output: Adipocytokine signaling pathway


Input: [% proteins involved] 4.42 [KEGG pathway ID] map05120 [Description]

Output: Epithelial cell signaling in Helicobacter pylori infection


Input: [% proteins involved] 3.99 [KEGG pathway ID] map05222 [Description]

Output: Small cell lung cancer


Input: [% proteins involved] 3.85 [KEGG pathway ID] map04320 [Description]

Output: Dorso-ventral axis formation


Input: [% proteins involved] 3.85 [KEGG pathway ID] map04330 [Description]

Output: Notch signaling pathway


Input: [% proteins involved] 3.71 [KEGG pathway ID] map05220 [Description]

Output: Chronic myeloid leukemia


Input: [% proteins involved] 3.57 [KEGG pathway ID] map04210 [Description]

Output: Apoptosis


Input: [% proteins involved] 3.57 [KEGG pathway ID] map04620 [Description]

Output: Toll-like receptor signaling pathway


Input: [% proteins involved] 3.57 [KEGG pathway ID] map05215 [Description]

Output: Prostate cancer


Input: [% proteins involved] 2.85 [KEGG pathway ID] map04010 [Description]

Output: MAPK signaling pathway


Input: [% proteins involved] 2.57 [KEGG pathway ID] map00910 [Description]

Output: Nitrogen metabolism


Input: [% proteins involved] 2.43 [KEGG pathway ID] map00564 [Description]

Output: Glycerophospholipid metabolism


Input: [% proteins involved] 2.28 [KEGG pathway ID] map05212 [Description]

Output: Pancreatic cancer


Input: [% proteins involved] 2.28 [KEGG pathway ID] map04510 [Description]

Output: Focal adhesion


Input: [% proteins involved] 2.14 [KEGG pathway ID] map00471 [Description]

Output: D-Glutamine and D-glutamate metabolism


Input: [% proteins involved] 2.14 [KEGG pathway ID] map05221 [Description]

Output: Acute myeloid leukemia


Input: [% proteins involved] 2.14 [KEGG pathway ID] map00251 [Description]

Output: Glutamate metabolism


Input: [% proteins involved] 2.14 [KEGG pathway ID] map04810 [Description]

Output: Regulation of actin cytoskeleton


Input: [% proteins involved] 2.00 [KEGG pathway ID] map04111 [Description]

Output: Cell cycle - yeast


Input: [% proteins involved] 1.85 [KEGG pathway ID] map04110 [Description]

Output: Cell cycle


Input: [% proteins involved] 1.85 [KEGG pathway ID] map03050 [Description]

Output: Proteasome


Input: [% proteins involved] 1.57 [KEGG pathway ID] map04070 [Description]

Output: Phosphatidylinositol signaling system


Input: [% proteins involved] 1.57 [KEGG pathway ID] map05219 [Description]

Output: Bladder cancer


Input: [% proteins involved] 1.43 [KEGG pathway ID] map00561 [Description]

Output: Glycerolipid metabolism


Input: [% proteins involved] 1.43 [KEGG pathway ID] map00310 [Description]

Output: Lysine degradation


Input: [% proteins involved] 1.14 [KEGG pathway ID] map05213 [Description]

Output: Endometrial cancer


Input: [% proteins involved] 1.14 [KEGG pathway ID] map04720 [Description]

Output: Long-term potentiation


Input: [% proteins involved] 1.14 [KEGG pathway ID] map00380 [Description]

Output: Tryptophan metabolism


Input: [% proteins involved] 1.14 [KEGG pathway ID] map03320 [Description]

Output: PPAR signaling pathway


Input: [% proteins involved] 1.00 [KEGG pathway ID] map04612 [Description]

Output: Antigen processing and presentation


Input: [% proteins involved] 1.00 [KEGG pathway ID] map05020 [Description]

Output: Parkinson's disease


Input: [% proteins involved] 0.86 [KEGG pathway ID] map00760 [Description]

Output: Nicotinate and nicotinamide metabolism


Input: [% proteins involved] 0.86 [KEGG pathway ID] map04080 [Description]

Output: Neuroactive ligand-receptor interaction


Input: [% proteins involved] 0.71 [KEGG pathway ID] map04664 [Description]

Output: Fc epsilon RI signaling pathway


Input: [% proteins involved] 0.71 [KEGG pathway ID] map04730 [Description]

Output: Long-term depression


Input: [% proteins involved] 0.71 [KEGG pathway ID] map04370 [Description]

Output: VEGF signaling pathway


Input: [% proteins involved] 0.71 [KEGG pathway ID] map00590 [Description]

Output: Arachidonic acid metabolism


Input: [% proteins involved] 0.71 [KEGG pathway ID] map00565 [Description]

Output: Ether lipid metabolism


Input: [% proteins involved] 0.71 [KEGG pathway ID] map04912 [Description]

Output: GnRH signaling pathway


Input: [% proteins involved] 0.71 [KEGG pathway ID] map00592 [Description]

Output: alpha-Linolenic acid metabolism


Input: [% proteins involved] 0.71 [KEGG pathway ID] map00591 [Description]

Output: Linoleic acid metabolism


Input: [% proteins involved] 0.43 [KEGG pathway ID] map00350 [Description]

Output: Tyrosine metabolism


Input: [% proteins involved] 0.43 [KEGG pathway ID] map04350 [Description]

Output: TGF-beta signaling pathway


Input: [% proteins involved] 0.43 [KEGG pathway ID] map00460 [Description]

Output: Cyanoamino acid metabolism


Input: [% proteins involved] 0.43 [KEGG pathway ID] map00632 [Description]

Output: Benzoate degradation via CoA ligation


Input: [% proteins involved] 0.43 [KEGG pathway ID] map00252 [Description]

Output: Alanine and aspartate metabolism


Input: [% proteins involved] 0.43 [KEGG pathway ID] map00340 [Description]

Output: Histidine metabolism


Input: [% proteins involved] 0.43 [KEGG pathway ID] map00562 [Description]

Output: Inositol phosphate metabolism


Input: [% proteins involved] 0.29 [KEGG pathway ID] map00150 [Description]

Output: Androgen and estrogen metabolism


Input: [% proteins involved] 0.29 [KEGG pathway ID] map00626 [Description]

Output: Naphthalene and anthracene degradation


Input: [% proteins involved] 0.29 [KEGG pathway ID] map00051 [Description]

Output: Fructose and mannose metabolism


Input: [% proteins involved] 0.29 [KEGG pathway ID] map00440 [Description]

Output: Aminophosphonate metabolism


Input: [% proteins involved] 0.29 [KEGG pathway ID] map00450 [Description]

Output: Selenoamino acid metabolism


Input: [% proteins involved] 0.14 [KEGG pathway ID] map00642 [Description]

Output: Ethylbenzene degradation


Input: [% proteins involved] 0.14 [KEGG pathway ID] map05214 [Description]

Output: Glioma


Input: [% proteins involved] 0.14 [KEGG pathway ID] map04115 [Description]

Output: p53 signaling pathway


Input: [% proteins involved] 0.14 [KEGG pathway ID] map00360 [Description]

Output: Phenylalanine metabolism


Input: [% proteins involved] 0.14 [KEGG pathway ID] map00790 [Description]

Output: Folate biosynthesis


Input: [% proteins involved] 0.14 [KEGG pathway ID] map03060 [Description]

Output: Protein export


Input: [% proteins involved] 0.14 [KEGG pathway ID] map05223 [Description]

Output: Non-small cell lung cancer


Input: [% proteins involved] 0.14 [KEGG pathway ID] map00903 [Description]

Output: Limonene and pinene degradation


Input: [% proteins involved] 0.14 [KEGG pathway ID] map00960 [Description]

Output: Alkaloid biosynthesis II


Input: [% proteins involved] 0.14 [KEGG pathway ID] map00624 [Description]

Output: 1- and 2-Methylnaphthalene degradation


Input: [% proteins involved] 0.14 [KEGG pathway ID] map00230 [Description]

Output: Purine metabolism


Input: [% proteins involved] 0.14 [KEGG pathway ID] map05218 [Description]

Output: Melanoma


Input: [Water detectors] Additive injection test kits [Cabinets] Hydrometers [Fueling stations]

Output: Grounding cables


Input: [Water detectors] Clay element hardware [Cabinets] Gauges [Fueling stations]

Output: Grounding clips


Input: [Water detectors] API and Metric density calculators [Cabinets] Filters [Fueling stations]

Output: Sump separators


Input: [Water detectors] Floating suction assemblies [Cabinets] Decals [Fueling stations]

Output: Deadman controls


Input: [Water detectors] Additive injection systems [Cabinets] White buckets [Fueling stations]

Output: Nozzle interlocks


Input: [Water detectors] Shipping containers [Fueling stations]

Output: Grounding plugs


Input: [Water detectors] Nozzles [Fueling stations]

Output: Filter membrane fuel test kits


Input: [Pileated Woodpecker] White bases of primary and secondary feathers (the outermost wing feathers). Wings show dark trailing edge from above and below. Very small white patch visible on wing when perched. [Ivory-billed Woodpecker] White secondary and inner primary feathers (the outermost wing feathers). Wings show white trailing edge from above and below. Form large white patch where wings lay on top of back of perched bird. [0]

Output: Wings

Ivory-billed Woodpecker - Cornell Lab of Ornithology


Input: [Pileated Woodpecker] White line forms immediately behind bill, runs down neck, and onto the side of the bird. [Ivory-billed Woodpecker] White line forms below eye, runs down neck, and onto the back of the bird. [0]

Output: Plumage markings

Ivory-billed Woodpecker - Cornell Lab of Ornithology


Input: [Pileated Woodpecker] Dark horn to black, shading to yellow. Bill variable in color, often shiny, and in sunlight can reflect a lighter appearance. [Ivory-billed Woodpecker] Larger bill, ivory in color. However, bill color is not a good field mark because light, viewing angles, and the white cheek plumage may interfere with proper identification. [0]

Output: Bill

Ivory-billed Woodpecker - Cornell Lab of Ornithology


Input: [Pileated Woodpecker] Male: crest entirely red, with red crown extending onto forehead. Female: crest red extending only onto rear part of the crown. [Ivory-billed Woodpecker] Male: curved and pointed red crest with black forehead. Female: curved and pointed black crest. [0]

Output: Crest

Ivory-billed Woodpecker - Cornell Lab of Ornithology


Input: [Pileated Woodpecker] Length: 16-19 in. Wing span: 26-30 in. [Ivory-billed Woodpecker] Length: 18-20 in. Wing span: 30-33 in. [0]

Output: Size

Ivory-billed Woodpecker - Cornell Lab of Ornithology


Input: [Pileated Woodpecker] Contact call is loud deep kuk kuk. Both sexes use a yucka yucka yucka call similar to that of a flicker. Listen to a higher-pitched territorial call. [Ivory-billed Woodpecker] Nasal yank yank yank has been likened to a nuthatch or a tin trumpet. Listen to the Ivory-billed Woodpecker's calls and tapping. [0]

Output: Vocalizations

Ivory-billed Woodpecker - Cornell Lab of Ornithology


Input: [Pileated Woodpecker] Slow powerful accelerating drums that trails off at end. Usually 2-3 seconds in duration with 1-2 series per minute (listen). [Ivory-billed Woodpecker] Loud distinctive 'double-rap' with the second note sounding like an echo of the first. There is about 70 miliseconds between the two notes. [0]

Output: Display Drumming

Ivory-billed Woodpecker - Cornell Lab of Ornithology


Input: [Pileated Woodpecker] Distribution of the Pileated Woodpecker. (Source: The Birds of North America Online). [Ivory-billed Woodpecker] Approximate boundary of the early historical range of the Ivory-billed Woodpecker in the United States and Cuba. Adapted from Tanner 1942 and Jackson 2004. (Source: The Birds of North America Online). [0]

Output: Range

Ivory-billed Woodpecker - Cornell Lab of Ornithology


Input: [Date of Launch (in Japan)] Jun.1957 [Model Name] 14-A [Description]

Output: all-electric compact calculator

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Sep.1965 [Model Name] 001 [Description]

Output: Electronic desktop calculator with onboard memory

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Oct.1967 [Model Name] AL-1000 [Description]

Output: World's first desktop electronic calculator with program

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Apr.1971 [Model Name] Typuter [Description]

Output: World's first ink jet printer

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Aug.1972 [Model Name] CASIO Mini [Description]

Output: World's first personal calculator

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] May 1974 [Model Name] fx-10 [Description]

Output: Personal scientific function calculator

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Nov.1974 [Model Name] Casiotron [Description]

Output: First electronic wristwatch

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jul.1976 [Model Name] sigma-50ER [Description]

Output: Electronic cash register

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Dec.1976 [Model Name] CQ-1 [Description]

Output: First compound calculator

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jan.1978 [Model Name] CASIO Mini Card [Description]

Output: First card-sized calculator (3.9 mm thick)

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Sep.1978 [Model Name] 31-CS10B [Description]

Output: First wristwatch equipped with CASIO LCD

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jul.1979 [Model Name] sigma-8700 series [Description]

Output: Japanese language office computer

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jan.1980 [Model Name] CT-201 [Description]

Output: First electronic musical instrument

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Sep.1981 [Model Name] SL-801 [Description]

Output: Solar-powered calculator

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Oct.1981 [Model Name] TR-2000 [Description]

Output: First Electronic Dictionary

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Nov.1982 [Model Name] AQ-500 [Description]

Output: Analog watch (combination type)

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Apr.1983 [Model Name] PT-50 [Description]

Output: Electronic keyboard with ROM pack

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Apr.1983 [Model Name] G-SHOCK (DW-5000C) [Description]

Output: Shock-resistant wristwatch

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] May 1983 [Model Name] PF-3000 [Description]

Output: First Digital Diary

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jun.1983 [Model Name] TV-10 [Description]

Output: First pocket LCD TV

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Nov.1983 [Model Name] SL-800 [Description]

Output: Credit card-size calculator

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jan.1984 [Model Name] CD-40/401 [Description]

Output: databank telephone number storage wristwatch

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Oct.1984 [Model Name] PV-7 [Description]

Output: Announcement of MSX-standard PV-7 personal computer

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Nov.1984 [Model Name] CZ-101 [Description]

Output: Digital synthesizer with PD sound source

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Mar.1985 [Model Name] FS-10 [Description]

Output: Ultra-thin digital watch

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Apr.1985 [Model Name] LCS-2400 [Description]

Output: Liquid crystal shutter page printer

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] May 1985 [Model Name] TV-1000 [Description]

Output: Pocket-sized LCD TV

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jul.1985 [Model Name] HW-100 [Description]

Output: Personal Japanese-language word processor

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Feb.1986 [Model Name] Data Cal Series [Description]

Output: Calculator capable of processing text data

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Mar.1986 [Model Name] SK-1 [Description]

Output: Electronic sampling keyboard

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] May 1986 [Model Name] SX1000 Series [Description]

Output: Unix-based 32-bit super office computer

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jul.1987 [Model Name] DK-1000 [Description]

Output: Kanji Digital Diary incorporating organizer, dictionary, and calculator

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Aug.1987 [Model Name] HW-7 [Description]

Output: Handy word processor capable of printing anywhere

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Aug.1987 [Model Name] DG-10/20, MG-500/510 [Description]

Output: Electronic guitar with multiple tones and functions

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Sep.1987 [Model Name] DA-1 [Description]

Output: Portable digital audio tape recorder

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Sep.1987 [Model Name] VF-3000 [Description]

Output: Portable videocassette recorder with LCD TV

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Nov.1987 [Model Name] VS-101 [Description]

Output: Electronic still camera

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Feb.1988 [Model Name] CP-100 [Description]

Output: Handy copier capable of copying anywhere

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Feb.1988 [Model Name] PG-380 [Description]

Output: Guitar with built-in synthesized sounds

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Apr.1988 [Model Name] DH-100 [Description]

Output: Electronic wind instrument

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Nov.1988 [Model Name] STING [Description]

Output: Analog watch for youth market

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Feb.1989 [Model Name] BM-100WJ [Description]

Output: Digital watch with sensor for forecasting weather trends

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Apr.1989 [Model Name] ADPS R1 [Description]

Output: Business computer requiring no user programming

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Aug.1989 [Model Name] DK-5000 [Description]

Output: Kanji Digital Diary with IC card capabilities

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Dec.1990 [Model Name] TV-M700 [Description]

Output: Car LCD TV with drive simulator

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Mar.1991 [Model Name] Celviano [Description]

Output: Digital piano with CD player

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Apr.1991 [Model Name] Page Presto [Description]

Output: High-speed page printer

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Nov.1991 [Model Name] KL-1000 [Description]

Output: Nameland label printer

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Dec.1991 [Model Name] DKW-100 [Description]

Output: Databank watch with built-in kanji dictionary

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Feb.1992 [Model Name] BP-100 [Description]

Output: Wristwatch type blood pressure gauge

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Mar.1992 [Model Name] AZ-8/SL-300LH [Description]

Output: Arithmetic calculator for primary school students

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jul.1992 [Model Name] CV-1 [Description]

Output: Ultra-small (cigarette pack-sized) lightweight LCD TV

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Nov.1992 [Model Name] JD-300 [Description]

Output: Digital Diary for kids with message communication function

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Apr.1993 [Model Name] CPW-100 [Description]

Output: Wristwatch with digital compass

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jul.1993 [Model Name] CP-500S [Description]

Output: Personal page printer

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Sep.1993 [Model Name] PX-10 [Description]

Output: Word processor with built-in English-Japanese dictionary

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Oct.1993 [Model Name] Z-7000 [Description]

Output: Portable information terminal for individual users

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Mar.1994 [Model Name] NICOTO [Description]

Output: Pager with two-way alphanumeric messaging

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jul.1994 [Model Name] VG-100 [Description]

Output: Household video printer

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Nov.1994 [Model Name] FV-600 [Description]

Output: LCD projector

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Dec.1994 [Model Name] Baby-G [Description]

Output: G-SHOCK for women

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Mar.1995 [Model Name] QV-10 [Description]

Output: Digital camera with LCD monitor

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Mar.1995 [Model Name] MR-1 [Description]

Output: FM receiver with teletext capabilities

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Mar.1995 [Model Name] CFG-9800G [Description]

Output: 3-color graphic scientific calculator

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Apr.1995 [Model Name] RX-10 [Description]

Output: Pocket-sized Digital Diary with handwriting input

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jun.1995 [Model Name] NS-600/TV-M6000X [Description]

Output: Car navigation system with teletext FM reception

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jun.1995 [Model Name] PA-100 [Description]

Output: Business-use portable information terminal with pen-input capability and large screen

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jul.1995 [Model Name] PH-100 [Description]

Output: PHS telephone

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jul.1995 [Model Name] Twincept [Description]

Output: Wristwatch that displays text data on glass

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jul.1996 [Model Name] N4 [Description]

Output: High speed, low running cost color A3-size printer for business

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Nov.1996 [Model Name] CASSIOPEIA (A-10/11) [Description]

Output: Handheld PC with Windows CE (sales in North America)

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Apr.1998 [Model Name] QV-5000SX [Description]

Output: Megapixel digital camera

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jun.1999 [Model Name] PRT-1GPJ [Description]

Output: World's first wristwatch with GPS sensor

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Nov.1999 [Model Name] C303CA [Description]

Output: Cellular phone with water and shock resistance

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Mar.2000 [Model Name] WMP-1V [Description]

Output: World's first wristwatch with MP3 Player

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jun.2000 [Model Name] WQV-1 [Description]

Output: World's first wristwatch with digital camera

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Nov.2001 [Model Name] WVA-300 [Description]

Output: Radio controlled wristwatch powered by solar battery

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jun.2002 [Model Name] EX-S1 [Description]

Output: Digital camera thinest in the world

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Nov.2002 [Model Name] The G [Description]

Output: G-Shock with solar power and radio control function

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Mar.2003 [Model Name] EX-Z3 [Description]

Output: Thin digital camera with 3X optical zoom

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Oct.2003 [Model Name] Privia [Description]

Output: Stylish and affordable digital piano

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jun.2004 [Model Name] A5406CA [Description]

Output: World's first cellular phone with a built-in 3.2-megapixel camera

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Sep.2004 [Model Name] EX-S100 [Description]

Output: World's smallest optical-zoom digital camera

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Nov.2004 [Model Name] OCEANUS [Description]

Output: Solar-powered radio-controlled watch with sporty design

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Feb.2005 [Model Name] XD-LP7300 [Description]

Output: Electronic dictionary with high-resolution LCD and voice functions

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jun.2005 [Model Name] EX-S500 [Description]

Output: Card-size digital camera with high quality movie recording capability

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jul.2005 [Model Name] G'zOne TYPE-R [Description]

Output: Cellular phone with water and shock resistance

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Aug.2005 [Model Name] EX-Z500 [Description]

Output: Digital camera that compensates for camera shaking and subject movement

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Nov.2005 [Model Name] OCW-600/OCW-10 [Description]

Output: OCEANUS five-motor chronograph watch

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Nov.2005 [Model Name] EX-S600 [Description]

Output: Thin card-size 6.0-megapixel digital camera

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] May.2006 [Model Name] EX-Z1000 [Description]

Output: 10.1-megapixel compact digital camera

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] May.2007 [Model Name] W52CA [Description]

Output: Waterproof, one-seg compatieble cellular phone

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] May.2007 [Model Name] W53CA [Description]

Output: EXILIM cellular phone with 5 megapixel camera

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jun.2007 [Model Name] OCEANUS Manta [Description]

Output: Slim solar-powered radio-controlled watch in full-metal case

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Jan.2008 [Model Name] W61CA [Description]

Output: Waterproof, one-seg compatible cellular phone with 5.1 megapixel camera

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Feb.2008 [Model Name] EX-S10 [Description]

Output: World's smallest and thinnest 10.1 megapixel digital camera

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Mar.2008 [Model Name] EX-F1 [Description]

Output: Digital camera with world's fastest burst shooting performance

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Apr.2010 [Model Name] Green Slim Projectors （XJ-A245/A240/A145/ A140/A135/A130） [Description]

Output: Mercury-free high-brightness projectors

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Nov.2010 [Model Name] EX-H20G [Description]

Output: Digital camera with hybrid GPS

Chronology of Main Products - History - Corporate - CASIO


Input: [Date of Launch (in Japan)] Nov.2010 [Model Name] EX-ZR10 [Description]

Output: Digital camera with HDR art function

Chronology of Main Products - History - Corporate - CASIO


Input: [Almond/Almond Butter] Beechnut [Neutral] Unknown [Neutral_2] Unknown [Neutral_3] Unknown [Neutral/Beneficial]

Output: Unknown

dreddyclinic.com - Blood Type Diet Chart - Information about human ABO polymorphism and the Blood Type Diet.


Input: [Almond/Almond Butter] Brazil Nut [Neutral] Avoid [Neutral_2] Neutral [Neutral_3] Neutral [Neutral/Beneficial]

Output: Avoid

dreddyclinic.com - Blood Type Diet Chart - Information about human ABO polymorphism and the Blood Type Diet.


Input: [Almond/Almond Butter] Butternut [Neutral] Unknown [Neutral_2] Unknown [Neutral_3] Unknown [Neutral/Beneficial]

Output: Unknown

dreddyclinic.com - Blood Type Diet Chart - Information about human ABO polymorphism and the Blood Type Diet.


Input: [Almond/Almond Butter] Cashew/Cashew Butter [Neutral] Avoid [Neutral_2] Neutral [Neutral_3] Avoid [Neutral/Beneficial]

Output: Avoid

dreddyclinic.com - Blood Type Diet Chart - Information about human ABO polymorphism and the Blood Type Diet.


Input: [Almond/Almond Butter] Chestnut [Neutral] Neutral [Neutral_2] Beneficial [Neutral_3] Neutral [Neutral/Beneficial]

Output: Neutral

dreddyclinic.com - Blood Type Diet Chart - Information about human ABO polymorphism and the Blood Type Diet.


Input: [Almond/Almond Butter] Filbert (Hazelnut) [Neutral] Neutral [Neutral_2] Avoid [Neutral_3] Avoid [Neutral/Beneficial]

Output: Neutral

dreddyclinic.com - Blood Type Diet Chart - Information about human ABO polymorphism and the Blood Type Diet.


Input: [Almond/Almond Butter] Flax Seed [Neutral] Beneficial [Neutral_2] Neutral [Neutral_3] Neutral [Neutral/Beneficial]

Output: Beneficial

dreddyclinic.com - Blood Type Diet Chart - Information about human ABO polymorphism and the Blood Type Diet.


Input: [Almond/Almond Butter] Hickory [Neutral] Neutral [Neutral_2] Neutral [Neutral_3] Neutral [Neutral/Beneficial]

Output: Neutral

dreddyclinic.com - Blood Type Diet Chart - Information about human ABO polymorphism and the Blood Type Diet.


Input: [Almond/Almond Butter] Litchi [Neutral] Neutral [Neutral_2] Neutral [Neutral_3] Neutral [Neutral/Beneficial]

Output: Avoid

dreddyclinic.com - Blood Type Diet Chart - Information about human ABO polymorphism and the Blood Type Diet.


Input: [Almond/Almond Butter] Macadamia [Neutral] Neutral [Neutral_2] Neutral [Neutral_3] Neutral [Neutral/Beneficial]

Output: Neutral

dreddyclinic.com - Blood Type Diet Chart - Information about human ABO polymorphism and the Blood Type Diet.


Input: [Almond/Almond Butter] Peanut/Peanut Butter [Neutral] Beneficial [Neutral_2] Beneficial [Neutral_3] Avoid [Neutral/Beneficial]

Output: Avoid

dreddyclinic.com - Blood Type Diet Chart - Information about human ABO polymorphism and the Blood Type Diet.


Input: [Almond/Almond Butter] Pecan/Pecan Butter [Neutral] Unknown [Neutral_2] Unknown [Neutral_3] Neutral [Neutral/Beneficial]

Output: Neutral

dreddyclinic.com - Blood Type Diet Chart - Information about human ABO polymorphism and the Blood Type Diet.


Input: [Almond/Almond Butter] Pine Nut (Pignola) [Neutral] Neutral [Neutral_2] Neutral [Neutral_3] Avoid [Neutral/Beneficial]

Output: Neutral

dreddyclinic.com - Blood Type Diet Chart - Information about human ABO polymorphism and the Blood Type Diet.


Input: [Almond/Almond Butter] Pistachio [Neutral] Avoid [Neutral_2] Neutral [Neutral_3] Avoid [Neutral/Beneficial]

Output: Avoid

dreddyclinic.com - Blood Type Diet Chart - Information about human ABO polymorphism and the Blood Type Diet.


Input: [Almond/Almond Butter] Poppy Seed [Neutral] Neutral [Neutral_2] Avoid [Neutral_3] Avoid [Neutral/Beneficial]

Output: Avoid

dreddyclinic.com - Blood Type Diet Chart - Information about human ABO polymorphism and the Blood Type Diet.


Input: [Almond/Almond Butter] Pumpkin Seed [Neutral] Beneficial [Neutral_2] Avoid [Neutral_3] Avoid [Neutral/Beneficial]

Output: Beneficial

dreddyclinic.com - Blood Type Diet Chart - Information about human ABO polymorphism and the Blood Type Diet.


Input: [Almond/Almond Butter] Safflower Seed [Neutral] Unknown [Neutral_2] Unknown [Neutral_3] Unknown [Neutral/Beneficial]

Output: Unknown

dreddyclinic.com - Blood Type Diet Chart - Information about human ABO polymorphism and the Blood Type Diet.


Input: [Almond/Almond Butter] Sesame Seed/Tahini [Neutral] Neutral [Neutral_2] Avoid [Neutral_3] Avoid [Neutral/Beneficial]

Output: Neutral

dreddyclinic.com - Blood Type Diet Chart - Information about human ABO polymorphism and the Blood Type Diet.


Input: [Almond/Almond Butter] Sunflower Seeds/Butter [Neutral] Neutral [Neutral_2] Avoid [Neutral_3] Avoid [Neutral/Beneficial]

Output: Neutral

dreddyclinic.com - Blood Type Diet Chart - Information about human ABO polymorphism and the Blood Type Diet.


Input: [Almond/Almond Butter] Walnut (Black) [Neutral] Unknown [Neutral_2] Unknown [Neutral_3] Unknown [Neutral/Beneficial]

Output: Unknown

dreddyclinic.com - Blood Type Diet Chart - Information about human ABO polymorphism and the Blood Type Diet.


Input: [Almond/Almond Butter] Walnut (English) [Neutral] Neutral [Neutral_2] Beneficial [Neutral_3] Neutral [Neutral/Beneficial]

Output: Beneficial

dreddyclinic.com - Blood Type Diet Chart - Information about human ABO polymorphism and the Blood Type Diet.


Input: Organic Fruit Alpha-Hydroxy Acids from: Apple Juice (malic acid), Lemon Juice (citric acid), Grape Juice (tartaric acid). Organic fruit alpha-hydroxy acids exfoliate skin naturally to help improve tone and texture, reduce old skin cell buildup and refine.

Output: Alcohol: Alcohol (the second ingredient in most leading brands which means this product contains a high content of alcohol) can be extremely drying to the skin which may cause a potential increase in sebum/oil production as your cells compensate from the drying effect.

Organic & Natural Acne Skin Care Ingredients | Try Juice Beauty


Input: Salicylic Acid, Willow Bark: Helps dissolve skin cell buildup and unclog congested pores. These ingredients control sebum and clear blemishes, resulting in healthy looking and clear complexion.

Output: Benzoyl Peroxide Chemical Form: Benzyl Peroxide can be extremely drying and irritating to the skin which may cause a potential increase sebum/oil production as your cells compensate from the drying effect.

Organic & Natural Acne Skin Care Ingredients | Try Juice Beauty


Input: Vitamin C Vitamin C renews the skin surface to expedite the clearing process.

Output: Often No Vitamin Ingredients

Organic & Natural Acne Skin Care Ingredients | Try Juice Beauty


Input: CoQ10 CoQ10 can help renew the skin surface.

Output: Often No Skin Renewing Ingredients

Organic & Natural Acne Skin Care Ingredients | Try Juice Beauty


Input: Organic Aloe Leaf Juice Organic Aloe Leaf Juice helps soothe with multiple hydrating nutrients.

Output: Propylene Glycol or Dimethicone Petroleum derived (glycols) Propylene Glycol or Dimethicones can be laced with potentially harmful toxins. These ingredients provide no nutrient value for the skin.

Organic & Natural Acne Skin Care Ingredients | Try Juice Beauty


Input: Dandelion Leaf, Lemon Balm, Sage Leaf These extracts can help cleanse and clear skin while providing a beautiful aroma.

Output: Synthetic Perfume Synthetic fragrance is a skin allergen and skin-irritant which can dry your skin and provide no nutrient or clearing value for your skin.

Organic & Natural Acne Skin Care Ingredients | Try Juice Beauty


Input: Green Tea Green Tea is a potent antioxidant that helps deliver clearing benefits while protecting against skin cell damage.

Output: Often No Antioxidant Ingredients

Organic & Natural Acne Skin Care Ingredients | Try Juice Beauty


Input: [0] Mineral [1] Zinc [2] Boron [3] Fluorine [4]

Output: Germanium

Iceberg Laboratories, LLC Highest Quality Effervescent Technology Health Dietary Supplements


Input: [0] Health Benefit [1] Essential part of more than 200 enzymes involved in digestion, metabolism, reproduction (sperm formation), and wound healing Involved in sense of taste Role in function and structure of cell membranes Major part of the immune system Component of insulin [2] Essentiality in humans has yet to be proven [3] Fluorine Yet to be established as nutritionally essential [4]

Output: No evidence has any nutritional, biological or biochemical role in humans

Iceberg Laboratories, LLC Highest Quality Effervescent Technology Health Dietary Supplements


Input: [0] Claims [1] Treats common cold Boosts immunity Prevents cancer Prevents blindness as people age Accelerates wound healing Increases male potency and sex drive Useful in treatment and prevention of infertility Prevents prostate problems Useful in treating acne Prevents hair loss Helpful in diabetics Useful in treating rheumatoid arthritis Restores taste, smell [2] Prevents osteoporosis in postmenopausal women Beneficial in treating arthritis Builds muscle [3] Protects against dental cavities Protects against osteoporosis and useful in its treatment [4]

Output: Useful in treatment of ARC and AIDS Stimulates the immune system Useful in treating cancer Useful in treating chronic Epstein-Barr virus syndrome

Iceberg Laboratories, LLC Highest Quality Effervescent Technology Health Dietary Supplements


Input: [0] Support for Claims [1] Based on preliminary findings, dissolve in throat; if swallowed, it is ineffective Some findings, need more research Contradictory findings Promising findings in double-blind clinical study Conflicting studies, needs more work Useful in combating male impotence only when he has moderate to severe zinc deficiency Needs more research No evidence that it prevents and treats enlarged prostate More research needed on oral supplementation; topical use may treat acne effectively No evidence More research is needed Little recent work, needs more research No evidence age-related disturbances can be improved with supplementation [2] Needs more study re: osteoporosis No evidence for arthritis treatment No evidence for building muscle [3] Evidence that it does protect against cavities Need more information about role in osteoporosis (if any) [4]

Output: Effects on AIDS patients being studied, don't know if has beneficial effects Further research is needed on effects on immune system Human studies for cancer prevention are needed Clinical anecdotes on its effects on Epstein-Barr virus

Iceberg Laboratories, LLC Highest Quality Effervescent Technology Health Dietary Supplements


Input: [0] Deficiency [1] Common among patients fed intravenously, so it is added to the IV solution Moderate deficiency symptoms include growth retardation, poor appetite, mental lethargy, delayed wound healing, abnormalities of taste, smell and vision, skin changes Mild deficiency leads to low sperm count Moderate to severe deficiency in males leads to decreases sexual interest, mental lethargy, emotional problems [2] Essentiality in humans has yet to be proven [3] Yet to be established if nutritionally essential [4]

Output: No known role in humans

Iceberg Laboratories, LLC Highest Quality Effervescent Technology Health Dietary Supplements


Input: [0] Toxicity [1] High doses may cause copper deficiency, gastrointestinal distress, and impaired immune function Large doses for long periods of time depress "good" HDL cholesterol [2] None reported [3] Supplements must be prescribed by a dentist or doctor Is toxic in high doses, can be fatal High doses may cause abnormal hardening of bones, leading to arthritic pain, joint stiffness, occasional nerve damage and paralys [4]

Output: Appears to be low Small percentage reported skin eruptions and stool softening Some reports of kidney failure

Iceberg Laboratories, LLC Highest Quality Effervescent Technology Health Dietary Supplements


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

Output: Large

UMI Christian Lindberg Series Trombone Mouthpiece | Music123


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

Output: Large

UMI Christian Lindberg Series Trombone Mouthpiece | Music123


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

Output: Large

UMI Christian Lindberg Series Trombone Mouthpiece | Music123


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

Output: Small

UMI Christian Lindberg Series Trombone Mouthpiece | Music123


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

Output: Small

UMI Christian Lindberg Series Trombone Mouthpiece | Music123


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

Output: Small

UMI Christian Lindberg Series Trombone Mouthpiece | Music123


Input: [Landscape Architects] Landscape Supplies [Landscape Consultation] Building a patio or walkway [Building a wall]

Output: Creating


Input: [Landscape Architects] Landscaping Contractors [Landscape Consultation] Installing (or building)pavers [Building a wall]

Output: Gardening


Input: [Landscape Architects] Landscape Planning [Landscape Consultation] Installing (or building)bricks [Building a wall]

Output: Planting


Input: [Landscape Architects] Landscape Designing [Landscape Consultation] Poolscaping [Building a wall]

Output: Delivery


Input: [Landscape Architects] Nursery Blogs [Landscape Consultation] Rutgers Nursery Blogs [Building a wall]

Output: Nursery


Input: [Landscape Architects] Rutgers Blogs [Landscape Consultation] Topsoil [Building a wall]

Output: Garden Center


Input: [Description] The AQ6370 is Yokogawa's high speed and high performance Optical Spectrum Analyzer for characterization of optical communications system and optical components. Thirteen built-in analysis functions and seven trace calculations for popular applications can be utilized with a simple function key. Yokogawa continues to provide you quality products that simplify your business practices. [File Type] 14.88 MB [View] AQ6370 Optical Spectrum Analyzer - General Overview [Name]

Output: AQ6370 Optical Spectrum Analyzer - General Overview

Technical Library - Videos & Multimedia - Yokogawa


Input: [Description] The AQ6375 is the first bench-top optical spectrum analyzer covering the long wavelengths over 2 ?m. It is designed for researchers and engineers who have been struggling with inadequate test equipment to measure in these long wavelength ranges. The AQ6375 achieves high speed measurements with high accuracy, resolution and sensitivity, even while providing full analysis features. Troublesome calibration steps and the development of external analysis software is no longer required. [File Type] 13.09 MB [View] AQ6375 OPTICAL SPECTRUM ANALYZER FOR LONG WAVELEN [Name]

Output: AQ6375 OPTICAL SPECTRUM ANALYZER FOR LONG WAVELENGTH BAND

Technical Library - Videos & Multimedia - Yokogawa


Input: [Description] The AQ7270 OTDR maximizes the total working time during on-site tests as the time to power up the device, make measurements, and analyze and store the measurement results are significantly reduced. The measurement results can easily be transmitted to computers using the USB interface or the Ethernet. The analysis software (optional), helps with preparation of computer-generated reports. [File Type] 12.31 MB [View] AQ7270 Optical Time Domain Reflectometer [Name]

Output: AQ7270 Optical Time Domain Reflectometer

Technical Library - Videos & Multimedia - Yokogawa


Input: [Description] The AQ7275 Optical Time Reflectometer (OTDR), is ideal for use in a wide variety of optical fiber installation and maintenance applications. Increased efficiency and a quick start-up help to maximize time spent on operations. With the 10-second startup, the AQ7275 is ready to perform when you are. [File Type] 12.31 MB [View] AQ7275 Optical Time Domain Reflectometer [Name]

Output: AQ7275 Optical Time Domain Reflectometer

Technical Library - Videos & Multimedia - Yokogawa


Input: [Description] Digital persistence, or accumulation, is a useful way to preserve a wave form on the display long after the event has passed. In this mode, all waveforms, including anomalies, will remain present on the display and then slowly fade away. [File Type] 3.20 MB [View] Accumulation [Name]

Output: DL9000 Series - Accumulation

Technical Library - Videos & Multimedia - Yokogawa


Input: [Description] Acquisition video [File Type] 3.55 MB [View] Acquisition [Name]

Output: DL9000 Series - Acquisition

Technical Library - Videos & Multimedia - Yokogawa


Input: [Description] It supports all the most popular computer formats and peripherals, including USB thumb drives, removable flash media, TCP/IP networking, and even the automatic sending of email on trigger. If you prefer to operate the instrument with a keyboard and mouse, just plug and play. [File Type] 2.69 MB [View] Connectivity [Name]

Output: DL9000 Series - Connectivity

Technical Library - Videos & Multimedia - Yokogawa


Input: [Description] Six cursor types are available in the DL9000. Vertical and horizontal cursors are useful for quickly measuring voltage and time deltas. A voltage-at-time cursor will show you the corresponding channel voltages at any time. [File Type] 2.74 MB [View] Cursors [Name]

Output: DL9000 Series - Cursors

Technical Library - Videos & Multimedia - Yokogawa


Input: [Description] History Memory is Yokogawa’s unique method of preserving waveforms and triggers through automatic memory segmentation. It allows you to isolate any accumulated anomalies, so you can view, playback, and even search for events long gone by. [File Type] 3.04 MB [View] History memory [Name]

Output: DL9000 Series - History Memory

Technical Library - Videos & Multimedia - Yokogawa


Input: [0] abdomen [1] bilateral [2] burn [3] complications [4] diagnosis [6] joint [7] manipulation [8] nerve [9] orthopedics [10] physical (exam) [11] prescription [12] relapse [13] sense [14] spinal column [15] technique [16] transverse [5]

Output: exposure


Input: [0] amputate [1] bleed [2] capacity [3] confidential [4] diaphragm [6] lateral [7] massage [8] neurology [9] palpate [10] physician [11] prescription drugs [12] rib(s) [13] sensitive [14] spinal cord [15] tension [16] trauma [5]

Output: extension


Input: [0] anatomy [1] blood [2] cause [3] costovertebral [4] discriminate [6] lateral bending [7] medicine [8] nurse [9] paralysis [10] pill-> [11] pressure [12] rotary [13] skeleton [14] spine [15] test [16] treatment [5]

Output: flexion


Input: [0] anterior [1] bone(s) [2] celsius [3] cusp [4] disk [6] lateral flexion [7] metabolism [8] ointment [9] parapalegic [10] take ~ [11] quadrapalegic [12] rotation, rotational [13] skin [14] superior [15] therapy [16] unilateral [5]

Output: heartbeat


Input: [0] anterior to posterior [1] breathe [2] chart [3] deteriorate [4] doctor [6] lumbar-spinal [7] mobilization [8] operate [9] patient [10] pisiform [11] recover, recovery [12] sacro-iliac joint [13] sore [14] superior to inferior [15] thorax [16] vertebra [5]

Output: holistic


Input: [0] asthma [1] bronchitis [2] circulation [3] determine (a value) [4] drug(s) [6] lump [7] motoric [8] operation [9] perception [10] posterior [11] Red Cross [12] screen [13] source [14] susceptible [15] throat [16] x-ray [5]

Output: inferior


Input: [0] backbone [1] bump [2] client [3] diagnose [4] expand [6] lungs [7] muscle [8] organ [9] peripheral vision [10] powder [11] rehabilitation [12] sensation [13] spasm [14] symptom [15] tissue [5]

Output: internal


Input: Radiating pain usually in one leg (may be in both legs if disk herniation is central) [Description]

Output: Hallmark

Beating Back Pain - Consumer Reports Video


Input: Can be accompanied by numbness, tingling, or weakness in parts of the leg and foot [Description]

Output: Sensory/motor symptoms

Beating Back Pain - Consumer Reports Video


Input: Back and leg pain described as sharp, dull aching, burning, or throbbing [Description]

Output: Character of pain

Beating Back Pain - Consumer Reports Video


Input: With sneezing or coughing, bending forward or sitting [Description]

Output: Pain worsens

Beating Back Pain - Consumer Reports Video


Input: By lying down or at times walking [Description]

Output: Pain relieved

Beating Back Pain - Consumer Reports Video


Input: Men are most likely to develop symptoms in their 40s; women most often between ages 50 and 60 [Description]

Output: Age

Beating Back Pain - Consumer Reports Video


Input: [Produced by] The saliva glands [Name] Salivary amylase, also known as ptyalin [Action]

Output: Begins to break down starch


Input: [Produced by] The stomach(gastric juice) [Name] Gastrin [Action]

Output: Hormone stimulating the production of gastric juice


Input: [Name] Hydrochloric acid [Action]

Output: Kills microbes, solubilizes protein. Stimulates secretin production, which starts pancreatic stage of digestion


Input: [Name] Pepsin [Action]

Output: Enzyme which prepares proteins for pancreatic digestion


Input: [Produced by] Liver and gall-bladder [Name] Bicarbonate [Action]

Output: Neutralizes acid coming from the stomach


Input: [Name] Bile salts [Action]

Output: Emulsify fats


Input: [Produced by] Pancreas [Name] Amylase [Action]

Output: Carbohydrate-digesting enzyme


Input: [Name] Bicarbonate [Action]

Output: Neutralizes acid coming from the stomach


Input: [Name] Lipase [Action]

Output: Fat-digesting enzyme


Input: [Name] Proteases (trypsin and chymotrypsin) [Action]

Output: Protein-digesting enzymes


Input: [Produced by] Small intestine [Name] Carboxypeptidase [Action]

Output: Enzyme required for final stages of protein digestion


Input: [Name] Cholecystokinin [Action]

Output: Hormone stimulating the gall bladder to release bile


Input: [Name] Disaccharidases (sucrase, lactase, maltase) [Action]

Output: Enzymes needed to split disaccharides to simple sugars


Input: [Name] Secretin [Action]

Output: Hormone stimulating the production of pancreatic juice


Input: [Water Heaters] Electric Water Heaters [Emergency Plumbing]

Output: 24 Hour Emergency Plumber Service

Preferred Plumbing & Drain | FREE Estimates | Plumber San Ramon CA


Input: [Water Heaters] Tankless Water Heaters [Emergency Plumbing]

Output: Plumbing Repair and Replacements

Preferred Plumbing & Drain | FREE Estimates | Plumber San Ramon CA


Input: [Water Heaters] Sewer & Drain [Emergency Plumbing]

Output: Bathroom Plumbing

Preferred Plumbing & Drain | FREE Estimates | Plumber San Ramon CA


Input: [Water Heaters] Rooter Service [Emergency Plumbing]

Output: Shower Plumbing

Preferred Plumbing & Drain | FREE Estimates | Plumber San Ramon CA


Input: [Water Heaters] Drain Cleaning [Emergency Plumbing]

Output: Home Plumbing

Preferred Plumbing & Drain | FREE Estimates | Plumber San Ramon CA


Input: [Water Heaters] Sewer Cleaning [Emergency Plumbing]

Output: Kitchen Plumbing

Preferred Plumbing & Drain | FREE Estimates | Plumber San Ramon CA


Input: [Water Heaters] Septic Tank [Emergency Plumbing]

Output: Commercial Plumbing

Preferred Plumbing & Drain | FREE Estimates | Plumber San Ramon CA


Input: [SKIN GROWTH] Moles (Nevi) [FEATURES] Typically round or oval, can be flat or raised, color can range from tan to dark brown [TREATMENT]

Output: Surgical excision with suture repair

Mole Removal, Skin Cancer Treatment in Bethesda, Maryland, near Washington, D.C. – Skin Lesion Removal


Input: [SKIN GROWTH] Atypical moles (Dysplastic Nevi) [FEATURES] Typically larger than normal moles, usually oval in shape, often darker in the center and can have “fuzzy” margins [TREATMENT]

Output: Surgical excision with suture repair or shave excision for a changing mole

Mole Removal, Skin Cancer Treatment in Bethesda, Maryland, near Washington, D.C. – Skin Lesion Removal


Input: [SKIN GROWTH] Congenital Nevi [FEATURES] Often larger than ¼ inch in diameter, statistically higher incident of developing into melanoma [TREATMENT]

Output: Surgical excision (if the appearance changes)

Mole Removal, Skin Cancer Treatment in Bethesda, Maryland, near Washington, D.C. – Skin Lesion Removal


Input: [SKIN GROWTH] Lentigo (also known as sun spots, liver spots, or age spots) [FEATURES] Ranges from very small to an inch or more in diameter, usually flat, appears after middle age [TREATMENT]

Output: Laser, electrocautery or freezing The most effective treatment is laser if there are no suspicious features. It may also be frozen but, unlike laser, this can lead to scarring. Any lesion that changes should be biopsied.

Mole Removal, Skin Cancer Treatment in Bethesda, Maryland, near Washington, D.C. – Skin Lesion Removal


Input: [SKIN GROWTH] Seborrheic Keratoses [FEATURES] Can be flat and smooth but more often become raised with a rough surface and feel itchy, often pigmented and can become black, occur after middle age [TREATMENT]

Output: Shaving, scraping or freezing

Mole Removal, Skin Cancer Treatment in Bethesda, Maryland, near Washington, D.C. – Skin Lesion Removal


Input: [SKIN GROWTH] Dermatofibroma [FEATURES] Usually only lightly pigmented, very slightly elevated above the skin level, small hard lump that can be felt extending below the skin level [TREATMENT]

Output: Surgical excision

Mole Removal, Skin Cancer Treatment in Bethesda, Maryland, near Washington, D.C. – Skin Lesion Removal


Input: [your work creates:] Carbon monoxide (CO) Deadly: CO gas reaches poisonous concentrations; CO2 gas displaces air to cause suffocation [When you are …]

Output: MIG welding using carbon dioxide (CO2) shielding gas

eLCOSH : CPWR Hazard Alert: Welding Fumes and Gases


Input: [your work creates:] Ozone and nitrogen oxides Irritating: eyes, ears, nose, throat and lungs affected; can damage lungs [When you are …]

Output: MIG and TIG Welding

eLCOSH : CPWR Hazard Alert: Welding Fumes and Gases


Input: [your work creates:] Phosgene Deadly: fluid can fill lungs hours after exposure [When you are …]

Output: Welding through or near solvents with chlorine

eLCOSH : CPWR Hazard Alert: Welding Fumes and Gases


Input: [your work creates:] Manganese Serious: long-term nerve damage like Parkinson’s disease [When you are …]

Output: Welding on steel

eLCOSH : CPWR Hazard Alert: Welding Fumes and Gases


Input: [your work creates:] “Metal-fume fever” Non-fatal: flu-like symptoms that pass [When you are …]

Output: Hot work on galvanized steel or paint with zinc

eLCOSH : CPWR Hazard Alert: Welding Fumes and Gases


Input: [your work creates:] Nickel and chromium Serious: asthma and sometimes lung cancer [When you are …]

Output: Welding stainless steel

eLCOSH : CPWR Hazard Alert: Welding Fumes and Gases


Input: [your work creates:] Lead, cadmium, and other toxins Serious: nerve damage, reproductive damage, kidney disease and cancer [When you are …]

Output: Cutting or welding metal with paint or coatings

eLCOSH : CPWR Hazard Alert: Welding Fumes and Gases


Input: [your work creates:] Hazards in confined space Serious to Deadly: reduced oxygen, even suffocation from lack of fresh air [When you are …]

Output: Welding using shielding gases like argon

eLCOSH : CPWR Hazard Alert: Welding Fumes and Gases


Input: [Type of Apple] Fuji [Best Use] Eating raw; add to salads and slaw [Flavor/Aroma] Very sweet [Texture]

Output: Crisp

The Ultimate Guide to Apples | The Daily Meal


Input: [Type of Apple] Red Delicious [Best Use] Eating raw [Flavor/Aroma] Mildly sweet [Texture]

Output: Soft, sometimes dense and mealy

The Ultimate Guide to Apples | The Daily Meal


Input: [Type of Apple] Granny Smith [Best Use] Baking and sauces; also pairs well with savory foods like grilled cheese [Flavor/Aroma] Tart when raw; sweeter when cooked [Texture]

Output: Firm and crisp

The Ultimate Guide to Apples | The Daily Meal


Input: [Type of Apple] Golden Delicious [Best Use] Pies, salads, and sauces [Flavor/Aroma] Sweet when from warmer climates; more tart when from cooler climates [Texture]

Output: Soft with thin skin; fragile and bruises easily when raw, but holds its shape when cooked

The Ultimate Guide to Apples | The Daily Meal


Input: [Type of Apple] Gala [Best Use] Eating raw, all-purpose cooking, and bobbing [Flavor/Aroma] Mildly sweet [Texture]

Output: Thin-skinned and crisp

The Ultimate Guide to Apples | The Daily Meal


Input: [Type of Apple] Braeburn [Best Use] Eating raw and baking [Flavor/Aroma] Sweet and slightly tart [Texture]

Output: Crisp

The Ultimate Guide to Apples | The Daily Meal


Input: [Type of Apple] McIntosh [Best Use] Eating raw, applesauce, or apple butter [Flavor/Aroma] Sweet-tart and grows sweeter later on in the season; season runs from fall to early winter [Texture]

Output: Soft

The Ultimate Guide to Apples | The Daily Meal


Input: [Type of Apple] Honeycrisp [Best Use] Eating raw and pie [Flavor/Aroma] Sweet-tart [Texture]

Output: Crisp

The Ultimate Guide to Apples | The Daily Meal


Input: [Type of Apple] Jonagold [Best Use] Pie, smoothies, and all-purpose cooking [Flavor/Aroma] A cross, this apple gets a sweet-tart flavor from the Jonathan and the aroma of honey from the Golden Delicious [Texture]

Output: Crisp with thin skin

The Ultimate Guide to Apples | The Daily Meal


Input: [Type of Apple] Cameo [Best Use] Eating raw, baking, and all-purpose cooking; can make a "cameo" appearance instead of Golden Delicious [Flavor/Aroma] Sweet-tart with hints of honey and citrus [Texture]

Output: Thin-skinned with dense flesh

The Ultimate Guide to Apples | The Daily Meal


Input: [Type of Apple] Empire [Best Use] All-purpose cooking [Flavor/Aroma] Sweet like Red Delicious and tart like McIntosh [Texture]

Output: Firm with thin skin

The Ultimate Guide to Apples | The Daily Meal


Input: [Type of Apple] Cortland [Best Use] Eating raw, baking, and all-purpose cooking [Flavor/Aroma] Sweet-tart [Texture]

Output: Soft, but firmer than McIntosh

The Ultimate Guide to Apples | The Daily Meal


Input: R 9,500.00 [1]

Output: Side Steps The Santa Fe side steps offer greater ease and stability when getting in and out of the vehicle and were designed specifically to accentuate the lines of the vehicle. The rubber detail also provides extra grip.

Santa Fe | Showroom| Hyundai South Africa


Input: R 1,920.00 [1]

Output: Rear Bumper Protector The hard-wearing bumper protector prevents scratches and dents to your rear bumper when loading and unloading cargo.

Santa Fe | Showroom| Hyundai South Africa


Input: R 1,700.00 [1]

Output: Window Visors The window visors enhance the look of your Santa Fe while also allowing airflow into your car with the front windows partly open. Even in the rain they can reduce fogging without you getting wet.

Santa Fe | Showroom| Hyundai South Africa


Input: R 7,090.00 [1]

Output: Nudge Bar The Nudge Bar adds a more aggressive look to your Santa Fe and personifies your vehicle.

Santa Fe | Showroom| Hyundai South Africa


Input: R 1,600.00 [1]

Output: Headlight Guards The Headlight Guards protect your headlights from minor stone chips and pit marks, extending the life of your headlights.

Santa Fe | Showroom| Hyundai South Africa


Input: R 1,800.00 [1]

Output: Bonnet Guard The Bonnet Guard protects your bonnet from annoying bumps and scratches.

Santa Fe | Showroom| Hyundai South Africa


Input: [Characteristics] Cell Size [Animal Cell] Smaller than plant cells [Plant Cell]

Output: Large

Plant Cell and Animal Cell Differences Research Article, Plant Cell Vs Animal Cell, Plant Cell and Animal Cell Differences Science Topic, Plant Cell and Animal Cell Differences Research Topic


Input: [Characteristics] Cell Shape [Animal Cell] Circular [Plant Cell]

Output: Rectangular

Plant Cell and Animal Cell Differences Research Article, Plant Cell Vs Animal Cell, Plant Cell and Animal Cell Differences Science Topic, Plant Cell and Animal Cell Differences Research Topic


Input: [Characteristics] Vacuoles [Animal Cell] If any, there are a number of small vacuoles spread throughout the cytoplasm that store water, ions and waste materials. [Plant Cell]

Output: A single centrally located vacuole. It takes up almost 90% of the cell volume. The vacuole stores water and maintains turgidity of the cell.

Plant Cell and Animal Cell Differences Research Article, Plant Cell Vs Animal Cell, Plant Cell and Animal Cell Differences Science Topic, Plant Cell and Animal Cell Differences Research Topic


Input: [Characteristics] Cell Wall [Animal Cell] Cell wall is absent. This allows animal cells to adopt different shapes. [Plant Cell]

Output: A rigid cell wall (made of cellulose) is present around a plant cell that helps it maintain its shape.

Plant Cell and Animal Cell Differences Research Article, Plant Cell Vs Animal Cell, Plant Cell and Animal Cell Differences Science Topic, Plant Cell and Animal Cell Differences Research Topic


Input: [Characteristics] Chloroplasts [Animal Cell] Absent. As animals lack this pigment, they cannot make their own food. [Plant Cell]

Output: Present. Chlorophyll is the pigment that traps sun's energy which is utilized by plants to make food through the process of photosynthesis. This pigment is present in the chloroplasts.

Plant Cell and Animal Cell Differences Research Article, Plant Cell Vs Animal Cell, Plant Cell and Animal Cell Differences Science Topic, Plant Cell and Animal Cell Differences Research Topic