Input: [Common Name] Polyanthus, Cowslip, Primrose, Primula [Botanical Name] Primula, Primula vulgaris, Primula veris, Primula hybrida [Edible Tip]

Output: Popular as a garnish on salads. Remove the stalks so they sit open-faced on top of lettuce, cress etc. Crystallise or use in pancakes or cakes. Sprinkle fresh polyanthus blossoms in salads, adding a touch of colour and a sweet taste. Flowers can be crystallised and used as decorations, making them ideal for special cakes and desserts, for example on Mothering Sunday or at Easter.

Edible Flowers Guide | Thompson & Morgan


Input: [Common Name] Poppy [Botanical Name] Papaver somniferum, Papaver paeoniflorum [Edible Warning] All poppies are poisonous. However the seeds produced from Papaver somniferum and Papaver paeoniflorum can be eaten. The seeds of other species are not edible. [Edible Tip]

Output: All poppies are poisonous, however the seeds that are produced from these species of poppy can be eaten.

Edible Flowers Guide | Thompson & Morgan


Input: [Common Name] Pot Marigold [Botanical Name] Calendula officinalis [Edible Tip]

Output: Calendulas have a slightly peppery taste and will add a light, tangy flavour to breads and soups, as well as adding a touch of colour. They will make a bright and tasty addition to a tossed salad. You can use fresh or dried petals as an economical substitute for saffron for adding colour to rice or butter. The fresh young leaves can also be used sparingly in salads.

Edible Flowers Guide | Thompson & Morgan


Input: [Common Name] Pumpkin [Botanical Name] Cucurbita maxima, Cucurbita pepo [Edible Tip]

Output: All squash flowers have a slightly sweet nectar taste . These can be stuffed with cheeses and other fillings , battered and deep fried or sauteed and added to pasta . Thinly sliced blossoms can be added to soups, omelets, scrambled egg or add colour to salads.

Edible Flowers Guide | Thompson & Morgan


Input: [Common Name] Living Greens/ Microgreens/ Purple Radish [Botanical Name] Raphanus sativus [Edible Tip]

Output: The flavour of radish flowers is a milder version of the spicy root, making it ideal to add colour to the top of a salad or sprinkle over cooked vegetables to add a little spice.

Edible Flowers Guide | Thompson & Morgan


Input: [Common Name] Rocket [Botanical Name] Eruca vesicaria, Diplotaxis muralis, Eruca vesicaria subsp. sativa [Edible Tip]

Output: The flowers and the leaves have a spicy, peppery flavour, and are delicious added to a salad, rice or sprinkled over cooked French beans. Add whole flowers to taramasalata and serve with brown toast.

Edible Flowers Guide | Thompson & Morgan


Input: [Common Name] Rose [Botanical Name] Rosa [Edible Tip]

Output: As a general rule if a rose smells good, it will taste good. Petals have a delicate flavour which will improve cool drinks and fruit dishes, or why not try rose petal jam? Rosehips and petals can both be used in jellies. If the flowers are crystallised, they will make attractive cake decorations. It is best to remove the white heel from the base of the petals before eating.

Edible Flowers Guide | Thompson & Morgan


Input: [Common Name] Rosemary [Botanical Name] Rosmarinus officinalis [Edible Tip]

Output: Rosemary flowers and leaves can be used with poultry or pork - try adding a few flowers to biscuit dough to add flavour.

Edible Flowers Guide | Thompson & Morgan


Input: [Common Name] Runner Bean [Botanical Name] Phaseolus coccineus [Edible Warning] Only scarlet-flowered runner beans are recommended for eating. [Edible Tip]

Output: Flowers can be eaten raw in salads, adding a mild bean flavour with a hint of nectar, or add to cooked runner bean dishes for decoration.

Edible Flowers Guide | Thompson & Morgan


Input: [Common Name] Sage [Botanical Name] Salvia officinalis [Edible Tip]

Output: The flowers taste similar to the leaves and make a vibrant contribution to salads and pâtés, mustards and vinaigrettes.

Edible Flowers Guide | Thompson & Morgan


Input: [Common Name] Salsify [Botanical Name] Tragopogon porrifolius [Edible Tip]

Output: Usually grown for its nutty flavoured roots, but the young leaves are tasty in salads adding a mild nutty flavour. The flower buds should be picked just before they open with about three inches of stem attached. They can be lightly simmered and then eaten when cold in salads or as a garnish.

Edible Flowers Guide | Thompson & Morgan


Input: [Common Name] Scented pelargoniums [Botanical Name] Geranium clorinda, Geranium fragrans, Geranium graveolens, Geranium quercifolia, Geranium tomentosum [Edible Tip]

Output: The leaves have a powerful citrus fragrance and will add flavour to cakes and meringue roulades. The flowers have a faint citrus flavour similar to the leaves and are ideal crystallised and scattered on desserts.

Edible Flowers Guide | Thompson & Morgan


Input: [Common Name] Squash [Botanical Name] Cucurbita moschata, Cucurbita pepo, Cucurbita maxima [Edible Tip]

Output: All squash flowers have a slightly sweet nectar taste . These can be stuffed with cheeses and other fillings , battered and deep fried or sauteed and added to pasta . Thinly sliced blossoms can be added to soups, omelets, scrambled egg or add colour to salads.

Edible Flowers Guide | Thompson & Morgan


Input: [Common Name] Strawberry [Botanical Name] Fragaria x ananassa, Fragaria vesca [Edible Tip]

Output: The flowers retain their strawberry fragrance as well as a milder strawberry flavour. Float petals in drinks, add to salads or candy them and add to desserts for decoration.

Edible Flowers Guide | Thompson & Morgan


Input: [Common Name] Sunflower [Botanical Name] Helianthus annuus [Edible Tip]

Output: The buds, petals and seeds are all edible. Add the petals to a green salad for a colour contrast and a mild nutty taste. The green buds can be blanched, then tossed in garlic butter; they are similar in flavour to a Jerusalem artichoke. The kernels inside the seeds can be eaten raw or toasted as a snack.

Edible Flowers Guide | Thompson & Morgan


Input: [Common Name] Sweet Cicely [Botanical Name] Myrrhis odorata [Edible Tip]

Output: The sweet anise-flavoured flowers are lovely added to apple, plum or rhubarb tarts.

Edible Flowers Guide | Thompson & Morgan


Input: [Common Name] Sweet Mace [Botanical Name] Tagetes lucida [Edible Tip]

Output: Use the flowers of this attractive plant in salads and its leaves in soups and stews much like French tarragon.

Edible Flowers Guide | Thompson & Morgan


Input: [Common Name] Sweet Marjoram [Botanical Name] Origanum majorana [Edible Tip]

Output: Combines well with all chicken dishes and many fish recipes. Can also be made into a flavoursome hot tea.

Edible Flowers Guide | Thompson & Morgan


Input: [Common Name] Sweet Rocket [Botanical Name] Hesperis matronalis [Edible Tip]

Output: This combines well with all chicken dishes and many fish recipes. Can also be made into a flavoursome hot tea.

Edible Flowers Guide | Thompson & Morgan


Input: [Common Name] Tulip [Botanical Name] Tulipa [Edible Warning] Some people have had strong allergic reactions to tulips. If touching them causes a rash, numbness etc. - Don’t eat them! Don’t EVER eat the bulbs. If you have any doubts, don’t eat the flower. [Edible Tip]

Output: Tulip petals have a sweet, pea-like flavour and a tender crisp texture. Try stuffing whole flowers with a shrimp or chicken salad. Add strips of petals to salads or sandwiches for that added touch of colour. Carefully remove pollen and stigmas from the base of the flower before stuffing.

Edible Flowers Guide | Thompson & Morgan


Input: [Common Name] Viola [Botanical Name] Viola cornuta, Viola hybrida, Viola tricolor, Viola x williamsiana, Viola odorata [Edible Tip]

Output: Flowers have a lettuce-like flavour and make a decorative addition to a green salad or to garnish a pâté or dessert. They can be crystallised and used on cakes, cookies or creamy desserts.

Edible Flowers Guide | Thompson & Morgan


Input: [Common Name] Yucca [Edible Tip]

Output: The white yucca flower petals have a crunchy, mildly sweet taste with a hint of artichoke flavour. Delicious added to salads or used as a garnish.

Edible Flowers Guide | Thompson & Morgan


Input: [Serving Size] 2 spears [Properties/Benefits] Contains vitamins C, A, Beta Carotene and Fiber. [Food]

Output: Broccoli

Super Foods thought to prevent disease and increase longevity


Input: [Serving Size] 2 medium [Properties/Benefits] 2 carrots every other day provide enough beta carotene to reduce stroke risk by half for men who already have symptoms of heart disease [Food]

Output: Carrots

Super Foods thought to prevent disease and increase longevity


Input: [Serving Size] 1 or more peppers [Properties/Benefits] The heat source in chilis, capsaicin, is an antioxidant. Contains blood thinning properties to prevent strokes, lowers cholesterol, protects DNA against carcinogens, may stimulate release of endorphins ("natural high" chemicals) [Food]

Output: Chili Peppers

Super Foods thought to prevent disease and increase longevity


Input: [Serving Size] 1 cup uncooked [Properties/Benefits] Contains vitamins A and C, folic acid and magnesium which help control cancer, reduces heart disease and stroke risk, blocks free radicals and may help prevent osteoporosis. [Food]

Output: Spinach

Super Foods thought to prevent disease and increase longevity


Input: [Serving Size] 1/4 cup dried Shitakes or other exotic mushrooms [Properties/Benefits] Contain beta-glucan, which stimulates immune system. Shitake, enoki, zhuling and reishi all have anti-cancer and antiviral effects [Food]

Output: Mushrooms

Super Foods thought to prevent disease and increase longevity


Input: [Serving Size] 1 med. tomato [Properties/Benefits] Contain lycopenes - an antioxidant more potent than vitamin C. Stimulates immune function and may slow degenerative diseases [Food]

Output: Tomatoes

Super Foods thought to prevent disease and increase longevity


Input: [Serving Size] 1/2 cup [Properties/Benefits] Contains ellagic acid, which contains anti-cancer properties [Food]

Output: Strawberries

Super Foods thought to prevent disease and increase longevity


Input: [Serving Size] one papaya, 1 cup pineapple, 1-2 kiwis [Properties/Benefits] High amounts of enzymes that help combat everything from autoimmune diseases, allergies, and cancer to AIDS [Food]

Output: Papaya, Pineapple & Kiwi

Super Foods thought to prevent disease and increase longevity


Input: [Serving Size] 1 mango [Properties/Benefits] Contains bioflavonoids that aid the immune system [Food]

Output: Mangoes

Super Foods thought to prevent disease and increase longevity


Input: [Serving Size] 1 lg. orange or equivalent [Properties/Benefits] Contains vitamin C which helps your body fight cancers (lung, cervical, esophagus & stomach). Rich in bioflavonoids. [Food]

Output: Citrus Fruits

Super Foods thought to prevent disease and increase longevity


Input: [Serving Size] 3 fresh [Properties/Benefits] Fresh apricots are high in beta-carotene. Also contains vitamin C and fiber. [Food]

Output: Apricots

Super Foods thought to prevent disease and increase longevity


Input: [Serving Size] 1 medium [Properties/Benefits] Rich in magnesium (helps protect circulatory system), potassium and slowly-absorbed sugars. Good source of pectin (a soluble fiber). Prevents radical swings in blood sugar [Food]

Output: Bananas

Super Foods thought to prevent disease and increase longevity


Input: [Serving Size] 2-3 cloves fresh or 1 tsp. Garlic Powder [Properties/Benefits] May lower cholesterol and blood pressure. May contain chemicals capable of destroying cancer cells [Food]

Output: Garlic

Super Foods thought to prevent disease and increase longevity


Input: [Serving Size] 1 cup [Properties/Benefits] Green tea contains polyphenols, which may reduce heart disease, cancer and stroke risk [Food]

Output: Green Tea

Super Foods thought to prevent disease and increase longevity


Input: [Serving Size] 1 cup [Properties/Benefits] High in protein and complex carbohydrates. Contains both soluble and insoluble fiber. Contains phytochemicals and protease inhibitors that may help prevent cancer [Food]

Output: Beans

Super Foods thought to prevent disease and increase longevity


Input: [Serving Size] 4 ounces tofu or equivalent soy product [Properties/Benefits] Lowers "bad" LDL cholesterol levels in bloodstream which reduces heart disease risk. Studies have shown that people who regularly eat soy products have reduced risk or lower rates of prostate, colon, lung, rectal and stomach cancers. [Food]

Output: Soybeans & Tofu

Super Foods thought to prevent disease and increase longevity


Input: [Serving Size] 3 ounces [Properties/Benefits] Contains omega-3 oils to fight heart disease. Contains calcium, magnesium, protein and B-vitamins. [Food]

Output: Salmon

Super Foods thought to prevent disease and increase longevity


Input: [Serving Size] 1 cup oatmeal, 1-1/2 packets instant oatmeal, or 1-1/4 cup oat flakes cereal [Properties/Benefits] Oat bran lowers cholesterol and blood pressure. May reduce risk of colon cancer. Oatmeal contains both soluble and insoluble fiber. � [Food]

Output: Oats

Super Foods thought to prevent disease and increase longevity


Input: [0] Resistance-to-Ground (RTG) [Advanced Driven Rod] Average [Grounding Plate] Poor [Concrete Encased Electrode] Average [Building Foundation] Above Average [Water Pipe] Poor to Excellent** [Electrolytic Electrode] Excellent [Driven Rod]

Output: Poor

Different Types of Grounding Electrodes - E&S Grounding


Input: [0] Corrosion Resistance [Advanced Driven Rod] Good [Grounding Plate] Poor [Concrete Encased Electrode] Good * [Building Foundation] Good * [Water Pipe] Varies [Electrolytic Electrode] High [Driven Rod]

Output: Poor

Different Types of Grounding Electrodes - E&S Grounding


Input: [0] Increase in RTG in Cold Weather [Advanced Driven Rod] Slightly Affected [Grounding Plate] Highly Affected [Concrete Encased Electrode] Slightly Affected [Building Foundation] Slightly Affected [Water Pipe] Minimally Affected [Electrolytic Electrode] Minimally Affected [Driven Rod]

Output: Highly Affected

Different Types of Grounding Electrodes - E&S Grounding


Input: [0] Increase in RTG over Time [Advanced Driven Rod] RTG typically unaffected [Grounding Plate] RTG Increases [Concrete Encased Electrode] RTG typically unaffected [Building Foundation] RTG typically unaffected [Water Pipe] RTG typically unaffected [Electrolytic Electrode] RTG Improves [Driven Rod]

Output: RTG Worsens

Different Types of Grounding Electrodes - E&S Grounding


Input: [0] Electrode Ampacity [Advanced Driven Rod] Average [Grounding Plate] Average [Concrete Encased Electrode] Average * [Building Foundation] Above Average * [Water Pipe] Poor to Excellent** [Electrolytic Electrode] Excellent [Driven Rod]

Output: Poor

Different Types of Grounding Electrodes - E&S Grounding


Input: [0] Installation Cost [Advanced Driven Rod] Excellent [Grounding Plate] Below Average [Concrete Encased Electrode] Below Average [Building Foundation] Average [Water Pipe] Average [Electrolytic Electrode] Poor [Driven Rod]

Output: Average

Different Types of Grounding Electrodes - E&S Grounding


Input: [0] Life Expectancy [Advanced Driven Rod] Average15–20 years [Grounding Plate] Poor5-10 years [Concrete Encased Electrode] Average *15-20 years [Building Foundation] Above Average *20-30 years [Water Pipe] Below Average*10-15 years [Electrolytic Electrode] Excellent30-50 years [Driven Rod]

Output: Poor5–10 years

Different Types of Grounding Electrodes - E&S Grounding


Input: [0] Measles [Fever] Yes [Itchy] Minimal [The lesion] Flat pink and then red [Location] First the face and then the chest belly and feet [Duration] 4-7 days [Additional signs]

Output: Before the rash there is cough and "red eyes"

Skin Rash On Kids – Rapid Diagnosis For Everyoneitchy ears


Input: [0] Rubella [Fever] Yes [Itchy] No [The lesion] Flat and red [Location] face and then truck and limbs [Duration] 2-4 days [Additional signs]

Output: Swollen lymphs glands behind the years. In older kids - sometimes joint pains.

Skin Rash On Kids – Rapid Diagnosis For Everyoneitchy ears


Input: [0] Rubeolla [Fever] Yes [Itchy] No [The lesion] usually flat and pink, maybe sometimes a bit rough to the touch [Location] First the trunk and then arms and neck. Minimal on face and feet. [Duration] 1-2 days [Additional signs]

Output: Start with high temperature (fever) . The rash appears after the rash subsides.

Skin Rash On Kids – Rapid Diagnosis For Everyoneitchy ears


Input: [0] Scarlet fever [Fever] Yes [Itchy] No [The lesion] Flat, red , rough to the touch. [Location] First the face and then the elbows. Spreads rapidly in 24 hours to the rest of the body. [Duration] 5-7 days [Additional signs]

Output: Sore throat and then desquamation of skin on the pals of the hands.

Skin Rash On Kids – Rapid Diagnosis For Everyoneitchy ears


Input: [0] Fifth Disease [Fever] No [Itchy] No [The lesion] Flat, Red, Lace like. [Location] Looks like a "slapped cheek" The rash can appear and disappear again during the disease. [Additional signs]

Output: First the face, and then teh rest of the body

Skin Rash On Kids – Rapid Diagnosis For Everyoneitchy ears


Input: [0] Chicken Pox [Fever] Yes [Itchy] Yes [The lesion] Flat red and then vesicles and crusts [Location] can start anywhere - Limbs , trunk, face, scalp/ [Duration] 4-10 days [Additional signs]

Output: The lesions start as flat papules and than transform into vesicles and crusts

Skin Rash On Kids – Rapid Diagnosis For Everyoneitchy ears


Input: [Ingredient] Vitamin A (as Vitamin A Palmitate 9000 IU & Beta Carotene 30,000 IU) [Amount per Serving] 39,000 IU [% Daily Value] 780%

Output: Essential for mucous membrane health and immune response potentiation

Immunition Allergy Formula - NSC Catalog


Input: [Ingredient] Vitamin C (as Ascorbic Acid) [Amount per Serving] 300 IU [% Daily Value] 500%

Output: Vitamin helps reduce inflammation, protect lung tissue and increase air flow

Immunition Allergy Formula - NSC Catalog


Input: [Ingredient] Zinc ( as Zinc Picolinate) [Amount per Serving] 4mg [% Daily Value] 26.67%

Output: Mineral immuno-stimulant that nourishes the cells that is reputed to inhibit viral replication

Immunition Allergy Formula - NSC Catalog


Input: [Ingredient] Quercetin (as Quercetin Dihydrate) [Amount per Serving] 300mg [% Daily Value] *

Output: Nutritionally helps minimize unwanted histamine release from mast cells that is beneficial for runny nose, allergic skin reactions, tearing eyes and other histamine caused reactions

Immunition Allergy Formula - NSC Catalog


Input: [Ingredient] Goldenseal [Amount per Serving] 160mg [% Daily Value] *

Output: Herb that acts as broad spectrum natural antibiotic that reduces inflammation of the mucous membranes in the eyes and lungs

Immunition Allergy Formula - NSC Catalog


Input: [Ingredient] Astragalus (Root) [Amount per Serving] 60mg [% Daily Value] *

Output: Herb as a nutritional aid to immune system, adrenals and effective for chronic lung weakness

Immunition Allergy Formula - NSC Catalog


Input: [Ingredient] Grape (Seed) Extract [Amount per Serving] 30mg [% Daily Value] *

Output: Antioxidant that moderates allergic and inflammatory responses by reducing histamine production

Immunition Allergy Formula - NSC Catalog


Input: [Ingredient] Lemon Bioflavonoids (Complex) [Amount per Serving] 10mg [% Daily Value] *

Output: Increases Vitamin C absorption with antibacterial action

Immunition Allergy Formula - NSC Catalog


Input: [Ingredient] Rutin [Amount per Serving] 10mg [% Daily Value] *

Output: Bioflavonoid containing quercetin, immune booster that may have antioxidant, anti-inflammatory, anti-carcinogenic, anti-thrombotic and vasoprotective (vein) activities

Immunition Allergy Formula - NSC Catalog


Input: [Ingredient] Hesperidin [Amount per Serving] 10mg [% Daily Value] *

Output: Bioflavonoid protects antioxidants from oxidation

Immunition Allergy Formula - NSC Catalog


Input: [Ingredient] Rose Hips [Amount per Serving] 10mg [% Daily Value] *

Output: Herb as Vitamin C source and nutritional anti-inflammatory

Immunition Allergy Formula - NSC Catalog


Input: [Ingredient] Acerola (Berry) [Amount per Serving] 10mg [% Daily Value] *

Output: Cherry-like fruit filled with natural Vitamin C

Immunition Allergy Formula - NSC Catalog


Input: [Ingredient] Beta- 1,3/1,6-Glucan (micronized saccharomyces cerevisiae) [Amount per Serving] 3mg [% Daily Value] *microparticulate extract from bakers yeast cell wall

Output: Nutritional Immune Cell Potentiation to enhance recognition and response to pathogens, including viral and bacterial. An enhanced immune response is the first line of defense by the body to hopefully avoid respiratory conditions and to make same less intensive and shorter in duration

Immunition Allergy Formula - NSC Catalog


Input: Alfuzosin [Clinical Comments:] Potentially increased alfuzosin concentrations can result in hypotension. [Drug Class]

Output: Alpha 1-adrenoreceptor antagonist

Aptivus (Tipranavir) Drug Information: Overdosage and Contraindications - Prescribing Information at RxList


Input: Amiodarone, bepridil, flecainide, propafenone, quinidine [Clinical Comments:] Potential for serious and/or life-threatening reactions such as cardiac arrhythmias secondary to increases in plasma concentrations of antiarrhythmics. [Drug Class]

Output: Antiarrhythmics

Aptivus (Tipranavir) Drug Information: Overdosage and Contraindications - Prescribing Information at RxList


Input: Rifampin [Clinical Comments:] May lead to loss of virologic response and possible resistance to APTIVUS or to the class of protease inhibitors or other coadministered antiretroviral agents. [Drug Class]

Output: Antimycobacterials

Aptivus (Tipranavir) Drug Information: Overdosage and Contraindications - Prescribing Information at RxList


Input: Dihydroergotamine, ergonovine, ergotamine, methylergonovine [Clinical Comments:] Potential for acute ergot toxicity characterized by peripheral vasospasm and ischemia of the extremities and other tissues. [Drug Class]

Output: Ergot derivatives

Aptivus (Tipranavir) Drug Information: Overdosage and Contraindications - Prescribing Information at RxList


Input: Cisapride [Clinical Comments:] Potential for cardiac arrhythmias. [Drug Class]

Output: GI motility agent

Aptivus (Tipranavir) Drug Information: Overdosage and Contraindications - Prescribing Information at RxList


Input: St. John’s wort (hypericum perforatum) [Clinical Comments:] May lead to loss of virologic response and possible resistance to APTIVUS or to the class of protease inhibitors. [Drug Class]

Output: Herbal products

Aptivus (Tipranavir) Drug Information: Overdosage and Contraindications - Prescribing Information at RxList


Input: Lovastatin, simvastatin [Clinical Comments:] Potential for myopathy including rhabdomyolysis. [Drug Class]

Output: HMG CoA reductase inhibitors

Aptivus (Tipranavir) Drug Information: Overdosage and Contraindications - Prescribing Information at RxList


Input: Pimozide [Clinical Comments:] Potential for cardiac arrhythmias. [Drug Class]

Output: Antipsychotics

Aptivus (Tipranavir) Drug Information: Overdosage and Contraindications - Prescribing Information at RxList


Input: Sildenafil (Revatio) [for treatment of pulmonary arterial hypertension] [Clinical Comments:] A safe and effective dose has not been established when used with APTIVUS/ritonavir. There is increased potential for sildenafil-associated adverse events (which include visual disturbances, hypotension, prolonged erection, and syncope). [Drug Class]

Output: PDE-5 inhibitors

Aptivus (Tipranavir) Drug Information: Overdosage and Contraindications - Prescribing Information at RxList


Input: Oral midazolam, triazolam [Clinical Comments:] Prolonged or increased sedation or respiratory depression. [Drug Class]

Output: Sedatives/hypnotics

Aptivus (Tipranavir) Drug Information: Overdosage and Contraindications - Prescribing Information at RxList


Input: [Corrective Action] Check the electrical receptacle for power and correct voltage. The incoming voltage must be within 10% of the rated voltage on the serial nameplate. The cold thermostat is usually located behind the front panel or apron assembly. If the cold thermostat capillary bulb loses it's charge or becomes kinked, it will fail in the open position, causing disruption of power to the compressor. Unplug the water cooler and, using an ohm meter, check the continuity across the two electrical terminals on the thermostat. Install a new thermostat if there is not continuity. Check for loose wires within the compressor box. The incoming power leads must be connected to the overload and relay. If all components check positive for continuity, test the wiring harness plug for continuity to see if there is a broken wire within the wiring harness insulation. [Problem]

Output: Compressor does not run

Sunroc Drinking Fountain Troubleshooting Guides


Input: [Corrective Action] The most common cause for a water cooler to run without producing cold water is due to a loss of refrigerant. The water cooler must be taken to a certified refrigeration technician for repairs. Make sure the condenser fan motor is operative. The fan blades must turn freely to help remove heat from the compressor. An incorrect refrigerant charge, restriction or defective compressor (not pumping) will also cause the compressor to run without producing cold water. [Problem]

Output: Compressor runs - water is warm

Sunroc Drinking Fountain Troubleshooting Guides


Input: [Corrective Action] A dirty condenser or a blocked fan will cause a high head pressure and frequent cycling of the overload protector. Check the incoming voltage to make sure it is within 10% of the serial nameplate rating. A restriction or moisture in the system will also cause intermittent cycling. A certified refrigeration mechanic should be contacted in this situation. Change the overload or relay if defective. [Problem]

Output: Compressor cycling on overload protector

Sunroc Drinking Fountain Troubleshooting Guides


Input: [Corrective Action] Check to make sure the fan blade is rotating freely. Make sure the water cooler is correctly mounted to the wall (if applicable). Check the compressor mounting to make sure the pins and clips are not rattling. If the compressor appears to be noisy internally, it must be replaced. [Problem]

Output: Noisy operation

Sunroc Drinking Fountain Troubleshooting Guides


Input: [Corrective Action] When there is little or no flow from the bubbler or spout, check the water inlet strainer screen. Sediment from the main supply can get trapped in the screen along with installation materials, such as pipe dope and flux. The screen should be cleaned and checked on a regular basis and replaced if needed. The cartridge valve located in the water control assembly or bubbler can also become clogged with foreign material. The cartridge valve can only be replaced, not repaired. See the exploded view section to locate the cartridge on each cooler model. The water cooler may also develop a freezing condition in which the water will become frozen inside the evaporator coil. This indicates a refrigeration problem or thermostat failure. In this case the water cooler needs to be checked by a qualified technician. [Problem]

Output: No water flow

Sunroc Drinking Fountain Troubleshooting Guides


Input: [Corrective Action] Cartridge - The water flow may be increased by turning the adjustment screw clockwise on the cartridge valve. Cold water thermostat - The water temperature can be made colder by turning the adjustment screw clockwise on the cold water thermostat. [Problem]

Output: Adjustments

Sunroc Drinking Fountain Troubleshooting Guides


Input: [characteristic] reproduction capacity [comments] cone bearing at an age of 20-40 years [interpretive class]


Input: [characteristic] seed dissemination capacity [comments] seed dispersion approaching 1,000 m from the parent tree on high ground [interpretive class]


Input: [characteristic] potential for natural regeneration in low light [comments] mainly developed in canopy gaps; higher in hardwood stands [interpretive class]


Input: [characteristic] potential for natural regeneration in the open [comments] especially on mineral soil seedbeds [interpretive class]


Input: [characteristic] potential initial growth rate (<5 years) [comments] low (<10 cm/yr) in the first two years, high (>50 cm/yr) thereafter [interpretive class]


Input: [characteristic] response of advance regeneration to release [comments] advance regeneration does not develop in the absence of adequate light and seedbed [interpretive class]


Input: [characteristic] self-pruning capacity in dense stands [comments] but dense stands are infrequent [interpretive class]


Input: [characteristic] crown spatial requirements [comments] widest crowns among native spruce species, particularly in tidal populations [interpretive class]


Input: [characteristic] light conditions beneath closed-canopy, mature stands [comments] usually associated with a moss understory [interpretive class]


Input: [characteristic] potential productivity [comments] site index (50 yr @ bh) approaching 45 m; timber yields of Sitka spruce-western hemlock mixtures close to 2,000 m3 per ha in 100 years on the most productive sites; growth rates of these mixtures are highest in North America [interpretive class]


Input: [characteristic] longevity [comments] possibly to 800 years [interpretive class]


Input: [1] Injection of platelet-rich plasma containing autologous white blood cells collected from the blood. Use of regenerative power of the skin. [2] Injection of medical-grade hyaluronic acid or collagen for maintenance of firm skin, or injection of Botox to reduce the movement of muscles. [0]

Output: Specific treatment

New-PRP Skin Regeneration Therapy ｜ Seishin Regenerative Medicine


Input: [1] Crepy skin under the eyes, fine wrinkles in the face, nasolabial grooves, acne marks, sagged skin, etc [2] Nip and tuck for fine wrinkles in the whole face, wrinkles on the neck and hands, nasolabial grooves, wrinkles between the eyebrows and forehead, expression wrinkles at the corner of the eyes, chin, nose, etc. [0]

Output: Benefit

New-PRP Skin Regeneration Therapy ｜ Seishin Regenerative Medicine


Input: [1] Infections and allergy do not occur because the patient’s own blood components are used. [2] Unlikely to occur. [0]

Output: Adverse reaction

New-PRP Skin Regeneration Therapy ｜ Seishin Regenerative Medicine


Input: [1] About 1 year [2] Absorbed in about 0.5 to 1year [0]

Output: Effectine period

New-PRP Skin Regeneration Therapy ｜ Seishin Regenerative Medicine


Input: [1] The blood is not absorbed, and thus repeated injections are not necessary (additional injection is allowed). [2] Repeated injections are necessary because those agents are absorbed into the body. [0]

Output: Re-injection

New-PRP Skin Regeneration Therapy ｜ Seishin Regenerative Medicine


Input: [1] 1 site: 200,000 yen [2] Hyaluronic acid, 1 site: 98,000 yen Collagen (Evolence), 1 site: 150,000 yen Botox, 1 site: 50,000 yen or more [0]

Output: Costs for 1 session

New-PRP Skin Regeneration Therapy ｜ Seishin Regenerative Medicine


Input: [Eczema] Ear Wax [Nappy Rash] Oral Thrush [Allergies]

Output: Athlete’s Foot


Input: [Eczema] Haemorrhoids [Nappy Rash] Pain [Allergies]

Output: Blocked Nose


Input: [Eczema] Hay Fever [Nappy Rash] Scabies [Allergies]

Output: Cold Sores


Input: [Eczema] Headache [Nappy Rash] Sore Throat [Allergies]

Output: Conjunctivitis


Input: [Eczema] Head Lice [Nappy Rash] Teething [Allergies]

Output: Constipation


Input: [Eczema] Heartburn [Nappy Rash] Threadworms [Allergies]

Output: Cough


Input: [Eczema] Indigestion [Nappy Rash] Vaginal Thrush [Allergies]

Output: Dermatitis


Input: [Eczema] Infant Colic [Nappy Rash] Verrucae [Allergies]

Output: Diarrhoea


Input: [Eczema] Mouth Ulcers [Nappy Rash] Warts [Allergies]

Output: Earache


Input: [Type] Scale [Detail]

Output: 1/10

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Construction type [Detail]

Output: Assembly kit

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Terrain use [Detail]

Output: Off-Road

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Drive-train [Detail]

Output: 4WD

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Drive type [Detail]

Output: Gearbox

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Drive line [Detail]

Output: Solid axle

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Differential type [Detail]

Output: Gear

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Suspension [Detail]

Output: 4-link

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Steering mechanism [Detail]

Output: Direct servo

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Shock damper [Detail]

Output: Oil-filled damper

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Shock damper material [Detail]

Output: Plastic

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Tire type [Detail]

Output: Rubber

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Tire tread [Detail]

Output: Block-pattern

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Body material [Detail]

Output: Polycarbonate

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Chassis material [Detail]

Output: Aluminum & plastic

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Electronic Speed Control (ESC) [Detail]

Output: Not included

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] ESC model [Detail]

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] LED Light buckets [Detail]

Output: Yes

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] LED lights [Detail]

Output: Sold separately

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Motor [Detail]

Output: 540-brushed type

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Bearings [Detail]

Output: Shielded ball bearing

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Adjustable camber [Detail]

Output: Fixed

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Adjustable toe angles [Detail]

Output: Front and rear

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Adjustable ground clearance [Detail]

Output: Yes

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Adjustable gear ratio [Detail]

Output: Yes

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Adjustable wheelbase [Detail]

Output: Yes

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Adjustable track width [Detail]

Output: Fixed

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Adjustable shock angle [Detail]

Output: Yes

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Special feature 2 [Detail]

Output: The shaft driven chassis features a compact planetary gearbox which transfers power to the wheels, and is small enough to enable a lower center of gravity.

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Special feature 3 [Detail]

Output: The CR-01 chassis? supreme climbing ability stems from the rigid 4-link suspension with front/rear stabilizers. It is fitted with push rod-actuated oil dampers, with coil springs to act as tension springs.

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Special feature 4 [Detail]

Output: Front and rear 3-bevel differentials are lockable with a simple turn of a screw to provide even better traction in off-road conditions.

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Special feature 5 [Detail]

Output: Tires with side tread patterns provide further-enhanced grip.

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Requires A [Detail]

Output: 7.2 battery & charger

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Requires B [Detail]

Output: 2-channel radio gear & electronic speed control

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Type] Requires C [Detail]

Output: Polycarbonate paint

Tamiya America Item #58436 | RC Ford Bronco 1973 - CR-01


Input: [Characteristics] Materials [Yearly Contact Lenses] Crafted from Rigid Gas Permeable materials. [Monthly Contact Lenses] Made with soft silicone hydrogel or gas permeable plastic materials.

Output: Made from soft silicone hydrogel materials.

Lenskart Blog | An eyewear blog talking all about fashion, celebrities, eye care tips & eyewear industry news | Eyeglasses blog | Celebrity Eyewear Blog | Sunglasses Blog


Input: [Characteristics] Comfort [Yearly Contact Lenses] Requires 7-14 days to get used to [Monthly Contact Lenses] Short adaption period or 3-4 days

Output: Very short adaption period

Lenskart Blog | An eyewear blog talking all about fashion, celebrities, eye care tips & eyewear industry news | Eyeglasses blog | Celebrity Eyewear Blog | Sunglasses Blog


Input: [Characteristics] Clarity [Yearly Contact Lenses] Clear and crisp vision [Monthly Contact Lenses] Somewhat poorer than RGP lenses, but still clear vision

Output: Vision is satisfactory but not crisp and clear like yearly lenses

Lenskart Blog | An eyewear blog talking all about fashion, celebrities, eye care tips & eyewear industry news | Eyeglasses blog | Celebrity Eyewear Blog | Sunglasses Blog


Input: [Characteristics] Shape [Yearly Contact Lenses] Retains its shape while blinking and fits perfectly on eyes [Monthly Contact Lenses] Alters shape of lenses while blinking

Output: Alters shape of lenses while blinking

Lenskart Blog | An eyewear blog talking all about fashion, celebrities, eye care tips & eyewear industry news | Eyeglasses blog | Celebrity Eyewear Blog | Sunglasses Blog


Input: [Characteristics] Risks [Yearly Contact Lenses] No medical risks with yearly contact lenses [Monthly Contact Lenses] Eye-dryness is the most common problem with monthly contact lenses

Output: Eye-dryness and build-up of corneal risk

Lenskart Blog | An eyewear blog talking all about fashion, celebrities, eye care tips & eyewear industry news | Eyeglasses blog | Celebrity Eyewear Blog | Sunglasses Blog


Input: [Characteristics] Cleaning [Yearly Contact Lenses] Regular cleaning required just with lens solution [Monthly Contact Lenses] More demanding cleaning is required with peroxide and strong antimicrobial solutions to clear out the deposits

Output: Should be regularly cleaned with peroxide and strong antimicrobial solutions

Lenskart Blog | An eyewear blog talking all about fashion, celebrities, eye care tips & eyewear industry news | Eyeglasses blog | Celebrity Eyewear Blog | Sunglasses Blog


Input: [Characteristics] Price [Yearly Contact Lenses] Easily fits in budget [Monthly Contact Lenses] Little expensive

Output: Quite expensive

Lenskart Blog | An eyewear blog talking all about fashion, celebrities, eye care tips & eyewear industry news | Eyeglasses blog | Celebrity Eyewear Blog | Sunglasses Blog


Input: [Characteristics] Durability [Yearly Contact Lenses] Long-life; should be replaced every 1–2.5 years [Monthly Contact Lenses] Short life; should be replaced every month

Output: Very short life; these lenses to be replaced daily

Lenskart Blog | An eyewear blog talking all about fashion, celebrities, eye care tips & eyewear industry news | Eyeglasses blog | Celebrity Eyewear Blog | Sunglasses Blog


Input: [Egg facts] Cooking eggs and food containing eggs until they are hot all the way through kills any bacteria that may be present. This is especially important when serving eggs to pregnant women, young children, elderly people and anyone with low immunity. [Research findings]

Output: 76% of survey respondents thought eggs were safe to eat raw (34%) or lightly cooked (42%).

Research: Eggs need TLC - Department of Health, Victoria, Australia


Input: [Egg facts] When egg shells are dirty, bacteria can contaminate eggs. Washing eggs can make it easier for bacteria to penetrate the porous shell. Dirty eggs should be thrown away. [Research findings]

Output: 39% of respondents would use a dirty egg, while a further 51% would wash it and use it.

Research: Eggs need TLC - Department of Health, Victoria, Australia


Input: [Egg facts] You cannot tell by sight or smell whether an egg is contaminated with bacteria. Any bacteria present on the outside of an egg can enter the egg through cracks in the shell causing a potential health risk. Large eggs are more likely to crack than small ones. [Research findings]

Output: 63% of people would throw away a cracked egg but almost one third said they would check it and use it.

Research: Eggs need TLC - Department of Health, Victoria, Australia


Input: [Egg facts] Eggs require the same level of care as other perishable foods like chicken, seafood, meat and dairy products. [Research findings]

Output: Most respondents think that when it comes to food safety, eggs need less attention than chicken, seafood and meat.

Research: Eggs need TLC - Department of Health, Victoria, Australia


Input: [Egg facts] Food should be used before the best-before or use-by date. [Research findings]

Output: 44% of respondents would use eggs that were past their best before date. By comparison, 19% would use chicken, 25% would use meat and 36% would use dairy products past use-by or best-before dates.

Research: Eggs need TLC - Department of Health, Victoria, Australia


Input: [Egg facts] Many popular foods can be made using raw eggs. Alternative recipes that do not require raw eggs should be considered, especially when serving to people who are elderly, very young, pregnant or have reduced immunity. [Research findings]

Output: 70% knew homemade mayonnaise could contain raw egg, but figures dropped dramatically for other popular foods. Only 9% realised Asian pork rolls could contain raw egg, 11% for tiramisu and 27% for chocolate mousse.

Research: Eggs need TLC - Department of Health, Victoria, Australia


Input: [Egg facts] There is no way of knowing whether there are bacteria in or on an egg. Clean eggs are less likely to be contaminated. Refrigeration slows bacterial growth. Thorough cooking kills bacteria. [Research findings]

Output: 54% of respondents believe an egg is safe to eat if it doesn’t float in water, 36% think egg yolk colour indicates safety, and 73% think an egg is OK as long as it doesn’t smell bad.

Research: Eggs need TLC - Department of Health, Victoria, Australia


Input: [Egg facts] Eggs should be kept in the fridge in their carton so you can keep track of the best-before date. [Research findings]

Output: 87% of respondents store their eggs in the fridge, however, 28% store them loose in the door – separating them from the best-before date on the carton.

Research: Eggs need TLC - Department of Health, Victoria, Australia


Input: [0] Ergonomic [Benefit] Reduces operator fatigue [Feature]

Output: Minimized distance between trigger and handle


Input: [Benefit] Reduces operator fatigue [Feature]

Output: Tool body shaped to fit comfortably in hand


Input: [0] Lightweight [Benefit] Built to be comfortable and long lasting [Feature]

Output: Body halves made of rugged lightweight cast aluminum


Input: [0] Reliable [Benefit] Accurate and consistent tension setting [Feature]

Output: Easy to read tension setting numbers


Input: [Benefit] Quick tension adjustments [Feature]

Output: Easy to grip adjustment Knob


Input: [Benefit] Allows cable ties to be cut close to head [Feature]

Output: Blade Cover is indented


Input: [Benefit] Fits miniature, intermediate and standard ties (2.54mm - 4.83mm) [Feature]

Output: Wide gap in Blade Cover allows easy cable tie access


Input: [Benefit] More consistent cuts and less down time [Feature]

Output: Easy blade replacement with single screw attachment


Input: [Benefit] Prevents cable tie from slipping [Feature]

Output: Pawl has optimal teeth geometry


Input: [0] Durable [Benefit] Improved wear resistance [Feature]

Output: Hardened all internal components


Input: [Benefit] Strong and long lasting [Feature]

Output: Pawl and Blade Cover are metal injection molded and hardened stainless steel


Input: [Benefit] Resists breakage [Feature]

Output: Trigger made with glass reinforced nylon to add strength


Input: [0] Value [Benefit] Better value [Feature]

Output: Improved tool while keeping costs consistent


Input: [Product] Solar RX [Short Description] Primary Purpose [Contributor] Keys [Detailed Description]

Output: Solar Rx is a moisturizer that provides protection from UVA and UVB radiation from the sun. It protects the skin while increasing the emollience.

Keys Articles Archives - Keys Clean Green Cafe


Input: [Product] Solar RX [Short Description] Rash Treatment [Contributor] Margret [Detailed Description]

Output: My doctor prescribed a zinc oxide cream with 6% uncoated zinc oxide for a skin irritation. Very expensive and full of junk. My friend suggested using Solar Rx and it has 20.5% uncoated zinc oxide and all natural ingredients. It worked!

Keys Articles Archives - Keys Clean Green Cafe


Input: [Product] Solar RX [Short Description] Rosacea [Contributor] Nancy [Detailed Description]

Output: I rubbed Solar Rx into my psoriasis outbreaks and within a couple of weeks, they were almost gone.

Keys Articles Archives - Keys Clean Green Cafe


Input: [Product] Solar RX [Short Description] Acne [Contributor] Tom [Detailed Description]

Output: My friend told me to wash with Keys Island Rx soap. another friend said to use Solar Rx at night. I saw the results in the first few day.

Keys Articles Archives - Keys Clean Green Cafe


Input: [Product] Solar RX [Short Description] Diaper Rash [Contributor] Jeanne [Detailed Description]

Output: Noticed that Boudreaux's Butt Paste had zinc oxide, but chemicals as well. I used Solar Rx with almost instant results.

Keys Articles Archives - Keys Clean Green Cafe


Input: [Product] Solar RX [Short Description] Welding UV Protection [Contributor] Terry [Detailed Description]

Output: I weld exotic metals at a US National Laboratory. The welding technique produces UVA, UVB and UVC radiation. I use Solar Rx to protect my face even though I wear a protective shield. I feel extra protected and my skin feels and looks great.

Keys Articles Archives - Keys Clean Green Cafe


Input: [Product] Solar RX [Short Description] Melasma [Contributor] Joan [Detailed Description]

Output: I had large brown patches on my neck from perfume I believe. Read that the American Dermatological Society said zinc oxide cream would help. I used Solar Rx and withing two month it is barely still their, but no where nearly as noticeable.

Keys Articles Archives - Keys Clean Green Cafe


Input: [Product] Solar RX [Short Description] Age Spots [Contributor] Mary [Detailed Description]

Output: I have age spots on the backs of my hands from the sun. Not only did Solar Rx fade the spots, but my hands look years younger

Keys Articles Archives - Keys Clean Green Cafe


Input: [Product] Solar RX [Short Description] Eczema [Contributor] Stephen [Detailed Description]

Output: Read about zinc for eczema and Solar Rx worked by rubbing it in until the skin warms. It got rid of the scaly patches and redness

Keys Articles Archives - Keys Clean Green Cafe


Input: [Chemical] Acids [Common household product] Swimming pool cleaner [Purpose]

Output: Helps dissolve minerals and initiate fissure in rock (pre-fracture)


Input: [Chemical] Glutaraldehyde [Common household product] Disinfectant; Sterilizer for medical and dental equipment [Purpose]

Output: Eliminates bacteria in the water


Input: [Chemical] Sodium Chloride [Common household product] Table Salt [Purpose]

Output: Allows a delayed break down of the gel polymer chains


Input: [Chemical] N, n-Dimethyl formamide [Common household product] Used in pharmaceuticals, acrylic fibers and plastics [Purpose]

Output: Prevents the corrosion of the pipe


Input: [Chemical] Borate salts [Common household product] Used in laundry detergents, hand soaps and cosmetics [Purpose]

Output: Maintains fluid viscosity as temperature increases


Input: [Chemical] Polyacrylamide [Common household product] Water treatment, soil conditioner [Purpose]

Output: Minimizes friction between fluid and pipe


Input: [Chemical] Petroleum distillates [Common household product] Make-up remover, laxatives, and candy [Purpose]

Output: “Slicks” the water to minimize friction


Input: [Chemical] Guar gum [Common household product] Thickener used in cosmetics, baked goods, ice cream, toothpaste, sauces, and salad dressing [Purpose]

Output: Thickens the water to suspend the sand


Input: [Chemical] Citric Acid [Common household product] Food additive; food and beverages; lemon juice [Purpose]

Output: Prevents precipitation of metal oxides


Input: [Chemical] Potassium chloride [Common household product] Low sodium table salt substitute [Purpose]

Output: Creates a brine carrier fluid


Input: [Chemical] Ammonium bisulfite [Common household product] Cosmetics, food and beverage processing, water treatment [Purpose]

Output: Removes oxygen from the water to protect the pipe from corrosion


Input: [Chemical] Sodium or potassium carbonate [Common household product] Washing soda, detergents, soap, water softener, glass and ceramics [Purpose]

Output: Maintains the effectiveness of other components, such as crosslinkers


Input: [Chemical] Proppant [Common household product] Drinking water filtration, play sand [Purpose]

Output: Allows the fissures to remain open so the gas can escape


Input: [Chemical] Ethylene glycol [Common household product] Automotive antifreeze, household cleansers, deicing, and caulk [Purpose]

Output: Prevents scale deposits in the pipe


Input: [Chemical] Isopropanol [Common household product] Glass cleaner, antiperspirant, and hair color [Purpose]

Output: Used to increase the viscosity of the fracture fluid


Input: [Face Shape] Oval Face [Description of Shape] Considered ‘well balanced,’ as the top half balances out the bottom half [Frame Suggestions]

Output: Oval faces can wear almost any type of frame as long as the frames are proportionate to the face

Women's Eyeglass Frames | EyeHealthWeb.com


Input: [Face Shape] Round Face [Description of Shape] Large, curved forehead and rounded chin; face looks ‘full,’ with few angles [Frame Suggestions]

Output: Geometric, angular frames outline a round face better

Women's Eyeglass Frames | EyeHealthWeb.com


Input: [Face Shape] Heart-Shaped Face [Description of Shape] Widest part of face is forehead; face narrows and chin is slightly pointed [Frame Suggestions]

Output: Butterfly or aviator frames; frames with straight top lines and rounded sides

Women's Eyeglass Frames | EyeHealthWeb.com


Input: [Face Shape] Rectangular Face [Description of Shape] Long, narrow face with a squared chin [Frame Suggestions]

Output: Frames with strong top bar and round bottom lines

Women's Eyeglass Frames | EyeHealthWeb.com


Input: [Face Shape] Triangular Face [Description of Shape] Narrow forehead with full cheeks and chin [Frame Suggestions]

Output: Heart-shaped, square, aviator with straight top, or rimless wire frames work well

Women's Eyeglass Frames | EyeHealthWeb.com


Input: [Face Shape] Square Face [Description of Shape] Angular jaw line; wide forehead and wide cheek and chin areas [Frame Suggestions]

Output: Oval or round frames can add a softer outline to a square face

Women's Eyeglass Frames | EyeHealthWeb.com


Input: [Face Shape] Diamond-Shaped Face [Description of Shape] Small forehead, wide temple area, and a small chin area [Frame Suggestions]

Output: Square or butterfly-shaped frames work well

Women's Eyeglass Frames | EyeHealthWeb.com


Input: [Organic Eggs] Access to outdoors year-round [Regular Eggs]

Output: No requirement to have access to outdoors

Organic Eggs vs. Regular Eggs - Best Organic Reviews


Input: [Organic Eggs] Housing must provide fresh air, sunlight, space to exercise, clean food, water and bedding [Regular Eggs]

Output: Housing is cramped and chickens receive little to no sunlight

Organic Eggs vs. Regular Eggs - Best Organic Reviews


Input: [Organic Eggs] 100% Organic feed - no GMOs or animal by-products [Regular Eggs]

Output: Feed is corn and soy. May contain GMOs and animal by-products

Organic Eggs vs. Regular Eggs - Best Organic Reviews


Input: [Organic Eggs] No drugs including hormones and antibiotics [Regular Eggs]

Output: Given hormones and antibiotics

Organic Eggs vs. Regular Eggs - Best Organic Reviews


Input: [Organic Eggs] Minimal physical alterations [Regular Eggs]

Output: Painful physical alterations

Organic Eggs vs. Regular Eggs - Best Organic Reviews


Input: [Organic Eggs] Waste matter does not negatively impact environment [Regular Eggs]

Output: No rules regarding waste matter disposal

Organic Eggs vs. Regular Eggs - Best Organic Reviews


Input: [Organic Eggs] Packaging is free of pesticides [Regular Eggs]

Output: Packaging may contain harmful chemicals

Organic Eggs vs. Regular Eggs - Best Organic Reviews


Input: [Organic Eggs] Annual inspections [Regular Eggs]

Output: Inspection requirements not clear

Organic Eggs vs. Regular Eggs - Best Organic Reviews


Input: [Description] Various shapes exist: Square Round Curved Neo-angle [Features]

Output: Corner showers are popular because they are space-efficient yet relatively spacious inside. These showers are installed between two walls.

Modular showers, one-piece showers and bases - BUYER'S GUIDES | RONA | RONA


Input: [Description] Showers designed for an alcove location can be rectangular or square. They are installed between three walls. Rectangular models are more spacious and add a sense of luxury to large bathrooms, whereas square designs are well suited to smaller or guest bathrooms. [Features]

Output: A rectangular shower can take the place of an alcove bathtub, since they are the same size. A old shower can easily be replaced with a new square shower stall at little cost. These modular showers must be installed between three walls.

Modular showers, one-piece showers and bases - BUYER'S GUIDES | RONA | RONA


Input: [Description] A bathtub shower, usually made from acrylic, combines the benefits of tub and shower in one unit. [Features]

Output: Tub/shower units can be installed in place of an alcove bathtub, since both are the same size. They usually come with two sliding glass or plexiglas doors. It is also possible to keep an existing tub and cover the surrounding walls with waterproof panels that will accommodate a shower fitting.

Modular showers, one-piece showers and bases - BUYER'S GUIDES | RONA | RONA


Input: [Description] One-piece showers differ from modular or multi-piece showers in that they are composed of a single piece rather than several sections (base and wall panels). [Features]

Output: Installing a one-piece shower may be more difficult than installing a modular shower, especially in a tight space, because no cutting or adjusting is possible. If the shower is for an alcove, the dimensions must be exactly right.

Modular showers, one-piece showers and bases - BUYER'S GUIDES | RONA | RONA


Input: [Description] A freestanding shower may have tiled and/or glass walls and can be placed anywhere in the bathroom. Various shower bases can be used – modular, acrylic, tile-ready, etc. [Features]

Output: Some tempered-glass shower walls are completely watertight, which means the shower can be installed just about anywhere (depending on the location of the drain and water supply lines).

Modular showers, one-piece showers and bases - BUYER'S GUIDES | RONA | RONA


Input: [Description] Modular shower walls are made in a range of heights and widths to fit modular bases. They can be equipped with built-in shelves, niches, foot rests and seats, to suit all requirements. [Features]

Output: The walls are easy to install. However, it is important to ensure that they are securely anchored to the bathroom walls and that these are waterproof. To complete the installation, the seams of the modular elements are caulked.

Modular showers, one-piece showers and bases - BUYER'S GUIDES | RONA | RONA


Input: [Description] Shower bases, also called pans or trays, cover the floor to protect it from moisture, and facilitate shower installation. Modular bases are designed to go with modular walls. Use an independently purchased base with a tiled shower. The shape and size of shower pans and bases depends on the manufacturer. [Features]

Output: How the shower pan is placed depends on the position of the drain. Installation is quite straightforward. The subfloor must be level and sturdy, and of course the pan installation must be watertight.

Modular showers, one-piece showers and bases - BUYER'S GUIDES | RONA | RONA


Input: [0] 1. [Inference Network] 26 chemicals: 2,4-dinitrotoluene | Arsenic | Benzo(a)pyrene | Estradiol | bisphenol A | Carmustine | Choline | cobaltous chloride | Cocaine | Cisplatin | Diethylnitrosamine | epigallocatechin gallate | Etoposide | Methionine | Methylcholanthrene | Mustard Gas | nickel chloride | Phenobarbital | pirinixic acid | Quercetin | Tamoxifen | temozolomide | Tetrachlorodibenzodioxin | Tretinoin | Vehicle Emissions | Vitamin K 3 [Inference Score] 77.95 [References] 101 [Disease]

Output: Necrosis


Input: [0] 2. [Inference Network] 28 chemicals: 2,4-dinitrotoluene | Arsenic | Benzo(a)pyrene | Estradiol | bisphenol A | Carmustine | Chlorodiphenyl (54% Chlorine) | Choline | cobaltous chloride | Cocaine | Copper Sulfate | Cisplatin | Diethylnitrosamine | epigallocatechin gallate | Etoposide | Folic Acid | Methionine | nickel chloride | Phenobarbital | pirinixic acid | Piroxicam | potassium chromate(VI) | Quercetin | Isotretinoin | Tamoxifen | Tetrachlorodibenzodioxin | Tretinoin | Vitamin K 3 [Inference Score] 75.71 [References] 117 [Disease]

Output: Drug-Induced Liver Injury


Input: [0] 3. [Inference Network] 19 chemicals: Arsenic | Benzo(a)pyrene | Estradiol | bisphenol A | Carmustine | Copper Sulfate | Cisplatin | Diethylnitrosamine | Estrogens | Folic Acid | Methylcholanthrene | methyl iodide | Phenobarbital | Quercetin | Isotretinoin | Tamoxifen | temozolomide | Tetrachlorodibenzodioxin | Tretinoin [Inference Score] 70.35 [References] 51 [Disease]

Output: Neoplasms, Experimental


Input: [0] 4. [Inference Network] 19 chemicals: 2,2',3',4,4',5-hexachlorobiphenyl | 2',3,3',4',5-pentachloro-4-hydroxybiphenyl | Arsenic | Benzo(a)pyrene | Estradiol | bisphenol A | Carmustine | Cocaine | Cisplatin | Dioxins | Estrogens | Methylcholanthrene | methyl iodide | Phenobarbital | Quercetin | Isotretinoin | Tetrachlorodibenzodioxin | Tretinoin | Vehicle Emissions [Inference Score] 69.52 [References] 243 [Disease]

Output: Prenatal Exposure Delayed Effects


Input: [0] 5. [Inference Network] 19 chemicals: Arsenic | Benzo(a)pyrene | Estradiol | Carmustine | Cisplatin | Dioxins | Etoposide | Folic Acid | Methylcholanthrene | Mustard Gas | Phenobarbital | pirinixic acid | Piroxicam | Quercetin | Isotretinoin | Tamoxifen | Tetrachlorodibenzodioxin | Tretinoin | Vehicle Emissions [Inference Score] 61.20 [References] 45 [Disease]

Output: Neoplasms


Input: [0] 6. [Inference Network] 18 chemicals: 2,4-dinitrotoluene | Arsenic | Benzo(a)pyrene | Estradiol | Chlorodiphenyl (54% Chlorine) | Choline | Cisplatin | Diethylnitrosamine | epigallocatechin gallate | Estrogens | Methionine | Phenobarbital | pirinixic acid | Quercetin | Tamoxifen | temozolomide | Tetrachlorodibenzodioxin | Tretinoin [Inference Score] 55.89 [References] 186 [Disease]

Output: Carcinoma, Hepatocellular


Input: [0] 7. [Inference Network] 19 chemicals: Arsenic | Benzo(a)pyrene | Estradiol | bisphenol A | Carmustine | cobaltous chloride | Cocaine | Cisplatin | Etoposide | Folic Acid | Methionine | nickel chloride | Phenobarbital | Pyridoxal Phosphate | Quercetin | Isotretinoin | Tamoxifen | Uranium | uranyl acetate [Inference Score] 51.65 [References] 139 [Disease]

Output: Kidney Diseases


Input: [0] 8. [Inference Network] 17 chemicals: Arsenic | Benzo(a)pyrene | Carmustine | Cisplatin | Diethylnitrosamine | epigallocatechin gallate | Etoposide | Methylcholanthrene | methyl iodide | Mustard Gas | Phenobarbital | Piroxicam | Quercetin | Isotretinoin | Tamoxifen | Tetrachlorodibenzodioxin | Vehicle Emissions [Inference Score] 51.43 [References] 101 [Disease]

Output: Lung Neoplasms


Input: [0] 9. [Inference Network] 18 chemicals: Arsenic | Benzo(a)pyrene | bisphenol A | Choline | cobaltous chloride | Cocaine | Copper Sulfate | Cisplatin | Diethylnitrosamine | epigallocatechin gallate | Methionine | Mustard Gas | Piroxicam | Quercetin | Tamoxifen | Tetrachlorodibenzodioxin | Tretinoin | Vehicle Emissions [Inference Score] 49.80 [References] 46 [Disease]

Output: Inflammation


Input: [0] 10. [Inference Network] 12 chemicals: Benzo(a)pyrene | bisphenol A | Cisplatin | Diethylnitrosamine | Etoposide | Methionine | Methylcholanthrene | Methyl Methanesulfonate | Phenobarbital | potassium chromate(VI) | Tetrachlorodibenzodioxin | Vehicle Emissions [Inference Score] 48.67 [References] 19 [Disease]

Output: Micronuclei, Chromosome-Defective


Input: [0] 11. [Inference Network] 15 chemicals: 2,2',3',4,4',5-hexachlorobiphenyl | Arsenic | Benzo(a)pyrene | Estradiol | Carmustine | Diethylnitrosamine | Etoposide | Folic Acid | Methionine | Phenobarbital | Piroxicam | Quercetin | Tamoxifen | Tetrachlorodibenzodioxin | Tretinoin [Inference Score] 48.66 [References] 27 [Disease]

Output: Liver Diseases


Input: [0] 12. [Inference Network] 14 chemicals: 2,2',3',4,4',5-hexachlorobiphenyl | Arsenic | Benzo(a)pyrene | Estradiol | bisphenol A | Carmustine | Choline | Cocaine | Copper Sulfate | Cisplatin | Methionine | Phenobarbital | Tretinoin | Vehicle Emissions [Inference Score] 48.58 [References] 50 [Disease]

Output: Learning Disorders


Input: [0] 13. [Inference Network] 14 chemicals: Arsenic | Benzo(a)pyrene | Estradiol | bisphenol A | Carmustine | Cocaine | Diethylnitrosamine | Estrogens | Methylcholanthrene | Phenobarbital | pirinixic acid | Tamoxifen | Tetrachlorodibenzodioxin | Tretinoin [Inference Score] 48.35 [References] 30 [Disease]

Output: Hyperplasia


Input: [0] 14. [Inference Network] 14 chemicals: Arsenic | Benzo(a)pyrene | bisphenol A | Choline | Diethylnitrosamine | Estrogens | Methionine | methyl iodide | Phenobarbital | pirinixic acid | Quercetin | Isotretinoin | Tamoxifen | Tetrachlorodibenzodioxin [Inference Score] 46.26 [References] 51 [Disease]

Output: Fatty Liver


Input: [0] 15. [Inference Network] 14 chemicals: 2,2',3',4,4',5-hexachlorobiphenyl | Arsenic | Estradiol | bisphenol A | Carmustine | Chlorodiphenyl (54% Chlorine) | Choline | Cocaine | Folic Acid | Phenobarbital | Quercetin | Tamoxifen | temozolomide | Tetrachlorodibenzodioxin [Inference Score] 45.74 [References] 76 [Disease]

Output: Cognition Disorders


Input: [0] 16. [Inference Network] 14 chemicals: Arsenic | Benzo(a)pyrene | Estradiol | bisphenol A | Carmustine | Choline | Cocaine | Cisplatin | Methionine | nickel chloride | Phenobarbital | Quercetin | Tamoxifen | Vehicle Emissions [Inference Score] 44.54 [References] 57 [Disease]

Output: Memory Disorders


Input: [0] 17. [Inference Network] 13 chemicals: Arsenic | Benzo(a)pyrene | Estradiol | Diethylnitrosamine | Dioxins | epigallocatechin gallate | Methylcholanthrene | Phenobarbital | pirinixic acid | Quercetin | Isotretinoin | Tamoxifen | Tetrachlorodibenzodioxin [Inference Score] 44.16 [References] 72 [Disease]

Output: Precancerous Conditions


Input: [0] 18. [Inference Network] 13 chemicals: 2,4-dinitrotoluene | Arsenic | Benzo(a)pyrene | Cisplatin | Diethylnitrosamine | Etoposide | Methylcholanthrene | Phenobarbital | Piroxicam | Quercetin | Tamoxifen | Vehicle Emissions | Vitamin K 3 [Inference Score] 41.88 [References] 46 [Disease]

Output: Urinary Bladder Neoplasms


Input: [0] 19. [Inference Network] 11 chemicals: Estradiol | Choline | Cocaine | Copper Sulfate | Cisplatin | Estrogens | Folic Acid | Iodoacetates | Methionine | Methylcholanthrene | Tretinoin [Inference Score] 40.66 [References] 14 [Disease]

Output: Disease Models, Animal


Input: [0] 20. [Inference Network] 14 chemicals: Arsenic | Estradiol | cobaltous chloride | Cocaine | Cisplatin | epigallocatechin gallate | Estrogens | Etoposide | pirinixic acid | Piroxicam | Quercetin | Tamoxifen | Tretinoin | Vehicle Emissions [Inference Score] 40.20 [References] 167 [Disease]

Output: Myocardial Infarction


Input: [0] 21. [Inference Network] 9 chemicals: Arsenic | Estradiol | bisphenol A | Estrogens | methyl iodide | nickel chloride | Phenobarbital | Isotretinoin | Tetrachlorodibenzodioxin [Inference Score] 39.25 [References] 11 [Disease]

Output: Fetal Death


Input: [0] 22. [Inference Network] 11 chemicals: Carmustine | Cocaine | Cisplatin | Diethylnitrosamine | epigallocatechin gallate | Etoposide | Phenobarbital | Quercetin | Tamoxifen | temozolomide | Tretinoin [Inference Score] 38.40 [References] 13 [Disease]

Output: Pancreatic Neoplasms


Input: [0] 23. [Inference Network] 16 chemicals: 2,4-diaminotoluene | Benzo(a)pyrene | Estradiol | bisphenol A | Carmustine | Cisplatin | Diethylnitrosamine | epigallocatechin gallate | Estrogens | Etoposide | Folic Acid | Methylcholanthrene | Quercetin | Tamoxifen | Tetrachlorodibenzodioxin | Tretinoin [Inference Score] 38.27 [References] 244 [Disease]

Output: Breast Neoplasms


Input: [0] 24. [Inference Network] 7 chemicals: 2,2',3',4,4',5-hexachlorobiphenyl | Estradiol | bisphenol A | Chlorodiphenyl (54% Chlorine) | Cocaine | Tamoxifen | Tretinoin [Inference Score] 38.23 [References] 9 [Disease]

Output: Urogenital Abnormalities


Input: [0] 25. [Inference Network] 12 chemicals: Estradiol | bisphenol A | Chlorodiphenyl (54% Chlorine) | Cocaine | Cisplatin | Diethylnitrosamine | Etoposide | Mustard Gas | nickel chloride | pirinixic acid | Tamoxifen | Tetrachlorodibenzodioxin [Inference Score] 37.45 [References] 26 [Disease]

Output: Weight Loss


Input: [0] 26. [Inference Network] 13 chemicals: 2,4-diaminotoluene | Arsenic | Benzo(a)pyrene | bisphenol A | Choline | Cisplatin | Diethylnitrosamine | Phenobarbital | pirinixic acid | Quercetin | Isotretinoin | Tamoxifen | Tetrachlorodibenzodioxin [Inference Score] 37.19 [References] 128 [Disease]

Output: Liver Neoplasms


Input: [0] 27. [Inference Network] 10 chemicals: Arsenic | Estradiol | Carmustine | Cocaine | Cisplatin | Etoposide | Mustard Gas | Isotretinoin | Tretinoin | Vehicle Emissions [Inference Score] 35.10 [References] 15 [Disease]

Output: Lung Diseases


Input: [0] 28. [Inference Network] 12 chemicals: Benzo(a)pyrene | Estradiol | Chlorodiphenyl (54% Chlorine) | Diethylnitrosamine | Estrogens | Methylcholanthrene | Phenobarbital | pirinixic acid | Quercetin | Tamoxifen | Tetrachlorodibenzodioxin | Vitamin K 3 [Inference Score] 34.94 [References] 215 [Disease]

Output: Liver Neoplasms, Experimental


Input: [0] 29. [Inference Network] 11 chemicals: Carmustine | Cocaine | Cisplatin | Dioxins | Estrogens | Etoposide | Folic Acid | Phenobarbital | Isotretinoin | Tamoxifen | temozolomide [Inference Score] 34.52 [References] 42 [Disease]

Output: Thrombocytopenia


Input: [0] 30. [Inference Network] 9 chemicals: Benzo(a)pyrene | bisphenol A | Cocaine | Estrogens | Folic Acid | Phenobarbital | Isotretinoin | Tetrachlorodibenzodioxin | Tretinoin [Inference Score] 34.49 [References] 29 [Disease]

Output: Heart Defects, Congenital


Input: [0] 31. [Inference Network] 13 chemicals: Benzo(a)pyrene | Estradiol | bisphenol A | Carmustine | Cocaine | Methylcholanthrene | Mustard Gas | Phenobarbital | pirinixic acid | Piroxicam | Tetrachlorodibenzodioxin | Tretinoin | Vehicle Emissions [Inference Score] 34.36 [References] 39 [Disease]

Output: Edema


Input: [0] 32. [Inference Network] 11 chemicals: Arsenic | Benzo(a)pyrene | Cisplatin | Diethylnitrosamine | Etoposide | Methylcholanthrene | Phenobarbital | Tamoxifen | Tetrachlorodibenzodioxin | Vehicle Emissions | Vitamin K 3 [Inference Score] 33.33 [References] 23 [Disease]

Output: Carcinoma


Input: [0] 33. [Inference Network] 10 chemicals: Estradiol | bisphenol A | Cocaine | Cisplatin | Folic Acid | Phenobarbital | Piroxicam | Isotretinoin | Tetrachlorodibenzodioxin | Tretinoin [Inference Score] 33.27 [References] 46 [Disease]

Output: Abnormalities, Drug-Induced


Input: [0] 34. [Inference Network] 11 chemicals: Arsenic | Carmustine | Cocaine | Cisplatin | Etoposide | Folic Acid | nickel chloride | Isotretinoin | temozolomide | Tetrachlorodibenzodioxin | Uranium [Inference Score] 32.90 [References] 56 [Disease]

Output: Anemia


Input: [0] 35. [Inference Network] 10 chemicals: Carmustine | Cocaine | Cisplatin | Etoposide | Folic Acid | Mustard Gas | Phenobarbital | Tamoxifen | temozolomide | Tretinoin [Inference Score] 32.84 [References] 58 [Disease]

Output: Neutropenia


Input: [0] 36. [Inference Network] 11 chemicals: Arsenic | bisphenol A | Carmustine | cobaltous chloride | Cocaine | Cisplatin | Folic Acid | Phenobarbital | Piroxicam | Quercetin | Tretinoin [Inference Score] 32.59 [References] 15 [Disease]

Output: Proteinuria


Input: [0] 37. [Inference Network] 11 chemicals: Arsenic | Estradiol | Carmustine | Cocaine | Cisplatin | Estrogens | Etoposide | Folic Acid | Phenobarbital | temozolomide | Tetrachlorodibenzodioxin [Inference Score] 31.41 [References] 37 [Disease]

Output: Nervous System Diseases


Input: [0] 38. [Inference Network] 10 chemicals: Arsenic | Benzo(a)pyrene | 7,8-Dihydro-7,8-dihydroxybenzo(a)pyrene 9,10-oxide | Estradiol | Cisplatin | Diethylnitrosamine | Methylcholanthrene | Phenobarbital | Quercetin | Vehicle Emissions [Inference Score] 31.32 [References] 39 [Disease]

Output: Cell Transformation, Neoplastic


Input: [0] 39. [Inference Network] 11 chemicals: Cocaine | Cisplatin | epigallocatechin gallate | Methionine | Methylcholanthrene | Methyl Methanesulfonate | Mustard Gas | nickel chloride | potassium chromate(VI) | Quercetin | Tetrachlorodibenzodioxin [Inference Score] 31.29 [References] 13 [Disease]

Output: Poisoning


Input: [0] 40. [Inference Network] 7 chemicals: Benzo(a)pyrene | Estradiol | bisphenol A | Cocaine | Isotretinoin | Tetrachlorodibenzodioxin | Tretinoin [Inference Score] 31.25 [References] 14 [Disease]

Output: Nervous System Malformations


Input: [0] 41. [Inference Network] 10 chemicals: Estradiol | Diethylnitrosamine | epigallocatechin gallate | Methionine | Phenobarbital | pirinixic acid | Quercetin | Tamoxifen | Tetrachlorodibenzodioxin | Tretinoin [Inference Score] 30.96 [References] 18 [Disease]

Output: Liver Cirrhosis, Experimental


Input: [0] 42. [Inference Network] 8 chemicals: afimoxifene | Arsenic | Benzo(a)pyrene | Estradiol | bisphenol A | Cocaine | Cisplatin | Quercetin [Inference Score] 30.61 [References] 9 [Disease]

Output: Chromosome Aberrations


Input: [0] 43. [Inference Network] 12 chemicals: bisphenol A | Cocaine | Copper Sulfate | Cisplatin | Etoposide | Folic Acid | Phenobarbital | pirinixic acid | Piroxicam | Quercetin | Tretinoin | Vehicle Emissions [Inference Score] 29.57 [References] 125 [Disease]

Output: Acute Kidney Injury


Input: [0] 44. [Inference Network] 9 chemicals: Arsenic | Benzo(a)pyrene | Carmustine | Cisplatin | Diethylnitrosamine | epigallocatechin gallate | Methylcholanthrene | Isotretinoin | Tretinoin [Inference Score] 29.41 [References] 30 [Disease]

Output: Carcinoma, Squamous Cell


Input: [0] 45. [Inference Network] 8 chemicals: Arsenic | Benzo(a)pyrene | bisphenol A | Cocaine | Methylcholanthrene | Mustard Gas | Phenobarbital | Tretinoin [Inference Score] 29.21 [References] 17 [Disease]

Output: Neurobehavioral Manifestations


Input: [0] 46. [Inference Network] 8 chemicals: 2,2',3',4,4',5-hexachlorobiphenyl | Benzo(a)pyrene | bisphenol A | Copper Sulfate | Phenobarbital | pirinixic acid | Tamoxifen | Tetrachlorodibenzodioxin [Inference Score] 29.14 [References] 16 [Disease]

Output: Hypertrophy


Input: [0] 47. [Inference Network] 7 chemicals: Benzo(a)pyrene | bisphenol A | Cisplatin | Tamoxifen | Tetrachlorodibenzodioxin | Tretinoin | Vehicle Emissions [Inference Score] 28.95 [References] 12 [Disease]

Output: Uterine Cervical Neoplasms


Input: [0] 48. [Inference Network] 9 chemicals: Arsenic | Benzo(a)pyrene | Estradiol | bisphenol A | Chlorodiphenyl (54% Chlorine) | Cocaine | epigallocatechin gallate | Methylcholanthrene | Tetrachlorodibenzodioxin [Inference Score] 28.37 [References] 23 [Disease]

Output: Atherosclerosis


Input: [0] 49. [Inference Network] 10 chemicals: Arsenic | bisphenol A | Carmustine | Cisplatin | Diethylnitrosamine | Estrogens | Quercetin | Tamoxifen | Tetrachlorodibenzodioxin | Tretinoin [Inference Score] 28.25 [References] 17 [Disease]

Output: Neoplasm Metastasis


Input: [0] 50. [Inference Network] 10 chemicals: Arsenic | Carmustine | Cisplatin | epigallocatechin gallate | Folic Acid | Isotretinoin | Tamoxifen | temozolomide | Tretinoin | Vitamin K 3 [Inference Score] 28.22 [References] 44 [Disease]

Output: Melanoma


Input: [Nutrient] Vitamin A [Function]

Output: Vitamin A contributes to the maintenance of normal skin and the normal function of the immune system. It also contributes to normal vision.

Vitamins and Minerals in Eggs | Egg Info


Input: [Nutrient] Vitamin D [Function]

Output: Vitamin D contributes to the maintenance of normal bones and teeth, the absorption and use of calcium and phosphorus in the body, to normal muscle function, and to the maintenance of normal immune system function.

Vitamins and Minerals in Eggs | Egg Info


Input: [Nutrient] Vitamin B12 [Function]

Output: Vitamin B12 contributes to the formation of red blood cells and normal energy metabolism. It also contributes to the normal function of the immune and nervous systems.

Vitamins and Minerals in Eggs | Egg Info


Input: [Nutrient] Vitamin B2 (riboflavin) [Function]

Output: Riboflavin contributes to normal energy metabolism and to normal red blood cell development, vision, and nervous system function.

Vitamins and Minerals in Eggs | Egg Info


Input: [Nutrient] Folate [Function]

Output: Folate contributes to the division of cells and therefore to tissue growth during pregnancy. It also contributes to normal blood formation and normal functioning of the immune system.

Vitamins and Minerals in Eggs | Egg Info


Input: [Nutrient] Biotin [Function]

Output: Biotin contributes to normal energy metabolism and to the maintenance of normal skin, hair, and nervous system function.

Vitamins and Minerals in Eggs | Egg Info


Input: [Nutrient] Pantothenic acid [Function]

Output: Pantothenic acid contributes to normal energy metabolism, mental performance, and to making vitamin D and some hormones.

Vitamins and Minerals in Eggs | Egg Info


Input: [Nutrient] Choline [Function]

Output: Choline contributes to normal fat metabolism and liver function.

Vitamins and Minerals in Eggs | Egg Info


Input: [Nutrient] Phosphorus [Function]

Output: Phosphorus contributes to the maintenance of normal bones and teeth. It also contributes to the normal function of cell membranes and to normal energy metabolism.

Vitamins and Minerals in Eggs | Egg Info


Input: [Nutrient] Iodine [Function]

Output: Iodine contributes to the production of thyroid hormones, the normal functioning of the thyroid gland, and to normal energy metabolism. It also contributes to the maintenance of normal skin and nervous system function.

Vitamins and Minerals in Eggs | Egg Info


Input: [Nutrient] Selenium [Function]

Output: Selenium contributes to the protection of cells against oxidative damage. It also contributes to normal immune system and thyroid gland function, and to the maintenance of normal hair and nails.

Vitamins and Minerals in Eggs | Egg Info


Input: [Absorption] Assimilation [Amino acid] Bile [Amoeba]

Output: Buccal cavity

NCERT Class VII Science Chapter 2 Nutrition in Animals


Input: [Absorption] Canine [Amino acid] Cellulose [Amoeba]

Output: Digestion

NCERT Class VII Science Chapter 2 Nutrition in Animals


Input: [Absorption] Egestion [Amino acid] Fatty acid [Amoeba]

Output: Food vacuole

NCERT Class VII Science Chapter 2 Nutrition in Animals


Input: [Absorption] Gall bladder [Amino acid] Glycerol [Amoeba]

Output: Incisor

NCERT Class VII Science Chapter 2 Nutrition in Animals


Input: [Absorption] Ingestion [Amino acid] Liver [Amoeba]

Output: Milk teeth

NCERT Class VII Science Chapter 2 Nutrition in Animals


Input: [Absorption] Molar [Amino acid] Permanent teeth [Amoeba]

Output: Oesophagus

NCERT Class VII Science Chapter 2 Nutrition in Animals


Input: [Absorption] Pancreas [Amino acid] Premolar [Amoeba]

Output: Pseudopodia

NCERT Class VII Science Chapter 2 Nutrition in Animals


Input: [Absorption] Rumen [Amino acid] Ruminant [Amoeba]

Output: Rumination

NCERT Class VII Science Chapter 2 Nutrition in Animals


Input: [Absorption] Salivary glands [Amino acid] Villi [Amoeba]

Output: Saliva

NCERT Class VII Science Chapter 2 Nutrition in Animals


Input: [Description] Threads are woven in a simple over and under pattern. [Common forms] Quilting cotton, sateen, taffeta, canvas, muslin, [Style]

Output: Plain weave


Input: [Description] A form of plainweave where one surface (or both) is treated to break down the fibers and create a soft finish. Breaks down more quickly than other weaves due to the napping process. [Common forms] Sheets, infant clothing, the ubiquitous 90's flannel shirt [Style]

Output: Flannel


Input: [Description] Threads are woven so that the cross threads may go over one, then under two or more, up-and-down threads. Slightly stronger than plain weave. [Common forms] Denim, chino, gabardine and tweed are all forms of twill. [Style]

Output: Twill


Input: [Description] A complex weave where two and more colors of thread are woven in a pattern to give a colored pattern, often graphical in nature, in the fabric. [Common forms] Tablecloths, Didymos wraps :) [Style]

Output: Jacquard


Input: [Description] Knits exist in many forms, the most common being that which t-shirts and sweaters are made of (usually a stockingette knit, where one side looks like little Vs and the other side looks like little Us). Knits are generally very stretchy, no matter what fiber they're made from. [Common forms] Jersey (a stockingette knit); interlock (Vs on both sides); slinky (exceptionally stretchy, often slightly shiny) [Style]

Output: Knit


Input: [Description] Fleece is usually knit or made in a non-woven process (neither knit nor woven) from polyester fibers, though it can be made from a blend as well. [Common forms] Polar fleece; microfleece [Style]

Output: Fleece


Input: [Muscle] Pupil [Innervation] CN III parasympathetic sympathetic chain [Primary function]

Output: __________ Constriction Dilation

040 - Orbital muscle function and innervation:


Input: [Muscle] Ciliary body [Innervation] CN III parasympathetic [Primary function]

Output: __________ Accommodation


Input: [Muscle] Superior tarsal muscle [Innervation] Sympathetic chain [Primary function]

Output: __________ Augment levator palpebrac superioris


Input: [Muscle] Levator palpebrae superioris [Innervation] CN III (oculomotor) [Primary function]

Output: __________ Elevate eyelid


Input: [Muscle] Medial rectus [Innervation] CN III (oculomotor) [Primary function]

Output: __________ Adduction


Input: [Muscle] Superior rectus Adduction, intorsion [Innervation] CN III (oculomotor) [Primary function]

Output: __________ Elevation


Input: [Muscle] Inferior oblique Abduction, extorsion [Innervation] CN III (oculomotor) [Primary function]

Output: __________ Elevation


Input: [Muscle] Inferior rectus Abduction, extorsion [Innervation] CN III (oculomotor) [Primary function]

Output: __________ Depression


Input: [Muscle] Superior oblique Abduction, intorsion [Innervation] CN IV (Trochlear) [Primary function]

Output: __________ Depression


Input: [Muscle] Lateral rectus [Innervation] CN VI (Abducens) [Primary function]

Output: __________ Abduction


Input: [1] Worst Case Scenario [2] More Likely [3] Middle Ground [4] Call Your Doctor [5] Go to the ER [0]

Output: Symptom


Input: [1] Ulcers, Crohn’s Disease, Pelvic inflammatory disease, gallstones, food poisoning [2] Indigestion, constipation, food allergies, over-eating [3] Stomach flu, lactose intolerance [4] If severe or persistent pain that prevents you from eating, or pain accompanied by high fever or chills [5] If pain radiates from your stomach to your chest, neck or shoulder, you vomit blood or find blood in your urine, or if your abdomen is swollen or tender [0]

Output: Abdominal Pain


Input: [1] Cauda Equina Syndrome, Cancer in the spine, infection of the spine [2] Strain from improper or heavy lifting or after a sudden awkward movement [3] Bulging or ruptured disc, sciatica, skeletal irregularities, fracture [4] If you don’t notice some improvement within the first 72 hours of self care [5] If the pain is constant and intense, spreads down one or both legs (especially if it extends below the knee), causes numbness or tingling in your legs, is associated with throbbing in the abdomen [0]

Output: Back Pain


Input: [1] Heart attack, angina, cancer [2] Heartburn, anxiety, sore muscles, injured ribs [3] Pleurisy, pulmonary embolism or another lung condition, swallowing disorder, shingles, gallbladder or pancreas problems [4] If you experience unexplained and persistent chest pain or feel pressure or tightness in your chest seek emergency medical care immediately [5] Don’t test this one. A trip to the ER could save your life—or bring you piece of mind if nothing is seriously wrong with your health [0]

Output: Chest Pain


Input: [1] Brain tumor, cancer, cerebral aneurism [2] Tension, hunger, dehydration, stress, overwork, lack of sleep, alcohol and certain food consumption, looking at a computer for a long time, clenching your jaw, or grinding teeth [3] Migraine, inflammation of the sinuses [4] If you experience a severe or sudden headache, recurring or persistent headaches, or if a headache is accompanied by visual problems, hearing loss, or a tingling in your body [5] If headache is accompanied by uncontrollable diarrhea, or vomiting, or your experience a complete loss of vision. Any headache that lasts more than 72 hours is also a reason to seek immediate medical attention [0]

Output: Headache


Input: [1] Tumor in the bladder, Diabetes [2] Excess caffeine or alcohol consumption, medications that cause rapid increase in urine production [3] Inflammation of tissue near urinary tract, factors that obstruct bladder outflow (enlarged prostate, bladder stones) [4] Call your doctor if your overactive bladder interferes with work, social interactions, or everyday activities [5] Rarely necessary [0]

Output: Frequent Urination


Input: [Adulterant] Water Urea Put a drop of milk on polished vertical surface. The drop of pure milk either stops or flows slowly leaving a white trail behind it. Whereas milk adulterated with water will flow immediately without leaving a mark. Take 5 ml of milk in a test tube and add 2 drops of bromothymol blue soln. Development of blue colour after 10 minutes indicates presence of urea. [Food Article]

Output: Milk

PREVENTING FOOD ADULTERATION - N.D.R.K. NURSING LIBRARY AND INFORMATION CENTRE


Input: [Adulterant] Argemone Seeds Argemone seeds have rough surface and mustard seeds on pressing is yellow inside while argemone seed is white. [Food Article]

Output: Mustard Seeds

PREVENTING FOOD ADULTERATION - N.D.R.K. NURSING LIBRARY AND INFORMATION CENTRE


Input: [Adulterant] Washing Powder Put some lemon juice, bubbles are observed on the presence of washing powder [Food Article]

Output: Ice Cream

PREVENTING FOOD ADULTERATION - N.D.R.K. NURSING LIBRARY AND INFORMATION CENTRE


Input: [Adulterant] Chalk Dissolve sugar in a glass of water, chalk will settle down at the bottom, similarly for salt [Food Article]

Output: Sugar

PREVENTING FOOD ADULTERATION - N.D.R.K. NURSING LIBRARY AND INFORMATION CENTRE


Input: [Adulterant] Aluminium Foil On ignition genuine silver foil burns away completely leaving glistening white spherical ball of the same mass while aluminum foil is reduced to ashes of black Grey colour. [Food Article]

Output: Silver Foil

PREVENTING FOOD ADULTERATION - N.D.R.K. NURSING LIBRARY AND INFORMATION CENTRE


Input: [Adulterant] Water A cotton wick dipped in pure honey burns when ignited with a match stick. If adulterated presence of water will not allow the honey to burn, if it does will produce a cracking sound. [Food Article]

Output: Honey

PREVENTING FOOD ADULTERATION - N.D.R.K. NURSING LIBRARY AND INFORMATION CENTRE


Input: [Adulterant] Chicory Gently sprinkle the coffee powder on surface of water in a glass. The coffee floats over the water but chicory begins to sink down within few seconds. The falling chicory powder particles leave behind them a trail of colour, due to large amount of caramel they contain [Food Article]

Output: Coffee

PREVENTING FOOD ADULTERATION - N.D.R.K. NURSING LIBRARY AND INFORMATION CENTRE


Input: [Adulterant] Coloured leaves Used tea Iron fillings Rub leaves on white paper, artificial colour comes out on paper. Tea leaves sprinkled on wet filter paper. Pink or red spots on paper show colour Move a magnet through the sample. Iron will stick to the magnet. [Food Article]

Output: Tea

PREVENTING FOOD ADULTERATION - N.D.R.K. NURSING LIBRARY AND INFORMATION CENTRE


Input: [Adulterant] Rodamine Culture Brick Powder Take 2gms sample in a test tube, add 5ml of acetone. Immediate appearance of red colour indicates presence of Rodamine. Brick powder settles fast chilli powder settles slowly when put in water. [Food Article]

Output: Red Chilli Powder

PREVENTING FOOD ADULTERATION - N.D.R.K. NURSING LIBRARY AND INFORMATION CENTRE


Input: [Adulterant] Metanil Yellow Add a few drops of HCl to the extract of turmeric from water. Instant appearance of violet, when the colour persists when diluted with water indicates the presence of metanil yellow. [Food Article]

Output: Turmeric Powder

PREVENTING FOOD ADULTERATION - N.D.R.K. NURSING LIBRARY AND INFORMATION CENTRE


Input: [Adulterant] Metanil Yellow Extract the colour with Luke warm water from the sample of pulses, add drops of HCl. A pink colour indicates presence of metanil yellow. [Food Article]

Output: Dal arhar, moong, washed channa

PREVENTING FOOD ADULTERATION - N.D.R.K. NURSING LIBRARY AND INFORMATION CENTRE


Input: [Adulterant] Malachite green Take a small part of the sample and place it over a moistened white blotting paper, the impression of the colour on paper indicates the presence of malachite green [Food Article]

Output: Green vegetables like chilli

PREVENTING FOOD ADULTERATION - N.D.R.K. NURSING LIBRARY AND INFORMATION CENTRE


Input: [Adulterant] Vanaspathi Take one teaspoonful of melted ghee or butter with equal quantity of Conc. Hydrochloric acid in a test tube and add to it a pinch of cane sugar. Shake well for one minute and let it stand for five minutes. Appearance of crimson colour in lower layer shows the presence of vanaspathi. [Food Article]

Output: Pure Ghee or Butter

PREVENTING FOOD ADULTERATION - N.D.R.K. NURSING LIBRARY AND INFORMATION CENTRE


Input: [Adulterant] Papaya Seeds Float the sample in alcohol. The mature black pepper berries sink while papaya seeds and light black pepper float. [Food Article]

Output: Black Pepper

PREVENTING FOOD ADULTERATION - N.D.R.K. NURSING LIBRARY AND INFORMATION CENTRE


Input: [Adulterant] Soap Stone or earthy matter Shake a little portion of sample with water and allow to settle. Soap stone or earthy matter will settle down at the bottom. [Food Article]

Output: Hing

PREVENTING FOOD ADULTERATION - N.D.R.K. NURSING LIBRARY AND INFORMATION CENTRE


Input: [Adulterant] Coloured dried tendrils of maize cob Pure saffron will not break easily like artificial. Pure saffron when allowed to dissolved in water will continue to give its colour so long as it lasts. [Food Article]

Output: Saffron

PREVENTING FOOD ADULTERATION - N.D.R.K. NURSING LIBRARY AND INFORMATION CENTRE


Input: [Adulterant] White powdered stone Stir a spoonful of sample salt in water. Chalk will make the solution white and other insoluble impurities will setlle down. [Food Article]

Output: Common Salt

PREVENTING FOOD ADULTERATION - N.D.R.K. NURSING LIBRARY AND INFORMATION CENTRE


Input: [Check evaporator coil] Monitor expansion valve [Set manifold pressure] Test fan limit switch [Lubricate fan motor]

Output: Check start and run capacitors

Benefits of Annual Maintenance | AirConcepts


Input: [Check evaporator coil] Clean evaporator drain [Set manifold pressure] Clean blower wheel [Lubricate fan motor]

Output: Check start and run delays

Benefits of Annual Maintenance | AirConcepts


Input: [Check evaporator coil] Adjust bypass dampers [Set manifold pressure] Inspect valves [Lubricate fan motor]

Output: Monitor refrigerant level

Benefits of Annual Maintenance | AirConcepts


Input: [Check evaporator coil] Clean or replace filters [Set manifold pressure] Check flue [Lubricate fan motor]

Output: Adjust operating pressures

Benefits of Annual Maintenance | AirConcepts


Input: [Check evaporator coil] Tighten electrical connections [Set manifold pressure] Check flame baffle [Lubricate fan motor]

Output: Measure voltage differences

Benefits of Annual Maintenance | AirConcepts


Input: [Check evaporator coil] Evaluate safety controls [Set manifold pressure] Clean combustion chamber [Lubricate fan motor]

Output: Measure amperage draw

Benefits of Annual Maintenance | AirConcepts


Input: [Check evaporator coil] Measure temperature difference [Set manifold pressure] Clean heat exchanger [Lubricate fan motor]

Output: Clean and adjust burners

Benefits of Annual Maintenance | AirConcepts


Input: [Check evaporator coil] Clean condenser coil [Set manifold pressure] Test thermocouple [Lubricate fan motor]

Output: Evaluate vent system

Benefits of Annual Maintenance | AirConcepts


Input: [Check evaporator coil] Adjust thermostat calibration [Set manifold pressure] Check combustion air [Lubricate fan motor]

Output: Set burner adjustment

Benefits of Annual Maintenance | AirConcepts


Input: [Check evaporator coil] Check fan blades for tightness [Lubricate fan motor]

Output: Measure gas input

Benefits of Annual Maintenance | AirConcepts


Input: [Touch Technology] Bending Wave [Single Touch] Yes [Single Touch/Gesture] Gesture Upgrade [Two Touch] No [Multi-Touch] No [Single Touch/Pen]

Output: Any Stylus

Touch Topics: Touch Terminology: What is Multi-Touch, Touch Gesture, Pinch and Expand


Input: [Touch Technology] Infrared (IR) [Single Touch] Yes [Single Touch/Gesture] Gesture Upgrade [Two Touch] Yes [Multi-Touch] No [Single Touch/Pen]

Output: Special Stylus

Touch Topics: Touch Terminology: What is Multi-Touch, Touch Gesture, Pinch and Expand


Input: [Touch Technology] Optical [Single Touch] Yes [Single Touch/Gesture] Gesture Upgrade [Two Touch] Yes [Multi-Touch] Yes* [Single Touch/Pen]

Output: Special Stylus

Touch Topics: Touch Terminology: What is Multi-Touch, Touch Gesture, Pinch and Expand


Input: [Touch Technology] Projected Capacitive [Single Touch] Yes [Single Touch/Gesture] Standard [Two Touch] Yes [Multi-Touch] Yes [Single Touch/Pen]

Output: Special Stylus

Touch Topics: Touch Terminology: What is Multi-Touch, Touch Gesture, Pinch and Expand


Input: [Touch Technology] Resistive [Single Touch] Yes [Single Touch/Gesture] Gesture Upgrade [Two Touch] No† [Multi-Touch] No [Single Touch/Pen]

Output: Any Stylus

Touch Topics: Touch Terminology: What is Multi-Touch, Touch Gesture, Pinch and Expand


Input: [Touch Technology] Surface Acoustic Wave (SAW) [Single Touch] Yes [Single Touch/Gesture] Gesture Upgrade [Two Touch] Yes [Multi-Touch] No [Single Touch/Pen]

Output: Special Stylus

Touch Topics: Touch Terminology: What is Multi-Touch, Touch Gesture, Pinch and Expand


Input: [Touch Technology] Surface Capacitive [Single Touch] Yes [Single Touch/Gesture] Gesture Upgrade [Two Touch] No [Multi-Touch] No [Single Touch/Pen]

Output: Active Stylus

Touch Topics: Touch Terminology: What is Multi-Touch, Touch Gesture, Pinch and Expand


Input: [0] A [Function] Transporting proteins [Consequence if absent] No transportation of proteins [Name of organelle / structure]

Output: Rough endoplasmic reticulum

Cikgu Naza: [Biology Form 4] Cell Structure & Organisation


Input: [0] B [Function] Site for energy production [Consequence if absent] Energy cannot be produced [Name of organelle / structure]

Output: Mitochondrion

Cikgu Naza: [Biology Form 4] Cell Structure & Organisation


Input: [0] C [Function] Give fixed shape to the cell [Consequence if absent] Have irregular shape (eg. Animal cell) [Name of organelle / structure]

Output: Cell wall

Cikgu Naza: [Biology Form 4] Cell Structure & Organisation


Input: [0] D [Function] Transport lipid and glyserol [Consequence if absent] Lipid and glycerol cannot be transport [Name of organelle / structure]

Output: Smooth endoplasmic reticulum

Cikgu Naza: [Biology Form 4] Cell Structure & Organisation


Input: [0] E [Function] Control cell activities, contains genetic material. [Consequence if absent] No cell division, all cell activities stop. [Name of organelle / structure]

Output: Nucleus

Cikgu Naza: [Biology Form 4] Cell Structure & Organisation


Input: [0] F [Function] Storing nutrients (sugar and amino acid) in its sap. [Consequence if absent] Cannot store nutrients [Name of organelle / structure]

Output: Vacuole

Cikgu Naza: [Biology Form 4] Cell Structure & Organisation


Input: [0] G [Function] Food storage, medium for metabolic reaction [Consequence if absent] No site for metabolic reaction [Name of organelle / structure]

Output: Cytoplasm

Cikgu Naza: [Biology Form 4] Cell Structure & Organisation


Input: [0] H [Function] Controlling entry and exit of substances [Consequence if absent] No selective barrier [Name of organelle / structure]

Output: Plasma membrane

Cikgu Naza: [Biology Form 4] Cell Structure & Organisation


Input: [0] I [Function] Releases enzymes outside the cell. [Consequence if absent] No enzymes being released [Name of organelle / structure]

Output: Lysosomes

Cikgu Naza: [Biology Form 4] Cell Structure & Organisation


Input: [0] J [Function] Carries out photosynthesis [Consequence if absent] Photosynthesis cannot occur [Name of organelle / structure]

Output: Chloroplast

Cikgu Naza: [Biology Form 4] Cell Structure & Organisation


Input: [Function] Storing and transporting lipids. Produces glycoprotein, polysaccharide and secretory enzyme. [Name of organelle / structure]

Output: Golgi apparatus

Cikgu Naza: [Biology Form 4] Cell Structure & Organisation


Input: Vr-rack technology was introduced: [Bishop] Before 2000 [ZAKGEAR]

Output: 2000

Hyperbolic and wormoid gear drives for rotary gear actuaros for automotive steering system and for aerospace flight controls.


Input: Underlying mathematical model is based on: [Bishop] Classic gear theory [ZAKGEAR]

Output: Direct Digital Simulation

Hyperbolic and wormoid gear drives for rotary gear actuaros for automotive steering system and for aerospace flight controls.


Input: Rack geometry calculation accuracy is: [Bishop] Limited by the boundaries of the classic gear theory [ZAKGEAR]

Output: Unlimited

Hyperbolic and wormoid gear drives for rotary gear actuaros for automotive steering system and for aerospace flight controls.


Input: Capability to produce the vr-rack with not involute form for reduced noise [Bishop] NO [ZAKGEAR]

Output: YES

Hyperbolic and wormoid gear drives for rotary gear actuaros for automotive steering system and for aerospace flight controls.


Input: Capability to generate vr-rack with increased ratio gain is: [Bishop] Limited [ZAKGEAR]

Output: YES

Hyperbolic and wormoid gear drives for rotary gear actuaros for automotive steering system and for aerospace flight controls.


Input: Cost of vr-rack design is: [Bishop] High [ZAKGEAR]

Output: Low

Hyperbolic and wormoid gear drives for rotary gear actuaros for automotive steering system and for aerospace flight controls.


Input: [Plot] 1 [Price] SOLD [Description]

Output: the Headland 4 bedroom detached home with garage

Braunton Village - Pearce Construction Barnstaple


Input: [Plot] 2 [Price] SOLD [Description]

Output: the Headland 4 bedroom detached home with garage

Braunton Village - Pearce Construction Barnstaple


Input: [Plot] 3 [Price] SOLD [Description]

Output: the Headland 4 bed detached home with garage

Braunton Village - Pearce Construction Barnstaple


Input: [Plot] 4 [Price] SOLD [Description]

Output: the Headland 4 bed detached home with garage

Braunton Village - Pearce Construction Barnstaple


Input: [Plot] 5 [Price] SOLD [Description]

Output: the Headland 4 bed detached home with garage

Braunton Village - Pearce Construction Barnstaple


Input: [Plot] 6 [Price] Reserved [Description]

Output: the Burrows 2 bedroom home with dedicated parking

Braunton Village - Pearce Construction Barnstaple


Input: [Plot] 7 [Price] SOLD [Description]

Output: the Sand Dune 3 bedroom home with single garage

Braunton Village - Pearce Construction Barnstaple


Input: [Plot] 8 [Price] SOLD [Description]

Output: the Sand Dune 3 bedroom home with garage

Braunton Village - Pearce Construction Barnstaple


Input: [Plot] 9 [Price] SOLD [Description]

Output: the Sand Dune 3 bedroom home with garage

Braunton Village - Pearce Construction Barnstaple


Input: [Plot] 10 [Price] SOLD [Description]

Output: the Sand Dune 3 bedroom home with garage

Braunton Village - Pearce Construction Barnstaple


Input: [Plot] 11 [Price] Reserved [Description]

Output: the Burrows 2 bedroom with dedicated parking

Braunton Village - Pearce Construction Barnstaple


Input: [Plot] 12 [Price] £199,950 [Description]

Output: the Burrows 2 bedroom home with dedicated parking

Braunton Village - Pearce Construction Barnstaple


Input: [Plot] 13 [Price] £215,000 [Description]

Output: the Burrows 2 bedroom home with dedicated parking

Braunton Village - Pearce Construction Barnstaple


Input: [Plot] 14 [Price] £199,950 [Description]

Output: the Burrows 2 bedroom home with dedicated parking

Braunton Village - Pearce Construction Barnstaple


Input: [Plot] 15 [Price] £205,000 [Description]

Output: the Burrows 2 bedroom home with dedicated parking

Braunton Village - Pearce Construction Barnstaple


Input: [Plot] 16 [Price] SOLD [Description]

Output: the Sand Dune 3 bedroom home with garage

Braunton Village - Pearce Construction Barnstaple


Input: [Plot] 17 [Price] Reserved [Description]

Output: the Sand Dune 3 bedroom home with garage

Braunton Village - Pearce Construction Barnstaple


Input: [Plot] 18 [Price] Reserved [Description]

Output: the Sand Dune 3 bedroom home with garage

Braunton Village - Pearce Construction Barnstaple