Input: [Visible Sign] Blue Smoke [Diagnosis] Engine oil being burned or atomized [Possible Causes]

Output: Engine oil level too high Worn piston rings, valves or cylinders

Common Causes for Smoking Vehicles or Visible Exhaust - NCTCOG.org


Input: [Visible Sign] White Smoke [Diagnosis] Fuel is not burning [Possible Causes]

Output: Engine too cold (no repair needed) Faulty injection system Incorrect timing Engine overheating

Common Causes for Smoking Vehicles or Visible Exhaust - NCTCOG.org


Input: [Model] BIB-12 [Description] Aluminum Wind Turbine [Name]

Output: Whirlybird


Input: [Model] BEB-12 [Description] Aluminum Wind Turbine [Name]

Output: Whirlybird


Input: [Model] BIB-TR12 [Description] Aluminum Wind Turbine [Name]

Output: Tile Roof Turbine


Input: [Model] BEB-TR12 [Description] Aluminum Wind Turbine [Name]

Output: Tile Roof Turbine


Input: [Model] BIB-14 [Description] Aluminum Wind Turbine [Name]

Output: Big Whirly


Input: [Model] BEB-14 [Description] Aluminum Wind Turbine [Name]

Output: Big Whirly


Input: [Model] TIB-12 [Description] Install on exisiting Base [Name]

Output: Turbine Head


Input: [Model] TEB-12 [Description] Install on exisiting Base [Name]

Output: Turbine Head


Input: [Model] TIB-14 [Description] Install on exisiting Base [Name]

Output: Turbine Head


Input: [Model] TEB-14 [Description] Install on exisiting Base [Name]

Output: Turbine Head


Input: [Model] GT-12 [Description] Galvanized Wind Turbine [Name]

Output: Galvanized Turbine


Input: [Model] GEB-12 [Description] Galvanized Wind Turbine [Name]

Output: Galvanized Turbine


Input: [Model] IB-8 [Description] Galvanized Wind Turbine [Name]

Output: Speciality Turbine


Input: [Model] CN [Description] All CN Models [Name]

Output: Canadian Turbine Instructions


Input: [Model] All Models [Description] Metal Roof Install [Name]

Output: Turbine on a Metal Roof


Input: [Signs and Symptoms] Fever [Influenza] Usually present [Cold]

Output: Rare

Health Services / Nurse's Notes for Good Health


Input: [Signs and Symptoms] Aches [Influenza] Usual, often severe [Cold]

Output: Slight

Health Services / Nurse's Notes for Good Health


Input: [Signs and Symptoms] Chills [Influenza] Fairly common [Cold]

Output: Uncommon

Health Services / Nurse's Notes for Good Health


Input: [Signs and Symptoms] Tiredness [Influenza] Moderate to severe [Cold]

Output: Mild

Health Services / Nurse's Notes for Good Health


Input: [Signs and Symptoms] Symptom onset [Influenza] Symptoms can appear within 3 to 6 hours [Cold]

Output: Symptoms appear gradually

Health Services / Nurse's Notes for Good Health


Input: [Signs and Symptoms] Coughing [Influenza] Dry, unproductive cough [Cold]

Output: Hacking, productive cough

Health Services / Nurse's Notes for Good Health


Input: [Signs and Symptoms] Sneezing [Influenza] Uncommon [Cold]

Output: Common

Health Services / Nurse's Notes for Good Health


Input: [Signs and Symptoms] Stuffy nose [Influenza] Uncommon [Cold]

Output: Common

Health Services / Nurse's Notes for Good Health


Input: [Signs and Symptoms] Sore throat [Influenza] Uncommon [Cold]

Output: Common

Health Services / Nurse's Notes for Good Health


Input: [Signs and Symptoms] Chest discomfort [Influenza] Often severe [Cold]

Output: Mild to moderate

Health Services / Nurse's Notes for Good Health


Input: [Signs and Symptoms] Headache [Influenza] Common [Cold]

Output: Uncommon

Health Services / Nurse's Notes for Good Health


Input: [Teaser] In this episode we'll find out what the Energy Spot is all about. [Date] 1 October 2009 [Title]

Output: Introduction


Input: [Teaser] In this episode we'll look at where heat escapes from in our homes, and how we can hold it in and stop cold air coming in. [Date] 9 October 2009 [Title]

Output: Heat loss in the home


Input: [Teaser] There are lots of simple ways to cut hot water waste and save energy, and still have all the hot water you need. [Date] 17 October 2009 [Title]

Output: Hot water wastage


Input: [Teaser] If it's time for a new hot water system, an energy efficient one will use less energy and fewer resources to give you all the hot water you need. [Date] 23 October 2009 [Title]

Output: Choosing an energy efficient hot water system


Input: [Teaser] Choosing energy efficient whiteware, and thinking about the way you use it, can really cut your electricity use without compromising your lifestyle. [Date] 30 October 2009 [Title]

Output: Choosing and using efficient whiteware


Input: [Teaser] There are many simple driving habits that can really cut your fuel use, no matter what type of car you drive. [Date] 6 November 2009 [Title]

Output: Fuel efficient driving


Input: [Teaser] If it's time for a new car, it's worth choosing a car that meets your needs, in a fuel efficient model. Fuel efficiency can really differ, even between similarly sized cars... [Date] 13 November 2009 [Title]

Output: Vehicle choices


Input: [Teaser] Cut your energy use by choosing energy efficient home entertainment appliances and using them wisely. [Date] 20 November 2009 [Title]

Output: Home entertainment appliances


Input: [Teaser] If you're building or renovating, it's the perfect time to make choices that will harness the sun's free heat to warm your home. [Date] 27 November 2009 [Title]

Output: Harness the sun to heat your home


Input: [Teaser] Want to knock up to 20% off your fuel bill these holidays? Fuel efficiency is not just what you drive - how you drive and care for your car makes a big difference. [Date] 3 December 2009 [Title]

Output: Holiday driving


Input: [Classes of Additives] Acid [Examples] hydrochloric acid [Purpose]

Output: Facilitates entry into rock formations


Input: [Classes of Additives] Biocides [Examples] glutaraldehyde, 2,2 Dibromo-3-nitrilopropionamide [Purpose]

Output: Kill bacteria and reduce risk of fouling


Input: [Classes of Additives] Breaker [Examples] peroxodisulfates [Purpose]

Output: Facilitate proppant entry


Input: [Classes of Additives] Clay stabilizer [Examples] salts, ie tetramethylammonium chloride [Purpose]

Output: Clay stabilization


Input: [Classes of Additives] Corrosion inhibitor [Examples] methanol [Purpose]

Output: Well maintenance


Input: [Classes of Additives] Crosslinker [Purpose]

Output: Facilitate proppant entry


Input: [Classes of Additives] Friction reducers [Examples] potassium hydroxide [Purpose]

Output: Improve surface pressure


Input: [Classes of Additives] Gelling agents [Examples] sodium acrylate, polyacrylamide [Purpose]

Output: Proppant placement


Input: [Classes of Additives] Iron control [Examples] citric acid, thioglycolic acid [Purpose]

Output: Well maintenance


Input: [Classes of Additives] Scale inhibitor [Examples] ammonium chloride, ethylene glycol, polyaccrylate [Purpose]

Output: Prevention of precipitation


Input: [Classes of Additives] Surfactant [Examples] methanol, isopropanol [Purpose]

Output: Reduction in fluid tension


Input: [0] INTRAOCULAR LENS (IOL) TYPE [1] PRESBYOPIA CORRECTION [2] ZONES OF BEST VISION WITHOUT GLASSES PROVIDED BY EACH LENS IMPLANT. THERE ARE 3 ZONES OF VISION: 1.) Far (TV, Driving), 2.) Mid-Range (computer, desk-work), 3) Near (reading documents up-close, sewing). [3] ASTIGMATISM CORRECTION WITH LENS [4] SUCCESS RATE ACHIEVING SPECTACLE INDEPENDENCE WITH LENSES IN BOTH EYES [5] STRENGTHS AND BENEFITS OF THE LENS IMPLANT [6] WEAKNESSES OR SIDE-EFFECTS OF THE LENS IMPLANT [7] NIGHTTIMEGLARE AND HALO [8] COST OF IOL COVERED BY MEDICAL INSURANCE AND/OR MEDICARE [9]

Output: METHOD OF CATARACT SURGERY REMOVAL

Lens Comparisons - IOL Options at Austin Eye


Input: [0] BASIC MONOFOCAL LENS [1] No [2] Far OR Near (not both). Vision may still be out of focus without glasses near and far because or residual uncorrected astigmatism. [3] No [4] 5-10% [5] Excellent vision through bifocal glasses. Many individuals see relatively well far away without glasses. Lens cost covered by medical insurance. [6] Most patients (90% or more) will use glasses after surgery for most activities (Eg. Bifocals).Does not correct astigmatism. [7] Minimal [8] Yes [9]

Output: Manual surgery – bladed incisions

Lens Comparisons - IOL Options at Austin Eye


Input: [0] ASTIGMATISM CORRECTING LENS [1] No [2] Far OR Near (noth both) Generally clearer long-disctance vision without glasses than a basic lens. [3] Yes [4] 5-10% [5] Excellent vision far away without glasses [6] No ability to refocus mid-range (computer) or near (reading printed documents). Patients will definitely use glasses to see computer and reading distances. [7] Minimal [8] No [9]

Output: Laser cataract surgery

Lens Comparisons - IOL Options at Austin Eye


Input: [0] CRYSTALENS AO [1] Yes [2] Far and Mid-range [3] No [4] Approx 50% [5] Excellent night vision, far and computer vision. Very little night glare or haloes. Astigmatism corrected with the Lensx laser. [6] Most patients will need +1.50 over-the-counter reading glasses to read printed documents up-close. Most patients will need a “Yag capsulotomy procedure” within one year after implantation. [7] Minimal [8] No [9]

Output: Laser cataract surgery

Lens Comparisons - IOL Options at Austin Eye


Input: [0] RESTOR [1] Yes [2] Far and Near [3] No [4] 80% of patients “Never” need to wear glasses [5] Excellent far and reading vision. Good computer vision (mid-range). Astigmatism corrected with the Lensx laser. [6] May need over-the-counter (+1.25) glasses to see the computer or mid-range. Some patients see a halo effect around lights at night. Reading in low light may require glasses. Lens reflection may be seen cosmetically at times. [7] Moderate [8] No [9]

Output: Laser cataract surgery

Lens Comparisons - IOL Options at Austin Eye


Input: [0] TECNIS MULTIFOCAL LENS [1] Yes [2] Far and Near [3] No [4] Nearly 90% of patients do not require glasses [5] Excellent far and near vision. Ability to read small print in all lighting environments. Astigmatism corrected with the Lensx laser. [6] May need over-the-counter (+1.25) glasses to see the computer or mid-range. Some patients see a halo effect around lights at night. [7] Moderate [8] No [9]

Output: Laser cataract surgery

Lens Comparisons - IOL Options at Austin Eye


Input: [Type of Sugar] Refined white sugar [Description] Pure white, free of minerals [Results]

Output: Makes a sweet water kefir


Input: [Type of Sugar] Organic Cane Juice Crystals [Description] Less refined than white sugar; very low mineral content [Results]

Output: Makes a sweet water kefir


Input: [Type of Sugar] Turbinado or Raw Sugar [Description] Sugar that is spun to have most of the molasses removed. Slightly less refined than OCJC; medium mineral content [Results]

Output: Makes a less sweet water kefir than white sugar or OCJC


Input: [Type of Sugar] Rapadura or Sucanat [Description] Sugar cane juice that has been pressed and dried; high mineral content [Results]

Output: Makes a stronger-flavored water kefir


Input: [Type of Sugar] Brown Sugar [Description] White sugar with molasses added back; high mineral content [Results]

Output: Makes a stronger-flavored water kefir


Input: [Type of Sugar] Coconut Palm Sugar [Description] Sugar extracted and dried from coconut palm trees; very high mineral content [Results]

Output: Too rich for water kefir; can damage water kefir grains. Use small amounts only in combination with cane sugar.


Input: [Type of Sugar] Maple Sugar or Syrup [Description] Made from the sap of the sugar maple tree [Results]

Output: Too rich for water kefir; can damage water kefir grains. Use small amunts only in combination with cane sugar.


Input: [Type of Sugar] Honey [Description] Natural sugar from bees; high in mineral content [Results]

Output: Raw honey has its own bacteria that can compete with water kefir grains; some honey is contaminated with high fructose corn syrup; NOT recommended


Input: [Type of Sugar] Molasses [Description] Very high mineral content [Results]

Output: Molasses used on its own can be damaging to water kefir grains; use only ½ tsp as mineral supplementation, as needed.


Input: [Type of Sugar] Agave, stevia, monk fruit, Splenda [Description] Sugar substitutes [Results]

Output: Will not provide food for the water kefir grains. NOT recommended


Input: [Cycle] Day 1, Menstruation [Estrogen] Low [Related Events] If pregnancy does not take place, the uterine lining is shed (menstruation), and another monthly cycle starts. [Progesterone]

Output: Low A few milligram(mg) per day


Input: [Cycle] Day 3 [Estrogen] Low [Related Events] GnRH from hypothalamus stimulates the pituitary to send follicle stimulating hormone to the ovary, initiating follicle (egg sack) maturation and thickening of uterine lining. [Progesterone]

Output: Low


Input: [Cycle] Day 10 [Estrogen] Surge to high [Related Events] Mature follicle releases estrogen to promote thickening of uterine lining and to stimulate the pituitary gland's secretion of luteinizing hormone that induces ovulation. [Progesterone]

Output: Low


Input: [Cycle] Day 14, Ovulation [Estrogen] Medium [Related Events] If ovulation fails, Progesterone is not produced. [Progesterone]

Output: Starts to rise up to 30 mg/day


Input: [Cycle] Day 24 [Estrogen] Drops to low level [Related Events] If the egg is fertilized, progesterone from ovary continues to rise. Any drop in progesterone level results in menstruation or miscarriage. Later during pregnancy, the placenta produces up to 3000 to 4000 mg/day of progesterone . [Progesterone]

Output: Drops to low level


Input: [Cycle] Day 1, menstruation [Estrogen] Low [Related Events] The drop in estrogen and progesterone level triggers menstruation as well as GnRH secretion in hypothalamus. [Progesterone]

Output: Low


Input: [Cycle] After menopause [Estrogen] estradiol: 15% of premenopausal level estrone: 40 to 50% of premenopausal level [Related Events] Estrogen still produced in fat, muscle and skin cells by converting androstenedione produced in the ovary and adrenals. Low level of progesterone still produced by adrenals and brain. [Progesterone]

Output: Low


Input: [Model] Motor [NTL14212]

Output: Motor

Fitness Equipment at WorkoutWarehouse.com NordicTrack® Commercial 1750 Treadmill


Input: [Model] Incline [NTL14212]

Output: Incline

Fitness Equipment at WorkoutWarehouse.com NordicTrack® Commercial 1750 Treadmill


Input: [Model] Belt [NTL14212]

Output: Belt

Fitness Equipment at WorkoutWarehouse.com NordicTrack® Commercial 1750 Treadmill


Input: [Model] Speed [NTL14212]

Output: Speed

Fitness Equipment at WorkoutWarehouse.com NordicTrack® Commercial 1750 Treadmill


Input: [Model] Weight Capacity [NTL14212]

Output: Weight Capacity

Fitness Equipment at WorkoutWarehouse.com NordicTrack® Commercial 1750 Treadmill


Input: [Model] Warranty [NTL14212]

Output: Warranty

Fitness Equipment at WorkoutWarehouse.com NordicTrack® Commercial 1750 Treadmill


Input: [Model] Footprint [NTL14212]

Output: Footprint

Fitness Equipment at WorkoutWarehouse.com NordicTrack® Commercial 1750 Treadmill


Input: [Model] Decline [NTL14212]

Output: Decline

Fitness Equipment at WorkoutWarehouse.com NordicTrack® Commercial 1750 Treadmill


Input: [#] 71 [Topic] Foods Lab [Description]

Output: Introduction to organic chemistry.

Chemistry PowerPoint Lessons, Handouts, Labs, and Worksheets


Input: [#] 72 [Topic] Hydrocarbon Models [Description]

Output: Students build models and draw diagrams of hydrocarbons: alkanes, alkenes, alkynes, and aromatics.

Chemistry PowerPoint Lessons, Handouts, Labs, and Worksheets


Input: [#] 73 [Topic] Combustion [Description]

Output: Students investigate the products of complete and incomplete combustion.

Chemistry PowerPoint Lessons, Handouts, Labs, and Worksheets


Input: [#] 74 [Topic] Hydrocarbon Naming [Description]

Output: Organic nomenclature follows a different set of rules than inorganic nomenclature. Students learn these rules and try several examples.

Chemistry PowerPoint Lessons, Handouts, Labs, and Worksheets


Input: [#] 75 [Topic] ... [Description]

Output: This period is spent entirely on practice problems. Students apply the rules they learned yesterday.

Chemistry PowerPoint Lessons, Handouts, Labs, and Worksheets


Input: [#] 76 [Topic] Chemsketch [Description]

Output: Students learn to use ChemSketch - a program for drawing organic molecules. A computer lab with ChemSketch installed is needed.

Chemistry PowerPoint Lessons, Handouts, Labs, and Worksheets


Input: [#] 77 [Topic] Isomers & Polymers [Description]

Output: Students build models of isomers (compounds with the same chemical formula but different structures) and polymers (long chains of carbon-containing monomers).

Chemistry PowerPoint Lessons, Handouts, Labs, and Worksheets


Input: [#] 78 [Topic] Alkanes and alkenes Lab [Description]

Output: Comparing the chemical properties of alkanes and alkenes to illustrate the reactivity of a double bond. This is a lab, but it may be better as a demonstration.

Chemistry PowerPoint Lessons, Handouts, Labs, and Worksheets


Input: [#] 79 [Topic] Thermochemistry [Description]

Output: Concepts related to thermochemistry are introduced, including calorimetry, heat capacity, molar heat of reaction, etc.

Chemistry PowerPoint Lessons, Handouts, Labs, and Worksheets


Input: [#] 80 [Topic] Candle Lab [Description]

Output: Students determine the molar heat of combustion for paraffin wax, applying the concepts learned in yesterday's lesson.

Chemistry PowerPoint Lessons, Handouts, Labs, and Worksheets


Input: [#] 81 [Topic] Bond Energies [Description]

Output: Using bond energies to predict the energy change when atoms rearrange themselves in chemical reactions.

Chemistry PowerPoint Lessons, Handouts, Labs, and Worksheets


Input: [#] 82 [Topic] Review [Description]

Output: Review of unit 5: hydrocarbons and energy.

Chemistry PowerPoint Lessons, Handouts, Labs, and Worksheets


Input: [#] 85 [Topic] Exam Review [Description]

Output: Review of the course, mainly focusing on calculations.

Chemistry PowerPoint Lessons, Handouts, Labs, and Worksheets


Input: [#] 86 [Topic] ... [Description]

Output: Continuation of yesterday's lesson.

Chemistry PowerPoint Lessons, Handouts, Labs, and Worksheets


Input: [0] Overall: [Mittleider Method] With proper know-how even beginners can raise highly-productive gardens. [Traditional Method]

Output: High yields are hard to get. Each of the gardening tasks require so much skill and understanding that few beginners can raise a productive garden.


Input: [0] The Gardener: [Mittleider Method] With the proper know-how and training, anyone can grow any vegetable in any soil, in any climate with minimal water and effort per unit of produce. [Traditional Method]

Output: To grow a garden, the gardener must have skill, experience, good soil, the cooperation of nature and a green thumb.


Input: [0] The Soil: [Mittleider Method] Although good soils are desirable, highly productive gardens can be grown in any soil. Custom soils for grow-boxes can be made if necessary. [Traditional Method]

Output: A good garden begins with good soil. The richness of the soil is the single most important factor in gardening success.


Input: [0] The Layout: [Mittleider Method] Organize the garden using soil-beds or grow-boxes, using row and aisle spacings based on human ergonomics. [Traditional Method]

Output: Organize the field using regularly spaced rows designed to accommodate the wheel spacings of a tractor.


Input: [0] Plant Spacing: [Mittleider Method] Use narrower spacings and increase their precision with special markers. Train plants to grow vertically for light and thus conserve space. [Traditional Method]

Output: Use traditional spacings between plants to accommodate the horizontal growth plants use to seek the light.


Input: [0] The Seed: [Mittleider Method] Get a head start by planting earlier in an easy to build Mittleider seed house. Increase the head start by transplanting only strong and healthy plants. [Traditional Method]

Output: Plant in the spring when the soil is warm. Because germination is always imperfect, expect some losses and weak plants


Input: [0] Feeding the Plants: [Mittleider Method] Only the plant can tell you what soil it needs. Many nutrients found in the soil are unavailable to the plant. Although soil conditioning is good, precision placement of properly balanced commercial fertilizers is more efficient. Most commercial fertilizers must be properly balanced and then supplemented with micro-nutrients for optimal effect. Apply fertilizer before you plant and several time thereafter. Use fertilizer to control weeds between plants. [Traditional Method]

Output: Use soil testing to determine which nutrients are needed. Use manure, rotation, and composting to condition and build up the soil. Use traditional fertilizers in their traditional Nitrogen-Phosphorus-Potassium combinations. Use traditional fertilizers in their traditional Nitrogen-Phosphorus-Potassium combinations.


Input: [0] Watering [Mittleider Method] Irrigate only the root zones with precision micro jets to conserve water. If you level the soil, water and nutrients will be distributed easily and evenly. [Traditional Method]

Output: Use furrows, sprinklers, and flood irrigation to thoroughly water the land. To distribute the water evenly is very difficult


Input: [0] Weeding [Mittleider Method] Weed control can be easy. Plant promptly after soil preparation. Sprout surface weeds and destroy them as they emerge. Don’t water weeds. [Traditional Method]

Output: Because weed seeds are ubiquitous, laborious weeding is a necessary evil which cannot be avoided.


Input: [0] Pruning [Mittleider Method] Careful pruning of certain plants can dramatically increase yields. Raise yields by removing leaves that do not support the plant or its fruit. Garden in 3-D! Use stakes, strings, and A-frames to grow plants upward instead of outward, thus conserving space. [Traditional Method]

Output: Pruning is something done to fruit trees, but it is never done to vegetables. Let vine crops like tomatoes, squash, and melons grow horizontally, often occupying 10-30 square feet.


Input: [0] Harvesting: [Mittleider Method] Harvest two or three crops per year. Increase yields by using seedlings, balanced fertilizers, and precision watering and pruning. [Traditional Method]

Output: Harvest one crop per year. At the end of the season, plow the old crop under to decompose and build up the soil during the winter.


Input: [0] Crop Rotation: [Mittleider Method] Crop rotation is good, but the land cannot be rejuvenated in one winter. The use of balanced fertilizer is a more efficient way to replenish the soil. [Traditional Method]

Output: Each crop depletes the land. Rotate crops regularly to restore and rebuild the land.


Input: [0] Summary: [Mittleider Method] A package of “tuned” prescriptions which any gardener can use to grow any vegetable in any soil in any climate with a minimum of water and work. [Traditional Method]

Output: A vast body of traditional knowledge, practices, and prescriptions which beginning gardeners often find daunting.


Input: [Cast-in-Place] · You must haul, set and remove forms · You may wait for a concrete truck to arrive and concrete to cure · You have to worry about concrete setting up in the truck · You are responsible for performing on-site strength tests [Pre-Cast Concrete from ACP] · With pre-cast concrete from ACP you simply dig a hole and we set your product in it. [Key Concerns]

Output: Prep-Work

Heres How Pre-Cast Concrete Stacks Up Against Cast-in-Place


Input: [Cast-in-Place] · The tasks involved with a concrete pour (see above) can add 3 days to the length of your project [Pre-Cast Concrete from ACP] · Stock standard pre-cast concrete structures can be on their way to you in just one hour. · Custom concrete can be delivered in 48-hours or less. · Your pre-cast concrete structures can be created in advance and held until the hour you need them or you can pick them up. [Key Concerns]

Output: Turnaround Time

Heres How Pre-Cast Concrete Stacks Up Against Cast-in-Place


Input: [Cast-in-Place] · With cast-in-place, rain, sleet or snow can delay your pour and your project. · In cold temperatures and wet conditions, concrete is slow to set. [Pre-Cast Concrete from ACP] · With pre-cast, your structure is poured in a controlled environment so weather is never a factor and your project is never delayed because of it. [Key Concerns]

Output: Weather

Heres How Pre-Cast Concrete Stacks Up Against Cast-in-Place


Input: [Cast-in-Place] · A number of uncontrollable factors can decrease the strength and durability of freshly poured concrete including: extreme temperatures, fluctuations in temperature, humidity, etc. [Pre-Cast Concrete from ACP] · Controlled pour conditions, strict quality-control measures and factory strength testing ensure pre-cast concrete that meets strength and durability specifications. [Key Concerns]

Output: Concrete Strength

Heres How Pre-Cast Concrete Stacks Up Against Cast-in-Place


Input: [Cast-in-Place] · With cast-in-place, your excavation is open as long as there are forms to be delivered, trucks to arrive, concrete to pour and cure, and forms to be stripped. · Best case scenario, your excavation is open 3 days. [Pre-Cast Concrete from ACP] · With pre-cast concrete from ACP you dig the hole in the morning, we set your structure midday, you backfill in the afternoon and youre done at the end of the day. [Key Concerns]

Output: Excavation Open Time

Heres How Pre-Cast Concrete Stacks Up Against Cast-in-Place


Input: [Cast-in-Place] · With cast-in-place, last-minute changes are difficult to make and cost money. [Pre-Cast Concrete from ACP] · Pre-cast Concrete from ACP gives you the flexibility to make changes to your structure right up until the minute the concrete is poured in the form. [Key Concerns]

Output: Last-Minute Changes

Heres How Pre-Cast Concrete Stacks Up Against Cast-in-Place


Input: [Cast-in-Place] · With cast-in-place, you must buy concrete from one company and hardware from others. [Pre-Cast Concrete from ACP] · Pre-cast concrete structures from ACP are delivered with all the equipment you need including electrical hardware, steel racks, cast iron frames and access covers. [Key Concerns]

Output: Hardware

Heres How Pre-Cast Concrete Stacks Up Against Cast-in-Place


Input: [Finish] Mirror or Satin [Etching, Plating, Bluing] None [Condition] Excellent to Good [Care] Clean, then Wax only [Material]

Output: Stainless Steel

How to Care for a Fine Custom Knife, Knife Care, Caring for Your Knife by Jay Fisher


Input: [Finish] Mirror or Satin [Etching, Plating, Bluing] None [Condition] Fair to Poor [Care] Clean, then Simichrome®, clean, then Wax [Material]

Output: Stainless Steel

How to Care for a Fine Custom Knife, Knife Care, Caring for Your Knife by Jay Fisher


Input: [Finish] Mirror or Satin [Etching, Plating, Bluing] Treated [Condition] Any [Care] Clean, then Wax only [Material]

Output: Stainless Steel

How to Care for a Fine Custom Knife, Knife Care, Caring for Your Knife by Jay Fisher


Input: [Finish] Media (Bead) Blasted [Etching, Plating, Bluing] None [Condition] Excellent to Good [Care] Clean, then Wax only [Material]

Output: Stainless Steel

How to Care for a Fine Custom Knife, Knife Care, Caring for Your Knife by Jay Fisher


Input: [Finish] Media (Bead) Blasted [Etching, Plating, Bluing] None [Condition] Fair to Poor [Care] Clean, then Simichrome®, clean, then Wax [Material]

Output: Stainless Steel

How to Care for a Fine Custom Knife, Knife Care, Caring for Your Knife by Jay Fisher


Input: [Finish] Media (Bead) Blasted [Etching, Plating, Bluing] Treated [Condition] Excellent to Good [Care] Clean, then Wax only [Material]

Output: Stainless Steel

How to Care for a Fine Custom Knife, Knife Care, Caring for Your Knife by Jay Fisher


Input: [Finish] Media (Bead) Blasted [Etching, Plating, Bluing] Treated [Condition] Fair to Poor [Care] Clean, then Wax only [Material]

Output: Stainless Steel

How to Care for a Fine Custom Knife, Knife Care, Caring for Your Knife by Jay Fisher


Input: [Finish] Mirror, Satin, or Media (Bead) Blasted [Etching, Plating, Bluing] None [Condition] Excellent to Good [Care] Clean, then Wax only [Material]

Output: Non-Stainless Steel

How to Care for a Fine Custom Knife, Knife Care, Caring for Your Knife by Jay Fisher


Input: [Finish] Mirror, Satin, or Media (Bead) Blasted [Etching, Plating, Bluing] None [Condition] Fair to Poor [Care] Clean, then Simichrome®, clean, then Wax [Material]

Output: Non-Stainless Steel

How to Care for a Fine Custom Knife, Knife Care, Caring for Your Knife by Jay Fisher


Input: [Finish] Mirror, Satin, or Media (Bead) Blasted [Etching, Plating, Bluing] Treated [Condition] Any [Care] Clean, then Wax only [Material]

Output: Non-Stainless Steel

How to Care for a Fine Custom Knife, Knife Care, Caring for Your Knife by Jay Fisher


Input: [Finish] Mirror or Satin [Etching, Plating, Bluing] None [Condition] Any [Care] Clean, then Simichrome®, clean, then Wax [Material]

Output: Other Fitting Metals

How to Care for a Fine Custom Knife, Knife Care, Caring for Your Knife by Jay Fisher


Input: [Finish] Media (Bead) Blasted [Etching, Plating, Bluing] None [Condition] Any [Care] Clean, then Wax only [Material]

Output: Other Fitting Metals

How to Care for a Fine Custom Knife, Knife Care, Caring for Your Knife by Jay Fisher


Input: [Finish] Any [Etching, Plating, Bluing] Treated [Condition] Any [Care] Clean, then Wax only [Material]

Output: Other Fitting Metals

How to Care for a Fine Custom Knife, Knife Care, Caring for Your Knife by Jay Fisher


Input: [Description] Native bioburden on as-received, non-sterile product is characterized and enumerated. [Test]

Output: Bioburden Testing

Noxilizer's NO2-based sterilization process for medical device manufacturers.


Input: [Description] Inoculation of actual product can be performed or a process challenge device may be used. Direct enumeration or fraction negative results are reported and interpreted. [Test]

Output: Biological Indicators

Noxilizer's NO2-based sterilization process for medical device manufacturers.


Input: [Description] Engineering cycles performed with no guarantee of sterility. Biological indicators are included and samples are returned for customer evaluation. [Test]

Output: Feasibility Studies

Noxilizer's NO2-based sterilization process for medical device manufacturers.


Input: [Description] FTIR spectroscopy is used to characterize any residues and interactions between the sterilant and polymeric materials. [Test]

Output: Materials Compatibility – FTIR Spectroscopy

Noxilizer's NO2-based sterilization process for medical device manufacturers.


Input: [Description] Extraction is carried out to quantify the amount of residuals and residues on product. [Test]

Output: Extraction of Residuals / Residues

Noxilizer's NO2-based sterilization process for medical device manufacturers.


Input: [Description] All tests are performed within the scope of ISO14937:2009. Noxilizer typically utilizes the overkill method of validation. [Test]

Output: Sterilization Validation

Noxilizer's NO2-based sterilization process for medical device manufacturers.


Input: [Description] Squirts water out the back of a boat [Advantages] Can run in shallow water, powerful, less harmful to wildlife [Disadvantages] Can be less efficient than a propeller, more vulnerable to debris [Type]

Output: Water jet


Input: [Description] Most primitive airbreathing jet engine. Essentially a supercharged piston engine with a jet exhaust. [Disadvantages] Heavy, inefficient and underpowered [Type]

Output: Thermojet


Input: [Description] Generic term for simple turbine engine [Advantages] Simplicity of design [Disadvantages] Basic design, misses many improvements in efficiency and power [Type]

Output: Turbojet


Input: [Description] First stage compressor greatly enlarged to provide bypass airflow around engine core [Advantages] Quieter due to greater mass flow and lower total exhaust speed, more efficient for a useful range of subsonic airspeeds for same reason [Disadvantages] Greater complexity (additional ducting, usually multiple shafts), large diameter engine, need to contain heavy blades. More subject to FOD and ice damage. Different degrees of bypass are possible - this is the design most commonly used on commercial airliners [Type]

Output: Turbofan


Input: [Description] Carries all propellants onboard, emits jet for propulsion [Advantages] Very few moving parts, Mach 0 to Mach 25+, efficient at very high speed (> Mach 10.0 or so), thrust/weight ratio over 100, relatively simple, no complex air inlet, high compression ratio, very high speed exhaust, good cost/thrust ratio, works best exoatmospheric which is kinder on vehicle structure at high speed. [Disadvantages] Needs lots of propellant- very low specific impulse- typically 100-450 seconds. Extreme thermal stresses of combustion chamber can make reuse harder. Typically requires carrying oxidiser onboard which increases risks. [Type]

Output: Rocket


Input: [Description] Intake air is compressed entirely by speed of oncoming air and duct shape (divergent) [Advantages] Very few moving parts, Mach 0.8 to Mach 5+, efficient at high speed (> Mach 2.0 or so), lightest of all airbreathing jets (thrust/weight ratio up to 30 at optimum speed) [Disadvantages] Must have a high initial speed to function, inherently inefficient at slow speeds due to poor compression ratio, difficult to arrange shaft power for accessories, difficult to engineer to be efficient over a wide range of airspeeds. [Type]

Output: Ramjet


Input: [Description] Strictly not a jet at all- a gas turbine engine is used as powerplant to drive (propeller) shaft [Advantages] High efficiency at lower subsonic airspeeds(300 knots plus), high shaft power to weight [Disadvantages] Limited top speed (aeroplanes), somewhat noisy, complexity of propeller drive [Type]

Output: Turboprop (Turboshaft similar)


Input: [Description] Turboprop engine drives one or more propellers. much like a turbofan but without ductwork [Advantages] Higher fuel efficiency, some designs are less noisy than turbofans, could lead to higher-speed commercial aircraft, popular in the 1980s during fuel shortages, [Disadvantages] Development of propfan engines has been very limited, typically more noisy than turbofans, complexity [Type]

Output: Propfan


Input: [Description] Air enters a divergent-duct inlet, the front of the combustion area is shut, fuel injected into the air ignites, exhaust vents from other end of engine [Advantages] Very simple design, commonly used on model aircraft [Disadvantages] Noisy, inefficient (low compression ratio), works best at small scale, valves need to be replaced very often [Type]

Output: Pulsejet


Input: [Description] Similar to a pulsejet, but combustion occurs as a detonation instead of a deflagration, may or may not need valves [Advantages] Maximum theoretical engine efficiency [Disadvantages] Extremely noisy, parts subject to extreme mechanical fatigue, hard to start detonation, not practical for current use [Type]

Output: Pulse detonation engine


Input: [Description] Essentially a ramjet where intake air is compressed and burnt with the exhaust from a rocket [Advantages] Mach 0 to Mach 4.5+ (can also run exoatmospheric), good efficiency at Mach 2 to 4 [Disadvantages] Similar efficiency to rockets at low speed or exoatmospheric, inlet difficulties, a relatively undeveloped and unexplored type, cooling difficulties [Type]

Output: Integral rocket ramjet


Input: [Description] Intake air is compressed but not slowed to below supersonic, intake, combustion and exhaust occur in a single constricted tube [Advantages] can operate at very high Mach numbers (Mach 8 to 15)[1] [Disadvantages] still in development stages, must have a very high initial speed to function (Mach >6), cooling difficulties, inlet difficulties, very poor thrust/weight ratio (~2), airframe difficulties, testing difficulties [Type]

Output: Scramjet


Input: [Description] An additional oxidizer such as oxygen is added to the airstream to increase max altitude [Advantages] Very close to existing designs, operates in very high altitude, wide range of altitude and airspeed [Disadvantages] Airspeed limited to same range as turbojet engine, carrying oxidizer like LOX can be dangerous [Type]

Output: Turborocket


Input: [Description] Intake air is chilled to very low temperatures at inlet before passing through a ramjet or turbojet engine [Advantages] Easily tested on ground. Very high thrust/weight ratios are possible (~14) together with good fuel efficiency over a wide range of airspeeds, mach 0-5.5+; this combination of efficiencies may permit launching to orbit, single stage, [Disadvantages] Exists only at the lab protoyping stage. Examples include RB545, SABRE, ATREX [Type]

Output: Precooled jets / LACE


Input: [Portal Hypertension] Cirrhosis [Postoperative Status] Nonpulsatile cardiac bypass [Drugs] Amitriptyline [Miscellaneous]

Output: Anaphylaxis


Input: [Portal Hypertension] Congestive splenomegaly [Drugs] Cocaine [Miscellaneous]

Output: Bowel obstruction


Input: [Postoperative Status] Other postoperative states [Drugs] Digitalis [Miscellaneous]

Output: Burns


Input: [Portal Hypertension] Trauma [Drugs] Diuretics [Miscellaneous]

Output: Crash dieting


Input: [Postoperative Status] Splenectomy [Drugs] Dextroamphetamine [Miscellaneous]

Output: Idiopathic


Input: [Portal Hypertension] Abdominal trauma [Miscellaneous]

Output: Immunosuppression


Input: [Drugs] Ergotomine [Miscellaneous]

Output: Intussusception


Input: [Portal Hypertension] Inflammation [Drugs] Estrogen [Miscellaneous]

Output: Kidney transplantation


Input: [Drugs] Methamphetamine [Miscellaneous]

Output: Lower GI bleeding


Input: [Portal Hypertension] Cholangitis [Postoperative Status] Antithrombin III deficiency [Drugs] Oral contraceptives [Miscellaneous]

Output: Parasitic infection


Input: [Portal Hypertension] Diverticular disease [Miscellaneous]

Output: Pheochromocytoma


Input: [Portal Hypertension] Inflammatory bowel disease [Postoperative Status] Deep vein thrombosis [Drugs] Pitressin [Miscellaneous]

Output: Renal disease


Input: [Postoperative Status] Migratory thrombophlebitis [Drugs] Propranolol [Miscellaneous]

Output: Sepsis


Input: [Portal Hypertension] Intra-abdominal abscess [Drugs] Vasopressors [Miscellaneous]

Output: Upper GI bleeding


Input: [Postoperative Status] Neoplasms [Miscellaneous]

Output: Volvulus


Input: [The motorcycle you should buy] A Sportbike. Between 650cc and 1000cc. Purely designed for speed with a riding position, frame, adjustable suspension and fairings designed to minimise air resistance and weight. These bikes need to be ridden aggressively. The Honda Super Hawk is an example of a sport bike [What you want]

Output: Power, maximum speed and adrenaline rush. Comfort for you and your passenger is not important. Distances per day usually under 200km on tar and no dirt roads please! Racing appearance with full fairings . Physically compact. Space for luggage is not important. Close ratio 6 speed gear box for maximum acceleration. Highly manoeuvrable, almost unstable.


Input: [The motorcycle you should buy] A Tourer. Around 1000cc with a more up-right driving position. Decide how much performance you want against the distances you want to travel. Lean toward 'Sport Tourer' or 'Tourer' accordingly. The Honda ST1100 is an example of a sport tourer. [What you want]

Output: Comfort for you and your passenger is a big factor. Want to travel greater distances. Physically big. Want to travel short distances on dirt road. Want room for luggage. Bigger, wrap around fairings to maximize comfort on long trips.


Input: [The motorcycle you should buy] Cruiser. Between 650 and 1400cc with a relaxed laid back position. Decide on how much noise you are comfortable with. Take care that the weight is not too excessive. Budget for accessories and individualisation that may exceed the value of the bike. The Honda motorcycle Valkyrie is an example. Click here for more . . . [What you want]

Output: When performance comes second to style. When individuality comes second to efficiency and practicality. When the grunty sound of the pipes, customisation, style and attitude are everything. Physically big and heavy. Some cruisers make excellent tourers as well while others do not. See dedicated Cruiser page for more.


Input: [Example - Honda range] Custom built cruiser [The motorcycle you should buy] A Custom Cruiser. Either cannibalise an available model or build you own with off-the-shelf components. Ensure that the tail end is not too hard for the distances you want to travel. Most of these cruisers have big bore V twin engines which are low revving with a lot of torque. Click here for more . . . [What you want]

Output: That special style and attitude that comes from riding a one-of-a-kind, customised and accessorized motorcycle. Seldom need to carry a passenger.


Input: [The motorcycle you should buy] A Standard motorbike with no fairings (naked). Between 750cc and 1200cc These bikes with a traditional look have one of two orientations i.e. [What you want]

Output: General purpose bike with a traditional appearance. Good value for money while still offering power and speed. Easy DIY maintenance. Want tried and tested technology rather than the hi-tech stuff. Want the option of travelling distances on sand roads or touring (if fitted with an aftermarket fairing)


Input: [The motorcycle you should buy] Trail bike. Also called a dual sport or Enduro motorbike. Has a more up-right driving position. Choose your tyres to match either "mainly tar" or "mainly sand roads". Trail bikes come in two sizes i.e. [What you want]

Output: Country and city bike. The trip is more important than the speed. Want to explore on both tar and all tyres of sand roads and well defined paths. Comfort is a factor, also room for luggage, camping gear etc. Big trail bikes are more like tourers while the smaller ones are more capable off road.


Input: [The motorcycle you should buy] Motocross (MX) bike. Around 300cc and less. The only type of bike nowadays that may still use a two stroke engine to save on weight. Probably not street legal (flickers, stop lights, headlamp etc) [What you want]

Output: Power and adrenaline off road, comfort is not a factor. Want to explore in rough, untamed conditions or participate in Motocross competitions (track). A bike that can be dropped without pieces breaking off.


Input: [Example - Honda range] Nighthawk CB250 Standard [The motorcycle you should buy] Standard street motorcycle. You will need to invest in some panniers, topbox or a back pack for your stuff. Around 400cc offers a good mix of economy and power. [What you want]

Output: Economical commuter with a payload and power to spare. Want the option of travelling distances on sand roads.


Input: [Example - Honda range] Reflex 250 [The motorcycle you should buy] A Scooter. The new generation of scooters between 250 and 650cc make excellent commuters. They are quick, trendy, light on petrol and have ample storage space under the saddle. Automatic gearboxes and a low centre of gravity make them easy to ride. [What you want]

Output: Stylish and economical commuter with convenient built-in storage. Easy to ride and light weight. Protection from the elements. A bike for town use only.


Input: [The motorcycle you should buy] Although 125cc is your limit you can still choose between street bike, scooter, MX and cruiser type designs most of which just ooze style and attitude. Wish I had this choice at your age. [What you want]

Output: You are under 18 years old!


Input: [What you want]

Output: ** Top of Page **


Input: [Traditional Icing] Takes more time than Ready Roll [Ready Roll Icing]

Output: Much quicker than traditional icing

Ice a Christmas Cake with ready roll icing. Fully illustrated with photos


Input: [Traditional Icing] Surface of icing can be shaped [Ready Roll Icing]

Output: Flat surface is the only option

Ice a Christmas Cake with ready roll icing. Fully illustrated with photos


Input: [Traditional Icing] Not as easy [Ready Roll Icing]

Output: Easier

Ice a Christmas Cake with ready roll icing. Fully illustrated with photos


Input: [Traditional Icing] Traditional icing can disguise all but the worst lumps and bumps [Ready Roll Icing]

Output: Lumps and bumps in the marzipan show through the icing

Ice a Christmas Cake with ready roll icing. Fully illustrated with photos


Input: [Traditional Icing] You need to make the icing [Ready Roll Icing]

Output: No need to make icing

Ice a Christmas Cake with ready roll icing. Fully illustrated with photos


Input: [Traditional Icing] Slightly cheaper [Ready Roll Icing]

Output: Slightly more expensive

Ice a Christmas Cake with ready roll icing. Fully illustrated with photos


Input: [Features] New DC brushless motor [Advantages] Increased reliability Improved power consumption [Benefits]

Output: Improved MTBF Works with 8 DD cell (28v) and 10 DD cell (36v) systems


Input: [Features] Oscillating rotary motion [Advantages] Self-clearing Low shaft speed [Benefits]

Output: Reliable operation with high LCM concentrations Improved seal reliability / life


Input: [Features] Open flow path [Advantages] No screens to plug [Benefits]

Output: Enhanced reliability in wells with poor solids control


Input: [Features] Direct-drive magnetic coupling [Advantages] Rugged drive train No rotating seals in mud [Benefits]

Output: Enhanced service reliability Reduced service cost


Input: [Features] Tungsten carbide flow surfaces [Advantages] Superior fluid erosion properties [Benefits]

Output: Extended component life Reduced service cost


Input: [Features] Adjustable pulse width and magnitude [Advantages] Adaptable to all flow rates, depths and mud weights [Benefits]

Output: Extends the range of reliable operation


Input: [Features] Wide range of pulser sizes for 3.125 in. (79 mm) to 9.5 in. (241 mm) or larger BHAs [Advantages] Easily convertible between sizes, and between fixed-mount or retrievable configurations [Benefits]

Output: Reliable operation in any hole size Reduced inventory


Input: [Features] Retrievable or fixed-mount options [Advantages] Basic design and construction are consistent without regard to configurations [Benefits]

Output: Adaptable to fit customer needs Reliable service in all configurations


Input: [Dispersion medium] Gas [Name] Liquid aerosol [Examples] Fog, liquid sprays [Dispersed phase]

Output: Liquid


Input: [Dispersion medium] Gas [Name] Solid aerosol [Examples] Smoke, dust [Dispersed phase]

Output: Solid


Input: [Dispersion medium] Liquid [Name] Foam [Examples] Foam on soap solutions, fire-extinguisher foam [Dispersed phase]

Output: Gas


Input: [Dispersion medium] Liquid [Name] Emulsion [Examples] Milk, mayonnaise [Dispersed phase]

Output: Liquid


Input: [Dispersion medium] Liquid [Name] Sol, colloidal suspension; paste (high solid concentration) [Examples] Au sol, AgI sol; toothpaste [Dispersed phase]

Output: Solid


Input: [Dispersion medium] Solid [Name] Solid foam [Examples] Expanded polystyrene [Dispersed phase]

Output: Gas


Input: [Dispersion medium] Solid [Name] Solid emulsion [Examples] Opal, pearl [Dispersed phase]

Output: Liquid


Input: [Dispersion medium] Solid [Name] Solid suspension [Examples] Pigmented plastics [Dispersed phase]

Output: Solid


Input: [Dos] Go for forest friendly coloured clothes like green/browns [Don’ts] Litter [Tips]

Output: Don’t jump into water pool as there could be boulders beneath

Falls in Karnataka | Waterfalls in Karnataka | Jog Falls


Input: [Dos] Flat, comfortable walking shoes [Don’ts] Tease animals [Tips]

Output: Before plunging into stream for swimming seek locals’ advice

Falls in Karnataka | Waterfalls in Karnataka | Jog Falls


Input: [Dos] Camera preferably with a tele photo lens [Don’ts] Talk loudly/make noise [Tips]

Output: Carry a bottle of kerosene to smear over the shoes to avoid leeches

Falls in Karnataka | Waterfalls in Karnataka | Jog Falls


Input: [Dos] Torch, sunglasses and hat [Don’ts] Get off the vehicle unless asked [Tips]

Output: Do not step on bounlders covered with algae as they might slip

Falls in Karnataka | Waterfalls in Karnataka | Jog Falls


Input: [Dos] Essential Medicines [Don’ts] Use strong perfumes [Tips]

Output: Stay away from alcohol and liquor

Falls in Karnataka | Waterfalls in Karnataka | Jog Falls


Input: [Dos] Binoculars [Don’ts] Pick up anything as Souvenir [Tips]

Output: Do not go too close to the falls, as the water pressure could gush you out

Falls in Karnataka | Waterfalls in Karnataka | Jog Falls


Input: Non-slip surface, no rotting, splintering or warping [Material:]

Output: Features/Benefits


Input: Impervious to frost with minimal expansion or contraction [Material:]

Output: Weathering


Input: Low maintenance and low upkeep necessary [Material:]

Output: Low Maintenance


Input: Mould, Mildew & Fungi. Water & moisture resistant [Material:]

Output: Resistance


Input: No harmful chemicals used [Material:]

Output: Manufacturing


Input: Metal or plastic easy clip system [Material:]

Output: Fixings


Input: Length: 5400mm (Max) Width: 150mm Thickness: 20mm [Material:]

Output: Dimensions


Input: 2.7kg per metre [Material:]

Output: Weight


Input: [0] Age on onset [Male Pattern Hair Loss]

Output: Usually noticed in the mid 20's


Input: [0] Alternative Causes of Hair Loss [Male Pattern Hair Loss]

Output: 99% of bald men have Androgenetic Hair Loss, caused by the effect of the hormone Dihydrotestosterone (DHT) on the hair follicle.


Input: [0] Extent of Loss [Male Pattern Hair Loss]

Output: Complete, 100%, hair loss in a area is common


Input: [0] Evolution of Baldness [Male Pattern Hair Loss]

Output: Bald from the outside-in the front, & inside out-in in the back, very common to lose the frontal hair line early in process.


Input: [0] Miniaturization of Normal Hair [Male Pattern Hair Loss]

Output: Hair growth miniaturizes because of a longer resting cycle before it disappears.


Input: [0] Normal Hormone Levels [Male Pattern Hair Loss]

Output: Normal Testosterone & Dihydrotestosterone (DHT) Levels


Input: [0] Reaction to Finasteride (Propecia) [Male Pattern Hair Loss]

Output: Males respond to Finasteride (Propecia) by slowing or stopping loss, and 48% re-grow hair.


Input: [0] Either Pattern Can Occur in Either Sex [Male Pattern Hair Loss]

Output: Men can have classical female pattern hair loss, sometimes referred to as Diffuse Undifferentiated Patterned Alopecia (DUPA).


Input: [0] Seem to Respond to Cell Division Therapies [Male Pattern Hair Loss]

Output: Male Pattern Hair Loss responds to minoxidil (Rogaine) therapy and Low Level Laser Therapy, both of which seem to work by accelerating cell division


Input: [0] Successful [Male Pattern Hair Loss]

Output: Men can nearly always benefit from Hair Restoration Services.


Input: [hCG Forms] Contains hCG hormone [Prescription injections] Yes [Prescription nasal spray] Yes [Homeopathic drops] No [Homeopathic tablets] No [Homeopathic spray] No [Prescription tablets]

Output: Yes

hCG Drops vs Prescription Injections, spray and Tablets


Input: [hCG Forms] Requires doctors prescription [Prescription injections] Yes [Prescription nasal spray] Yes [Homeopathic drops] No [Homeopathic tablets] No [Homeopathic spray] No [Prescription tablets]

Output: Yes

hCG Drops vs Prescription Injections, spray and Tablets


Input: [hCG Forms] Primary type of weight lost [Prescription injections] Fat [Prescription nasal spray] Fat [Homeopathic drops] Muscle Water [Homeopathic tablets] Muscle Water [Homeopathic spray] Muscle Water [Prescription tablets]

Output: Fat

hCG Drops vs Prescription Injections, spray and Tablets


Input: [hCG Forms] Measurable hCG blood levels [Prescription injections] High [Prescription nasal spray] Moderate [Homeopathic drops] None [Homeopathic tablets] None [Homeopathic spray] None [Prescription tablets]

Output: Moderate

hCG Drops vs Prescription Injections, spray and Tablets


Input: [hCG Forms] Requires Refrigeration [Prescription injections] Yes [Prescription nasal spray] No [Homeopathic drops] No [Homeopathic tablets] No [Homeopathic spray] No [Prescription tablets]

Output: No

hCG Drops vs Prescription Injections, spray and Tablets


Input: [hCG Forms] Metabolic slowdown [Prescription injections] None [Prescription nasal spray] Slight [Homeopathic drops] Extreme [Homeopathic tablets] Extreme [Homeopathic spray] Extreme [Prescription tablets]

Output: Slight

hCG Drops vs Prescription Injections, spray and Tablets


Input: [hCG Forms] Rebound weight gain [Prescription injections] Low [Prescription nasal spray] Low [Homeopathic drops] High [Homeopathic tablets] High [Homeopathic spray] High [Prescription tablets]

Output: Low

hCG Drops vs Prescription Injections, spray and Tablets


Input: [OBESOGEN SOURCE] New car smell [THREAT LEVEL*] 6 [HOW TO AVOID THEM] Leave your car in the sun with the windows down as often as possible—the heat will release the obesogens into the atmosphere—and place a box of baking soda in the car to absorb the chemicals during those first six months. [HOW THEY ATTACK]

Output: Any of 275 chemicals, many of them obesogens, could be wafting around the interiors of new cars, ready to be inhaled. They will linger at higher than acceptable levels for up to six months.

Warning: Touching This Receipt Might Make You Fat: Exercise : Details


Input: [OBESOGEN SOURCE] Antibacterial soaps and hand sanitizers [THREAT LEVEL*] 6 [HOW TO AVOID THEM] Choose hand sanitizers made from ethyl alcohol, not triclosan. Skip antibacterial soaps altogether—they are no more effective than regular soaps in eradicating germs. [HOW THEY ATTACK]

Output: If you take a Howard Hughes approach to germs and obsessively scrub your hands with sanitizers and special soaps, beware—you may be rubbing a whole load of triclosan, a big, bad obesogen, into your skin.

Warning: Touching This Receipt Might Make You Fat: Exercise : Details


Input: [OBESOGEN SOURCE] Shower curtains [THREAT LEVEL*] 7 [HOW TO AVOID THEM] Choose curtains made from ethylene vinyl acetate (EVA) or polyethylene vinyl acetate (PEVA). [HOW THEY ATTACK]

Output: Curtains made from PVC release as many as 108 chemicals into the air, including dozens of obesogens. The heat from a hot shower may accelerate the rate of this release.

Warning: Touching This Receipt Might Make You Fat: Exercise : Details


Input: [OBESOGEN SOURCE] Teflon cookware [THREAT LEVEL*] 7 [HOW TO AVOID THEM] Use cast-iron or stainless-steel pots and pans, and stock up on grass-fed butter and sunflower oil. [HOW THEY ATTACK]

Output: Teflon is made from a cocktail of perfluorochemicals that not only impart stick-resistant properties to cookware but can also disrupt your metabolism.

Warning: Touching This Receipt Might Make You Fat: Exercise : Details


Input: [OBESOGEN SOURCE] Personal care products [THREAT LEVEL*] 9 [HOW TO AVOID THEM] If you absolutely can't give up the scent, save it for your favorite cologne—otherwise, stick to fragrance-free body products. [HOW THEY ATTACK]

Output: You're most likely coating yourself in phthalates every time you use fragranced shampoo, lotion, or cologne. Blood tests show a dramatic drop in levels when fragrance is avoided.

Warning: Touching This Receipt Might Make You Fat: Exercise : Details


Input: [OBESOGEN SOURCE] Plastic bottles [THREAT LEVEL*] 9 [HOW TO AVOID THEM] Skip bottles with the recycling number 7 on the bottom—numbers 1, 2, 4, and 5 are generally regarded as safe. [HOW THEY ATTACK]

Output: One week of drinking from certain plastic water bottles can result in a 70 percent increase in levels of the heavy-hitting obesogen BPA.

Warning: Touching This Receipt Might Make You Fat: Exercise : Details


Input: [OBESOGEN SOURCE] Cash register receipts [THREAT LEVEL*] 10 [HOW TO AVOID THEM] Use bank-card and credit-card statements as proof of purchase, and if your work involves handling receipts, wear gloves. [HOW THEY ATTACK]

Output: It takes only 10 seconds for the BPA that coats thermal paper to transfer to the skin. In one study, the act of crumpling a receipt was shown to be the most efficient method of moving the obesogen into the body.

Warning: Touching This Receipt Might Make You Fat: Exercise : Details


Input: [Pollutant] Carbon Monoxide [Health Effects] Replaces oxygen in the bloodstream; aggravates heart disease; impairs alertness. [Its Sources]

Output: Combustion processes, such as in gas mowers, cars & industry. Any burning of organic material.

Cleaner Air: Mowing Emissions and Clean Air Alternatives. A Fact Sheet


Input: [Pollutant] Lead [Health Effects] Increased risk of harm to central nervous system, especially in children. [Its Sources]

Output: Smelters, battery plants & refineries; the exhaust of equipment that use leaded gasoline; lead-based paint or pottery.

Cleaner Air: Mowing Emissions and Clean Air Alternatives. A Fact Sheet


Input: [Pollutant] Nitrogen Oxide [Health Effects] Impairs breathing, increases lung infections & worsens existing lung disease. [Its Sources]

Output: Combustion processes, such as in gas mowers, cars & power plants.

Cleaner Air: Mowing Emissions and Clean Air Alternatives. A Fact Sheet


Input: [Pollutant] Ozone [Health Effects] Irritates eyes, nose & throat; increases asthma attacks & impairs athletic performance. [Its Sources]

Output: Formed when heat & sunlight mix with pollutants from industry, gas powered equipment & household products.

Cleaner Air: Mowing Emissions and Clean Air Alternatives. A Fact Sheet


Input: [Pollutant] Particulate matter [Health Effects] Irritates lungs' pathways which can increase respiratory infection & asthma attacks & worsen disease. [Its Sources]

Output: Dust, pollen, soot & other small particles suspended in the air.

Cleaner Air: Mowing Emissions and Clean Air Alternatives. A Fact Sheet


Input: [Pollutant] Sulfur Dioxide [Health Effects] Increases respiratory infections & asthma attacks; worsens chronic lung disease. [Its Sources]

Output: Oil- and coal-burning power plants; some industrial processes.

Cleaner Air: Mowing Emissions and Clean Air Alternatives. A Fact Sheet


Input: [Heavy Metal_1] Arsenic [Heavy Metal_2] Copper* [Heavy Metal_3] Selenium* [Heavy Metal]

Output: Aluminum

7 Physical Causes of Ill Health: Hanna Kroeger Healer - Natural and Vibrational Healing

Heavy Metals that can cause Health Problems if present in excessive amounts in your body.


Input: [Heavy Metal_1] Gold [Heavy Metal_2] Silver [Heavy Metal_3] Manganese* [Heavy Metal]

Output: Arsine

7 Physical Causes of Ill Health: Hanna Kroeger Healer - Natural and Vibrational Healing


Input: [Heavy Metal_1] Iron* [Heavy Metal_2] Thallium [Heavy Metal]

Output: Bismuth

7 Physical Causes of Ill Health: Hanna Kroeger Healer - Natural and Vibrational Healing


Input: [Heavy Metal_1] Lead [Heavy Metal_2] Tin [Heavy Metal]

Output: Cadmium

7 Physical Causes of Ill Health: Hanna Kroeger Healer - Natural and Vibrational Healing


Input: [Heavy Metal_1] Mercury [Heavy Metal_2] Vanadium* [Heavy Metal]

Output: Chromium*

7 Physical Causes of Ill Health: Hanna Kroeger Healer - Natural and Vibrational Healing


Input: [Heavy Metal_1] Nickel [Heavy Metal_2] Zinc* [Heavy Metal]

Output: Cobalt

7 Physical Causes of Ill Health: Hanna Kroeger Healer - Natural and Vibrational Healing


Input: [What to avoid] Butter, Cheese, Friers shared with Animal Ingredients, Milk [Vegan Food]

Output: Baked Potatoes & French Fries


Input: [What to avoid] Cheese, Guacamole made with Milk [Vegan Food]

Output: Chips & Salsa or Guacamole


Input: [What to avoid] Gelatin, Whipped Cream, Yogurt [Vegan Food]

Output: Fruit


Input: [What to avoid] Butter, Cheese [Vegan Food]

Output: Mixed Vegetables


Input: [What to avoid] Butter, Cheese, Pasta made with Eggs, Sauces made with Animal Ingredients [Vegan Food]

Output: Pasta


Input: [What to avoid] Cheese, Crusts made with Dairy, Sauces made with Animal Ingredients [Vegan Food]

Output: Pizza


Input: [What to avoid] Butter [Vegan Food]

Output: Pretzels


Input: [What to avoid] Butter, Cheese, Chicken, Meat [Vegan Food]

Output: Rice & Bean Dishes


Input: [What to avoid] Anchovies, Cheese, Chicken, Croutons made with Milk, Eggs, Dressings made with Animal Ingredients, Meat [Vegan Food]

Output: Salad (Vinaigrette is usually safe)


Input: [What to avoid] Anchovies, Cheese, Chicken, Dressings made with Animal Ingredients, Meat [Vegan Food]

Output: Sandwiches & Subs


Input: [What to avoid] Milk, Whey Protein, Yogurt [Vegan Food]

Output: Smoothies


Input: [What to avoid] Ice Cream Cones garnished with Milk Chocolate [Vegan Food]

Output: Sorbet


Input: [What to avoid] Sauces made with Eggs or Animal Based Stock [Vegan Food]

Output: Tofu


Input: [What to avoid] Buns made with L-Cysteine, Burgers that are Vegetarian but not Vegan (made with Cheese, Eggs or Milk) [Vegan Food]

Output: Veggie Burgers or Falafel


Input: [2] Vegetables [3] Beans & Legumes [4] Grains [6] Dairy [7] Animal meats [8] Fish [9] Drinks [10] Sauce & Oil [5]

Output: Fruits


Input: [0] ALKALINE [1] High alkaline [2] Alfalfa grass Asparagus Barley grass Cayenne celery Dandelion green Dog grass Jicama Kelp Kale Kamut grass Lotus root Parsley Sea vegetables Soy sprouts Straw grass Summer black radish Sweet potato Taro root Wheat grass Watercress [3] Lentils Pumpkin seeds Seaweeds Sprouted seeds [6] Sea salt [9] Baking soda Mineral water [5]

Output: Dates Cantaloupe Figs Kiwifruit Lemon Limes Mango Melons Nectarine Papaya Passion fruit Pears Persimmon Pineapple Raspberry Seedless grapes Tangerine Watermelon


Input: [1] Normal Alkaline [2] Alfalfa Artichoke Arugula Broccoli Carrots Endive Fresh red beet Garlic Ginger root Kale Kohlrabi Mustard green Parsnip Parsley Red radish Watercress [4] Cashews Chestnuts [6] Pepper Spices [9] Kambucha tea [10] Unsulfured molasses Soy sauce [5]

Output: Apricots Cantaloupes Citrus Dewberry Grapefruit Honeydew Loganberry Mango Olive


Input: [1] Low alkaline [2] Bell pepper Beet Brussels sprouts Cabbage Cauliflower Celery Chives Collard green Cilantro Cucumber Eggplant Ginseng Lettuces Lamb lettuce Mushrooms Okra Potato Pumpkin Rutabaga Squashes Thyme Turnip green White radish Yams [3] Caraway seeds Cumin seeds Fennel seeds Flax seeds Sesame seed [4] Almonds Oats Quinoa [6] Duck eggs Japonica rice Quail eggs Wild rice [9] Grain coffee Ginger tea Green tea Mu tea Rice syrup Sake Water (Fiji, Hawaiian, Evian) [10] Advocado oil Apple sour Apple cider vinegar Bee pollen Cod liver oil Coconut oil Flax oil Flax seed oil Ghee Marine lipids Primrose oil Olive oil Umeboshi vinegar Royal jelly [5]

Output: Avocado Banana Blackberry Blueberry Cherry Currant Grape Peach Orange Raisin Strawberry


Input: [1] Normal Acidic [2] Frozen vegetables Sourkraut [3] Corn Garbanzo beans Green peas Pistachio seeds Snow peas Wheat kernels [4] Barley groats Oat bran Nutmeg Pecans Peanuts Rye [6] Canned foods Cereals (kellogs) Cheese(in general) Chocolate Cottage cheese Corn tortillas Egg white Egg Paneer (cheese) Quark Sourdough bread White bread Yoghurt (sweetened) [7] Bear Lard Pork Veal [8] Mussels Squid Shrimps [9] Milk protein Milk pasteurized Soft water Soy milk Wine Water (sparkling [10] Chestnut oil Ketchup Mayonnaise Miso Mustard Palm kernel oil [5]

Output: Cranberry Pomegranate Pineapple Raspberry Rose hips


Input: [1] Low acidic [2] Chard Rhubarb Spinach Tapioca Tofu Tomatoes Zucchini [3] Aduki beans Black eyed peas Fava beans Navy beans Pinto beans Lima beans String beans Vanilla Wax beans White beans [4] Amaranth Buckwheat Kasha Kamut Millet Pine nuts Spelt Teff Triticale [6] Aged cheese Butter Brown rice Curry Dried sugar cane juice Farina Goat/Sheep cheese Honey Margarine Pop corn Rye bread Semolina Soy cheese White rice White biscuit Whole grain bread Whole meal bread Yoghurt (not sweetened) [7] Boar Chicken Elk Game meat Goose Lamb Mutton Seitan Turkey Venison Wild duck [8] Molluscs Shellfish [9] Fruit juice (natural) Goat milk Homogenized milk Koma coffee Milk (not pasteurized) Water (spring) [10] Almond oil Balsamic vinegar Borage oil Cream Canola oil Gelatin Grape seed oil Maple syrup Pumpkin seed oil Safflower oil Sesame oil Sunflower oil Vinegar [5]

Output: Acai berry Coconut Dry fruit Figs Guava Plum Prune


Input: [Uses / Features] Use for woodcutting with the wood grain Usually 24 inches to 26 inches long with 4 to 7 teeth per inch (TPI) Cuts very aggressively and leave slightly rough edge [Type]

Output: Rip


Input: [Uses / Features] Use for woodcutting across the wood grain Usually 24 inches to 26 inches long with 8 to 11 TPI Doesn't cut as aggressively as rip saws but leaves a much smoother edge [Type]

Output: Cross- Cut


Input: [Uses / Features] Use for woodcutting across the wood grain Usually shorter than regular cross cut saws, for easy portability [Type]

Output: Panel (Short Cut or Box Saw)


Input: [Uses / Features] Use for fine woodcutting, coping moulding joints Has deep steel tension frames and very thin blades to make intricate cuts at extreme angles [Type]

Output: Coping


Input: [Uses / Features] Use for fine woodcutting, moulding and trim Has a rigid piece along the back to prevent the saw from kinking during use [Type]

Output: Back


Input: [Uses / Features] Use for fine woodcutting, moulding and trim Cuts on the pull stroke to give greater control and eliminates the possibility of the saw kinking in the kerf [Type]

Output: Pull


Input: [Uses / Features] Use for wood joint cutting Has a rigid back like a backsaw, but is usually smaller and has finer teeth [Type]

Output: Dovetail


Input: [Uses / Features] Use for circle and curve cutting in wood Has very thin, pointed blade for cutting small, tight-radius curves and holes [Type]

Output: Keyhole


Input: [Uses / Features] Use for circle and curve cutting in wood Has longer, coarser blade than a keyhole saw for slightly heavier work, such as cutting holes in subflooring for plumbing or electrical wiring [Type]

Output: Compass


Input: [Uses / Features] Use for cutting wallboard, gypsum and backing board Resembles a compass saw but has coarser teeth for cutting through wallboard quickly [Type]

Output: Drywall


Input: [Uses / Features] Use for cutting metal Has very fine teeth and thin blades, held under tension in a steel frame [Type]

Output: Hacksaw


Input: [Uses / Features] Use to create clearance for flooring under door jambs and other obstacles Rear handle is offset to allow the blade to cut close to the floor [Type]

Output: Door Jamb


Input: [Uses / Features] Use for cutting moulding and plastic pipe Front of blade is rounded to start plunge cuts [Type]

Output: Laminate


Input: [Reasonable Causes] Encourage growth of normal tissue, reproduction and rapid recovery of muscle tissue, injured bones and nerves etc. [Suggested Action] Do not panic. These signs will disappear [Possible Signs]

Output: Affected part becomes more painful


Input: [Reasonable Causes] The fat layers change to energy [Suggested Action] This reaction will disappear after a while [Possible Signs]

Output: Cannot sleep because too active


Input: [Reasonable Causes] Low glucose level in the blood. Energy production uses body fat, which will reduce sugar level in the blood. [Suggested Action] Eat more vegetables and fruits to balanced your diet [Possible Signs]

Output: Headache and always hungry


Input: [Reasonable Causes] Happens because of changes in dietary habits [Suggested Action] Eat more vegetables and fruits to balanced your diet [Possible Signs]

Output: Vomiting and stomach discomfort


Input: [Reasonable Causes] Low fluid in the body [Suggested Action] Eat more vegetables and fruits to balanced your diet and drink a lot of clean and pure water [Possible Signs]

Output: Constipation


Input: [Reasonable Causes] This happens to thin people because their fat turns to muscle while for fat people, it is because of water retention in their body [Suggested Action] This is temporary. Your body weight will stabilized after a certain period [Possible Signs]

Output: Weight increase


Input: [Reasonable Causes] Weak metabolism or poor kidney and liver functions. It also happens to people who take slimming product, which will cause temporary changes to body functions. [Suggested Action] Add more fiber to your diet regime [Possible Signs]

Output: No changes in body weight


Input: [Reasonable Causes] Happens at detoxification level. This is a sign of liver problem or sensitive skin. [Suggested Action] Drink a lot of clean and pure water and use detoxification therapy [Possible Signs]

Output: Itching and red tiny spots on body


Input: [Reasonable Causes] Internal organ have problem [Suggested Action] Continue with therapy [Possible Signs]

Output: Internal organ pain


Input: [Reasonable Causes] Toxin elimination [Suggested Action] Drink a lot of clean and pure water and use detoxification therapy [Possible Signs]

Output: Dry and sticky waste


Input: Alkanet root Alcanna tintoria [Part/form used] Dried root (infused in oil) [Usage ratio (metric)] see note [Usage ratio (US)] see note [Colour]

Output: Mauve/lavender, fading to grey

Natural Soapmaking (once Soap Naturally): Soap making information: Soapmaking colours/colors from herbs and spices


Input: Annatto seeds Bixa orellana [Part/form used] Dried seeds (infused in oil) [Usage ratio (metric)] see note [Usage ratio (US)] see note [Colour]

Output: Yellow to orange

Natural Soapmaking (once Soap Naturally): Soap making information: Soapmaking colours/colors from herbs and spices


Input: Calendula Calendula officinalis [Part/form used] Petals only [Usage ratio (metric)] 40 ml per kg [Usage ratio (US)] 4 ts per lb [Colour]

Output: Yellow or orange

Natural Soapmaking (once Soap Naturally): Soap making information: Soapmaking colours/colors from herbs and spices


Input: Chlorophyll n/a [Part/form used] Industrially made liquid [Usage ratio (metric)] 40 ml per kg [Usage ratio (US)] 4 ts per lb [Colour]

Output: Green, fading to grey

Natural Soapmaking (once Soap Naturally): Soap making information: Soapmaking colours/colors from herbs and spices


Input: Cinnamon, cassia Cinnamomum zeylanicum, C. cassia [Part/form used] Powdered bark [Usage ratio (metric)] 10 ml per kg [Usage ratio (US)] 1 ts per lb [Colour]

Output: Pale to medium brown

Natural Soapmaking (once Soap Naturally): Soap making information: Soapmaking colours/colors from herbs and spices


Input: Cocoa Theobroma cacao [Part/form used] Powder [Usage ratio (metric)] 30 ml per kg [Usage ratio (US)] 3 ts per lb [Colour]

Output: Brown

Natural Soapmaking (once Soap Naturally): Soap making information: Soapmaking colours/colors from herbs and spices


Input: Comfrey root Symphytum officinale [Part/form used] Powdered root [Usage ratio (metric)] 20 ml per kg [Usage ratio (US)] 2 ts per lb [Colour]

Output: Light brown

Natural Soapmaking (once Soap Naturally): Soap making information: Soapmaking colours/colors from herbs and spices


Input: Dark (bitter) chocolate n/a [Part/form used] Blocks [Usage ratio (metric)] 60 g per kg [Usage ratio (US)] 1 oz per lb [Colour]

Output: Brown

Natural Soapmaking (once Soap Naturally): Soap making information: Soapmaking colours/colors from herbs and spices


Input: Henna Lawsonia alba [Part/form used] Powdered leaves [Usage ratio (metric)] 10 ml per kg [Usage ratio (US)] 1 ts per lb [Colour]

Output: Murky green

Natural Soapmaking (once Soap Naturally): Soap making information: Soapmaking colours/colors from herbs and spices


Input: Honey n/a [Part/form used] n/a [Usage ratio (metric)] 60 g per kg [Usage ratio (US)] 1 oz per lb [Colour]

Output: Pale ivory to medium brown

Natural Soapmaking (once Soap Naturally): Soap making information: Soapmaking colours/colors from herbs and spices


Input: Kelp (sea weed) Fucus vesciculosus [Part/form used] Dried plant [Usage ratio (metric)] 20 ml per kg [Usage ratio (US)] 2 ts per lb [Colour]

Output: Murky green

Natural Soapmaking (once Soap Naturally): Soap making information: Soapmaking colours/colors from herbs and spices


Input: Madder root Rubia tintorum [Part/form used] Powdered root [Usage ratio (metric)] 10 ml per kg [Usage ratio (US)] 1 ts per lb [Colour]

Output: Pink

Natural Soapmaking (once Soap Naturally): Soap making information: Soapmaking colours/colors from herbs and spices


Input: Mints Mentha piperita, M. spicata, M. arvensis [Part/form used] Crushed or powdered leaves [Usage ratio (metric)] 40 ml per kg [Usage ratio (US)] 4 ts per lb [Colour]

Output: Green, fading to grey

Natural Soapmaking (once Soap Naturally): Soap making information: Soapmaking colours/colors from herbs and spices


Input: Paprika (sweet) Capsicum annuum [Part/form used] Powdered fruit (seedless pod) [Usage ratio (metric)] 10 ml per kg [Usage ratio (US)] 1 ts per lb [Colour]

Output: Pale to medium pink/orange

Natural Soapmaking (once Soap Naturally): Soap making information: Soapmaking colours/colors from herbs and spices


Input: Parsley Petroselinum, Carum petroselinum [Part/form used] Crushed or powdered leaves [Usage ratio (metric)] 40 ml per kg [Usage ratio (US)] 4 ts per lb [Colour]

Output: Green, fading to grey

Natural Soapmaking (once Soap Naturally): Soap making information: Soapmaking colours/colors from herbs and spices


Input: Poppy seeds Papaver spp. [Part/form used] Seeds [Usage ratio (metric)] 40 ml per kg [Usage ratio (US)] 4 ts per lb [Colour]

Output: Black "dots"

Natural Soapmaking (once Soap Naturally): Soap making information: Soapmaking colours/colors from herbs and spices


Input: Rose hips Rosa rubiginosa, Rosa spp. [Part/form used] Powdered hips [Usage ratio (metric)] 15 ml per kg [Usage ratio (US)] 1 1/2 ts per lb [Colour]

Output: Reddish tan

Natural Soapmaking (once Soap Naturally): Soap making information: Soapmaking colours/colors from herbs and spices


Input: Saffron Crocus sativus [Part/form used] Dried stamina or stigma [Usage ratio (metric)] 2 ml per kg [Usage ratio (US)] 1/10 ts per lb [Colour]

Output: Yellow

Natural Soapmaking (once Soap Naturally): Soap making information: Soapmaking colours/colors from herbs and spices


Input: Spirulina (fresh water algae) Spirulina [Part/form used] Industrially made powder or tablets [Usage ratio (metric)] 20 ml per kg [Usage ratio (US)] 2 ts per lb [Colour]

Output: Murky green

Natural Soapmaking (once Soap Naturally): Soap making information: Soapmaking colours/colors from herbs and spices


Input: Stinging nettle Urtica dioica [Part/form used] Crushed or powdered leaves [Usage ratio (metric)] 40 ml per kg [Usage ratio (US)] 4 ts per lb [Colour]

Output: Green, fading to grey

Natural Soapmaking (once Soap Naturally): Soap making information: Soapmaking colours/colors from herbs and spices


Input: Turmeric Curcuma longa [Part/form used] Powdered rhizome [Usage ratio (metric)] 20 ml per kg [Usage ratio (US)] 2 ts per lb [Colour]

Output: Ochre yellow

Natural Soapmaking (once Soap Naturally): Soap making information: Soapmaking colours/colors from herbs and spices


Input: [Drug or drug class] First-generation antihistamines [Rationale]

Output: Highly anticholinergic; greater risk of confusion, dry mouth, and other anticholinergic adverse events

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Antispasmodics [Rationale]

Output: Highly anticholinergic; questionable effectiveness

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Short-acting, oral dipyridamole [Rationale]

Output: May cause orthostatic hypotension

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Ticlopidine [Rationale]

Output: Safer alternatives available

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Nitrofurantoin [Rationale]

Output: Pulmonary toxicity may occur; lack of efficacy data in those with a CrCl < 60 mL/min

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Alpha-1 blockers [Rationale]

Output: May cause orthostatic hypotension; do not use as an antihypertensive

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Alpha agonists (e.g., clonidine, guanabenz, methyldopa) [Rationale]

Output: High risk for CNS adverse events

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Class Ia, Ic, and III antiarrhythmics [Rationale]

Output: Evidence suggest that rate control yields more benefits than rhythm control in older adults; specific agents associated with numerous toxicities

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Digoxin > 0.125 mg/d [Rationale]

Output: Higher doses do not result in additional benefit and risk of toxicity high especially in those with reduced renal function

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Immediate-release nifedipine [Rationale]

Output: Hypotension and potential risk of precipitating MI

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Tertiary TCAs [Rationale]

Output: Highly anticholinergic

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Antipsychotics, both first and second generation [Rationale]

Output: Increased risk of stroke and mortality in those with dementia

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Barbiturates [Rationale]

Output: High rate of physical dependence; overdose a concern

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Benzodiazepines [Rationale]

Output: Older adults more sensitive to effects; increases risk of cognitive impairment, delirium, falls, and fractures

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Nonbenzodiazepine hypnotics (e.g., zolpidem) [Rationale]

Output: Adverse events similar to those observed with benzodiazepines

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Estrogens [Rationale]

Output: Evidence of carcinogenic potential and lack of cardiovascular or cognitive benefits

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Sliding scale insulin [Rationale]

Output: Higher risk of hypoglycemia without improving hyperglycemia

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Megestrol [Rationale]

Output: Minimal effect on weight with accompanying adverse events

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Long-acting sulfonylureas (i.e., chlorpropamide, glyburide) [Rationale]

Output: Greater risk of prolonged hypoglycemia

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Metoclopramide [Rationale]

Output: Associated with extrapyramidal adverse events

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Meperidine [Rationale]

Output: Not effective for pain control and associated with neurotoxic effects

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Non-COX selective oral NSAIDs [Rationale]

Output: Increased risk of GI bleed and peptic ulcer disease in high-risk groups

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Pentazocine [Rationale]

Output: CNS adverse events

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [Drug or drug class] Skeletal muscle relaxants [Rationale]

Output: Poorly tolerated because of anticholinergic effects

Beers revised: Drugs not to use in older adults | American Pharmacists Association


Input: [To treat…] Uterine fibroids Uterine fibroid embolization

Output: Hysterectomy or myomectomy

Interventional Radiology at Elmhurst Memorial Healthcare - Intelligent Medicine by Design


Input: [To treat…] Peripheral arterial disease Angioplasty, atherectomy, stent placement

Output: Open surgical bypass

Interventional Radiology at Elmhurst Memorial Healthcare - Intelligent Medicine by Design


Input: [To treat…] Varicose veins Thermal vein ablation, sclerotherapy

Output: Surgical ligation and stripping

Interventional Radiology at Elmhurst Memorial Healthcare - Intelligent Medicine by Design


Input: [To treat…] Varicoceles Varicocele embolization

Output: Surgical ligation

Interventional Radiology at Elmhurst Memorial Healthcare - Intelligent Medicine by Design


Input: [To treat…] Cancer Ablation or embolization

Output: Surgical resection

Interventional Radiology at Elmhurst Memorial Healthcare - Intelligent Medicine by Design


Input: [To treat…] Diagnostic tissue sampling Ultrasound or CT-guided biopsy

Output: Open surgical biopsy

Interventional Radiology at Elmhurst Memorial Healthcare - Intelligent Medicine by Design


Input: [Drawing Paper] Tracing Paper [Drawing/Drafting] Drawing/Drafting [Pencil/Ink]

Output: Pencil/Ink

Materials and tools used in Architectural Drawing | Architecture Student Chronicles


Input: [Drawing Paper] Tracing (Vellum) [Drawing/Drafting] Drawing/Drafting [Pencil/Ink]

Output: Pencil/Ink

Materials and tools used in Architectural Drawing | Architecture Student Chronicles


Input: [Drawing Paper] Tracing Cloth [Drawing/Drafting] Municipal Drawings [Pencil/Ink]

Output: Ink

Materials and tools used in Architectural Drawing | Architecture Student Chronicles


Input: [Drawing Paper] WaterColor Paper [Drawing/Drafting] Watercolor rendering [Pencil/Ink]

Output: Water colors

Materials and tools used in Architectural Drawing | Architecture Student Chronicles


Input: [Drawing Paper] Mount Board [Drawing/Drafting] Renderings/Models Presentations, Framing [Pencil/Ink]

Output: Multimedia

Materials and tools used in Architectural Drawing | Architecture Student Chronicles


Input: [Drawing Paper] Ammonia Prints [Drawing/Drafting] Rendering, Presentations [Pencil/Ink]

Output: Multimedia

Materials and tools used in Architectural Drawing | Architecture Student Chronicles


Input: [Drawing Paper] Sepia [Drawing/Drafting] Drawing/Drafting [Pencil/Ink]

Output: Pencil/Ink

Materials and tools used in Architectural Drawing | Architecture Student Chronicles


Input: [Drawing Paper] Newsprint [Drawing/Drafting] Drawing [Pencil/Ink]

Output: Charcoal Soft Pencil

Materials and tools used in Architectural Drawing | Architecture Student Chronicles


Input: [Drawing Paper] Ivory/Bristol [Drawing/Drafting] Drawing [Pencil/Ink]

Output: Ink Soft Pencil

Materials and tools used in Architectural Drawing | Architecture Student Chronicles


Input: [Name of Procedure] Adenoidectomy [Risks]

Output: Bleeding Nasal speech Nasal regurgitation of food or liquids

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Anesthesia, general [Risks]

Output: Abnormal reaction to drugs Injury to vocal cords or throat Injury to teeth, lips, and tongue Brain damage Malignant hyperthermia

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Angiography, cerebral [Risks]

Output: Injury to the arteries entered Bleeding at the site of entry by catheter Stroke Blindness or brain damage Emboli to the brain Allergic reaction to the injected contrast medium

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Angiography, coronary [Risks]

Output: Injury to the artery Damage to heart Mocardial infarction Possible need for open heart surgery Irregular heartbeat Bleeding at the site of entrance Allergic reaction to injected contrast medium

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Angioplasty [Risks]

Output: Paraplegia Loss of extremity Bowel infarction Renal failure

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Aortic Dissection [Risks]

Output: Stroke Renal failure Bowel infarction Paraplegia Death

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Aortic Graft [Risks]

Output: Bleeding or Infection Infection or emboli Kidney failure or loss of limb Inadequate blood to bowel or spinal cord Myocardial infarction Sexual dysfunction Death

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Appendectomy [Risks]

Output: Infection Bleeding Intra-abdominal abscess Leakage from the colon requiring colostomy Hernia in the incision

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Arteriovenous Shunt for Hemodialysis [Risks]

Output: Bleeding or infection Damage blood vessel with risk of rupture Recurrent thrombosis Severe edema of extremity Inadequate blood supply to extremity Inadequate blood supply to nerves

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Birth of child [Risks]

Output: Injury to bladder Injury to rectum Fistula between vagina and rectum Hemorrhage possibly requiring hysterectomy Brain damage to fetus

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Blood Transfusion [Risks]

Output: Fever Kidney failure Heart failure Hepatitis AIDS

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Breast Augmentation [Risks]

Output: Risks of use of silicon gel are excluded Scar formation around implant causing hard breast Deflation of implant Loss of sensation to the nipple and breast Persistent pain in breast Distortion of breast mound Leakage of implant contents

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Breast Biopsy, Excisional [Risks]

Output: Infection and/or blood clot Failure to obtain accurate diagnosis Disfiguring scar Failure to locate and remove abnormality

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Cardiopulmonary Bypass [Risks]

Output: Stroke Respiratory complications Kidney failure Death

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Carotid Endarterectomy [Risks]

Output: Blood clots Infection Stroke Nerve injury causing mouth, throat, or tongue problems Myocardial infarction Death

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Cataract Surgery [Risks]

Output: Loss of vision or decrease in vision Loss of eye Bleeding inside or behind eye Painful eye Droopy eyelid

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Catheterization, central venous [Risks]

Output: Hemorrhage into chest cavity or elsewhere Pericardial tamponade (compression of heart) Cardiac arrest or stroke Collapse of lung Damage to blood vessels Infusion of fluid into chest cavity

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Cervix, Removal [Risks]

Output: Uncontrollable leakage of urine Injury to the bladder Injury to the bowel or intestinal obstruction Injury to the urethra Sterility Pulmonary embolism

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Cholecystectomy [Risks]

Output: Pancreatitis Injury to the bile duct Retained stones in the bile duct Narrowing of the bile duct Injury to the bowel

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Coarctation of Aorta [Risks]

Output: Quadriplegia or paraplegia Permanent hoarseness Leakage of body fluid from intestines into chest Loss of bowel and/or bladder function Impotence in males

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Colon Surgery [Risks]

Output: Infection of the incision Intra-abdominal abscess Leakage from colon and possible colostomy Injury to other organs or blood vessels Diarrhea, sometimes permanent Formation of scar tissue causing intestinal blockage Hernia in incision

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Colonoscopy [Risks]

Output: Infection or bleeding Perforation of colon or rectal wall Cardiac arrhythmias

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Dental Implants [Risks]

Output: Infection, bleeding, failure to heal Permanent and disfiguring scarring Premature loss of implant, or mobility Loss of bone Numbness of face or mouth Fracture of jaw Injury to adjacent teeth or sinus

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Dilation and Curettage [Risks]

Output: Hemorrhage with possible hysterectomy Perforation of the uterus Injury to the bowel or bladder Sterility

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Ear Tubes [Risks]

Output: Persistent infection Perforation of eardrum or cyst behind the eardrum Need to surgically remove tubes

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Endoscopic Retrograde Cholangio Pancreatogram (ERCP) [Risks]

Output: Infection Perforation of esophagus, stomach, or intestines Cardiac arrhythmias Pancreatic inflammation

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Endoscopy, abdominal [Risks]

Output: Puncture of the bowel or blood vessel Abdominal infection Operation to correct injury Injury to urethra Injury to bladder

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Epidural, spinal [Risks]

Output: Abnormal reaction to drugs Leakage of cerebrospinal fluid Epidural blood clot or abscess Broken needles or catheters Incomplete analgesia Back pain and/or paralysis Severe headaches

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Femoral Bypass Grafts [Risks]

Output: Bleeding requiring re-operation Necrosis of skin around incision Thrombi or emboli Limb loss Nerve damage Myocardial infarction Death

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Fibroid Removal (Uterine myomectomy) [Risks]

Output: Uncontrollable leakage of urine Injury to bladder Injury to the urethra Injury to the bowel and/or intestinal obstruction Sterility Pulmonary embolism

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Gastrectomy or Phloroplasty [Risks]

Output: Infection of incision or inside abdomen Bleeding requiring transfusion Leakage from stomach Inability to maintain weight Chronic vomiting after eating Diarrhea and need for vitamin B-12 injections Recurrence of condition for which surgery was done

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Hemodialysis [Risks]

Output: Hypotension, hemorrhage, sepsis, cardiac arrhythmias Allergic reaction to tubing and dialyzer Pulmonary edema Air bubbles in the bloodstream Seizure, hypothermia, fever Viral infections such as HIV Cardiac arrest

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Hemorrhoidectomy [Risks]

Output: Bleeding Post operative pain, especially with bowel movements Temporary / permanent difficulty controlling bowels or gas Recurrence of hemorrhoids Narrowing of anal opening requiring repeated dilations

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Hernia Repair [Risks]

Output: Infection Bleeding Recurrence of hernia Injury to or loss of testicle or spermatic cords Nerve injury resulting in numbness or chronic pain

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Hysterectomy, abdominal or vaginal [Risks]

Output: Uncontrollable leakage of urine Injury to bladder Injury to urethra Injury to the bowel and/or intestinal obstruction Painful intercourse Ovarian failure requiring hormone administration Formation of fistula between vagina and rectum

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Kidney Stone Lithotripsy [Risks]

Output: Bleeding in or around kidney Obstruction of kidney by stone particles Failure to completely fragment stones High blood pressure Loss of kidney

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Liver Biopsy [Risks]

Output: Bleeding Lung collapse Internal leakage of bile Puncture of other organs

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Lumpectomy [Risks]

Output: Infection or blood clot Disfiguring scar Fluid collection in arm pit Numbness to arm Swelling of arm Damage to nerves of arm or chest Recurrence of cancer

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Mastectomy, radical [Risks]

Output: Limitation of movement of shoulder or arm Swelling of the arm Loss of skin requiring graft Failure to eradicate the malignancy Injury to major blood vessel

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Oral Surgery [Risks]

Output: Infection, bleeding, failure to heal Injury to adjacent teeth Numbness of face and/or mouth Fracture of either jaw Opening between mouth and sinus or nose Tooth fragment in sinus Dry socket

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Penile Implant [Risks]

Output: Bleeding and infection Penile pain or numbness Injury to bladder or urethra Problems with implantable prosthetic

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Prostatectomy [Risks]

Output: Bleeding and/or infection Injury to bladder, urethra, or rectum Impotence Retrograde ejaculation Bladder blockage Incontinence

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Radial Keratotomy [Risks]

Output: Loss of vision or decrease in vision Loss of eye Variable vision Radiating images around lights Over or under correction Cataract formation Retained need for glasses

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Radiation Therapy, Head/neck - Initial Reaction [Risks]

Output: Altered sense of smell, taste, or nausea Difficulty swallowing, weight loss, fatigue Hoarseness, cough, loss of voice Hearing loss, dizziness Dry and irritable eyes Increased risk of infection and/or bleeding Intensified by chemotherapy

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Radiation Therapy, head/neck - Late Reaction [Risks]

Output: Tooth decay and gum changes Bone damage in jaws Hair loss, scarring of skin Swelling of tissues under chin Brain, spinal cord or nerve damage Pituitary or thyroid gland damage Second cancers developing

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Radiation Therapy, Thorax - Initial Reaction [Risks]

Output: Skin changes, hair loss on the chest Inflammation of the esophagus, heart sac, or lungs Bleeding or fistula from tumor destruction Intermittent electric shock-like feeling in the lower body Increased risk of infection or bleeding Intensified by chemotherapy

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Radiation Therapy, Thorax - Late Reaction [Risks]

Output: Changes in skin texture, scarring, hair loss Lung scarring or shrinkage Narrowing of esophagus Constriction of heart sac Damage to heart muscle or arteries Fracture of ribs Spinal cord or liver damage

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Radical Mastectomy [Risks]

Output: Limitation of shoulder or arm movement Swelling of the arm Loss of the skin of the chest Failure to completely eradicate the malignancy Decreased sensation or numbness Injury to major blood vessels

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Name of Procedure] Renal Biopsy [Risks]

Output: Injury to adjacent organs Infection Hypotension Bleeding from the kidney Intestinal perforation

Georgia Surgical Complications Lawyers - Surgery Malpractice Atlanta


Input: [Month] JAN [Cookie(s)] Pecan Chocolate Chip [Macaron(s)] Mocha [Ice Cream Sandwich(es)] – [Cupcakes]

Output: Angel Food Carrot Pecan

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Input: [Month] FEB [Cookie(s)] Double Chocolate Chip [Macaron(s)] Red Velvet [Ice Cream Sandwich(es)] – [Cupcakes]

Output: Dark Chocolate Salted Caramel Dark Chocolate Strawberry

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Input: [Month] MAR [Cookie(s)] Oatmeal Peanut Butter Salted Toffee Chocolate Chip [Macaron(s)] Passionfruit Coconut [Ice Cream Sandwich(es)] – [Cupcakes]

Output: Lemon Curd Girl Scout Thin Mint

Menu & Catering — Cream & Flutter | Boutique Cakes, Weddings, and Dessert Catering


Input: [Month] APR [Cookie(s)] Double Chocolate Chip White Chocolate Macadamia Nut [Macaron(s)] Blackberry Salted Caramel [Ice Cream Sandwich(es)] Pink Macaron/Strawberry Ice Cream [Cupcakes]

Output: Strawberry Lemonade Mocha White Chocolate Raspberry

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Input: [Month] MAY [Cookie(s)] Oatmeal Peanut Butter Salted Toffee Chocolate Chip [Macaron(s)] Pistachio Wedding Cake [Ice Cream Sandwich(es)] Pink Macaron/Strawberry Ice Cream [Cupcakes]

Output: Black & White Strawberries & Cream

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Input: [Month] JUN [Cookie(s)] Pecan Chocolate Chip [Macaron(s)] Lemon [Ice Cream Sandwich(es)] Chocolate Chip/Dark Chocolate Ice Cream [Cupcakes]

Output: Lavender Honey Vanilla Bean Mocha Caramel Kahlua

Menu & Catering — Cream & Flutter | Boutique Cakes, Weddings, and Dessert Catering