Input: [Features] Ultra-Small Tip Diameter of 1mm with Accuracy of +/- 0.25mm [Benefits]

Output: Clearly See What You Are Touching Imitate the Precision of a Real Pen Tip


Input: [Features] Fast Frame Rate of 140Hz [Benefits]

Output: Capture Complete Writes for Accurate Writing Recognition Capture Taps, Double Taps and Other Fast Gestures


Input: [Features] High Resolution [Benefits]

Output: Work with Small Font Sizes Easily Write Asian Characters Capture Minute Artistic Moves of the Stylus


Input: [Features] Pressure Sensing [Benefits]

Output: Capture Pressure Profile of Written Text Create Stunning Drawings


Input: [Features] Use Single ITO Sensor for Touch and Stylus [Benefits]

Output: Simplify System Design Lower Total Solution Cost


Input: [Features] Stylus Technology Supported for Tablets and Handsets [Benefits]

Output: Increase Stylus Utilization Across Your Product Lines Use the Same Stylus Across Various Devices Simplify the Stylus Offerings


Input: [Diet] Fruit [Example] Ring Tailed Lemur [Feeding Strategy]

Output: Frugivores


Input: [Diet] Leaves [Example] Koalas [Feeding Strategy]

Output: Folivores


Input: [Diet] Nectar [Example] Honey Possum [Feeding Strategy]

Output: Nectarivores


Input: [Diet] Seeds [Example] Hawaiian Honeycreepers [Feeding Strategy]

Output: Granivores


Input: [Diet] Pollen [Example] Bees [Feeding Strategy]

Output: Palynivores


Input: [Diet] Plant fluids, i.e. sap [Example] Aphids [Feeding Strategy]

Output: Mucivores


Input: [Diet] Wood [Example] Termites [Feeding Strategy]

Output: Xylophages


Input: [Genus] Onychoteuthis [Photophores] Two intestinal*, one or two on each eye [Secondary occipital folds] Six to ten [Structure of mantle epidermis] Smooth [Fins] Rhombic [Terminal pad suckers] 9–18 [Rachidian] Variably unicuspid or tricuspid [Marginal suckers on manus]

Output: Absent at maturity


Input: [Genus] Onykia [Photophores] Absent [Secondary occipital folds] Absent [Structure of mantle epidermis] With warts* or longitudinal ridges [Fins] Rhombic to sagittate [Terminal pad suckers] 9–18 [Rachidian] Tricuspid [Marginal suckers on manus]

Output: Absent at maturity


Input: [Genus] Ancistroteuthis [Photophores] Absent1 [Secondary occipital folds] Six or seven [Structure of mantle epidermis] Smooth [Fins] Rhombic to sagittate [Terminal pad suckers] 15–19 [Rachidian] Tricuspid [Marginal suckers on manus]

Output: Absent at maturity


Input: [Genus] Kondakovia [Photophores] Absent [Secondary occipital folds] Absent [Structure of mantle epidermis] Longitudinally ridged or reticulate* [Fins] Heart-shaped* or rhombic [Terminal pad suckers] 30–36 [Rachidian] Unicuspid to weakly tricuspid [Marginal suckers on manus]

Output: Full series present at maturity*


Input: [Genus] Notonykia [Photophores] Absent [Secondary occipital folds] Three* [Structure of mantle epidermis] Smooth [Fins] Rhombic [Terminal pad suckers] 17–25 (dactylus) + 11–14 (terminal pad) [Rachidian] Unicuspid [Marginal suckers on manus]

Output: One or two may remain distally at maturity


Input: [Genus] Filippovia [Photophores] Absent [Secondary occipital folds] Absent [Structure of mantle epidermis] Smooth [Fins] Rhombic [Terminal pad suckers] 13–17 [Rachidian] Unicuspid [Marginal suckers on manus]

Output: Absent at maturity


Input: [Genus] Callimachus [Photophores] Absent [Secondary occipital folds] Absent [Structure of mantle epidermis] Smooth [Fins] Ovate or paddle-shaped in adults* [Terminal pad suckers] 8–11 [Rachidian] Tricuspid [Marginal suckers on manus]

Output: Proximal partial series present at maturity*


Input: [1] Svan [2] Stokke [3] Keekaroo [4] Comments [0]

Output: Feature

Wooden High Chair Review: Comparison of the Svan, Stokke Tripp Trapp and the Keekaroo Height Right High Chairs - The Mom Edit


Input: [1] Several [2] Several [3] One, natural [4] I wish the Keekaroo had more wood color options. My favorite options are Stokke’s bright painted colors and the walnut. For me, Svan’s stain colors are a bit off, which is why I chose the natural when first I bought it. Mom Point: Stokke [0]

Output: Color Options

Wooden High Chair Review: Comparison of the Svan, Stokke Tripp Trapp and the Keekaroo Height Right High Chairs - The Mom Edit


Input: [1] Thin foam, fabric cover [2] Thin foam, fabric cover [3] Thick molded foam with matte vinyl finish [4] Keekaroo’s Comfort Cushion was its biggest selling point for me. It’s so comfortable (I’ve actually sat on it quite a bit), easy to remove and wipe clean. I’m not a fan of the fabric cushions because they’re more difficult to keep clean, start to look worn quickly and don’t seem that comfortable for a baby bum. Mom Point: Keekaroo [0]

Output: Cushion

Wooden High Chair Review: Comparison of the Svan, Stokke Tripp Trapp and the Keekaroo Height Right High Chairs - The Mom Edit


Input: [1] Difficult [2] Easy [3] Easy [4] As I mentioned above, the Svan has a ton of nooks & crannies for food and gunk to get into, the removable plastic tray cover doesn’t cover the clunky wood tray on the sides and the fabric cushion doesn’t clean up all that well. The Stokke’s clean lines are highly wipe-able, but I’m giving this one to the Keekaroo for its easily removable tray and easily removable, wipe-able cushion. Mom Point: Keekaroo [0]

Output: Ease of Cleaning

Wooden High Chair Review: Comparison of the Svan, Stokke Tripp Trapp and the Keekaroo Height Right High Chairs - The Mom Edit


Input: [1] Small 18” x 19” [2] Medium ~21” x 21” [3] Medium/Large 18” X 24” [4] If you need a small but safe chair, the Svan is for you. It fits easily in tiny eating areas and blends away. The Stokke has such an airy design that it feels almost as small as the Svan. Though I love the Keekaroo, and the color and design help it occupy less visual space than conventional chairs, the Keekaroo is a bit of a clunker compared to the Svan and the Stokke–glad I have room for it. Mom Point: Svan [0]

Output: Footprint

Wooden High Chair Review: Comparison of the Svan, Stokke Tripp Trapp and the Keekaroo Height Right High Chairs - The Mom Edit


Input: [1] Maybe [2] Definitely [3] Probably Not [4] If you want to pass your child’s high chair down through the generations, the Stokke is the chair for you. It has beautiful, classic lines and is constructed of high quality materials. I think in most cases the Svan could be an heirloom, but that slight water damage on the footrest made me wonder. . . I’m 100% sure the Keekaroo will hold up, but I just don’t see keeping it around the house the way I would a Stokke because it's simply not as elegantly designed. Mom Point: Stokke [0]

Output: Heirloom Quality

Wooden High Chair Review: Comparison of the Svan, Stokke Tripp Trapp and the Keekaroo Height Right High Chairs - The Mom Edit


Input: [1] – Chair w/ tray – Cushion $300 [2] – Chair – Cushion – Baby kit $380 Add PlayTray $465 [3] – Chair w/ cushion – Wood tray $250 [4] These prices include the accessories I consider essential to making the chair work. If you want a fairly complete package, go with the Svan or the Keekaroo. The Stokke irritates me a bit for including absolutely nothing–it’s just the chair in the box, then you need to purchase a cushion, infant insert and a tray that’s not even made by Stokke separately. Keekaroo has an infant cushion and infant grab bar available, but with the regular cushion and tray, I haven’t found that I need either and Lou’s been using my mom’s since he was 5 months old. Please note that I do not leave him sitting in it without the tray–I loosen the tray (it has two locking depth adjustments and slip him in and out. Keekaroo takes this one for relative affordability/value though it's still pretty pricey. Mom Point: Keekaroo [0]

Output: Price/Value

Wooden High Chair Review: Comparison of the Svan, Stokke Tripp Trapp and the Keekaroo Height Right High Chairs - The Mom Edit


Input: [4] To me, the Stokke is the clear winner in this category with the Svan a close runner up. With regard to functionality of design, I like the Keekaroo for having a tray option, but I’m talking pure aesthetics. Mom Point: Stokke [0]

Output: Style/Design

Wooden High Chair Review: Comparison of the Svan, Stokke Tripp Trapp and the Keekaroo Height Right High Chairs - The Mom Edit


Input: [1] Yes [2] Yes, with add-ons [3] Yes, with add-ons [4] The Svann is an excellent chair for young babies, providing a lot of trunk support which is also the support that the tray snaps on to. The Stokke baby support does not accept a tray (obviously, Stokke doesn’t make a tray), and I’m not sure how the support would work with the PlayTray add-on. Keekaroo sells a baby bar, but I’ve been pretty happy just lifting Little Lou in & out, then taking the tray to the sink for clean up, so I don’t feel I need it. Mom Point: Svann [0]

Output: Suitable for Young Babies

Wooden High Chair Review: Comparison of the Svan, Stokke Tripp Trapp and the Keekaroo Height Right High Chairs - The Mom Edit


Input: [1] Included, wood with plastic snap-on cover [2] Purchase PlayTray separately, designed for Stokke $89.99 (!) [3] Purchase separately, wood, no plastic cover $29.99 [4] I’m all for the family table, but the first several months (or years) of eating are messy and quite destructive to a table top in my experience, so I feel like a high chair should definitely have a tray option. I’m intrigued by the PlayTray made for Stokke, but I’m not sure how easy it would be to get your kiddo in & out with it on, or how easy it would be to buckle the kiddo in, then slip the tray on (it slides over the top of the side rails). Overall, it seems to be a great solution to the Stokke’s main weakness (beyond price). I like the Keekaroo tray and, unlike some reviewers, have not had problems with how it functions or with the finish on either my mom’s, or mine, which I’ve been using for several months–I'll update if anything changes. The tray on the Svan was too narrow to prevent drop-age and spills and the plastic cover didn’t cover all of the wood. Mom Point: Keekaroo [0]

Output: Tray

Wooden High Chair Review: Comparison of the Svan, Stokke Tripp Trapp and the Keekaroo Height Right High Chairs - The Mom Edit


Input: [1] 2 [2] 3 [3] 4 [4] Keekaroo takes it by a hair. Price, cushion comfort & cushion wipe-ability being the differentiators. [0]

Output: Mom Points:

Wooden High Chair Review: Comparison of the Svan, Stokke Tripp Trapp and the Keekaroo Height Right High Chairs - The Mom Edit


Input: [0] Head Shape Symmetrical shape with large baleen plates

Output: Asymmetrical: Defined rostrum, melon and conical teeth


Input: [0] Vocalization Low, long ranged frequencies

Output: High pitched, short ranged frequencies


Input: [0] Socialization Solitary: gather for breeding

Output: Social: live in pods


Input: [0] Sexual Dimorphism Females larger than males

Output: Males larger than Females


Input: [0] Feeding Filter feeds

Output: Predatory


Input: [0] Social Structure Matriarchal

Output: Patriarchal


Input: [0] Blowholes Multiple blowholes (usually 2)

Output: Single blowhole


Input: [Retailer] Cabella’s [In-Stock Status] Yes [Type]

Output: Jacketed Lead


Input: [Retailer] The Bullet Works (Note 1) [In-Stock Status] Yes [Type]

Output: Plated


Input: [Retailer] Precision Delta [In-Stock Status] Yes [Type]

Output: Jacketed


Input: [Retailer] Missouri Bullet Company [In-Stock Status] Yes [Type]

Output: Lead


Input: [Retailer] Bullets Direct [In-Stock Status] Yes [Type]

Output: Lead


Input: [Retailer] Montana Gold [In-Stock Status] Yes [Type]

Output: Jacketed


Input: [Retailer] Rocky Mountain Reloading [In-Stock Status] Yes [Type]

Output: Jacketed Lead


Input: [Retailer] Berry’s Manufacturing [In-Stock Status] Yes [Type]

Output: Plated


Input: [ID] GO:0005737 [Category] Component [GO Term]

Output: cytoplasm

CBS Gene, CBS Transcript, CBS Protein, and CBS Antibody | Homo sapiens | RefGene


Input: [ID] GO:0005829 [Category] Component [GO Term]

Output: cytosol

CBS Gene, CBS Transcript, CBS Protein, and CBS Antibody | Homo sapiens | RefGene


Input: [ID] GO:0005730 [Category] Component [GO Term]

Output: nucleolus

CBS Gene, CBS Transcript, CBS Protein, and CBS Antibody | Homo sapiens | RefGene


Input: [ID] GO:0005634 [Category] Component [GO Term]

Output: nucleus

CBS Gene, CBS Transcript, CBS Protein, and CBS Antibody | Homo sapiens | RefGene


Input: [ID] GO:0004122 [Category] Function [GO Term]

Output: cystathionine beta-synthase activity

CBS Gene, CBS Transcript, CBS Protein, and CBS Antibody | Homo sapiens | RefGene


Input: [ID] GO:0005506 [Category] Function [GO Term]

Output: iron ion binding

CBS Gene, CBS Transcript, CBS Protein, and CBS Antibody | Homo sapiens | RefGene


Input: [ID] GO:0016829 [Category] Function [GO Term]

Output: lyase activity

CBS Gene, CBS Transcript, CBS Protein, and CBS Antibody | Homo sapiens | RefGene


Input: [ID] GO:0046872 [Category] Function [GO Term]

Output: metal ion binding

CBS Gene, CBS Transcript, CBS Protein, and CBS Antibody | Homo sapiens | RefGene


Input: [ID] GO:0030170 [Category] Function [GO Term]

Output: pyridoxal phosphate binding

CBS Gene, CBS Transcript, CBS Protein, and CBS Antibody | Homo sapiens | RefGene


Input: [ID] GO:0008652 [Category] Process [GO Term]

Output: cellular amino acid biosynthetic process

CBS Gene, CBS Transcript, CBS Protein, and CBS Antibody | Homo sapiens | RefGene


Input: [ID] GO:0006535 [Category] Process [GO Term]

Output: cysteine biosynthetic process from serine

CBS Gene, CBS Transcript, CBS Protein, and CBS Antibody | Homo sapiens | RefGene


Input: [ID] GO:0019343 [Category] Process [GO Term]

Output: cysteine biosynthetic process via cystathionine

CBS Gene, CBS Transcript, CBS Protein, and CBS Antibody | Homo sapiens | RefGene


Input: [ID] GO:0008152 [Category] Process [GO Term]

Output: metabolic process

CBS Gene, CBS Transcript, CBS Protein, and CBS Antibody | Homo sapiens | RefGene


Input: [ID] GO:0043506 [Category] Process [GO Term]

Output: regulation of JUN kinase activity

CBS Gene, CBS Transcript, CBS Protein, and CBS Antibody | Homo sapiens | RefGene


Input: [Model] 550SA [Color] Amber [Volts] 12v [Rotator] 50w Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 550SB [Color] Blue [Volts] 12v [Rotator] 50w Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 550SC [Color] Clear [Volts] 12v [Rotator] 50w Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 550SG [Color] Green [Volts] 12v [Rotator] 50w Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 550SR [Color] Red [Volts] 12v [Rotator] 50w Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 550FA [Color] Amber [Volts] 12v [Rotator] 50w-Fast Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 550FB [Color] Blue [Volts] 12v [Rotator] 50w-Fast Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 550FC [Color] Clear [Volts] 12v [Rotator] 50w-Fast Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 550FG [Color] Green [Volts] 12v [Rotator] 50w-Fast Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 550FR [Color] Red [Volts] 12v [Rotator] 50w-Fast Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 550MSA [Color] Amber [Volts] 12v [Rotator] 50w Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 550MSB [Color] Blue [Volts] 12v [Rotator] 50w Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 550MSC [Color] Clear [Volts] 12v [Rotator] 50w Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 550MSG [Color] Green [Volts] 12v [Rotator] 50w Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 550MSR [Color] Red [Volts] 12v [Rotator] 50w Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 550MFA [Color] Amber [Volts] 12v [Rotator] 50w-Fast Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 550MFB [Color] Blue [Volts] 12v [Rotator] 50w-Fast Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 550MFC [Color] Clear [Volts] 12v [Rotator] 50w-Fast Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 550MFG [Color] Green [Volts] 12v [Rotator] 50w-Fast Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 550MFR [Color] Red [Volts] 12v [Rotator] 50w-Fast Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 555SA [Color] Amber [Volts] 12v [Rotator] 55w Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 555SB [Color] Blue [Volts] 12v [Rotator] 55w Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 555SC [Color] Clear [Volts] 12v [Rotator] 55w Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 555SG [Color] Green [Volts] 12v [Rotator] 55w Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 555SR [Color] Red [Volts] 12v [Rotator] 55w Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 555FA [Color] Amber [Volts] 12v [Rotator] 55w-Fast Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 555FB [Color] Blue [Volts] 12v [Rotator] 55w-Fast Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 555FC [Color] Clear [Volts] 12v [Rotator] 55w-Fast Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 555FG [Color] Green [Volts] 12v [Rotator] 55w-Fast Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 555FR [Color] Red [Volts] 12v [Rotator] 55w-Fast Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 555MSA [Color] Amber [Volts] 12v [Rotator] 55w Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 555MSB [Color] Blue [Volts] 12v [Rotator] 55w Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 555MSC [Color] Clear [Volts] 12v [Rotator] 55w Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 555MSG [Color] Green [Volts] 12v [Rotator] 55w Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 555MSR [Color] Red [Volts] 12v [Rotator] 55w Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 555MFA [Color] Amber [Volts] 12v [Rotator] 55w-Fast Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 555MFB [Color] Blue [Volts] 12v [Rotator] 55w-Fast Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 555MFC [Color] Clear [Volts] 12v [Rotator] 55w-Fast Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 555MFG [Color] Green [Volts] 12v [Rotator] 55w-Fast Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 555MFR [Color] Red [Volts] 12v [Rotator] 55w-Fast Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 5524FA [Color] Amber [Volts] 24v [Rotator] 70w-Fast Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 5524FB [Color] Blue [Volts] 24v [Rotator] 70w-Fast Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 5524FC [Color] Clear [Volts] 24v [Rotator] 70w-Fast Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 5524FG [Color] Green [Volts] 24v [Rotator] 70w-Fast Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 5524FR [Color] Red [Volts] 24v [Rotator] 70w-Fast Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 5524MFA [Color] Amber [Volts] 24v [Rotator] 70w-Fast Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 5524MFB [Color] Blue [Volts] 24v [Rotator] 70w-Fast Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 5524MFC [Color] Clear [Volts] 24v [Rotator] 70w-Fast Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 5524MFG [Color] Green [Volts] 24v [Rotator] 70w-Fast Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 5524MFR [Color] Red [Volts] 24v [Rotator] 70w-Fast Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 551SA [Color] Amber [Volts] 12v [Rotator] 100w Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 551SB [Color] Blue [Volts] 12v [Rotator] 100w Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 551SC [Color] Clear [Volts] 12v [Rotator] 100w Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 551SG [Color] Green [Volts] 12v [Rotator] 100w Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 551SR [Color] Red [Volts] 12v [Rotator] 100w Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 551FA [Color] Amber [Volts] 12v [Rotator] 100w-Fast Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 551FB [Color] Blue [Volts] 12v [Rotator] 100w-Fast Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 551FC [Color] Clear [Volts] 12v [Rotator] 100w-Fast Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 551FG [Color] Green [Volts] 12v [Rotator] 100w-Fast Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 551FR [Color] Red [Volts] 12v [Rotator] 100w-Fast Rotator [5] Get Quote [Mount]

Output: Permanent


Input: [Model] 551MSA [Color] Amber [Volts] 12v [Rotator] 100w Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 551MSB [Color] Blue [Volts] 12v [Rotator] 100w Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 551MSC [Color] Clear [Volts] 12v [Rotator] 100w Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 551MSG [Color] Green [Volts] 12v [Rotator] 100w Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 551MSR [Color] Red [Volts] 12v [Rotator] 100w Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 551MFA [Color] Amber [Volts] 12v [Rotator] 100w-Fast Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 551MFB [Color] Blue [Volts] 12v [Rotator] 100w-Fast Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 551MFC [Color] Clear [Volts] 12v [Rotator] 100w-Fast Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 551MFG [Color] Green [Volts] 12v [Rotator] 100w-Fast Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Model] 551MFR [Color] Red [Volts] 12v [Rotator] 100w-Fast Rotator [5] Get Quote [Mount]

Output: Magnetic


Input: [Type of material] Polyethylene terephalate (PET or PETE) [Where is it found] Soft drinks Juices Single serve water bottles Beer [Uses after recycling]

Output: New soft drink bottles Polyester clothing Sleeping bag insulation Carpeting


Input: [Type of material] High density polyethylene (HDPE) [Where is it found] Cleaning products Industrial products Personal care products Garbage bags [Uses after recycling]

Output: Bottles Grocery Bags Bins Plastic lumber


Input: [Type of material] Polyvinyl chloride (V or Vinyl or PVC) [Where is it found] Medical tubing Construction products [Uses after recycling]

Output: Pipe Fencing Non-food bottles


Input: [Type of material] Low density polyethylene (LDPE) [Where is it found] Dry cleaning bags Shopping bags Plastic food wrap [Uses after recycling]

Output: Plastic bags Containers Bottles Tubing


Input: [Type of material] Polypropylene (PP) [Where is it found] Squeezable condiment bottles Margarine containers Food storage containers [Uses after recycling]

Output: Automotive parts Food containers


Input: [Type of material] Polystyrene (PS) [Where is it found] Styrofoam containers Disposable cutlery, cups and bowls Take-out food containers [Uses after recycling]

Output: Cafeteria trays Toys Video cassettes and cases Insulation board


Input: [Value] Complete solution includes an Internet-sharing Wireless-G Router and a Wireless-G Adapter for your notebook [Feature]

Output: Features

Manufacturer's specifications for Linksys WKPC54G at TestFreaks.com


Input: [Value] Router shares a high-speed Cable or DSL Internet connection and other resources with both wired and wireless PCs [Feature]

Output: Features

Manufacturer's specifications for Linksys WKPC54G at TestFreaks.com


Input: [Value] Wireless communications at up to 54Mbps data rate -- secured by 256-bit encryption [Feature]

Output: Features

Manufacturer's specifications for Linksys WKPC54G at TestFreaks.com


Input: [Value] Included Setup Wizards take you through configuration, step by step [Feature]

Output: Features

Manufacturer's specifications for Linksys WKPC54G at TestFreaks.com


Input: [Feature]

Output: Release Date

Manufacturer's specifications for Linksys WKPC54G at TestFreaks.com


Input: [Value] 27 November 2006 [Feature]

Output: First seen

Manufacturer's specifications for Linksys WKPC54G at TestFreaks.com


Input: [0] Pepperoni [2] Tomato [1]

Output: Mushrooms


Input: [0] Green Peppers [2] Pineapple [1]

Output: Anchovies


Input: [0] Extra Cheese [2] Ricotta Cheese [1]

Output: Onions


Input: [0] Ground Beef [2] Sweet Peppers [1]

Output: Sausage


Input: [0] Spinach [2] Salami [1]

Output: Bacon


Input: [0] Hot Peppers [2] *Chicken* [1]

Output: Ham


Input: [0] Black Olives [2] *Steak* [1]

Output: Broccoli


Input: [Browns (High Carbon)] fallen leaves [Greens (High Nitrogen)]

Output: grass clippings


Input: [Browns (High Carbon)] hay or straw [Greens (High Nitrogen)]

Output: fruit rinds and scraps


Input: [Browns (High Carbon)] garden debris, dried [Greens (High Nitrogen)]

Output: vegetable scraps


Input: [Browns (High Carbon)] peanut shells [Greens (High Nitrogen)]

Output: coffee grounds


Input: [Browns (High Carbon)] pine needles [Greens (High Nitrogen)]

Output: tea leaves


Input: [Browns (High Carbon)] shredded paper [Greens (High Nitrogen)]

Output: garden debris, fresh


Input: [Hills Cider Company] Bilpin Cider Co Bilpin Pear Cider [Gold]

Output: Silver


Input: [Hills Cider Company] Hillbilly Harvest Hillbilly Pear Cider [Gold]

Output: Silver


Input: [Hills Cider Company] Napoleone Napoleone Pear Cider [Gold]

Output: Silver


Input: [Hills Cider Company] Flying Brick Cider Co Flying Brick PearCider [Gold]

Output: Bronze


Input: [Hills Cider Company] Yarra Valley Cider Co Yarra Valley Cider – Pure Pear [Gold]

Output: Bronze


Input: [Hills Cider Company] Little Creatures – Pipsqueak Pipsqueak Pear Cider [Gold]

Output: Bronze


Input: [Sl.No.] 1 [CODE] PADH3 [TITLE]

Output: Zinc powder filled coatings for corrosion protection


Input: [Sl.No.] 2 [CODE] PADH4 [TITLE]

Output: Studies on adhesive properties of vinyl acetate-butyl acrylate copolymer for coating applications


Input: [Sl.No.] 3 [CODE] PBLD8 [TITLE]

Output: Polymer blends, alloys and their application


Input: [Sl.No.] 4 [CODE] PBLD9 [TITLE]

Output: Modification of resol phenolic resin by unsaturated polyester for improved mechanical properties


Input: [Sl.No.] 5 [CODE] PBLD10 [TITLE]

Output: Effect of blend composition on the tensile behaviour of PS/HIPS blends


Input: [Sl.No.] 6 [CODE] PBLD11 [TITLE]

Output: Surface energy and water uptake behaviour of PVA/SSA proton conducting membranes


Input: [Sl.No.] 7 [CODE] PBLD12 [TITLE]

Output: Modification of epoxy by addition of thermoplastic polymers


Input: [Sl.No.] 8 [CODE] PBLD13 [TITLE]

Output: Weld line behaviour of PP, HDPE and PP/HDPE blend composites


Input: [Sl.No.] 9 [CODE] PBLD14 [TITLE]

Output: Polymer blends and thermoplastic elastomer


Input: [Sl.No.] 10 [CODE] PBLD15 [TITLE]

Output: Effect of amylase producing Vibrios from the benthic environment on the biodegradation of low density polyethylene-starch blends


Input: [Sl.No.] 11 [CODE] PBLD16 [TITLE]

Output: Studies on the mechanical properties and water absorption of siloxane modified epoxy resin


Input: [Sl.No.] 12 [CODE] PBLD17 [TITLE]

Output: Miscibility and phase structure of the blends and copolymers of nylon 4,6/nylon 12


Input: [Sl.No.] 13 [CODE] PBLD18 [TITLE]

Output: Miscibility studies of HPMC/PEG blends in water by viscosity, density, refractive index and ultrasonic velocity method


Input: [Sl.No.] 14 [CODE] PBMA4 [TITLE]

Output: Breathing in-breathing out approach to prepare nanosilver loaded hydrogels: highly efficient antibacterial nanocomposites


Input: [Sl.No.] 15 [CODE] PBMA5 [TITLE]

Output: Ultrasound-triggered release of Ibuprofen from a chitosan-mesoporous silica composite- a novel approach for controlled drug release


Input: [Sl.No.] 16 [CODE] PBMA6 [TITLE]

Output: Copper (II) ions and copper nanoparticles loaded chemically modified cotton cellulose fibres with fair antibacterial properties


Input: [Sl.No.] 17 [CODE] PBMA7 [TITLE]

Output: Gas permeability properties of metallocene polyolefin/ethylene vinyl acetate copolymer blends intended for medical applications


Input: [Sl.No.] 18 [CODE] PCMI5 [TITLE]

Output: Effect of low temperature prevulcanisation on the colloidal and mechanical properties of natural rubber latex


Input: [Sl.No.] 19 [CODE] PCMI6 [TITLE]

Output: Modification of carbon black filled natural rubber using novolac resins


Input: [Sl.No.] 20 [CODE] PCMI7 [TITLE]

Output: Carbon Black Master Batch from Fresh Natural Rubber Latex


Input: [Sl.No.] 21 [CODE] PCMP10 [TITLE]

Output: Mechanical properties and transport behaviour of chitin whiskers (CW) reinforced carboxylated styrene butadiene rubber latex (XSBR) nanocomposites


Input: [Sl.No.] 22 [CODE] PCMP11 [TITLE]

Output: Effect of nanosilica on the mechanical properties of HDPE-nylon fibre composite


Input: [Sl.No.] 23 [CODE] PCMP12 [TITLE]

Output: Nanosilica based nylon-6 short fibre-natural rubber composites


Input: [Sl.No.] 24 [CODE] PCMP13 [TITLE]

Output: Melt Rheology of Polyethylene caco3 Nanocomposites Using Brabender Torque Rheometer


Input: [Sl.No.] 25 [CODE] PCMP14 [TITLE]

Output: Surface modification of carbon nanofibres by high energy electron and gamma radiations


Input: [Sl.No.] 26 [CODE] PCMP15 [TITLE]

Output: Barrier properties of maleated natural rubber / clay nanocomposites developed by masterbatch technique


Input: [Sl.No.] 27 [CODE] PCMP16 [TITLE]

Output: Pine apple leaf fibre (PALF) reinforced polypropylene nanocomposites


Input: [Sl.No.] 28 [CODE] PCMP17 [TITLE]

Output: Short nylon fiber – natural rubber composite prepared by latex masterbatching : cure characteristics and mechanical properties


Input: [Sl.No.] 29 [CODE] PCMP18 [TITLE]

Output: Preparation, properties and characterization of epoxidised natural rubber layered silicates nanocomposites


Input: [Sl.No.] 30 [CODE] PCMP19 [TITLE]

Output: Formulating acoustically transparent composites with carbon nanotube reinforcements for underwater sonar applications


Input: [Sl.No.] 31 [CODE] PNOA10 [TITLE]

Output: Droplet orientation and its morphology in polymer dispersed ferroelectric liquid crystal composite films


Input: [Sl.No.] 32 [CODE] PCPO2 [TITLE]

Output: Conducting short fibre/elastomer composites


Input: [Sl.No.] 33 [CODE] PCPO3 [TITLE]

Output: Studies on the conductivity and tensile properties of polyaniline blended natural rubber latex


Input: [Sl.No.] 34 [CODE] PCPO4 [TITLE]

Output: Effect of sealing on the diffraction efficiency of an acrylamide based photopolymer


Input: [Sl.No.] 35 [CODE] PCPO5 [TITLE]

Output: Functionalized MWNTs in natural rubber matrix: mechanical properties and electrical conductivity


Input: [Sl.No.] 36 [CODE] PDEG1 [TITLE]

Output: Biodegradable polymers


Input: [Sl.No.] 37 [CODE] PSYN2 [TITLE]

Output: Kinetic studies on nanosilica production from sodium silicate in poly(vinyl alcohol) medium


Input: [Sl.No.] 38 [CODE] PSYN3 [TITLE]

Output: Synthesis, photopolymerization and characterization of linear alicyclic (meth)acrylates


Input: [Sl.No.] 39 [CODE] PSYN4 [TITLE]

Output: Initiation of cationic polymerization using allyl phosphonium salts in presence of free radical initiators


Input: [Sl.No.] 40 [CODE] PSYN5 [TITLE]

Output: Nucleation of Polypropylene: Synthesis and Characterization of Organo functionalized nanosilica particles


Input: [Sl.No.] 41 [CODE] PGEN1 [TITLE]

Output: Investigations on the physico chemical and thermal properties of Njavara rice variety


Input: [Description] sequential linearly-increasing shades of red-orange-yellow [Colormap]

Output: autumn

Plotting commands summary — Matplotlib 1.4.3 documentation


Input: [Description] sequential increasing black-white color map with a tinge of blue, to emulate X-ray film [Colormap]

Output: bone

Plotting commands summary — Matplotlib 1.4.3 documentation


Input: [Description] linearly-decreasing shades of cyan-magenta [Colormap]

Output: cool

Plotting commands summary — Matplotlib 1.4.3 documentation


Input: [Description] sequential increasing shades of black-copper [Colormap]

Output: copper

Plotting commands summary — Matplotlib 1.4.3 documentation


Input: [Description] repetitive red-white-blue-black pattern (not cyclic at endpoints) [Colormap]

Output: flag

Plotting commands summary — Matplotlib 1.4.3 documentation


Input: [Description] sequential linearly-increasing black-to-white grayscale [Colormap]

Output: gray

Plotting commands summary — Matplotlib 1.4.3 documentation


Input: [Description] sequential black-red-yellow-white, to emulate blackbody radiation from an object at increasing temperatures [Colormap]

Output: hot

Plotting commands summary — Matplotlib 1.4.3 documentation


Input: [Description] cyclic red-yellow-green-cyan-blue-magenta-red, formed by changing the hue component in the HSV color space [Colormap]

Output: hsv

Plotting commands summary — Matplotlib 1.4.3 documentation


Input: [Description] a spectral map with dark endpoints, blue-cyan-yellow-red; based on a fluid-jet simulation by NCSA [1] [Colormap]

Output: jet

Plotting commands summary — Matplotlib 1.4.3 documentation


Input: [Description] sequential increasing pastel black-pink-white, meant for sepia tone colorization of photographs [Colormap]

Output: pink

Plotting commands summary — Matplotlib 1.4.3 documentation


Input: [Description] repetitive red-yellow-green-blue-purple-...-green pattern (not cyclic at endpoints) [Colormap]

Output: prism

Plotting commands summary — Matplotlib 1.4.3 documentation


Input: [Description] linearly-increasing shades of magenta-yellow [Colormap]

Output: spring

Plotting commands summary — Matplotlib 1.4.3 documentation


Input: [Description] sequential linearly-increasing shades of green-yellow [Colormap]

Output: summer

Plotting commands summary — Matplotlib 1.4.3 documentation


Input: [Description] linearly-increasing shades of blue-green [Colormap]

Output: winter

Plotting commands summary — Matplotlib 1.4.3 documentation


Input: [Level of use] Highest use5 [Definition] The taser is fired with a live cartridge installed. When the trigger is pulled, the probes are fired towards the subject with the intention of completing an electrical circuit and delivering an incapacitating effect. [Type of use]

Output: Fired

Police use of taser statistics, England and Wales, 2012 to 2013 - GOV.UK


Input: [Definition] The officer fires the weapon with a live cartridge installed. One or both probes may attach to the subject The officer then holds the taser against the subject’s body in a different area to the probe(s), in order to complete the electrical circuit and deliver an incapacitating effect. [Type of use]

Output: Angled Drive Stun

Police use of taser statistics, England and Wales, 2012 to 2013 - GOV.UK


Input: [Definition] The taser is held against the subject’s body and the trigger is pulled with no probes being fired. Contact with the subject completes the electrical circuit which causes pain but does not deliver an incapacitating effect. [Type of use]

Output: Drive stun

Police use of taser statistics, England and Wales, 2012 to 2013 - GOV.UK


Input: [Level of use] Non-discharges [Definition] The weapon is not fired. Instead, the taser is deliberately aimed and then partially activated so that a laser red dot is placed onto the subject. [Type of use]

Output: Red dot

Police use of taser statistics, England and Wales, 2012 to 2013 - GOV.UK


Input: [Definition] Sparking of the taser without aiming it or firing it. [Type of use]

Output: Arcing

Police use of taser statistics, England and Wales, 2012 to 2013 - GOV.UK


Input: [Definition] Deliberate aiming of the taser at a targeted subject. [Type of use]

Output: Aimed

Police use of taser statistics, England and Wales, 2012 to 2013 - GOV.UK


Input: [Level of use] Lowest use [Definition] Drawing of taser in circumstances where any person could reasonably perceive the action to be a use of force. [Type of use]

Output: Drawn

Police use of taser statistics, England and Wales, 2012 to 2013 - GOV.UK


Input: [Author] NICOLA COCKETT [Message]

Output: Wednesday 21 November 2007 5:24:53 pm I have just taken delivery of my first order, and I clean forgot to think about asking for the yarn to be wound into balls. I can of course wind some balls myself (or rather my partner has a wondeful skill in this very area!!), but do other people knit straight from the cone? Thanks Nicola

ColourMart Shop for Cashmere Yarn, Aran and Lace


Input: [Author] Cristina Hernandez [Message]

Output: knitting from cones Friday 29 March 2013 8:52:10 pm I just knit from the cones too! If is a wool or cashmere fiber,I wash my tension swatch and use those measurements. I've never bothered to wash the yarn before knitting with it. I like wet blocking after knitting as it smooths out the tension.

ColourMart Shop for Cashmere Yarn, Aran and Lace


Input: [Author] jennifer macleod [Message]

Output: twisting yarn Wednesday 25 April 2012 5:05:40 pm I tried to ply 2 strands of yarn together - took one off on ball winder and knitted second from cone well all looked well till I sewed up garment and there was serious twist all advice will be helpful

ColourMart Shop for Cashmere Yarn, Aran and Lace


Input: [Author] Petra Ahnfors [Message]

Output: Winding yarns from cones, big heavy cones... Tuesday 30 August 2011 4:55:26 pm Hiya! By a lucky mistake I found an excellent way of winding yarn from cones: place cone on appropriate surface (table, chair, floor) and use a hook in the ceiling somewhere above it to lead the yarn to the winder or swift! I happened to stand under my "christmas lamp hook" when a friend and I were winding some stuff for her, me holding the yarn up above the edge of the cone and her winding. It was a natural step to move it up there, and it worked like a song! Many of my cones are massive mill ends of 6 pounds and more, so they stay put whatever you try to do to them. Petra

ColourMart Shop for Cashmere Yarn, Aran and Lace


Input: [Author] Rebecca Cortson [Message]

Output: Washing Cashmere 30% 70% merino Tuesday 05 October 2010 11:51:57 pm I understand that you are suppose to wash the cashmere/merino yarn (30% Cashmere, 70% merino wool) before knitting. What is the proces? I just received mine for the first time today in a cone. Do I unravel it off the cone and then dunk it in water with soap and lay it out as a skein or ball to dry??????? I bought mine to make a regular scarf out of it. Would appreciate any instructions and/or comments as I am new to cashmere and this company. You can email me at minuspa@aol.com Thanks! Rebecca J. Cortson

ColourMart Shop for Cashmere Yarn, Aran and Lace


Input: [Author] Cherie Corbin [Message]

Output: Crocheting from Cones Friday 30 April 2010 1:32:28 am Hi All, I have to say that I have been working directly from the cone...did not even wash a sample(my bad!). I'm quite the lazy designer, but I have had much luck in my "guesstimations". I thoroughly enjoy the gorgeous cashmeres and cash/silk blends. Recently, I begun a crocheted lace top out of the latest Tand D lace-weight cash. The thread is a joy to work; however, I noticed that it just doesn't seem as soft as you might expect...WELL, upon reading all of your input on the subject, I thought perhaps I should jump right in with some hot water, TIDE detergent and a little hair conditioner rinse. I AM ASTOUNDED!! I liked the yarn before, but now it's the most exquisite texture; soft and lofty! A while back, I made a lace cardigan from doubling cobweb lace wt. from Tand D. I just went for it; Tide, conditioner, and Dryer on low heat..WOW! I got so lucky; it's perfect! What I can advise now through experience, is if you make your garment in a looser gauge, you will have a bit more shrinkage. Someone commented that it shrinks more in height than width. I also found that to be true- you are approximately a row shorter. I think I will complete the top and then do the wash cycle, since I tested my sample swatch and it just shrinks a tad in height. I will try to get some pictures! Thank you so much to all who took the time to share! Warmly, Hautelamby, Cherie Corbin Lafayette, CA Cherie Corbin

ColourMart Shop for Cashmere Yarn, Aran and Lace


Input: [Author] Elaine Evans [Message]

Output: Knitting from cone Thursday 24 December 2009 9:15:01 am I too have just taken delivery of my first order and knitted 2 swatches, one straight from the cone, the other I made a small skein, pre-washed and then knitted, on the same size needles. The first 4 inch square shrank to 3inches in length after washing. O.K., we're supposed to wash the swatch before checking tension but this only works if the length of the garment is measured in rows, not in inches. The result of the first after shrinkage was like a machine knit, very fine, but still attractive, I would use this method for some projects but not for all. The second swatch turned out as one would expect from a balled yarn. (Sorry, i don't have a pic to upload) I suggest you experiment with a few swatches, using different needle sizes, and washing before and after knitting, and find what works best for you. Mine was 70% merino/30% cashmere so I expect the shrinkage was much greater than you would get with other yarns. Hope this helps.

ColourMart Shop for Cashmere Yarn, Aran and Lace


Input: [Author] Brigitte Picart [Message]

Output: knitting from cones Tuesday 22 December 2009 9:47:27 pm Unwinding the yarn horizontally prevents any twist buildup . If you can find a horizontal bar that will fit the cone use that. I have a tablet weaving loom with dowels and am using it for one or 2 color knitting but a paper towel dispenser is good too, provided the cone fits in. I had to undo a hat which I had washed after finishing it. I found the wool extremely pleasant to the touch (it's the 5/95 cash-merino), much more so than the yarn straight off the cone so in future I will wash the yarn BEFORE knitting. I think the yarn might bloom better if it's in skein than if it's already knit. Of course there is more handling involved this way. The good thing about off-the-cone knitting is that there is never a join to make.

ColourMart Shop for Cashmere Yarn, Aran and Lace


Input: [Author] Susan Hart [Message]

Output: Help with identifying yarn Tuesday 21 October 2008 3:58:19 pm I've inherited a lg cone of yarn that is only labeled 5/33/2 wool. I'm assuming the "2" refers to the ply but the other numbers are a mystery. I've never knitted with any yarn so fine but since I've got it I may as well jump in and give it a try. Any help will be very much appreciated. Thank you.

ColourMart Shop for Cashmere Yarn, Aran and Lace


Input: [Author] DANETTE TAYLOR [Message]

Output: knitting from cones Saturday 11 October 2008 9:10:49 pm I just finished an outrageously beautiful sweater using a strand of the angora/lambswool and a strand of the DK merino held together. When I receive my yarn orders that are cones, I always wind them into skeins on my swift, tie them in several places and wash them. I use Dawn dish soap to wash (This is to ensure all oils are gone) and then my final rinse is with Snuggle fabric softener - not only makes the yarn even softer, it smells yummy. Then hang to dry in front of a fan. Then I have to wind them back into balls - but by then, my yarn is clean, super fluffy, pre-shrunk and smells great. I have found that without washing first, my gauge can be wrong, since the yarn blooms so nicely after it's washed. I enjoy reading all of your tips and seeing the beautiful pictures! Danette

ColourMart Shop for Cashmere Yarn, Aran and Lace


Input: [Author] Monique Boonstra [Message]

Output: Knitting from the cone. Friday 11 April 2008 8:55:32 am Hi, I've never knit from the cone before, but I saw on the blog by MissAliceFaye (Ravelry) that she uses a glass pot/bowl to keep the cone clean and stop it from tipping. I guess. I've ordered mine last week, hope I don't have to wait to long, but i'll try it myself. MoniqueB. This post relates to the following product: cashmere /silk / merino yarns

ColourMart Shop for Cashmere Yarn, Aran and Lace


Input: [Author] Laura Donham [Message]

Output: Knitting from Cones Monday 31 March 2008 10:49:53 pm Here are some suggestions on how to work with cones: One person suggested making a cone holder - Can't remember the link, but you can look through blog. The other option is to purchase a paper towel holder (measure to make sure cone will slide/fit onto it.

ColourMart Shop for Cashmere Yarn, Aran and Lace


Input: [Author] Marianne Cant [Message]

Output: calls or cones Thursday 06 December 2007 5:18:43 pm I never even thought to wind the yarn into balls...knitting fromt he cone isn't aproblem for me :^) ~ Marianne This post relates to the following product: 2/7NM dk weight

ColourMart Shop for Cashmere Yarn, Aran and Lace


Input: [#] 1 [Use] Internet (email, social media, browsing, etc.) [Needs]

Output: Tablets, laptops, and desktops all adequately perform the task of web browsing. Tablets and laptops allow for the most portability, so they allow more versatility.


Input: [#] 2 [Use] Document Editing (Office) [Needs]

Output: Microsoft Office (among other similar programs) works on every laptop and desktop, but not all tablets fully support a version of Office. Even if a tablet has document editing capabilities, they usually are not adequate replacements to using a laptop or desktop.


Input: [#] 3 [Use] Multimedia (movies/music) [Needs]

Output: Movies and music are available on all three types of devices. Tablets and laptops are great for watching movies on the go, but battery life drops drastically when watching videos/movies. Tablets generally have small hard drives, so videos will fill them up fast.


Input: [#] 4 [Use] Light Gaming [Needs]

Output: Light gaming generally refers to playing games on apps, web browsers, and smaller downloadable games. Generally, any laptop or desktop would do fine for this. Tablets even work great as long as you are only playing games that are downloadable apps. Certain browser games do not effectively work on tablets.


Input: [#] 5 [Use] Gaming [Needs]

Output: Desktops work the best for this, since computing power is essential, but there are laptops that have enough power to run almost any game. The problem with laptops is that generally they cannot be upgraded, or have limited upgradeability, so it can be hard to keep up with the requirements for the newest games. Powerful laptops also generally have low battery life, are large/bulky, and very expensive.


Input: [#] 6 [Use] Graphic Design and Modelling (CAD/Adobe) [Needs]

Output: Laptops and desktops both work well for these. Macs tend to be above average in regards to design and other graphical uses. An important thing to note is that some 3D modeling software is not supported on Mac computers, so it is important to check if it is supported before buying a computer. Also, some of this software will require quite powerful GPUs (see GPUs). Laptops are better if you need it to be portable (studio to apartment, etc.).


Input: [#] 7 [Use] Video Editing [Needs]

Output: Laptops and desktops are both good for video editing. A machine with decent GPU and CPU (see GPUs and CPUs) will be necessary, but otherwise it is up to personal preference.


Input: [#] 8 [Use] Programming [Needs]

Output: Programming will usually only require a good CPU and RAM. Unless you are doing intensive graphics programming, these are what you will want to focus on. Keep in mind both CPU speed and number of cores is important, where more cores will allow more multitasking.


Input: [Brand] Gumout Professional Engine Cleaner and Degreaser [Category] Auto Products [Percent] 5.0-15.0 [Form]

Output: aerosol

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Parks Aluminum Siding Cleaner-discontinued [Category] Home maintenance [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Tide TotalCare Liquid, Renewing Rain [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Tide Ultra 2X Liquid Detergent HE, Original Scent [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Tide Ultra 2X Liquid Plus Febreze Freshness Sport Detergent, Fresh Scent [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Downy Infusions Fabric Softener Sheets, Lavender Serenity [Category] Inside the Home [Form]

Output: sheet

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Purex Free and Clear-03/20/2006 [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Purex Liquid Detergent, After the Rain-03/20/2006 [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Purex Natural Elements, Lilac & Lavender-11/04/2013 [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Purex Natural Elements, Tropical Splash-11/04/2013 [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Purex plus Oxi, Fresh Morning Burst-08/23/2012 [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Purex UltraPacks Detergent, Free & Clear-04/10/2013 [Category] Inside the Home [Form]

Output: liquid pods

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Hagerty 100 All Metal Polish [Category] Inside the Home [Form]

Output: paste

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Hagerty Silversmiths Wash [Category] Inside the Home [Form]

Output: paste

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Cheer BrightClean HE Liquid Detergent, 2X Ultra, Fresh Clean Scent [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Gain Ultra 2X High Efficiency Liquid Detergent, Spring Lavender [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Tide Liquid Coldwater Detergent, Fresh Scent [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Tide Liquid Detergent HE, Clean Breeze [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Tide Liquid Detergent, Clean Breeze [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Tide Ultra 2X Liquid Detergent HE, for Front-Loaders, Free [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Tide Ultra 2X Liquid Detergent, Original Scent [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Purex Baby-03/05/2009 [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Purex Liquid Detergent, Lavender Fresh-03/20/2006 [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Purex Liquid Detergent, Mountain Breeze-03/20/2006 [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Purex Natural Elements, Linen & Lilies-11/04/2013 [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Purex plus Fabric Softener with Crystals Fragrance, Fresh Spring Waters-07/31/2013 [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Purex UltraPacks Detergent, Mountain Breeze-04/10/2013 [Category] Inside the Home [Form]

Output: liquid pods

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Purex UltraPacks Detergent, Plus Oxi-04/10/2013 [Category] Inside the Home [Form]

Output: liquid pods

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Hagerty Silver Foam [Category] Inside the Home [Form]

Output: paste

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] ERA Ultra 2X, HE Liquid Detergent, Active Stainfighter Formula [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Gain Ultra 2X HE Liquid Detergent, Original Fresh [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Tide Liquid Detergent with Acti-Lift, Original Scent [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Tide Liquid Detergent with Acti-Lift, Mountain Spring [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Tide Liquid Detergent, Plus Febreze Freshness, Spring & Renewal [Category] Inside the Home [Form]

Output: liquid

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Safer Brand 3-in-1 Garden Spray, 5452 [Category] Pesticides [Percent] 0.75 [Form]

Output: pump spray

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Safer Brand Fast Acting Weed and Grass Killer, 5055, Pump Spray [Category] Pesticides [Percent] 3 [Form]

Output: pump spray

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Safer Brand Houseplant Insect Killing Soap, 5002, Pump Spray [Category] Pesticides [Percent] <2.0 [Form]

Output: pump spray

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Safer Brand Moss and Algae Killer and Surface Cleaner, 5325, Pump Spray [Category] Pesticides [Percent] <2.0 [Form]

Output: pump spray

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Safer Brand Wasp and Hornet Killer, Poison-Free Aerosol, 5730 [Category] Pesticides [Percent] 1 [Form]

Output: aerosol

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Safer Brand Ant & Roach Killer, Aerosol [Category] Pesticides [Percent] 1 [Form]

Output: aerosol

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Raid Earth Options Insecticidal Soap [Category] Pesticides [Percent] 1 [Form]

Output: pump spray

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Safer Brand Ant & Roach Killer, Poison-Free Aerosol Spray, 5720 [Category] Pesticides [Percent] 1 [Form]

Output: aerosol

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Safer Brand Flying Insect Killer, Poison-Free Aerosol, 5710 [Category] Pesticides [Percent] 1 [Form]

Output: aerosol

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Safer Brand Mosquito and Tick Killer, 5108, Pump Spray [Category] Pesticides [Percent] <20.0 [Form]

Output: pump spray

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Safer Brand Tomato and Vegetable Insect Killer, 5085, Pump Spray [Category] Pesticides [Percent] <2.0 [Form]

Output: pump spray

Household Products Database - Health and Safety Information on Household Products


Input: [Brand] Mallard White Nirana Killer [Category] Pesticides [Percent] 3 [Form]

Output: pump spray

Household Products Database - Health and Safety Information on Household Products


Input: [Feature] Real time, continuous flow-through stream analysis [Benefit]

Output: Reduction in response time from lab allows tighter control of production-line

Compact NMR Spectroscopy Platform - Aspect AI-60 is here to save the day!


Input: [Feature] Provides analysis in dense and opaque materials [Benefit]

Output: Optimal for crude oil, FCC and heavy petrochemical in-line analysis

Compact NMR Spectroscopy Platform - Aspect AI-60 is here to save the day!


Input: [Feature] Direct Molecular Measurement [Benefit]

Output: No indirect predictions on critical measurements

Compact NMR Spectroscopy Platform - Aspect AI-60 is here to save the day!


Input: [Feature] Linear Spectral Response across broad range [Benefit]

Output: Models can be extrapolated accurately

Compact NMR Spectroscopy Platform - Aspect AI-60 is here to save the day!


Input: [Feature] Direct and Multi-property analysis [Benefit]

Output: Replaces conventional analyzers and provide faster results Provides high accuracy data for precise control High repeatability and reproducibility

Compact NMR Spectroscopy Platform - Aspect AI-60 is here to save the day!


Input: [Feature] Simple Sample Conditioning required [Benefit]

Output: No water removal, limited filtering to protect valve seats

Compact NMR Spectroscopy Platform - Aspect AI-60 is here to save the day!


Input: [Feature] Minimal maintenance required [Benefit]

Output: No moving parts in sensor

Compact NMR Spectroscopy Platform - Aspect AI-60 is here to save the day!


Input: [Neurotransmitter] Dopamine [What drugs affect it] Every drug that affects feelings of pleasure, including Cocaine, Amphetamine, opiates, marijuana, heroin and PCP [What it does]

Output: Involved in regulation of movement, reward and punishment, pleasure, energy

How Drugs Affect The Brain - Addictions: Alcohol and Substance Abuse


Input: [Neurotransmitter] Epinephrine (also called Adrenaline) [What it does]

Output: Excitatory neurotransmitter involved in arousal and alertness

How Drugs Affect The Brain - Addictions: Alcohol and Substance Abuse


Input: [Neurotransmitter] Norepinephrine (also called Noradrenaline) [What drugs affect it] Stimulants [What it does]

Output: Involved in arousal and alertness, energy and feelings of pleasure

How Drugs Affect The Brain - Addictions: Alcohol and Substance Abuse


Input: [Neurotransmitter] Serotonin [What drugs affect it] Alcohol, Hallucinogens, Stimulants, Anti-depressants [What it does]

Output: Involved in regulation of mood and impulsivity

How Drugs Affect The Brain - Addictions: Alcohol and Substance Abuse


Input: [Neurotransmitter] Acetylcholine [What drugs affect it] PCP and hallucinogens, Marijuana, Stimulants [What it does]

Output: Inhibitory neurotransmitter involved in movement, memory function, motivation and sleep

How Drugs Affect The Brain - Addictions: Alcohol and Substance Abuse


Input: [Neurotransmitter] GABA (Gamma Aminobutyric Acid) [What drugs affect it] Depressant drugs, Marijuana [What it does]

Output: Inhibitory neurotransmitter involved in arousal, judgment and impulsiveness

How Drugs Affect The Brain - Addictions: Alcohol and Substance Abuse


Input: [Neurotransmitter] Glutamate [What it does]

Output: Excitatory neurotransmitter

How Drugs Affect The Brain - Addictions: Alcohol and Substance Abuse


Input: [Neurotransmitter] Endorphins [What drugs affect it] Opioids, Depressants [What it does]

Output: Substances involved in pain relief and reward/punishment

How Drugs Affect The Brain - Addictions: Alcohol and Substance Abuse


Input: [Stool Color] Brown [Cause] Normal [Food That Produces Color] Almost all foods produce brown stool. The brown color comes from the bacteria that occur naturally in the intestines [What You Should Do]

Output: Nothing. If its medium soft, about the size of a small banana, you're fine. If it's marble sized, you're constipated.

The Color of Your Bowel Movements --- What It Means


Input: [Stool Color] Mucus [Cause] Normal [Food That Produces Color] None. Mucus comes from the intestines themselves. Only if a lot of mucus is present, is there a concern. If so, get checked for Crohn's or ulcerative colitis [What You Should Do]

Output: See a doctor only if there's a lot of mucus, if it continues for more than a week or two or if there's red from blood.

The Color of Your Bowel Movements --- What It Means


Input: [Stool Color] Yellow [Cause] Excess fat in the intestines. Oily, yellow stools can also mean that you have a disorder which makes your intestines unable to break down oily food. Yellow or mustard colored stools are normal in breast-fed infants. Yellow stools in infants can also indicate bilaria atresia. Less common causes of yellow stools include Gilbert's syndrome. [Food That Produces Color] Gluten (Read more about quinoa and other gluten-free foods). [What You Should Do]

Output: See a doctor if it continues to rule out Celiac's disease

The Color of Your Bowel Movements --- What It Means


Input: [Stool Color] Red [Cause] Depends on what makes it red. If it's blood, see a doctor and be screened for colon cancer, Crohn's and ulcerative colitis. (Read more about causes of blood in your stools.) [Food That Produces Color] Beets, Red Kool-aid or other dry powder drinks, peppers, even tomatoes and tomato sauce, pepperoni sausages. Other causes are Diazepam syrup, phenopthalein, medications such as Ampicillin Viprynium or Dioralyteoral rehydration solution. [What You Should Do]

Output: If it's blood, see a doctor, could be colon cancer, Crohn's or ulcerative colitis. Blood in stools accompanied by diarrhea is a symptom of food poisoning. (Read more about common causes of and remedies for food poisoning.)

The Color of Your Bowel Movements --- What It Means


Input: [Stool Color] White, Pale or Clay Colored [Cause] Not enough bile. Your bile would change this color of your stool to brown [Food That Produces Color] Bread, flour, rice [What You Should Do]

Output: Your bile duct may have an obstruction. Or your medications could be the cause (even over-the-counter meds like Kaopectate, Pepto Bismol, Tums). If the white or light color continues, see a doctor Pale or clay-colored stools can also indicate problems in the biliary drainage system, which affects your pancreas, liver and gallbladder. The condition is called acolic stools. Typically, your skin also turns yellow (jaundice) when you have acolic stools. Other conditions that can produce pale or clay colored stools include alcoholism, gallstones, liver cirrhosis, cysts and cancer.

The Color of Your Bowel Movements --- What It Means


Input: [Stool Color] Black or Dark Green [Cause] Iron. Or, it could also mean that your stomach or GI tract is bleeding. Pepto Bismol can also turn stools black due to the ingredient "bismuth subsalicylate". [Food That Produces Color] Iron pills, liver, meats, dark vegetables such as spinach or kale, broccoli, black licorice, black olives [What You Should Do]

Output: Usually clears up on its own once you re-balance your diet. See a doctor if it continues because it could mean your stomach is bleeding

The Color of Your Bowel Movements --- What It Means


Input: [0] Cover Material Reinforced laminate Woven jacquard fabric

Output: Reinforced pearl embossed laminate

Sealy - Sealy® Baby Posturepedic® Crib Mattress Product Demo

Sealy Baby Posturepedic Crown Jewel Crib Mattress


Input: [0] Coils 220 POSTURETECH coil system 220 POSTURETECH coil system

Output: 220 POSTURETECH coil system

Sealy - Sealy® Baby Posturepedic® Crib Mattress Product Demo

Sealy Baby Posturepedic Crown Jewel Crib Mattress


Input: [0] Support Features Full perimeter border wire, anti-sag weight distribution system Full perimeter border wire, anti-sag weight distribution system

Output: Full perimeter border wire, anti-sag weight distribution system

Sealy - Sealy® Baby Posturepedic® Crib Mattress Product Demo

Sealy Baby Posturepedic Crown Jewel Crib Mattress


Input: [0] Core Firmness Features Additional EverEdge corner & side protection system

Output: Additional EverEdge corner & side protection system

Sealy - Sealy® Baby Posturepedic® Crib Mattress Product Demo

Sealy Baby Posturepedic Crown Jewel Crib Mattress


Input: [0] Lock-Stitched Seams Yes Yes

Output: Yes

Sealy - Sealy® Baby Posturepedic® Crib Mattress Product Demo

Sealy Baby Posturepedic Crown Jewel Crib Mattress


Input: [0] GREENGUARD Gold Certified Yes Yes

Output: Yes

Sealy - Sealy® Baby Posturepedic® Crib Mattress Product Demo

Sealy Baby Posturepedic Crown Jewel Crib Mattress


Input: [Term] Al dente [Definition]

Output: Pasta that is fully cooked on the outside and slightly underdone on the inside. The pasta should give slight resistance when bitten into, but not hard or overly soft.


Input: [Term] Bake [Definition]

Output: To cook food in an oven. Baking large or whole pieces of food is generally referred to as roasting.


Input: [Term] Bake blind [Definition]

Output: Also blind baking. To bake a crust without a filling. This step is used to solify the crust so the later addition of filling will not soak into the crust to make it soggy or less structurally sound.


Input: [Term] Barbeque [Definition]

Output: To slowly cook food on a covered grill. Barbeque is a grilling style.


Input: [Term] Blanch [Definition]

Output: To plunge food into boiling water briefly, then into cold or ice water to halt the cooking process.


Input: [Term] Boil [Definition]

Output: To cook food in a liquid heated to the point where large bubbles break the surface. A rolling boil is when the bubbles cannot be dissipated by stirring. At sea level, 212°F


Input: [Term] Broil [Definition]

Output: To cook food directly under the heat source. Typically refers to placing food immediately under an oven broiler.


Input: [Term] Broth [Definition]

Output: The liquid resulting from boiling vegetables or meat in water.


Input: [Term] Brunoise [Definition]

Output: To cut into cubes of 1/8 inch. Usually, begin with a julienne and cut the strips into small cubes.


Input: [Term] Chef's knife [Definition]

Output: The main knife of the French kitchen. A versatile cutting instrument capable of fine control (capable of cutting a vegetable into a brunoise) and with enough strength to hack through bones.


Input: [Term] Chiffonade [Definition]

Output: To cut into thin shreds. Usually applied to leafy vegetables or herbs.


Input: [Term] Chop [Definition]

Output: A cutting motion that involves pressing the edge of the blade straight through the object. In a recipe, this refers to cutting into rough chunks.


Input: [Term] Core [Definition]

Output: The center of a fruit or the removal of the center of a fruit.


Input: [Term] Cut [Definition]

Output: The act of seperating a large object into small parts. Usually performed with a knife or other sharp object (blades of a food processor).


Input: [Term] Dash [Definition]

Output: About 1/16 teaspoon or 1/2 pinch.


Input: [Term] Deep fry [Definition]

Output: To cook food by submerging it completely in hot fat.


Input: [Term] Deglaze [Definition]

Output: To heat a small amount of liquid with the intention of removing browned bits of food left from pan frying. This step is performed after the food and excess fat has been removed. The liquid is often wine or stock and the resulting mixture is used as a base for a sauce to accompany the pan fried food.


Input: [Term] Dice [Definition]

Output: To cut into equal sized cubes. Depending on the application, the cubes can be as small as 1/4 inch or as large as 3/4 inch. Usually performed by cutting into the object parallel to the board, then cutting length wise along the object, and finished by cutting across the previous cuts to form cubes. This technique keeps the object together as long as possible to minimize cuts.


Input: [Term] Fat [Definition]

Output: In cooking, usually refers to oil or butter. In food preparation, refers to, well, fat.


Input: [Term] Fold [Definition]

Output: To gently combine an aerated mixture with a heavier mixture. A rubber spatula is used to cut through the mixture and up the side of the bowl to bring the mixture on the bottom to the top. The bowl is rotated 90° and the motion repeated.


Input: [Term] Fond [Definition]

Output: The browned pieces of meat left on a traditional pan after pan frying.


Input: [Term] Fry [Definition]

Output: To cook food in hot fat over moderate to high heat. See deep fry and pan fry.


Input: [Term] Grill [Definition]

Output: To cook food on a metal grate set over a heat source. Commonly referred to incorrectly as barbeque.


Input: [Term] Julienne [Definition]

Output: Food is cut into strips about 1 to 2 inches long and 1/8 in. by 1/8 in.


Input: [Term] Mince [Definition]

Output: To chop very finely. Usually performed with a rocking motion with a chef's knife.


Input: [Term] Nonstick cookware [Definition]

Output: Pots and pans coated with a chemical layer that reduces or eliminates bonding between the metal and the food. Requires that non-metal utensils are used in cantact with the cookware.


Input: [Term] Pan [Definition]

Output: Cookware that has at minimum one long handle (may have additional handles). Typically, it is shallow. A lid is optional.


Input: [Term] Pan fry [Definition]

Output: To cook food in hot fat in a skillet or fry pan over moderate to heat heat. Usually uses more fat than a saute. Typically the objective of a pan fry is searing or fond.


Input: [Term] Parbake [Definition]

Output: To cook partially in the oven.


Input: [Term] Parboil [Definition]

Output: To cook food partially by boiling it briefly in water. Typically, you would use a blanch to parboil food. The technique is used to prepare dense foods for cooking with more delicate foods so that all the ingredients are done cooking at the same time.


Input: [Term] Pare [Definition]

Output: To remove the skin or outer layer of fruits or vegetables. Usually performed with a paring knife or vegetable peeler.


Input: [Term] Paring knife [Definition]

Output: A small knife usually constructed in the same shape as a chef's knife but dimensionally reduced. Used for paring, cutting small objects, or activities that need more precision than a chef's knife is capable of.


Input: [Term] Pinch [Definition]

Output: To squeeze together tightly with fingertips. Measurement: about 1/8 teaspoon.


Input: [Term] Poach [Definition]

Output: To gently cook food in liquid just below the boiling point. The surface of the liquid should be moving, but not producing bubbles yet. Between 160190°F to 180190°F.


Input: [Term] Pot [Definition]

Output: Cookware that has two handles and a lid. If it has a long handle then it may be referred to as a pan. Typically, it is deep.


Input: [Term] Preheat [Definition]

Output: To increase the temperature of an oven to the desired baking temperature prior to the insertion of food.


Input: [Term] Reduce [Definition]

Output: To boil a liquid until the volume is reduced. The final product is referred to as a reduction.


Input: [Term] Roast [Definition]

Output: Generally, to cook food in an oven in an uncovered pan. This term is usually used for whole or large pieces of food. Oven cooking chopped pieces of food is usually referred to as baking.


Input: [Term] Saucepan [Definition]

Output: A round pan with a long handle, tight fitting cover, and relatively deep. Extremely versitle, but used best for making soups and sauces, boiling, and braising.


Input: [Term] Saute [Definition]

Output: To cook food in a saute pan over direct heat with a little fat. The objective is to cook the food quickly and with enough space and movement to allow most of the excess moisture to evaporate. It's not a saute if the food is simmering in its own juices. By the way, saute means "jump" in French and is named for the tossing technique used to keep the food moving and evenly cooked.


Input: [Term] Scald [Definition]

Output: To heat a liquid until just below its boiling point. When referring to non-liquids, to plunge vegetables into boiling water to loosen the skin. See also blanch.


Input: [Term] Sieve [Definition]

Output: Also called a strainer, this device has a mesh or perforated bottom and is used to sift dry ingredients or strain liquids.


Input: [Term] Simmer [Definition]

Output: To cook gently in a liquid at a temperature low enough to just barely produce tiny bubbles that break the surface. About 185-195°F.


Input: [Term] Slice [Definition]

Output: A cutting motion that involves drawing the edge of the blade, with pressure, along and through the object. This is an efficient cut.


Input: [Term] Smoke point [Definition]

Output: The temperature at which a fat begins to break down and produce smoke and harsh smells. The fat should not be used once its smoke point has been reached. Smoke point lowers for a fat everytime it is heated.


Input: [Term] Steam [Definition]

Output: To cook over boiling water such that the food is cooked by the vapors.


Input: [Term] Stir fry [Definition]

Output: To cook food in a large pan over very high heat while constantly stirring the food. Traditionally the pan used is a wok.


Input: [Term] Stock [Definition]

Output: The strained liquid from cooking vegetables or meat and seasonings in water.


Input: [Term] Strain [Definition]

Output: To pour liquid through a filter with the intention of removing particles in the liquid. A sieve or cheesecloth is often used as the filter. Also, this term refers to pressing solid matter through a sieve to produce a pureed texture (as in baby food).


Input: [Term] Traditional cookware [Definition]

Output: Refers to any pot or pan that is not non-stick. The preferred traditional pan has a stainless steel interior and either an aluminum core or is aluminum clad. Proper preheating of the cookware and using a little oil before adding food will have a non-stick result. However, eggs and fish will probably stick no matter what - use a non-stick pan for those.


Input: [Term] Wok [Definition]

Output: A multipurpose pan with round bottom and sloping sides. Non-stick woks with flat bottoms are popular for use in America because of the flat stovetop. With American stoves, it is often difficult to produce good stir fry with a wok because the sloping sides cool too quickly.


Input: [Term] Zest [Definition]

Output: The aromatic outermost layer of skin on a citrus fruit. The white pith is not part of the zest. Can be removed from fruit with a paring knife, but is easiest removed by a Microplane Zester (or a woodworking rasp).


Input: [ID] GO:0001948 [Evidence] IPI [Name]

Output: glycoprotein binding

TGFB1 transforming growth factor, beta 1 [Homo sapiens (human)] - GenScript


Input: [ID] GO:0003823 [Evidence] IPI [Name]

Output: antigen binding

TGFB1 transforming growth factor, beta 1 [Homo sapiens (human)] - GenScript


Input: [ID] GO:0005114 [Evidence] IDA [Name]

Output: type II transforming growth factor beta receptor binding

TGFB1 transforming growth factor, beta 1 [Homo sapiens (human)] - GenScript


Input: [ID] GO:0005114 [Evidence] IPI [Name]

Output: type II transforming growth factor beta receptor binding

TGFB1 transforming growth factor, beta 1 [Homo sapiens (human)] - GenScript


Input: [ID] GO:0005125 [Evidence] TAS [Name]

Output: cytokine activity

TGFB1 transforming growth factor, beta 1 [Homo sapiens (human)] - GenScript


Input: [ID] GO:0005515 [Evidence] IPI [Name]

Output: protein binding

TGFB1 transforming growth factor, beta 1 [Homo sapiens (human)] - GenScript


Input: [ID] GO:0008083 [Evidence] IEA [Name]

Output: growth factor activity

TGFB1 transforming growth factor, beta 1 [Homo sapiens (human)] - GenScript


Input: [ID] GO:0019899 [Evidence] IPI [Name]

Output: enzyme binding

TGFB1 transforming growth factor, beta 1 [Homo sapiens (human)] - GenScript


Input: [ID] GO:0042803 [Evidence] IEA [Name]

Output: protein homodimerization activity

TGFB1 transforming growth factor, beta 1 [Homo sapiens (human)] - GenScript


Input: [ID] GO:0046982 [Evidence] IEA [Name]

Output: protein heterodimerization activity

TGFB1 transforming growth factor, beta 1 [Homo sapiens (human)] - GenScript


Input: [ID] GO:0047485 [Evidence] IEA [Name]

Output: protein N-terminus binding

TGFB1 transforming growth factor, beta 1 [Homo sapiens (human)] - GenScript


Input: [Wiper Modules] Trunk Latches [Speaker Terminal Blocks] Fuel Door Latches [Auto Window Lifts]

Output: Auto Grip Assists

InserTech - ISO/TS Certified Insert Molding Specialists -


Input: [Wiper Modules] Air Bag Sensors [Speaker Terminal Blocks] Automotive Connectors [Auto Window Lifts]

Output: Tactile Switches

InserTech - ISO/TS Certified Insert Molding Specialists -


Input: [Wiper Modules] Dip Switches [Speaker Terminal Blocks] Fuel Injection Actuators [Auto Window Lifts]

Output: Chip Carriers

InserTech - ISO/TS Certified Insert Molding Specialists -


Input: [Wiper Modules] ABS Connectors [Speaker Terminal Blocks] Multi-Functional Switches [Auto Window Lifts]

Output: Magnetic Assemblies

InserTech - ISO/TS Certified Insert Molding Specialists -


Input: [Wiper Modules] Automotive Switches [Speaker Terminal Blocks] PCMCIA Interconnects [Auto Window Lifts]

Output: Cruise Controls

InserTech - ISO/TS Certified Insert Molding Specialists -


Input: [Wiper Modules] Various Lamp Sockets [Speaker Terminal Blocks] Speaker Frames [Auto Window Lifts]

Output: Speaker Connectors

InserTech - ISO/TS Certified Insert Molding Specialists -


Input: [Wiper Modules] Throttle Body Sensors [Speaker Terminal Blocks] Mass Air Flow Sensors [Auto Window Lifts]

Output: Cellular Phone Antenna

InserTech - ISO/TS Certified Insert Molding Specialists -


Input: [Wiper Modules] Drive Mechanisms [Speaker Terminal Blocks] Solenoid Bobbins [Auto Window Lifts]

Output: Encoder Disc

InserTech - ISO/TS Certified Insert Molding Specialists -


Input: [Wiper Modules] Horn Rings [Speaker Terminal Blocks] Cable/Connector Over-molds [Auto Window Lifts]

Output: Brush Holder Assemblies

InserTech - ISO/TS Certified Insert Molding Specialists -


Input: [Wiper Modules] Cellular Phone Contacts [Speaker Terminal Blocks] Three- dimensional Circuits [Auto Window Lifts]

Output: Valve Assemblies

InserTech - ISO/TS Certified Insert Molding Specialists -


Input: [Wiper Modules] Transmission Sensors [Speaker Terminal Blocks] Headers [Auto Window Lifts]

Output: Electro - Surgery Blades

InserTech - ISO/TS Certified Insert Molding Specialists -


Input: [Auto Window Lifts]

Output: Speaker Baskets

InserTech - ISO/TS Certified Insert Molding Specialists -


Input: Reduced deposits in piston undercrown and ring belt areas [Features]

Output: Excellent thermal and oxidation stability

Mobilgard M430 | Trunk Piston Engine Oils | Marine Engine Oil | Marine | Gannon Oils Ltd


Input: Extends the life of critical wear surfaces [Features]

Output: Improved anti-wear properties

Mobilgard M430 | Trunk Piston Engine Oils | Marine Engine Oil | Marine | Gannon Oils Ltd


Input: Clean camshaft and crankcase spaces [Features]

Output: Advanced detergency/dispersancy

Mobilgard M430 | Trunk Piston Engine Oils | Marine Engine Oil | Marine | Gannon Oils Ltd


Input: Protects wear surfaces from water and acidic corrosion [Features]

Output: Outstanding rust and corrosion properties

Mobilgard M430 | Trunk Piston Engine Oils | Marine Engine Oil | Marine | Gannon Oils Ltd


Input: Reduced sludge formation, longer oil life, cleaner engines [Features]

Output: High Residual Fuel Compatibility

Mobilgard M430 | Trunk Piston Engine Oils | Marine Engine Oil | Marine | Gannon Oils Ltd


Input: Reduced lubricant consumption [Features]

Output: Low volatility base stocks

Mobilgard M430 | Trunk Piston Engine Oils | Marine Engine Oil | Marine | Gannon Oils Ltd


Input: Combats fuel/combustion related corrosion and deposits [Features]

Output: Excellent TBN Reserve and Retention

Mobilgard M430 | Trunk Piston Engine Oils | Marine Engine Oil | Marine | Gannon Oils Ltd


Input: [Method] CORROSITEX Skin Corrosivity test [Replaces]

Output: Dermal corrosion tests in rabbits

The Humane Cosmetics Act | Animal Welfare Institute


Input: [Method] In vitro reconstructed human epidermis test methods for skin corrosivity (i.e. EpiSkin, EpiDerm, SkinEthic, and EpiCS) [Replaces]

Output: Dermal corrosion and dermal irritation tests in rabbits

The Humane Cosmetics Act | Animal Welfare Institute


Input: [Method] Rat TER Skin Corrosivity test [Replaces]

Output: Dermal corrosion tests in rabbits

The Humane Cosmetics Act | Animal Welfare Institute


Input: [Method] 3T3 NRU Phototoxicity Test [Replaces]

Output: Phototoxicity tests in rats and rabbits

The Humane Cosmetics Act | Animal Welfare Institute


Input: [Method] Bovine corneal opacity and permeability test methods [Replaces]

Output: Ocular toxicity tests in rabbits

The Humane Cosmetics Act | Animal Welfare Institute


Input: [Method] Isolated chicken eye test method [Replaces]

Output: Ocular toxicity tests in rabbits

The Humane Cosmetics Act | Animal Welfare Institute


Input: [Method] Flourescein leakage test method [Replaces]

Output: Ocular toxicity tests in rabbits

The Humane Cosmetics Act | Animal Welfare Institute


Input: [Method] In vitro cytotoxicity test methods [Replaces]

Output: Acute toxicity tests in rabbits and rodents

The Humane Cosmetics Act | Animal Welfare Institute


Input: [Method] Stably transfected human estrogen receptor-a transcriptional activation assay [Replaces]

Output: Endocrine disrupter tests in mice, rats, fish, and amphibians

The Humane Cosmetics Act | Animal Welfare Institute


Input: [Method] BG1Luc Estrogen reception transactivation test method [Replaces]

Output: Endocrine disrupter tests in mice, rats, fish, and amphibians

The Humane Cosmetics Act | Animal Welfare Institute


Input: [Method] In vitro micronucleus test [Replaces]

Output: Genetic toxicity tests in mice and rats

The Humane Cosmetics Act | Animal Welfare Institute


Input: [Resource] InterPro [Description] Aminotransferase class-III [ID]

Output: IPR005814

Oat MGI Mouse Gene Detail - MGI:97394 - ornithine aminotransferase


Input: [Resource] InterPro [Description] Ornithine aminotransferase [ID]

Output: IPR010164

Oat MGI Mouse Gene Detail - MGI:97394 - ornithine aminotransferase


Input: [Resource] InterPro [Description] Pyridoxal phosphate-dependent transferase [ID]

Output: IPR015424

Oat MGI Mouse Gene Detail - MGI:97394 - ornithine aminotransferase


Input: [Resource] InterPro [Description] Pyridoxal phosphate-dependent transferase, major region, subdomain 1 [ID]

Output: IPR015421

Oat MGI Mouse Gene Detail - MGI:97394 - ornithine aminotransferase


Input: [Resource] InterPro [Description] Pyridoxal phosphate-dependent transferase, major region, subdomain 2 [ID]

Output: IPR015422

Oat MGI Mouse Gene Detail - MGI:97394 - ornithine aminotransferase


Input: [Resource] Protein Ontology [Description] ornithine aminotransferase, mitochondrial [ID]

Output: PR:000011578

Oat MGI Mouse Gene Detail - MGI:97394 - ornithine aminotransferase


Input: [% proteins involved] 12.58 [KEGG pathway ID] map04350 [Description]

Output: TGF-beta signaling pathway


Input: [% proteins involved] 11.61 [KEGG pathway ID] map05211 [Description]

Output: Renal cell carcinoma


Input: [% proteins involved] 11.29 [KEGG pathway ID] map04710 [Description]

Output: Circadian rhythm


Input: [% proteins involved] 9.35 [KEGG pathway ID] map04950 [Description]

Output: Maturity onset diabetes of the young


Input: [% proteins involved] 4.84 [KEGG pathway ID] map05222 [Description]

Output: Small cell lung cancer


Input: [% proteins involved] 4.84 [KEGG pathway ID] map04010 [Description]

Output: MAPK signaling pathway


Input: [% proteins involved] 4.52 [KEGG pathway ID] map04330 [Description]

Output: Notch signaling pathway


Input: [% proteins involved] 3.23 [KEGG pathway ID] map05219 [Description]

Output: Bladder cancer


Input: [% proteins involved] 3.23 [KEGG pathway ID] map05216 [Description]

Output: Thyroid cancer


Input: [% proteins involved] 3.23 [KEGG pathway ID] map05210 [Description]

Output: Colorectal cancer


Input: [% proteins involved] 3.23 [KEGG pathway ID] map05213 [Description]

Output: Endometrial cancer


Input: [% proteins involved] 3.23 [KEGG pathway ID] map04630 [Description]

Output: Jak-STAT signaling pathway


Input: [% proteins involved] 3.23 [KEGG pathway ID] map05220 [Description]

Output: Chronic myeloid leukemia


Input: [% proteins involved] 3.23 [KEGG pathway ID] map04012 [Description]

Output: ErbB signaling pathway


Input: [% proteins involved] 3.23 [KEGG pathway ID] map04150 [Description]

Output: mTOR signaling pathway


Input: [% proteins involved] 3.23 [KEGG pathway ID] map04310 [Description]

Output: Wnt signaling pathway


Input: [% proteins involved] 3.23 [KEGG pathway ID] map05221 [Description]

Output: Acute myeloid leukemia


Input: [% proteins involved] 2.90 [KEGG pathway ID] map04916 [Description]

Output: Melanogenesis


Input: [% proteins involved] 2.90 [KEGG pathway ID] map05218 [Description]

Output: Melanoma


Input: [% proteins involved] 1.94 [KEGG pathway ID] map04910 [Description]

Output: Insulin signaling pathway


Input: [% proteins involved] 0.97 [KEGG pathway ID] map04111 [Description]

Output: Cell cycle - yeast


Input: [Reagent] Iodine [Works well for] Unsaturated and aromatic compounds [Notes] Not permanent [Colors]

Output: Brown spots


Input: [Reagent] Sulfuric acid [Works well for] General stain [Colors]

Output: Brown or black spots


Input: [Reagent] Chromic acid [Works well for] For difficult to stain compounds [Colors]

Output: Black spots


Input: [Reagent] UV light [Works well for] Compounds with extended conjugation like aromatic compounds [Notes] Only visible under UV light [Colors]

Output: Pink on light green background


Input: [Reagent] Ferric chloride [Works well for] Phenols [Colors]

Output: Purple


Input: [Reagent] Ninhydrin [Works well for] Amino acids, amines [Colors]

Output: Purple


Input: [Reagent] 2,4-Dinitrophenylhydrazine [Works well for] Aldehydes, ketones [Notes] also called “DNP” [Colors]

Output: Yellow/orange


Input: [Reagent] Vanillin [Works well for] Good general stain, very well for hydroxyl or carbonyl compounds [Colors]

Output: Colors vary


Input: [Reagent] Potassium permanganate [Works well for] Works well for all compounds that can be oxidized [Notes] at r.t. for alkenes and alkynes upon heating for alcohols, amines, sulfides [Colors]

Output: Yellow on purple Yellow or light brown on purple


Input: [Reagent] Bromocresol Green [Works well for] Carboxylic acids (pKa<5) [Colors]

Output: Yellow spot on blue background


Input: [Reagent] Cerium molybdate (CAM, ‘Hanessian’s Stain’, Ceric staining) [Works well for] Good general stain, very well with polyhydroxylated and carbonyl compounds [Notes] Upon heating, very sensitive! [Colors]

Output: Blue or green spot


Input: [Reagent] p-Anisaldehyde [Works well for] Good general stain, particularly sensitive towards nucleophiles [Notes] Does not work with alkenes, alkynes or aromatic system unless functional groups are present [Colors]

Output: Varying colors on light pink plate upon heating


Input: [Reagent] Phosphomolybdic acid (PMA) [Works well for] Very sensitive [Notes] Sensitivity can be enhanced by use of cobalt(II) chloride [Colors]

Output: Dark green spot on light green plate


Input: [Reagent] Ehrlich’s Reagent (Dimethylaminobenzaldehyde) [Works well for] Indoles, amines [Colors]

Output: Pink or red-violet


Input: [Reagent] Dragendorff-Munier Stain [Works well for] Amines even the ones that are low in reactivity [Colors]

Output: Various colors


Input: [Hills] 10 Year [Apricus] 15 Year [Comment] If a company is willing to warrant a component for 5 years more, it is probably of higher quality Apricus is a global company with its own manufacturing operation. It exports to more than 30 countries and has offices in the US and Europe. Hills are simply buying OEM from a Chinese company with no direct control over the manufacturing, management, working conditions adherence to labor laws, pollution control or quality control. Apricus is fully a ISO9001:2008 certified operation and audited 3 -4 times a year from 3 party auditors from Australia, Germany, USA and China. Michael Humphreys, an Australian and the founder and CEO of Apricus is based full time in China managing the manufacturing facility. [Difference]

Output: Heat Exchanger/Manifold Warranty

Solar Hot Water - Evacuated Tubes - Apricus vs Hills - ClearChain


Input: [Hills] 64 Welds [Apricus] 6 Welds [Comment] Looking at both systems at a local ‘home expo’ this point is quite clear. Hills weld either side of the heat exchanger, Apricus only weld in a few places. The reason for this is probably due to the manifold setup. In the Apricus system the tube sits between two copper pipes. In the Hills there is weld joints either side of each collector. Personally, I believe less welds are stronger as you’ve not cut the original pipe in the first place! The Apricus header was specifically designed in that way to minimise welds which are potential failure points. The Apricus design is NOT less efficient in terms of heat transfer as we have a large head size which provides plenty of contact surface area. The heat pipe to header connection is not a bottle-neck to the system efficiency. [Difference]

Output: Heat Exchanger Weld Joints

Solar Hot Water - Evacuated Tubes - Apricus vs Hills - ClearChain


Input: [Hills] Supplied Caleffi 250 series [Apricus] Not Supplied [Comment] The steam relief valve was certainly an interesting point when comparing the differences. Hills use the Caleffi series valves (http://www.caleffi.com/en_IT/Technical_brochures/01133/01133.pdf). As noted in http://www.ata.org.au/forums/topic/apricus-or-hills-evacuated-tube-solar-hw-system these valves are designed to work with gycol and are not Potable (drinkable) water rated. The other interesting point is the the maximum temperature rating of the steam valve. Max temp is 180 degrees. Pure water turns to steam at 100 degrees. However it’s under pressure in the collector. Hence in order for steam to form it must be hotter than 100 degrees. On a hot day I can understand 180 degrees being met quite easily. This as indicated in the link can melt the steam valve. 1. They are not potable water rated. 2. They will fail due to scale buildup in the fine hole. 3. They will melt as the collector can reach 190oC 4. They will dump as much as 20L per day in steam, a fact that Apricus is raising with Australian Standards as system are not allowed to dump excessive volumes of water as a means of dissipating excess heat as outlined in AS2712:2007 “no-load” clause 7.4.3 and test methodology in Appendix F. [Difference]

Output: Steam Relieve Valve

Solar Hot Water - Evacuated Tubes - Apricus vs Hills - ClearChain


Input: [Hills] Plastic [Apricus] Rubber [Comment] I noticed this at a recent trade show. I do agree the plastic of the hill system will last longer. Though it’s not worth the significant cost difference. – You could even buy the boots from Hills and use them with Apricus! Apricus uses HTV Silicone Rubber because it is FAR SUPERIOR to any plastic in terms of UV resistance. It is a more expensive material choice than plastic, almost double the cost in fact. I would be interested to see a third party report showing that the plastic used by Hills will last the equivalent of 10 years UV exposure without significant loss of structural strength and function [Difference]

Output: Rubber Holder vs Plastic Holder for evacuated tube end

Solar Hot Water - Evacuated Tubes - Apricus vs Hills - ClearChain


Input: [Hills] Supplied [Apricus] Not Supplied [Comment] As discussed with a representative from Energymatters hills use a flow rate limiter where as Apricus do not. The rep. indicated the limiter was an important part of the system to make sure that the full efficiency was obtained from the collector. This didn’t sit well with me. Why when you have a pump moving water around would you want to slow it down? This puts pressure on the pump and makes it more likely to fail. Further investigation indicates it is due to the manifold design. The hills manifold is designed to hold 1.7l of water at a time, the apricus only 0.7l (30 tubes). Hence Hills needs the flow limiter as there’s more water to heat at any time. Apricus on the other hand is putting the same heat into less water, hence don’t need the limiter. 1. Until just the last couple of week the flow meter were NOT watermarked hence Apricus has not been allowing their use as we adhere strictly to the Australia Standards. Now they are finally certified Apricus is investigating making them a standard part of the system. 2. It should not be used to SLOW the water but rather to allow the actual flow rate to be observed and if too slow a faster speed on the pump can be chosen (if using a 3 speed pump), Apricus would not suggest restricting the flow rate by more than 25% otherwise it is effectively wasting electricity by artificially increasing the head pressure of the solar loop and forcing the pump to run longer each day. [Difference]

Output: Flow Rate Limiter

Solar Hot Water - Evacuated Tubes - Apricus vs Hills - ClearChain


Input: [Hills] ? [Apricus] Bianco three speed pump [Comment] Both pumps have a 1 year warranty. The Apricus pump is stainless steel, the Hills pump is unknown. The Apricus pump is a brass body pump, 3 speed. The Hills would also be brass or bronze but I think single speed. I don’t know of anybody using a SS body pump in the market. [Difference]

Output: Circulating Pump

Solar Hot Water - Evacuated Tubes - Apricus vs Hills - ClearChain


Input: [Hills] Stainless Steel [Apricus] Stainless Steel or Glass Lined [Comment] As from: http://www.ata.org.au/forums/topic/apricus-or-hills-evacuated-tube-solar-hw-system “3. The tanks used in the market by Apricus are Everlast (stainless steel) or Aquamax.. Hills use Everlast tanks too. They are both made in Australia. Stainless steel is a quality choice but more expensive. It is not suitable for all areas those as certain type of water, particularly bore, will quickly corrode stainless steel. The warranty policy of Everlast provides details of that. Vitreous enamel (aka glass lined) tanks don’t generally last as long as SS tanks as they are protected by a sacrificial magnesium anode which corrodes instead of the steel. The problem is that hardly anybody actually replaces the anode, which you should do once every 3-4 years (depending on water quality). If you DO replace the anode the tank could last 10+ years.“ [Difference]

Output: Tank Choice

Solar Hot Water - Evacuated Tubes - Apricus vs Hills - ClearChain


Input: [Tech] Free WiFi [Others] Air conditioning [Kitchen and cooking]

Output: Cooker with oven

Apartment Lavanda in Hvar | Apartments Komazin


Input: [Tech] Satellite flat screen TV [Others] Baby cot (on request) [Kitchen and cooking]

Output: Cooking equipment

Apartment Lavanda in Hvar | Apartments Komazin


Input: [Tech] DVD player [Others] Apartment heating, automatic boiler [Kitchen and cooking]

Output: Fridge, freezer

Apartment Lavanda in Hvar | Apartments Komazin


Input: [Tech] Radio [Others] Hair dryer and toiletries [Kitchen and cooking]

Output: Microwave

Apartment Lavanda in Hvar | Apartments Komazin


Input: [Others] Bed sheets, blankets and towels [Kitchen and cooking]

Output: Coffee machine

Apartment Lavanda in Hvar | Apartments Komazin


Input: [Others] Terrace furniture [Kitchen and cooking]

Output: Toaster

Apartment Lavanda in Hvar | Apartments Komazin


Input: [Clip #] 1 [Running Time] 30 seconds [Web Preview*] Biesecker_01_low.mp4 (3.20 MB) [For Broadcast**] Biesecker_01_high.mp4 (47.64 MB) [Quotes (Text)]

Output: I'm Les Biesecker. I'm a medical geneticist, senior investigator in the Genome Research Institute. My job being to figure out the molecular cause of disorders that affect children and adults, especially those that are inherited birth defects and other kinds of conditions. So we do both clinical research and molecular research.

Proteus Syndrome: B-Roll Video Footage and Video Sound Bites


Input: [Clip #] 2 [Running Time] 32 seconds [Web Preview*] Biesecker_02_low.mp4 (3.79 MB) [For Broadcast**] Biesecker_02_high.mp4 (56.32 MB) [Quotes (Text)]

Output: And so what Proteus syndrome is is parts of the body - you completely lose control of that regulatory growth - that regulated growth, and they grow much, much faster and in an uncoordinated fashion, either compared to the other limb, right versus left, or sometimes even within a single limb, a small part of that limb can grow out of proportion to the other parts.

Proteus Syndrome: B-Roll Video Footage and Video Sound Bites


Input: [Clip #] 3 [Running Time] 28 seconds [Web Preview*] Biesecker_03_low.mp4 (3.91 MB) [For Broadcast**] Biesecker_03_high.mp4 (58.01 MB) [Quotes (Text)]

Output: It's a devastating disorder, where patients - parts of patients' bodies grow out of control, and it has a high frequency of early mortality. So it is imperative that we find the cause for this disorder and figure out how to convert knowledge of that cause into an effective treatment. And the wonderful thing about this finding is that this is a pathway and a gene and a mutation that we know a lot about.

Proteus Syndrome: B-Roll Video Footage and Video Sound Bites


Input: [Clip #] 4 [Running Time] 31 seconds [Web Preview*] Biesecker_04_low.mp4 (3.96 MB) [For Broadcast**] Biesecker_04_high.mp4 (58.77 MB) [Quotes (Text)]

Output: And it's already a target of drug development because it is mutated in certain cancers. So we can piggyback off of the progress that's being made in this mutation in cancer, and try to apply that to patients with disease and this has allowed us to leap hugely forward in our understanding of the disorder and move toward a treatment that a few weeks ago, we had no idea how to tackle. So for the patients with the disorder, it's a huge advance.

Proteus Syndrome: B-Roll Video Footage and Video Sound Bites