Input: [Safety Guidelines] Keep a well-stocked first-aid kit handy at home and in the car.

Output: Teach your child how to be safe--at home, at school, and with play and sports activities.

Preventing Injuries--How You Can Help Your Child - University of Chicago Medicine Comer Children's Hospital


Output: Make sure sitters and other childcare providers know the appropriate safety and first-aid measures to take in the event of an emergency.

Preventing Injuries--How You Can Help Your Child - University of Chicago Medicine Comer Children's Hospital


Input: Stressful situations can trigger an episode of atrial fibrillation or make your atrial fibrillation worse. [Tips for success] Try to lower the amount of stress at work or with family. Try meditation and other relaxation techniques when stress is unavoidable. [Aspect of life]

Output: Stress

Impact of atrial fibrillation on your daily life


Input: Most people with atrial fibrillation can continue working. [Tips for success] Avoid strenuous activity and extremely stressful situations at work. [Aspect of life]

Output: Work


Input: Most people with atrial fibrillation can lead normal sex lives as long as they can exercise and be active without having symptoms. [Tips for success] Let your doctor know if you experience symptoms of atrial fibrillation during sex. [Aspect of life]

Output: Sexual activity


Input: Intense exercise may trigger your arrhythmia or make your symptoms worse. [Tips for success] Call your doctor to report any symptoms. And avoid strenuous exercise if it causes symptoms. [Aspect of life]

Output: Exercise


Input: You can drive unless your doctor advises against it. [Tips for success] Pull over and call your doctor if you start to feel symptoms or become lightheaded while operating a motor vehicle or other machinery. [Aspect of life]

Output: Driving


Input: Before each trip, talk with your doctor about your travel plans. He or she may be able to refer you to a doctor in the area that you will be visiting. [Tips for success] Bring the name and phone number of your doctor, in case your arrhythmia comes back and you need medical attention. Also, make sure to bring extra medicine. [Aspect of life]

Output: Travel


Input: [ID] 342 [Antigen] Alpha cells [Source of antigen] Human [Raised in] Mouse [Access] Viewable Request [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4597 [Antigen] Alpha cells [Source of antigen] Human [Raised in] Mouse [Access] Viewable Request [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 343 [Antigen] Alpha cells [Source of antigen] Human [Raised in] Mouse [Access] Viewable Out of stock [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 279 [Antigen] amylase [Source of antigen] Human [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 3023 [Antigen] Arx [Source of antigen] Mouse [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 277 [Antigen] b-catenin [Source of antigen] Human [Raised in] Goat [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4134 [Antigen] Beta cell, IC2 [Source of antigen] Rat [Raised in] Rat [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 333 [Antigen] beta Galactosidase [Source of antigen] E. coli [Raised in] Chicken [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 962 [Antigen] BetaTC6 [Source of antigen] Mouse [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 961 [Antigen] BetaTC6 [Source of antigen] Mouse [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 821 [Antigen] BetaTC6 [Source of antigen] Mouse [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 282 [Antigen] Carboxypeptidase A [Source of antigen] bovine [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 1161 [Antigen] Carboxypeptidase A1 (CPA1) [Source of antigen] Mouse [Raised in] Goat [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 972 [Antigen] CART [Source of antigen] Rat [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 861 [Antigen] CART [Source of antigen] Rat [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 974 [Antigen] CART [Source of antigen] Rat [Raised in] Mouse [Access] Viewable Request [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4133 [Antigen] CD142 [Source of antigen] Human [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4135 [Antigen] CD-200 [Source of antigen] Human [Raised in] Goat [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4126 [Antigen] CD-200 [Source of antigen] Human [Raised in] Goat [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4305 [Antigen] Cd31 (PECAM1) [Source of antigen] Human [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4322 [Antigen] CDCP1 [Source of antigen] Human [Raised in] Goat [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4125 [Antigen] CDCP1 [Source of antigen] Human [Raised in] Goat [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 2223 [Antigen] Chick HNF3Beta [Source of antigen] Chicken [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 283 [Antigen] Chromogranin A [Source of antigen] Human [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 284 [Antigen] Chromogranin A [Source of antigen] Human [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 1163 [Antigen] Cleaved Notch1 [Source of antigen] Human [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 280 [Antigen] c-myc [Source of antigen] Human [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4127 [Antigen] Coagulation factor 3(rhF3) [Source of antigen] Human [Raised in] Goat [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 3185 [Antigen] C-peptide [Source of antigen] Human [Raised in] Rat [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 269 [Antigen] C-peptide 1 [Source of antigen] Mouse [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 268 [Antigen] C-peptide 1 [Source of antigen] Rat [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 267 [Antigen] C-peptide 2 [Source of antigen] Rat [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4113 [Antigen] Cre [Source of antigen] Enterobacteria phage P1 [Raised in] Guinea Pig [Access] Viewable Request [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 285 [Antigen] Cytokeratin 7 [Source of antigen] Human [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 969 [Antigen] DDR1 [Source of antigen] Human [Raised in] Goat [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 970 [Antigen] DDR1 [Source of antigen] Human [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 964 [Antigen] Disp2 [Source of antigen] Human [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 965 [Antigen] Disp2 [Source of antigen] Human [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 2201 [Antigen] DNER [Source of antigen] Mouse [Raised in] Goat [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 323 [Antigen] E-cadherin [Source of antigen] Human [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 945 [Antigen] Endothelial cells [Source of antigen] Mouse [Raised in] Rat [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 322 [Antigen] FoxA2 [Source of antigen] Mouse [Raised in] Goat [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4318 [Antigen] Foxa2 (HNF3b) [Source of antigen] Mouse [Raised in] Goat [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4041 [Antigen] FXYD2 [Source of antigen] Human [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4573 [Antigen] Gallbladder mucosal epithelium [Source of antigen] Human [Raised in] Mouse [Access] Viewable Request [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4575 [Antigen] Gallbladder mucosal epithelium [Source of antigen] Human [Raised in] Mouse [Access] Viewable Request [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4576 [Antigen] Gallbladder mucosal epithelium [Source of antigen] Human [Raised in] Mouse [Access] Viewable Request [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4574 [Antigen] Gallbladder mucosal epithelium [Source of antigen] Human [Raised in] Mouse [Access] Viewable Request [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 291 [Antigen] GATA-4 [Source of antigen] Human [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4306 [Antigen] GFAP [Source of antigen] Cow [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 289 [Antigen] ghrelin [Source of antigen] Rat [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 314 [Antigen] ghrelin [Source of antigen] Human [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 275 [Antigen] ghrelin [Source of antigen] Human [Raised in] Goat [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4563 [Antigen] ghrelin [Source of antigen] Human [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 315 [Antigen] ghrelin [Source of antigen] Human [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4327 [Antigen] Glucagon [Source of antigen] Human [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 295 [Antigen] Glucagon [Source of antigen] Human [Raised in] Mouse [Access] Viewable Request [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4307 [Antigen] Glucagon (GCG) [Source of antigen] Human [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4308 [Antigen] Glucagon (GCG) [Source of antigen] Human [Raised in] Guinea Pig [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 281 [Antigen] Glut-2 [Source of antigen] Rat [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 971 [Antigen] Gpr39-1a [Source of antigen] Mouse [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 287 [Antigen] Green Fluorescent Protein [Source of antigen] Aequorea victoria [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 334 [Antigen] Green Fluorescent Protein [Source of antigen] Aequorea victoria [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4256 [Antigen] HIP-14 ZDHHC17 [Source of antigen] Human [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4320 [Antigen] HNF-1β [Source of antigen] Human [Raised in] Goat [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 311 [Antigen] HNF6 [Source of antigen] Human [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 922 [Antigen] Hu ES-Derived Early Endoderm [Source of antigen] Human [Raised in] Mouse [Access] Viewable Request [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 941 [Antigen] Hu ES-Derived Early Endoderm [Source of antigen] Human [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 921 [Antigen] Hu ES-Derived Early Endoderm [Source of antigen] Human [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 336 [Antigen] IA1 (Insm-1) [Source of antigen] Mouse [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 266 [Antigen] IAPP [Source of antigen] Rat [Raised in] Rabbit [Access] Viewable Request [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4326 [Antigen] Insulin [Source of antigen] Human [Raised in] Goat [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 270 [Antigen] Insulin [Source of antigen] Human [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4309 [Antigen] Insulin [Source of antigen] Pig [Raised in] Guinea Pig [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4324 [Antigen] Insulin [Source of antigen] Cow [Raised in] Guinea Pig [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4325 [Antigen] Insulin [Source of antigen] Human [Raised in] Guinea Pig [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 3022 [Antigen] Irx2 [Source of antigen] Mouse [Raised in] Rabbit [Access] Viewable Request [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 290 [Antigen] Islet-1 [Source of antigen] Chicken [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 299 [Antigen] Islet Delta Cells [Source of antigen] Rat [Raised in] Rat [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 1164 [Antigen] Jagged1 [Source of antigen] Human [Raised in] Goat [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4310 [Antigen] Ki67 [Source of antigen] Human [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 347 [Antigen] Laminin [Source of antigen] Mouse [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 966 [Antigen] Lrp11 [Source of antigen] Mouse [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4048 [Antigen] Lrp11 [Source of antigen] Human [Raised in] Rabbit [Access] Viewable Request [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4311 [Antigen] MafA [Source of antigen] Human [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4312 [Antigen] MafB [Source of antigen] Human [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 3102 [Antigen] mArx [Source of antigen] Mouse [Raised in] Guinea Pig [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 344 [Antigen] Mo ES-Derived Definitive Endoderm [Source of antigen] Mouse [Raised in] Rat [Access] Viewable Out of stock [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 345 [Antigen] Mo ES-Derived Definitive Endoderm [Source of antigen] Mouse [Raised in] Rat [Access] Viewable Out of stock [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 904 [Antigen] Mo ES-Derived Early Endoderm [Source of antigen] Mouse [Raised in] Rat [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 905 [Antigen] Mo ES-Derived Early Endoderm [Source of antigen] Mouse [Raised in] Rat [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 906 [Antigen] Mo ES-Derived Early Endoderm [Source of antigen] Mouse [Raised in] Rat [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 907 [Antigen] Mo ES-Derived Early Endoderm [Source of antigen] Mouse [Raised in] Rat [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 903 [Antigen] Mo ES-Derived Early Endoderm [Source of antigen] Mouse [Raised in] Rat [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 901 [Antigen] Mo ES-Derived Early Endoderm [Source of antigen] Mouse [Raised in] Rat [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 908 [Antigen] Mo ES-Derived Early Endoderm [Source of antigen] Mouse [Raised in] Rat [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 1162 [Antigen] Muc1 [Source of antigen] Human [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4319 [Antigen] Muc1 [Source of antigen] Human [Raised in] hamster (armenian) [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4548 [Antigen] Ngn3 [Source of antigen] Mouse [Raised in] Chicken [Access] Viewable Request [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 302 [Antigen] Ngn3 [Source of antigen] Mouse [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 304 [Antigen] Ngn3 [Source of antigen] Mouse [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4129 [Antigen] Ngn3 [Source of antigen] Human [Raised in] Sheep [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 305 [Antigen] Ngn3 [Source of antigen] Mouse [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 303 [Antigen] Ngn3 [Source of antigen] Mouse [Raised in] Rabbit [Access] Viewable Request [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4549 [Antigen] Ngn3 [Source of antigen] Mouse [Raised in] Chicken [Access] Viewable Request [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 2482 [Antigen] Ngn3 [Source of antigen] Mouse [Raised in] Goat [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 288 [Antigen] Nkx2.2 [Source of antigen] Chicken [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 274 [Antigen] Nkx2.2 [Source of antigen] Human [Raised in] Goat [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 309 [Antigen] Nkx6.1 [Source of antigen] Rat [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4551 [Antigen] Nkx6.1 [Source of antigen] Mouse [Raised in] Chicken [Access] Viewable Request [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 307 [Antigen] Nkx6.1 [Source of antigen] Rat [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 308 [Antigen] Nkx6.1 [Source of antigen] Rat [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 273 [Antigen] Nkx6.1 [Source of antigen] Rat [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 310 [Antigen] Nkx6.1 [Source of antigen] Rat [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4550 [Antigen] Nkx6.1 [Source of antigen] Mouse [Raised in] Chicken [Access] Viewable Request [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4052 [Antigen] Onecut1 [Source of antigen] Mouse [Raised in] Guinea Pig [Access] Viewable Request [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 943 [Antigen] Pancreatic duct and acinar cells [Source of antigen] Mouse [Raised in] Rat [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 337 [Antigen] Pancreatic duct cells [Source of antigen] Human [Raised in] Mouse [Access] Viewable Out of stock [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 942 [Antigen] Pancreatic duct cells [Source of antigen] Mouse [Raised in] Rat [Access] Viewable Request [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4598 [Antigen] Pancreatic duct cells [Source of antigen] Human [Raised in] Mouse [Access] Viewable Request [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 338 [Antigen] Pancreatic duct cells [Source of antigen] Human [Raised in] Mouse [Access] Viewable Out of stock [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 300 [Antigen] Pancreatic Ducts [Source of antigen] Rat [Raised in] Rat [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 298 [Antigen] Pancreatic Ducts [Source of antigen] Rat [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 297 [Antigen] Pancreatic Ducts [Source of antigen] Rat [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 328 [Antigen] Pancreatic endocrine cells [Source of antigen] Human [Raised in] Mouse [Access] Viewable Out of stock [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 330 [Antigen] Pancreatic endocrine cells [Source of antigen] Human [Raised in] Mouse [Access] Viewable Out of stock [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 329 [Antigen] Pancreatic endocrine cells [Source of antigen] Human [Raised in] Mouse [Access] Viewable Out of stock [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 341 [Antigen] Pancreatic endocrine cells [Source of antigen] Human [Raised in] Mouse [Access] Viewable Out of stock [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 327 [Antigen] Pancreatic endocrine cells [Source of antigen] Human [Raised in] Mouse [Access] Viewable Out of stock [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 326 [Antigen] Pancreatic endocrine cells [Source of antigen] Human [Raised in] Mouse [Access] Viewable Request [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 340 [Antigen] Pancreatic exocrine cells [Source of antigen] Human [Raised in] Mouse [Access] Viewable Out of stock [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 339 [Antigen] Pancreatic exocrine cells [Source of antigen] Human [Raised in] Mouse [Access] Viewable Out of stock [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4313 [Antigen] Pancreatic Polypeptide (PPY) [Source of antigen] Human [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 2263 [Antigen] Pax4 [Source of antigen] Mouse [Raised in] Guinea Pig [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4131 [Antigen] Pax4 [Source of antigen] Mouse [Raised in] Mouse [Access] Viewable Out of stock [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4130 [Antigen] Pax4 [Source of antigen] Mouse [Raised in] Mouse [Access] Viewable Out of stock [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4132 [Antigen] Pax4 [Source of antigen] Mouse [Raised in] Mouse [Access] Viewable Out of stock [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 348 [Antigen] Pax6 [Source of antigen] Chicken [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 276 [Antigen] Pax6 [Source of antigen] Mouse [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 292 [Antigen] PDX1 [Source of antigen] mouse [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4553 [Antigen] PDX1 [Source of antigen] Mouse [Raised in] Chicken [Access] Viewable Request [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 312 [Antigen] PDX1 [Source of antigen] Mouse [Raised in] Goat [Access] Viewable Request [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 316 [Antigen] PDX1 [Source of antigen] Rat [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 313 [Antigen] PDX1 [Source of antigen] Mouse [Raised in] Guinea Pig [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 272 [Antigen] PDX1 [Source of antigen] Rat [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 318 [Antigen] PDX1 [Source of antigen] Rat [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 271 [Antigen] PDX1 [Source of antigen] Rat [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 294 [Antigen] PDX1 [Source of antigen] Mouse [Raised in] Chicken [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4552 [Antigen] PDX1 [Source of antigen] Mouse [Raised in] Chicken [Access] Viewable Request [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 317 [Antigen] PDX1 [Source of antigen] Rat [Raised in] Mouse [Access] Viewable Out of stock [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 286 [Antigen] PECAM-1 [Source of antigen] Human [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 301 [Antigen] Pro-Insulin [Source of antigen] Human [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4555 [Antigen] Prox1 [Source of antigen] Mouse [Raised in] Chicken [Access] Viewable Request [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4554 [Antigen] Prox1 [Source of antigen] Mouse [Raised in] Chicken [Access] Viewable Request [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 335 [Antigen] Ptf1a [Source of antigen] Mouse [Raised in] Rabbit [Access] Viewable Request [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 967 [Antigen] Sez6l2 [Source of antigen] Mouse [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4047 [Antigen] Sez6l2 [Source of antigen] Mouse [Raised in] Rabbit [Access] Viewable Request [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 968 [Antigen] Sez6l2 [Source of antigen] Mouse [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 332 [Antigen] Shh [Source of antigen] Mouse [Raised in] Goat [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 2222 [Antigen] Shh [Source of antigen] Rat [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 278 [Antigen] smooth muscle actin [Source of antigen] Mouse [Raised in] Mouse [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 296 [Antigen] Somatostatin [Source of antigen] Human [Raised in] Mouse [Access] Viewable Request [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4315 [Antigen] Somatostatin (Sst) [Source of antigen] Human [Raised in] Sheep [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4328 [Antigen] Somatostatin (Sst) [Source of antigen] Human [Raised in] Goat [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 325 [Antigen] Sox17 [Source of antigen] Human [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 331 [Antigen] Sox17 [Source of antigen] Human [Raised in] Goat [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 324 [Antigen] Sox17 [Source of antigen] Human [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 321 [Antigen] Sox2 [Source of antigen] Human [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4321 [Antigen] Sox9 [Source of antigen] Human [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4329 [Antigen] Synaptophysin (SYP) [Source of antigen] Rat [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 346 [Antigen] T (Brachyury) [Source of antigen] Human [Raised in] Goat [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4040 [Antigen] TSPAN7 [Source of antigen] Human [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4316 [Antigen] Tuj1 (TUBB3) [Source of antigen] Rat [Raised in] Rabbit [Access] Viewable [Type]

Output: Monoclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4317 [Antigen] VEGFA [Source of antigen] Rat [Raised in] Goat [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [ID] 4323 [Antigen] α-Amylase (AMY2A) [Source of antigen] Human [Raised in] Rabbit [Access] Viewable [Type]

Output: Polyclonal

BCBC Antibody Collection - Beta Cell Biology Consortium


Input: [Synonyms] anterior forceps , forceps frontalis , forceps minor corporis callosi , forceps minor of corpus callosum , frontal forceps [Term]

Output: anterior forceps of the corpus callosum


Input: [Synonyms] anterior thalamic radiation , radiationes thalamicae anteriores [Term]

Output: anterior thalamic radiations


Input: [Synonyms] fibrae arcuatae cerebri [Term]

Output: arcuate fasciculus


Input: [Synonyms] pedunculi cerebri , pedunculus cerebralis , pedunculus cerebri [Term]

Output: cerebral peduncle


Input: [Synonyms] cingulum [Term]

Output: cingulum


Input: [Synonyms] corona radiata [Term]

Output: corona radiata


Input: [Synonyms] commissura magna , interhemispheric commissure [Term]

Output: corpus callosum


Input: [Synonyms] corticospinal fibers , fasciculus cerebro-spinalis , fibrae corticospinales , tractus corticospinalis [Term]

Output: corticospinal tract


Input: [Synonyms] nervi craniales , nervi encephalici [Term]

Output: cranial nerves


Input: [Synonyms] capsula externa [Term]

Output: external capsule


Input: [Synonyms] capsula extrema [Term]

Output: extreme capsule


Input: [Synonyms] fornix cerebri [Term]

Output: fornix


Input: [Synonyms] genu corpus callosi , genu of corpus callosum , rostrum of corpus callosum [Term]

Output: genu of the corpus callosum


Input: [Synonyms] genu capsulae internae , genu of the internal capsule [Term]

Output: genu of the internal capsule


Input: [Synonyms] corpus restiforme , crus cerebelli ad medullam oblongatam , crus medullo-cerebellare , inferior cerebellar peduncle , pedunculus cerebellaris caudalis , pedunculus cerebellaris inferior , restiform body [Term]

Output: inferior cerebellar peduncle


Input: [Synonyms] external sagittal stratum , fasciculus longitudinalis inferior , inferior longitudinal fasciculus [Term]

Output: inferior longitudinal fasciculus


Input: [Synonyms] fasciculus occipito-frontalis inferior , fasciculus occipitofrontalis inferior , inferior frontooccipital fasciculus [Term]

Output: inferior occipitofrontal fasciculus


Input: [Synonyms] capsula interna , internal capsule radiations [Term]

Output: internal capsule


Input: [Synonyms] laqueus medialis , lemniscus medialis , lemniscus sensibilis , lemniscus sensitivus , median fillet , mesial fillet , tractus bulbo-thalamicus [Term]

Output: medial lemniscus


Input: [Synonyms] brachium pontis , crus cerebelli ad pontem , crus ponto-cerebellare , pedunculus cerebellaris medius [Term]

Output: middle cerebellar peduncle


Input: [Synonyms] forceps major corporis callosi , forceps occipitalis , occipital forceps , posterior forceps [Term]

Output: posterior forceps of the corpus callosum


Input: [Synonyms] posterior thalamic radiation , radiationes thalamicae posteriores [Term]

Output: posterior thalamic radiations


Input: [Synonyms] corpus callosum splenium , splenium [Term]

Output: splenium of the corpus callosum


Input: [Synonyms] fasciculus occipito-frontalis superior , fasciculus occipitofrontalis superior , fasciculus subcallosus , stratum subcallosum , subcallosal bundle , superior fronto-occipital bundle , superior occipitofrontal fasciculus [Term]

Output: subcallosal fasciculus


Input: [Synonyms] brachium conjunctivum , crus cerebello-cerebrale , pedunculus cerebellaris cranialis , pedunculus cerebellaris rostralis , pedunculus cerebellaris superior , tractus cerebello-tegmentalis mesencephali [Term]

Output: superior cerebellar peduncle


Input: [Synonyms] fasciculus longitudinalis superior [Term]

Output: superior longitudinal fasciculus


Input: [Synonyms] tapetum [Term]

Output: tapetum


Input: [Synonyms] fasciculus uncinatus , uncinate fasciculus of cerebral hemisphere [Term]

Output: uncinate fasciculus of the forebrain


Input: [Description] Use lightweight foil - cheapest kitchen foil [Improvement factor] Payload=Thrust-foil weight [Related link(s)]

Output: No related link


Input: [Description] Experiment with best foil depth, you should find an optimum depth for each particular design [Improvement factor] Payload=Thrust-extra foil depth weight [Related link(s)]

Output: EMK Analyser


Input: [Description] Round edges on top and lower foil edges [Improvement factor] Required! [Related link(s)]

Output: See calculation on this page


Input: [Description] Eliminate corners in structure - use straight element panels instead of triangular structure [Improvement factor] Less corners=less field distortion [Related link(s)]

Output: Coated lifter


Input: [Description] Insulate any plasma glow foil edges with hot glue or araldite [Improvement factor] The less glow the better [Related link(s)]

Output: No related link


Input: [Description] Use fine bare wire for corona wire [Improvement factor] +10% [Related link(s)]

Output: See Corona losses & efficiency below


Input: [Description] Electrically heat top wire example ex Tungsten/Nichrome [Improvement factor] +10% [Related link(s)]

Output: Heated cathode thruster


Input: [Description] Stack vertically xn for improved performance [Improvement factor] +100n% [Related link(s)]

Output: Stacked thrusters


Input: [Description] Apply Bernouilli's effect [Improvement factor] +50% [Related link(s)]

Output: Autonomous thruster project


Input: [Description] Use as high voltage as possible [Improvement factor] +V% [Related link(s)]

Output: Evgenij's maths


Input: [Description] Dry out balsa supports in humid conditions. Hair dryers work fine. [Improvement factor] +% [Related link(s)]

Output: No related link


Input: [Description] Light coat of Teflon on lower foil [Improvement factor] +10% [Related link(s)]

Output: Coated thruster


Input: [Description] Use hollow carbon fibre rods for bigger thruster [Improvement factor] +% [Related link(s)]

Output: No related link


Input: [Description] Minimise ion impact area (horizontal face area of foil) [Improvement factor] +100% [Related link(s)]

Output: Horizontal plane foil device


Input: [Description] Isolate corona wire from balsa to minimise leakage in balsa [Improvement factor] +50% [Related link(s)]

Output: Use small glass tubes


Input: [Description] Modify air pressure within thruster [Improvement factor] +n x 100%, n=pressure ratio [Related link(s)]

Output: Modified pressure thruster


Input: [Description] Use a pulsing signal instead of dc [Improvement factor] 0% , no improvement despite rumors [Related link(s)]

Output: Other websites


Input: [Try] Probiotics in yogurt [How it works] Yogurt adds live cultures to the digestive tract, which may suppress the harmful bacteria that causes bacterial vaginosis and diarrhea. Probiotics are helpful after youve been on antibiotics, which can disrupt your PH balance, making you more susceptible to yeast infections. [Condition]

Output: Yeast infections and diarrhea

Natural Pelvic Remedies Worth Trying - Healthy Happy - Health.com


Input: [Try] The herb uva ursi, vitamin C, and cranberries [How it works] Uva ursi, found in supplements, tea, or liquid extract form, contains a natural antibiotic that helps prevent or treat urinary tract infections, bladder inflammation, and kidney stones. Taking a vitamin C supplement may reduce the chances of re-infection and increase the acidity of urine, creating an unfavorable place for bacteria. And cranberries contain tannin, a substance thats unfriendly to bacteria in the bladder. [Condition]

Output: Bladder infections

Natural Pelvic Remedies Worth Trying - Healthy Happy - Health.com


Input: [Try] Soy [How it works] Soyin edamame, tofu, tempeh, and soy milkhas been shown in some studies to lower endometriosis risks. [Condition]

Output: Endometriosis

Natural Pelvic Remedies Worth Trying - Healthy Happy - Health.com


Input: [Try] Acupuncture [How it works] Given after an embryo transfer, it hikes the chance of live births; it may increase uterine blood flow and stimulate hormones, influencing ovulation and fertility, and creating a more welcoming environment for the implanted embryo. [Condition]

Output: Fertility problems

Natural Pelvic Remedies Worth Trying - Healthy Happy - Health.com


Input: [Try] Green tea extracts [How it works] Both capsules and topical ointments have been proven effective in treating cervical lesions due to cervical dysplasia (the abnormal growth of cells on the surface of the cervix). Studies suggest the polyphenols found in green tea, namely epigallocatechin-3-gallate (EGCG), may treat and inhibit the growth of abnormal cells. [Condition]

Output: Cervical dysplasia

Natural Pelvic Remedies Worth Trying - Healthy Happy - Health.com


Input: [Try] Guided imagery [How it works] According to recent research, listening to a guided-imagery CD for two months reduced pelvic pain and urinary urgency and frequency in IC sufferers. It helped them focus on healing the bladder, quieting the nerves specifically involved in IC, and relaxing pelvic-floor muscles. [Condition]

Output: Interstitial cystitis (IC)

Natural Pelvic Remedies Worth Trying - Healthy Happy - Health.com


Input: [Try] Yoga [How it works] Yoga has been shown to decrease preterm labor and pregnancy-induced hypertension. Researchers say this may be a result of improved circulation, oxygen, and a decrease in anxiety following regular yoga sessions. [Condition]

Output: Labor

Natural Pelvic Remedies Worth Trying - Healthy Happy - Health.com


Input: [Try] Chamomile tea [How it works] Drinking this tea may boost the chemical glycine, a naturally occurring amino acid in the body, which has been shown to relieve muscle spasms. [Condition]

Output: Menstrual cramps

Natural Pelvic Remedies Worth Trying - Healthy Happy - Health.com


Input: You eat a carrot.

Output: You eat a carrot.

Defective Mouse Gene Linked to Childhood Blindness | National Eye Institute


Input: The body converts the carrot’s beta-carotene into vitamin A and sends some of the vitamin A to the eye’s retinal pigment epithelium cells.

Output: The body converts the carrot’s beta-carotene into vitamin A and sends some of the vitamin A to the eye’s retinal pigment epithelium cells.

Defective Mouse Gene Linked to Childhood Blindness | National Eye Institute


Input: The retinal pigment epithelium cells are unable to convert the vitamin A into the visual 11-cis retinal form of the vitamin. Instead, vitamin A accumulates in these cells.

Output: The retinal pigment epithelium cells convert the vitamin A into the visual 11-cis retinal form of the vitamin.

Defective Mouse Gene Linked to Childhood Blindness | National Eye Institute


Input: Because the 11-cis retinal form of vitamin A is not generated, it is not delivered to the rod photoreceptors.

Output: This 11-cis retinal form of vitamin A is delivered to the rod photoreceptors.

Defective Mouse Gene Linked to Childhood Blindness | National Eye Institute


Input: Without the 11-cis retinal form of vitamin A, the rod photoreceptors cannot make the protein rhodopsin.

Output: The rod photoreceptors combine the 11-cis retinal with a protein called opsin to make a protein called rhodopsin.

Defective Mouse Gene Linked to Childhood Blindness | National Eye Institute


Input: When your eyes view an object, light reflected from that object is focused on the eye’s rod photoreceptors. However, because the rod photoreceptors cannot make the protein rhodopsin, the light cannot be converted into signals that are sent to the brain. This prevents us from seeing the image.

Output: When your eyes view an object, light reflected from that object is focused on the eye’s rod photoreceptors, which uses rhodopsin to convert the light into signals that are sent to the brain. This allows us to see.

Defective Mouse Gene Linked to Childhood Blindness | National Eye Institute


Input: [Honey Varietal] Acacia (Black locust tree) [Color] Water white to pale amber [Flavor]

Output: Mild, slightly tangy, floral, doesn’t crystallize


Input: [Honey Varietal] Alfalfa (generally blended) [Color] White [Flavor]

Output: Nearly flavorless to milky, some has spicy notes


Input: [Honey Varietal] Apple Blossom [Color] Light to medium amber [Flavor]

Output: A hint of apple in the aroma


Input: [Honey Varietal] Aster [Color] White to light amber [Flavor]

Output: Flavor depends on region and species of aster; crystallizes quickly


Input: [Honey Varietal] Avocado [Color] Dark amber [Flavor]

Output: Fairly strong, buttery flavor


Input: [Honey Varietal] Basswood [Color] Dark amber [Flavor]

Output: Strong, zesty (becomes minty when mixed with a mild honey)


Input: [Honey Varietal] Blackberry [Color] Very light amber [Flavor]

Output: Delicate and sweet with a hint of fruit


Input: [Honey Varietal] Black Button Sage [Color] Medium amber [Flavor]

Output: Slightly herbaceous, slow to crystallize


Input: [Honey Varietal] Black Locust [Color] Pale to dark amber [Flavor]

Output: Fruity, rare (the trees blossom only every few years)


Input: [Honey Varietal] Blueberry [Color] Medium amber [Flavor]

Output: Fruity, blueberry aftertaste


Input: [Honey Varietal] Buckwheat [Color] Dark brown [Flavor]

Output: Strong buckwheat, malty flavor


Input: [Honey Varietal] Blue Curl [Color] N/A [Flavor]


Input: [Honey Varietal] Canola [Color] Light amber to white [Flavor]

Output: Delicate, low acid, crystallizes easily


Input: [Honey Varietal] Chestnut [Color] Dark brown [Flavor]

Output: Strong, nutty, spicy, a bitter aftertaste (perfect with gorgonzola and parmesan)


Input: [Honey Varietal] Clover [Color] Water white to amber [Flavor]

Output: Tangy and delicate; most labeled “clover” are actually blended; crystallizes easily


Input: [Honey Varietal] Cranberry [Color] Medium amber [Flavor]

Output: Mild fruity flavor with tart aftertaste


Input: [Honey Varietal] Eucalyptus —Yellow Box, Blue Gum, Red River Gum (U.S. & Australia) [Color] Dark [Flavor]

Output: Mildly sweet, fruity aftertaste; some varieties have a slight menthol flavor


Input: [Honey Varietal] Fireweed [Color] Light to medium amber [Flavor]

Output: Mild, fruity, buttery


Input: [Honey Varietal] Gallberry [Color] Dark amber [Flavor]

Output: Tart wildflower flavor


Input: [Honey Varietal] Goldenrod [Color] Light amber [Flavor]

Output: Robust flavor of wildflower and beeswax


Input: [Honey Varietal] Heather (Scotland) [Color] Dark amber [Flavor]

Output: Slightly bitter with an aftertaste of burnt caramel


Input: [Honey Varietal] Huckleberry [Color] Dark amber [Flavor]

Output: Full-bodied


Input: [Honey Varietal] Kamahi (New Zealand) [Color] Light amber [Flavor]

Output: Full-bodied, complex


Input: [Honey Varietal] Lavender [Color] Medium amber [Flavor]

Output: Lavender floral


Input: [Honey Varietal] Leatherwood (Tasmania) [Color] Dark amber [Flavor]

Output: Strong and spicy


Input: [Honey Varietal] Linden [Color] Pale amber [Flavor]

Output: Spicy


Input: [Honey Varietal] Lehua [Color] Crystallizes quickly and is made into a light golden cremed honey [Flavor]

Output: Buttery with lily-like overtones


Input: [Honey Varietal] Mint/Spearmint [Color] N/A [Flavor]


Input: [Honey Varietal] Nodding Thistle (New Zealand) [Color] Light amber [Flavor]

Output: Delicate floral


Input: [Honey Varietal] Orange Blossom [Color] Light amber to dark amber [Flavor]

Output: Hints of citrus-orange and orange blossom


Input: [Honey Varietal] Pine Honey (Turkey) [Color] Dark amber [Flavor]

Output: Molasses


Input: [Honey Varietal] Poplar (Tulip Poplar) [Color] Medium amber [Flavor]

Output: Strong


Input: [Honey Varietal] Pumpkin [Color] Medium amber [Flavor]

Output: Light with a hint of pumpkin flavor


Input: [Honey Varietal] Purple Sage [Color] Water white [Flavor]

Output: Mild flavor, slow to crystallize


Input: [Honey Varietal] Rata (New Zealand) [Color] White [Flavor]

Output: Mild, rich, almost salty


Input: [Honey Varietal] Raspberry [Color] Cremed light [Flavor]

Output: Will have a mild hint of raspberries; crystallizes as soon as it leaves the comb so is always sold in cremed form


Input: [Honey Varietal] Rewarewa (New Zealand) [Color] Burnished amber [Flavor]

Output: Rich, malty


Input: [Honey Varietal] Rosemary [Color] Pale amber [Flavor]

Output: Fragrant and herbaceous; great with cheese


Input: [Honey Varietal] Safflower [Color] Amber to dark amber with a slight greenish cast [Flavor]

Output: Milky flavor


Input: [Honey Varietal] Sage [Color] Medium amber [Flavor]

Output: Herbal notes


Input: [Honey Varietal] Saw Palmetto [Color] Medium amber [Flavor]

Output: Citrusy and herbal with woody overtones


Input: [Honey Varietal] Silkweed [Color] Dark amber [Flavor]

Output: Strong scent and flavor, spicy condiment honey


Input: [Honey Varietal] Snowberry [Color] N/A [Flavor]

Output: Butterscotch


Input: [Honey Varietal] Sourwood [Color] Medium amber [Flavor]

Output: Spicy ginger


Input: [Honey Varietal] Sunflower [Color] Light to medium amber [Flavor]

Output: Distinctive floral aroma; crystallizes easily


Input: [Honey Varietal] Tawari [Color] Light amber [Flavor]

Output: Butterscotch


Input: [Honey Varietal] Thyme [Color] Burnt grass [Flavor]

Output: Herbal notes


Input: [Honey Varietal] Tupelo [Color] Golden amber with a slight greenish cast [Flavor]

Output: Medium, complex; slow to crystallize


Input: [Honey Varietal] Ulmo (Chile) [Color] N/A [Flavor]

Output: Anise and violet


Input: [Honey Varietal] Viper’s Bugloss (Borage) (New Zealand) [Color] Light amber [Flavor]

Output: Delicate flavor, floral bouquet


Input: [Honey Varietal] Wildflower [Color] Medium amber [Flavor]

Output: Depending on flowers, can be medium-strong and tangy


Input: [Honey Varietal] White Sage [Color] Translucent yellow [Flavor]

Output: Clover-like flavor, elegant floral aftertaste


Input: [Power] Medium [Comfort] Medium [Styles Points] High [Functional] High [Features] The original, perfectly balanced, swim fin w/ excellent functionality [Left/Right Foot Fit]

Output: Individual


Input: [Power] Medium-Low [Comfort] Medium [Styles Points] High [Functional] High [Features] A mild version of the original Makapuu for the beginner to intermediate [Left/Right Foot Fit]

Output: Individual


Input: [Power] Medium-High [Comfort] Medium [Styles Points] High [Functional] High [Features] Jeff Hubbard signature model. 10% stronger blade, comes with cushioned heel and foot pocket for added comfort and fin saver ties [Left/Right Foot Fit]

Output: Individual


Input: [Power] High [Comfort] Low [Styles Points] Medium [Functional] High [Features] The Original Viper, strong and powerful yet rigid and unforgiving on feet. Includes 5 inch blade, pad inserts in foot pocket for comfort [Left/Right Foot Fit]

Output: Identical


Input: [Power] High [Comfort] Medium [Styles Points] Medium [Functional] High [Features] New and improved Viper fin that uses new rubber that is softer of feet [Left/Right Foot Fit]

Output: Identical


Input: [Power] Medium [Comfort] Medium [Styles Points] High [Functional] High [Features] Great alternative to Churchills. Excellent variety of shape versions and colors. [Left/Right Foot Fit]

Output: Individual


Input: [Power] Medium [Comfort] Medium-Low [Styles Points] Medium-Low [Functional] Medium [Features] A very high tech fin, they have experimented with non-traditional features. Some like them, some don't. [Left/Right Foot Fit]

Output: Individual


Input: [Power] Medium [Comfort] Medium [Styles Points] Medium-High [Functional] Medium-High [Features] Recent similar design of churchill with bat-tail like fin and improved drain system [Left/Right Foot Fit]

Output: Individual


Input: [Component] Whole Blood [Major Indications] Symptomatic anemia with large volume deficit [Action]

Output: Restoration of oxygen - Carrying capacity, restoration of blood volume

Components of blood - Database of blood donors ; Using technology for humanity


Input: [Component] Red Blood Cells [Major Indications] Symptomatic anemia with large volume deficit [Action]

Output: Restoration of oxygen - Carrying capacity, restoration of blood volume

Components of blood - Database of blood donors ; Using technology for humanity


Input: [Component] Red Blood Cells, Leukocytes (white blood cells) removed [Major Indications] Symptomatic anemia, febrile reactions from leukocyte antibodies [Action]

Output: Restoration of oxygen - Carrying capacity

Components of blood - Database of blood donors ; Using technology for humanity


Input: [Component] Red Blood Cells, Adenine-Saline added [Major Indications] Symptomatic anemia with volume deficit [Action]

Output: Restoration of oxygen - Carrying capacity

Components of blood - Database of blood donors ; Using technology for humanity


Input: [Component] Fresh Frozen Plasma [Major Indications] Deficit of labile and stable plasma coagulations factors [Action]

Output: Source of labile and no labile plasma factors

Components of blood - Database of blood donors ; Using technology for humanity


Input: [Component] Liquid Plasma and Plasma [Major Indications] Deficit of stable coagulation factors [Action]

Output: Source of labile and non-labile factors

Components of blood - Database of blood donors ; Using technology for humanity


Input: [Component] Cryo-Precipitated AHF [Major Indications] Hemophilia A, von Will brand's Disease, Hypofibrino-genemia Factor XIII deficiency [Action]

Output: Provides Factor VIII, fibrinogen, vWF, and Factor XIII

Components of blood - Database of blood donors ; Using technology for humanity


Input: [Component] Platelets: Platelets, Pheresis [Major Indications] Bleeding from Thrombo Cytopenia or platelet function [Action]

Output: Improves hemostasis

Components of blood - Database of blood donors ; Using technology for humanity


Input: [Component] Granulocytes Pheresis (white blood cells) [Major Indications] Neutropenia with infection [Action]

Output: Provides Granulo cytes

Components of blood - Database of blood donors ; Using technology for humanity


Input: [Type] Drillcore [Comments]

Output: Continuous sticks of drillcore, usually stored as one metre lengths. Sometimes the drillcore has been sliced along the middle.

Onshore borehole materials search | OpenGeoscience | Our data | British Geological Survey (BGS)


Input: [Type] Discontinuous core [Comments]

Output: Similar to drillcore, except that there are a number of gaps.

Onshore borehole materials search | OpenGeoscience | Our data | British Geological Survey (BGS)


Input: [Type] Core samples [Comments]

Output: A representative set of drillcore samples.

Onshore borehole materials search | OpenGeoscience | Our data | British Geological Survey (BGS)


Input: [Type] Bulk samples [Comments]

Output: A series of bagged samples of known depth ranges, typically used for microfossil or geochemical analysis.

Onshore borehole materials search | OpenGeoscience | Our data | British Geological Survey (BGS)


Input: [Type] Waxed core samples [Comments]

Output: A reference sample, usually from a hydrocarbon well, preserved in wax. Not usually available for subsampling.

Onshore borehole materials search | OpenGeoscience | Our data | British Geological Survey (BGS)


Input: [Type] Resin mounted drillcore [Comments]

Output: A reference section of drillcore, usually from a hydrocarbon well, preserved in resin. Not usually available for subsampling.

Onshore borehole materials search | OpenGeoscience | Our data | British Geological Survey (BGS)


Input: [Type] Registered borehole specimen [Comments]

Output: A series of hand specimen sized samples of drillcore, individually registered with depths and accession numbers. Many also have a list of fossil identifications or comments on petrology.

Onshore borehole materials search | OpenGeoscience | Our data | British Geological Survey (BGS)


Input: [Type] Registered cuttings [Comments]

Output: Washed & dried cuttings, usually only a few tens of grams.

Onshore borehole materials search | OpenGeoscience | Our data | British Geological Survey (BGS)


Input: [Type] Unwashed cuttings [Comments]

Output: Unwashed cuttings, complete with fines and drilling mud. Usually several hundred grams.

Onshore borehole materials search | OpenGeoscience | Our data | British Geological Survey (BGS)


Input: [Elements] Nitrogen [Remedies] Foliar application urea 2.5%or 3%urea solution [Symptoms]

Output: Tip chlorosis leaves become yellow ,poor growth

Deficiency symptoms of nutrients and their remedies in Radish | agropedia


Input: [Elements] Phosphorus [Remedies] Foliar application with 3% triple super phosphate [Symptoms]

Output: Underside of leaves are reddish purple Growth dwarfed; leaves lustreless dark green, laminae and petioles dull purple tints; older leaves marginal scorch and wither early.

Deficiency symptoms of nutrients and their remedies in Radish | agropedia


Input: [Elements] Potassium [Remedies] 150kg k2o/ ha may be applied . [Symptoms]

Output: Middle part of leaves bluish green .leaf margins are pale yellow to brown Leaves backward curling and scorching of margins.

Deficiency symptoms of nutrients and their remedies in Radish | agropedia


Input: [Elements] Calcium [Remedies] Foliar spray 2%calcium chloride. [Symptoms]

Output: Leaves shows interveinal chlorosis,tap roots fails to develop.

Deficiency symptoms of nutrients and their remedies in Radish | agropedia


Input: [Elements] Magnesium [Remedies] Foliar spray with 2%mg sulphate. [Symptoms]

Output: Old leaves shows chlorosis. Veins remains green .roots are small . Older leaves marked intervenal chlorosis.

Deficiency symptoms of nutrients and their remedies in Radish | agropedia


Input: [Elements] Iron [Remedies] Foliar sprey with 0.4%ferrous sulphate+0.2%lime. [Symptoms]

Output: Young leaves shows chlorosis .

Deficiency symptoms of nutrients and their remedies in Radish | agropedia


Input: [Elements] Manganese [Remedies] Soil application of mg sulphate at 5-50 kg / ha. [Symptoms]

Output: Growth is poor .radish is highly sensitive to mg deficiency.

Deficiency symptoms of nutrients and their remedies in Radish | agropedia


Input: [Elements] Zinc [Remedies] Soil application of zinc sulphate at 10 kg /ha . [Symptoms]

Output: Root development is poor .plant growth is poor .

Deficiency symptoms of nutrients and their remedies in Radish | agropedia


Input: [Elements] Copper [Remedies] Meghalaya 5 kg copper/ha. [Symptoms]

Output: Plant groth is poor . root development is poor .

Deficiency symptoms of nutrients and their remedies in Radish | agropedia


Input: [Elements] Boron [Remedies] Foliar spray with 0.1%borax solution three weeks after sowing .soil application of boron at 2.5kg / ha. [Symptoms]

Output: Growing tipps dies .leaves shows yellow or purplish red blotches.leaves are smaller than normal .

Deficiency symptoms of nutrients and their remedies in Radish | agropedia


Input: [Elements] Molybdenum [Remedies] Soil application of sodium molybdate at 1.2kg /ha. [Symptoms]

Output: Retarded growth .leaves are narrow , leathery,pale green .

Deficiency symptoms of nutrients and their remedies in Radish | agropedia


Input: [NAME] Boron [SOURCE] Dairy products, drinking water, legumes, and nuts [USE]

Output: Energy utilization Development and maintenance of bone and absorption of calcium, magnesium, and phosphorus


Input: [NAME] Calcium [SOURCE] Dairy, fish (with bones), tofu, legumes, kale, and broccoli [USE]

Output: Bone and teeth Muscle contraction and relaxation Nerve function Maintains cellular function in brain and heart Reduces cholesterol


Input: [NAME] Chromium [SOURCE] Fruits, vegetables, vegetable oils, whole grains, seeds, & brewer’s yeast [USE]

Output: Enhances energy and stamina Sugar and fat metabolism Potentiates the action of insulin Reduces mood swings & anxiety


Input: [NAME] Copper [SOURCE] Meat & drinking water [USE]

Output: Enhances the absorption of iron Enhances bone production Enhances production of ATP (fuel for the cells)


Input: [NAME] Iron [SOURCE] Beef, fish, poultry, shellfish, eggs, legumes, dried fruits, & fortified cereals [USE]

Output: Critical for hemoglobin formation in red blood cells Oxygen carrier for energy utilization


Input: [NAME] Magnesium [SOURCE] Legumes, whole grain cereals, nuts, dark green vegetables, & chocolate [USE]

Output: Brain and nerve function Muscle contraction Enhances energy production in the heart Dilates coronary arteries and lowers blood pressure


Input: [NAME] Potassium [SOURCE] Fruit, vegetables, dairy, grains, legumes, & beef [USE]

Output: Nerve transmission Fluid balance Muscle contraction Ensures energy gets into cells where they can be broken down for energy


Input: [NAME] Selenium [SOURCE] Seafood, meats, grains, & Brazil nuts [USE]

Output: Enhances Vitamin E functions Enhance energy and stamina by balancing adrenal gland Reduces risk of cancer of prostrate, breast, colon, rectum, & lung


Input: [NAME] Zinc [SOURCE] Beef, fish, poultry, grains, vegetables [USE]

Output: Enhances immune system Wound healing Sperm production Involved in many enzyme, hormone and protein functions


Input: [0] Reusable [Quick Fitting®] YES [Crimping] NO [Glued] NO [Soldered] NO [Threaded] YES [Compression]

Output: NR

Applications of ProBite® Lead-Free Products | Quick Fitting Inc.


Input: [0] Push to Connect [Quick Fitting®] YES [Crimping] NO [Glued] YES [Soldered] NO [Threaded] NO [Compression]

Output: NO

Applications of ProBite® Lead-Free Products | Quick Fitting Inc.


Input: [0] Reposition Able [Quick Fitting®] YES [Crimping] NO [Glued] NO [Soldered] NO [Threaded] YES [Compression]

Output: YES

Applications of ProBite® Lead-Free Products | Quick Fitting Inc.


Input: [0] Repairable [Quick Fitting®] YES [Crimping] NO [Glued] NO [Soldered] NO [Threaded] NO [Compression]

Output: YES

Applications of ProBite® Lead-Free Products | Quick Fitting Inc.


Input: [0] Quick Connect [Quick Fitting®] YES [Crimping] NO [Glued] NO [Soldered] NO [Threaded] NO [Compression]

Output: NO

Applications of ProBite® Lead-Free Products | Quick Fitting Inc.


Input: [0] Connect Water-filled Pipe [Quick Fitting®] YES [Crimping] NO [Glued] NO [Soldered] NO [Threaded] NO [Compression]

Output: YES

Applications of ProBite® Lead-Free Products | Quick Fitting Inc.


Input: [0] Simple to Use [Quick Fitting®] YES [Crimping] NO [Glued] NO [Soldered] NO [Threaded] NO [Compression]

Output: NO

Applications of ProBite® Lead-Free Products | Quick Fitting Inc.


Input: [Allowed] Water and ice chips, decaffeinated tea, sugar free cocoa, crystal light, sugar-free Kool-aid, sugar-free Tang, sugar-free lemonade, diet Snapple, diet V-8 Splash, non-caloric flavored water [Avoid] All sugar sweetened drinks, alcoholic beverages, coffee, caffeinated beverages, carbonated beverages [Food Group]

Output: Beverages

Bariatric Surgery Puree Diet Plan | Laparoscopic.MD


Input: [Allowed] Cooked cereal, cream of rice, cream of wheat, Malt-O-Meal, thinned grits or oatmeal, mashed potatoes, mashed sweet potatoes, baked potatoes, baked beans [Avoid] Sugar-sweetened cereals, cold cereals, pasta and all other starches [Food Group]

Output: Starches

Bariatric Surgery Puree Diet Plan | Laparoscopic.MD


Input: [Allowed] Cooked or canned fruits. Be sure that the canned fruits are packed in their own juice and without sugar added [Avoid] Raw fruits and sugary juices. Fruits that cannot be peeled like orange and grapefruit. [Food Group]

Output: Fruits

Bariatric Surgery Puree Diet Plan | Laparoscopic.MD


Input: [Allowed] Skim or fat free milk, low-fat yogurt, low-fat or fat-free cottage cheese [Avoid] All others [Food Group]

Output: Dairy

Bariatric Surgery Puree Diet Plan | Laparoscopic.MD


Input: [Allowed] Egg, canned chicken, shaved deli meats, almost any type of fish cooked by baking, boiling, slow cooker, foil wrapped [Avoid] Beef, dry meat or poultry. Cooking methods: grilling, frying [Food Group]

Output: Meat

Bariatric Surgery Puree Diet Plan | Laparoscopic.MD


Input: [Allowed] Cooked or canned vegetables. Be sure to choose low sodium vegetables. Must be able to mash with fork. [Avoid] Raw vegetables, stringy vegetables [Food Group]

Output: Vegetables

Bariatric Surgery Puree Diet Plan | Laparoscopic.MD


Input: [Allowed] I can’t believe it’s not butter cooking spray [Avoid] Saturated fats, butter, margarine [Food Group]

Output: Fats

Bariatric Surgery Puree Diet Plan | Laparoscopic.MD


Input: [Allowed] Sugar free popsicle, sugar free jello.You may choose low sugar baby food protein. [Avoid] Sugar sweetened desserts, mixed dishes like lasagna [Food Group]

Output: Other

Bariatric Surgery Puree Diet Plan | Laparoscopic.MD


Input: [0] ID [1] common name [2] family [3] latin name [4] date [5] quantity [6] action [7] days to germ [8] propagation [9] days to maturity [10] habitat [11] sun [13] soil [14] inventory [15] notes [16] nutrients [17] needs [18] use [12]

Output: drainage


Input: [0] 323 [1] Chamomile [2] Asteraceae [3] Chamaemelum nobile (dg fo pf wp) [4] 2013-06-24 00:00:00 [5] 56 each starts in greenhouse soil [6] transplant [8] Seed - sow March in a cold frame. Only just cover the seed and do not let the compost dry out. When they are large enough to handle, prick the seedlings out into individual pots and plant them out into their permanent positions in the summer. Division in spring or autumn. Very easy, larger clumps can be replanted direct into their permanent positions, though it is best to pot up smaller clumps and grow them on in a cold frame until they are rooting well. Plant them out in the summer or following spring. Basal cuttings in spring. Harvest the shoots when they are about 5cm long with plenty of underground stem. Pot them up into individual pots and keep them in light shade in a cold frame or greenhouse until they are rooting well. Plant them out in the summer. Tolerates most well-drained soils, preferring a dry sandy soil and a sunny position[4, 37, 200]. Tolerates partial shade[16]. Established plants are drought tolerant[190]. Can be grown in grass[54]. Tolerates a pH in the range 6.8 to 8. Plants are hardy to at least -15°c[200]. They often deteriorate in very wet or cold winters, but usually recover quickly in the spring and early summer[238]. Chamomile is commonly grown in the domestic herb garden, it is also cultivated commercially for its flowers which are used in herb teas and medicinally. The double-flowered form is highly regarded for its medicinal virtues[165]. Plants can be invasive when growing in good conditions[188], though they are easy to control[K]. There is some confusion between this plant (which is a perennial) and the annual chamomile (Matricaria chamomilla) as to which is the genuine medicinal chamomile. Some reports say that this plant is the most effective herbally[4], whilst others says that Matricaria is more potent[9]. Both plants seem to have very similar properties and either can probably be used quite successfully. Camomile is a very good companion plant, promoting the health of plants it is growing close to, it is especially good for growing near cabbages, onions and, in small quantities, wheat[4, 14, 20, 54, 201, 238]. The cultivar 'Treneague' is a low-growing non-flowering form that makes an excellent ground cover[197]. Fairly tolerant of being walked on, it is sometimes used instead of grass for making a lawn though it is more difficult to maintain and can become weed infested, especially in its early stages[200]. It also tends to become bare in places[208]. The whole plant has a pungent aroma, this being especially noticeable on hot days or when the plant is bruised. [10] Ground Cover; Lawn; Cultivated Beds; East Wall. In. South Wall. In. West Wall. In. [11] sun or partial shade [13] poor [15] Camomile is a common herb with a long history of safe and effective medicinal use - it is widely used as a household herbal remedy. It is particularly useful as a remedy for various problems of the digestive system, as a sedative and a nervine, it is especially suited for young children[4, 20, 21]. A tea is made from the flowers and this should be prepared in a closed vessel to prevent loss of the essential oils[4]. The flowers are anodyne, anti-inflammatory, antispasmodic, nervine, stomachic, tonic, vasodilator[4, 14, 21, 37, 165, 201]. The single-flowered form is the most potent medicinally, though it can in large doses damage the lining of the stomach and bowels[4]. For this reason, the double-flowered form is usually preferred since this contains less of the alkaloid that causes the problem[4]. The flowers are gathered in the summer when they are fully open and are distilled for their oil or dried for later use[238]. They should not be stored for longer than 12 months[238]. The whole herb is used to make a lotion for external application in the treatment of toothache, earache, neuralgia etc[4]. The essential oil is used in aromatherapy. Its keyword is 'Soothing'[210]. The German Commission E Monographs, a therapeutic guide to herbal medicine, approve Chamaemelum nobile for coughs and bronchitis, fevers and colds, inflammations of the skin, inflammation of the mouth and pharynx, tendency to infection - improve immunity, wounds and burns (see [302] for critics of commission E). An infusion of the flowers is used as a hair shampoo, especially for fair hair[14, 20, 168]. It is also used as a liquid feed and general plant tonic[14], effective against a number of plant diseases[18, 20, 201]. It has fungicidal properties and its use is said to prevent damping off in seedlings[238]. The flowers are an ingredient of 'QR' herbal compost activator[32]. This is a dried and powdered mixture of several herbs that can be added to a compost heap in order to speed up bacterial activity and thus shorten the time needed to make the compost[K]. The whole plant was formerly used as a strewing herb[4, 168]. The whole plant is insect repellent both when growing and when dried[14, 20]. An essential oil from the whole plant is used as a flavouring and in perfumery[46]. Yellow to gold dyes are obtained from the flowers[168]. The plant makes a very good ground cover[197] and can also be used as an edging plant[200]. It does tend to become bare in patches[208]. [18] Anodyne, Antiinflammatory, Antispasmodic, Aromatherapy, Compost, Dye, Essential, Food, Fungicide, Insect repellant, Nervine, Stomachic, Strewing, Tonic, Vasodilator [12]

Output: well drained


Input: [0] 4 [1] Chaste Tree [2] Verbenaceae [3] Vitex agnus-castus (dg fo pf wp) [4] 2013-04-26 00:00:00 [5] 112 each seeds in [6] plant [7] 21 [8] Standard greenhouse cultivation works best on these seeds, with germ after 3 or 4 weeks of warm, moist treatment. Seed sow March in a warm greenhouse. The seed does not need pre-treatment. Germination is usually free and quick. Prick out the seedlings into individual pots when they are large enough to handle and grow them on in the greenhouse for their first winter. Plant them out into their permanent positions in early summer of the following year. Cuttings of half-ripe wood, 5 - 8cm with a heel, July/August in a frame. Good percentage. Cuttings of mature wood of the current seasons growth, November in a cold frame. Prefers a light well-drained loamy soil in a warm sunny position sheltered from cold drying winds. Succeeds in dry soils. Intolerant of water-logging. Hardy to about -10°c. Plants only flower freely in a warm summer, so they are best grown against a sunny wall even in areas of the country where they are hardy. The flowers are produced so late in the season that they are unlikely to produce viable seed in this country even if they flower properly. A very ornamental plant, there are some named varieties. The whole plant is aromatic, the leaves and stems are strongly aromatic, the flowers are deliciously scented and the dried seeds have a pungent lemony perfume. This species has long been regarded as a symbol of chastity. Flowers are produced at the ends of the current year's growth. Any pruning is best carried out in the spring and should consist of cutting out dead wood and shortening last year's flowering branches. [10] Germ: warm, moist, greenhouse. [13] loam [14] 100 each [15] The leaves and flowers exude exotic aromas. Seeds regulate hormones and support breast health. Used for thousands of years for its beneficial affect on the female hormonal system. Prolonged usage restores corpus luteum function. The berries of this plant have a range of medicinal actions but possibly the most important is its ability to rectify hormonal imbalances caused by an excess of oestrogen and an insufficiency of progesterone. It acts upon the pituitary gland, reducing the production of certain hormones and increasing the production of others, shifting the balance in favour of the gestagens. Thus it has a wide application of uses in malfunctions of the feminine reproductive system and has been used with great effect in restoring absent menstruation, regulating heavy periods, restoring fertility when this is caused by hormonal imbalance, relieving pre-menstrual tension and easing the change of menopause. Some caution is advised since excessive doses can cause a nervous disorder known as formication, which manifests as a sensation of insects crawling over the skin. The berries are considered to be an aphrodisiac, though other reports say that they are anaphrodisiac. The reason for this apparent disagreement is that the berries have a regulating effect on the body and so are likely to increase sexual activity in those who are not very active in this area whilst reducing it in those who are very active. The fresh berries are pounded to a pulp and used in the form of a tincture for the relief of paralysis, pains in the limbs, weakness etc. Other uses include: reduced flatulence, suppress appetite and induce sleep. Unproven uses include: treatment of impotence, prostatitis, swelling of the testes, sterility, swelling of the ovaries. A perfume is made from the flowers. Young stems are used in basket making. A yellow dye is obtained from the leaves, the seed and the roots. Wood - hard, close grained. [18] Anaphrodisiac, Aphrodisiac, Basketry, Diaphoretic, Diuretic, Dye, Essential, Febrifuge, Fragrance, Galactogogue, Infertility, Ophthalmic, Seasoning, Sedative, Stomachic, Wood [12]

Output: well drained


Input: [0] 10 [1] Codonopsis; Dang-shen [2] Campanulaceae [3] Codonopsis pilosula (dg fo pf wp) [7] 7 [8] Sow in spring. Watch out for gophers, these roots are tastier than carrots! Do not allow the compost to dry out. The seed usually germinates in 1 - 6 weeks at 20°c. Prick out the seedlings into individual pots as soon as they are large enough to handle and grow them on in a greenhouse for their first winter. Plant out in late spring or early summer and protect them from slugs until the plants are well established. DIVISION in spring, with care, since the plant resents root disturbance. We have found it best to take small divisions that are teased out from the sides of the main clump so as to cause the least possible disturbance to the plants and to avoid having to dig up the clump. These small divisions need to be potted up and placed in light shade in a greenhouse until they are rooting well. They can be planted out into their permanent positions in the summer if they are large enough, otherwise in the following spring. [10] Plant prefers full sun to part shade and something to climb on -- preferably another plant but lacking that at least a string. [11] sun or partial shade [13] garden [14] 100 each [15] Twining and vining perennial native to China. "Poor Man's Ginseng" builds chi and tonifys the blood. A fascinating climbing plant with bell-shaped blossoms. The roots are crunchy, very sweet, quite delicious. The herb in TCM is the pressed and dried, rolled root that is sugary and chewy. Highly recommended. [18] Adaptogen, Appetizer, Digestive, Galactogogue, Sialagogue, Stomachic, Tonic [12]

Output: well drained


Input: [0] 46 [1] Ku-shen [2] Fabaceae [3] Sophora flavescens (dg fo pf wp) [4] 2013-04-28 00:00:00 [5] 44 each seeds in [6] plant [8] Scarify and soak seed overnight and sow fall to early spring. Work up seedlings in pots until they are big enough to withstand the rigors of planting outdoors. Seed best sown as soon as it is ripe in a greenhouse. Pre-soak stored seed for 12 hours in hot (not boiling) water and sow in late winter in a greenhouse. Prick out the seedlings as soon as they are large enough to handle into individual pots in the greenhouse, and grow them on for 2 years under protected conditions. Plant them out into their permanent positions in early summer of their third year. Plants should be container-grown and planted out whilst young, older plants do not transplant well. A polymorphic species. This species has a symbiotic relationship with certain soil bacteria, these bacteria form nodules on the roots and fix atmospheric nitrogen. Some of this nitrogen is utilized by the growing plant but some can also be used by other plants growing nearby. CUTTINGS of young shoots with a heel, July/August in a frame. Also, air-layering. [10] The plant itself does well in the same habitat as Sea Buckthorn (Hippophaea rhamnoides), with an ability to improve poor soil and stabilize loose, sloping ground. Relatively cold-hardy broadleaf evergreens brighten the dreary drears of winter. Plant prefers full sun and is not picky about soil. Succeeds in a well-drained moderately fertile soil in full sun. Requires the protection of a sunny wall if it is to flower, and succeeds only in the mildest areas of the country. It grows best in the warmer areas of the country where the wood will be more readily ripened and better able to withstand winter cold. Although hardy to at least -15°c, this species does not do very well in the relatively cool summers of Britain, the plant gradually weakens and eventually succumbs. It can be grown in the milder areas of the country and be treated like a herbaceous perennial, growing afresh from the base each spring. [11] full sun [13] poor [14] 50 each [15] Evergreen perennial shrub to 5 feet, native to China and Japan. The dried root of this handsome, nitrogen-fixing subshrub is one of the Chinese herbs that clears heat, having a bitter and cold nature, used for jaundice, diarrhea, vaginal discharge and sores. It is a relatively important herb in the Chinese materia medica. [16] Nitrogen [18] Anthelmintic, Antibacterial, Antifungal, Antipruritic, Astringent, Bitter, Carminative, Diuretic, Febrifuge, Insect Repellant, Parasiticide, Pectoral, Stomachic, Tonic [12]

Output: well drained


Input: [0] 322 [1] Spearmint [2] Lamiaceae [3] Mentha spicata (dg fo pf wp) [4] 2013-06-24 00:00:00 [5] 56 each starts in greenhouse soil [6] transplant [8] Seed - sow spring in a cold frame. Germination is usually fairly quick. Prick out the seedlings into individual pots when they are large enough to handle and plant them out in the summer. Mentha species are very prone to hybridisation and so the seed cannot be relied on to breed true. Even without hybridisation, seedlings will not be uniform and so the content of medicinal oils etc will vary. When growing plants with a particular aroma it is best to propagate them by division[K]. Division can be easily carried out at almost any time of the year, though it is probably best done in the spring or autumn to allow the plant to establish more quickly. Virtually any part of the root is capable of growing into a new plant. Larger divisions can be planted out direct into their permanent positions. However, for maximum increase it is possible to divide the roots up into sections no more than 3cm long and pot these up in light shade in a cold frame. They will quickly become established and can be planted out in the summer. [10] Woodland garden sunny edge; dappled shade; shady edge; cultivated beds [11] partial shade [13] clay [18] Antiemetic, Antiseptic, Cancer, Carminative, Diuretic, Essential, Insect Repellant, Poultice, Restorative, Stimulant, Stomachic, Strewing [12]

Output: moist


Input: [0] 282 [1] Wormwood [2] Asteraceae [3] Artemisia absinthium (dg fo pf wp) [4] 2013-04-26 00:00:00 [5] 100 each seeds in [6] plant [7] 180 [8] Seed: surface sow from late winter to early summer in a greenhouse. The seed usually germinates within 2 - 26 weeks at 15°c[134]. When they are large enough to handle, prick the seedlings out into individual pots. They can be planted out in the summer, or kept in pots in a cold frame for the winter and then planted out in the spring. Cuttings: half-ripe wood, July/August in a frame. Division: in spring or autumn. Succeeds in any soil, but best in poor, dry, warm soil, which also promotes longevity and aroma. [11] sun or partial shade [13] poor [14] 0 each [15] Inhibits growth of fennel, sage, caraway, anise, and most young plants, especially in wet years [14, 18, 20]. Good companion to carrots, protecting them from root fly[201]. Deerproof, attracts dogs. Fresh or dried shoots repel insects and mice. An infusion discourages slugs and insects. Valued especially for its tonic effect on the liver, gallbladder and digestive system, and for its vermicidal activity[4, 238, 254]. Extremely useful medicine for those with weak and under-active digestion. It increases stomach acid and bile production, improving digestion and the absorption of nutrients[254]. It also eases wind and bloating and, if taken regularly, helps the body return to full vitality after a prolonged illness[254]. The leaves and flowering shoots are anthelmintic, anti-inflammatory, antiseptic, antispasmodic, antitumor, carminative, cholagogue, emmenagogue, febrifuge, hypnotic, stimulant, stomachic, tonic and vermifuge[4, 9, 21, 46, 165, 222, 254]. Harvested as it is coming into flower and then dried for later use[4]. Use with caution[21], the plant should be taken internally in small doses for short-term treatment only, preferably under the supervision of a qualified practitioner[238]. It should not be prescribed for children or pregnant women[238]. The extremely bitter leaves are chewed to stimulate the appetite[222]. The bitter taste on the tongue sets off a reflex action, stimulating stomach and other digestive secretions[254]. Leaves have been used with some success in the treatment of anorexia nervosa[244]. Applied externally to bruises and bites[238]. A warm compress has been used to ease sprains and strained muscles[257]. A homeopathic remedy is made from the leaves[9]. It is used to stimulate bile and gastric juice production and to treat disorders of the liver and gall bladder[9]. [18] Anthelmintic, Antiinflammatory, Antiseptic, Antispasmodic, Antitumor, Carminative, Cholagogue, Emmenagogue, Febrifuge, Flavouring, Fragrance, Homeopathy, Hypnotic, Insect Repellant, Stimulant, Stomachic, Strewing, Tonic, Vermifuge, Veterinary [12]

Output: well drained


Input: [Sr No] 1 [FERROCEMENT WATER TOWER] Self-weight of ferrocement water tower tank is about 60% less than that of RCC. [RCC WATER TOWER] Self weight of RCC water tower tank is more than 250% that of ferrocement water tower tank. [Comparison]

Output: Self Weight

Ferrocement Water Storage Tanks, Ferrocement Water Towers, Mumbai, India


Input: [Sr No] 2 [FERROCEMENT WATER TOWER] Ferrocement being crack resistant material, it is very much durable with no repairs requirement up to 50years. [RCC WATER TOWER] RCC is generally cracked section material. It is deteriorates after 15-20 years. Therefore itrequires early repairs. [Comparison]

Output: Durability

Ferrocement Water Storage Tanks, Ferrocement Water Towers, Mumbai, India


Input: [Sr No] 3 [FERROCEMENT WATER TOWER] Ferrocement has high strength to weight ratio. [RCC WATER TOWER] RCC has much low strength to weight ratio as compared to ferrocement. [Comparison]

Output: Strength

Ferrocement Water Storage Tanks, Ferrocement Water Towers, Mumbai, India


Input: [Sr No] 4 [FERROCEMENT WATER TOWER] Cost of foundation of ferrocement water tower tank is less than that of RCC. Foundation of ferrocement frame is convenient on weak soil. [RCC WATER TOWER] Cost of foundation is higher than that of ferrocement. Weak soil requires costly foundation such as pilling or any other. [Comparison]

Output: Foundation

Ferrocement Water Storage Tanks, Ferrocement Water Towers, Mumbai, India


Input: [Sr No] 5 [FERROCEMENT WATER TOWER] The surface of beams, columns, floors, have wire mesh reinforcement layers immediately below, by about 5mm.The wire mesh reinforcement is of small dia and at close spacing. Therefore it resists crack formation very efficiently. There are at least two layers of wire mesh. [RCC WATER TOWER] There is no such arrangement in the case of RCC frame. RCC sections generally being cracked are vulnerable to atmospheric polluted gases entry. Therefore more prone to early deteriorations of reinforcements and spalling of concrete. [Comparison]

Output: Pre-gunited Structures

Ferrocement Water Storage Tanks, Ferrocement Water Towers, Mumbai, India


Input: [Sr No] 6 [FERROCEMENT WATER TOWER] Ferrocement water tower tank does not require any waterproofing treatment. [RCC WATER TOWER] Waterproofing of walls and floor has to be exclusively carried out. [Comparison]

Output: Waterproofing

Ferrocement Water Storage Tanks, Ferrocement Water Towers, Mumbai, India


Input: [Sr No] 7 [FERROCEMENT WATER TOWER] The roof of Ferrocement water tower tanks is very much durable and the soffit does not deteriorate as in the case of RCC. [RCC WATER TOWER] The soffit of RCC water tower gets deteriorated after 10-12years and if not attended immediately, the whole slab has to be re-casted. [Comparison]

Output: Roof

Ferrocement Water Storage Tanks, Ferrocement Water Towers, Mumbai, India


Input: [Sr No] 8 [FERROCEMENT WATER TOWER] Ferrocement frame of water tower is very much ductile. The earthquake and wind forces are very low because the self weight of the ferrocement water tower tank is very low. [RCC WATER TOWER] In case of RCC water tower tank earthquake and wind forces are very high. Because of comparatively very high self weight. [Comparison]

Output: Earthquake and wind resistance

Ferrocement Water Storage Tanks, Ferrocement Water Towers, Mumbai, India


Input: [Sr No] 9 [FERROCEMENT WATER TOWER] Life Cycle cost of ferrocement water tower tanks is very low as compared to RCC. [RCC WATER TOWER] Life cycle cost of RCC frame is very high. [Comparison]

Output: Life Cycle Cost

Ferrocement Water Storage Tanks, Ferrocement Water Towers, Mumbai, India


Input: [Sr No] 10 [FERROCEMENT WATER TOWER] Cost of ferrocement water tower tanks is about 15% less than that of RCC. [RCC WATER TOWER] Cost of RCC water tower tanks is about 20% more than that of Ferrocement. [Comparison]

Output: Cost

Ferrocement Water Storage Tanks, Ferrocement Water Towers, Mumbai, India


Input: [Sr No] 11 [FERROCEMENT WATER TOWER] The ladders/ staircase for water tower tanks shall also be constructed out of ferrocement, which is more durable with less/nil maintenance. [RCC WATER TOWER] The ladders of RCC water towers are generally made out of steel. These require regular maintenance. It may be required to be replaced if heavy deterioration. [Comparison]

Output: Ladders

Ferrocement Water Storage Tanks, Ferrocement Water Towers, Mumbai, India


Input: [What the page is about] How blood pressure works in your body [The MHT page]

Output: About Blood Pressure


Input: [What the page is about] How a blood-pressure measuring kit works and how to use it to measure your own BP and that of family members [The MHT page]

Output: Measure Your Blood Pressure (this page)


Input: [What the page is about] How likely is it that you or a member of your family has damaging high blood pressure? [The MHT page]

Output: Prevalence of High Blood Pressure


Input: [What the page is about] Some general ways to learn what your numbers are [The MHT page]

Output: Find Your Blood Pressure Numbers


Input: [What the page is about] A non-pharmaceutical way to help lower the BP while you work on eliminating the cause [The MHT page]

Output: Relieve Hypertension / Reduce High Blood Pressure


Input: [What the page is about] Straightforward, relatively easy ways to get your weight down and thereby control your BP [The MHT page]

Output: Control Weight/Control Hypertension


Input: [Spare batteries] Spare batteries for portable electronic devices containing lithium ion batteries exceeding a Watt-hour rating of 100 Wh but not exceeding 160 Wh when carried for personal use. No more than two individually protected spare batteries per person may be carried. Each lithium ion cell or battery must be individually protected so as to prevent short circuits (by placement in original retail packaging or by otherwise insulating terminals, e.g. by taping over exposed terminals or placing each battery in a separate plastic bag or protective pouch). Batteries and cells must be of a type which meets the requirements of each test in the UN Manual of Tests and Criteria, Part III, subsection 38.3. It may be necessary to contact the manufacturer to confirm that they have complied with this. Travelling with portable electronic devices that contain lithium ion batteries [Carry-on Baggage] Yes [Checked (hold) Baggage] No [On One's Person] Yes [Airline approval required]

Output: Yes

Travelling with Spare Batteries | Before You Fly | Passengers


Input: [Spare batteries] Spare fuel cell cartridges. No more than two spare fuel cell cartridges may be carried by passenger. Fuel cells containing fuel are permitted in carry-on baggage only. Fuel cells must be of a type that will not charge batteries when the portable electronic device is not in use and must be durably marked by the manufacturer, ‘APPROVED FOR CARRIAGE IN AIRCRAFT CABIN ONLY.’ Refuelling of fuel cells on board an aircraft is not permitted, although the installation of a spare cartridge is allowed. The airline’s approval is not required to carry spare fuel cell cartridges. However, the passenger must contact their airline prior to travel to obtain further information contained within the ICAO Technical Instructions. Travelling with portable electronic devices powered by fuel cells [Carry-on Baggage] Yes [Checked (hold) Baggage] Yes [On One's Person] Yes [Airline approval required]

Output: No

Travelling with Spare Batteries | Before You Fly | Passengers


Input: [Spare batteries] Spare batteries for portable electronic devices (including metal devices) containing lithium metal or lithium ion cells or batteries carried for personal use. Must be individually protected so as to prevent short circuits (by placement in original retail packaging or by otherwise insulating terminals, e.g. by taping over exposed terminals or placing each battery in a separate plastic bag or protective pouch). Each spare battery must not exceed the following: lithium metal or lithium alloy batteries, a lithium content of not more than 2 grams; or lithium ion batteries, a watt-hour rating of not more than 100 Wh. Batteries and cells must be of a type which meets the requirements of each test in the UN Manual of Tests and Criteria, Part III, subsection 38.3. It may be necessary to contact the manufacturer to confirm that they have complied with the requirements. Travelling with portable electronic devices containing lithium metal or lithium ion cells or batteries [Carry-on Baggage] Yes [Checked (hold) Baggage] No [On One's Person] Yes [Airline approval required]

Output: No

Travelling with Spare Batteries | Before You Fly | Passengers


Input: [Spare batteries] Spare non-spillable batteries must meet Special Provision A67 of the ICAO Technical Instructions. Your airline should be able to advise you prior to travel. No more than two individually protected batteries may be carried per person. Batteries must not have a voltage greater than 12 volts and a watt-hour rating of not greater than 100 Wh. Batteries must be protected from short circuit by the effective insulation of exposed terminals. Travelling with portable electronic equipment containing a non spillable battery [Carry-on Baggage] Yes [Checked (hold) Baggage] Yes [On One's Person] No [Airline approval required]

Output: No

Travelling with Spare Batteries | Before You Fly | Passengers


Input: [Spare batteries] Spare batteries for portable medical electronic devices containing lithium metal cells or batteries not exceeding 2 grams, or lithium ion cells or batteries not exceeding 100 Wh Travelling with portable electronic devices containing lithium metal cells or batteries not exceeding 2 grams, or lithium ion cells or batteries not exceeding 100 Wh [Carry-on Baggage] Yes [Checked (hold) Baggage] No [On One's Person] Yes [Airline approval required]

Output: No

Travelling with Spare Batteries | Before You Fly | Passengers


Input: [Spare batteries] Spare batteries for medical electronic devices containing lithium metal batteries exceeding 2 grams but not exceeding 8 grams, or lithium ion batteries exceeding 100 Wh but not exceeding 160 Wh Travelling with portable medical devices containing lithium metal batteries exceeding 2 grams but not exceeding 8 grams, or lithium ion batteries exceeding 100 Wh but not exceeding 160 Wh [Carry-on Baggage] Yes [Checked (hold) Baggage] No [On One's Person] Yes [Airline approval required]

Output: Yes

Travelling with Spare Batteries | Before You Fly | Passengers


Input: [Generic Name] Abatacept [Common Trade Name(s)] Orencia [Classification]

Output: Co-stimulation modulator for rheumatoid arthritis

Drug Product Listings | British Columbia Drug and Poison Information Centre (BC DPIC)


Input: [Generic Name] Abiraterone [Common Trade Name(s)] Zytiga [Classification]

Output: Androgen biosynthesis inhibitor

Drug Product Listings | British Columbia Drug and Poison Information Centre (BC DPIC)


Input: [Generic Name] Acamprosate [Common Trade Name(s)] Campral [Classification]

Output: Alcohol abstinence aid

Drug Product Listings | British Columbia Drug and Poison Information Centre (BC DPIC)


Input: [Generic Name] Aclidinium bromide [Common Trade Name(s)] Tudorza Genuair [Classification]

Output: Bronchodilator

Drug Product Listings | British Columbia Drug and Poison Information Centre (BC DPIC)


Input: [Generic Name] Adapalene + benzoyl peroxide [Common Trade Name(s)] Tactuo [Classification]

Output: Acne therapy

Drug Product Listings | British Columbia Drug and Poison Information Centre (BC DPIC)


Input: [Generic Name] Adefovir dipivoxil [Common Trade Name(s)] Hepsera [Classification]

Output: Antiviral agent

Drug Product Listings | British Columbia Drug and Poison Information Centre (BC DPIC)


Input: [Generic Name] Afatinib [Common Trade Name(s)] Giotrif [Classification]

Output: Protein kinase inhibitor

Drug Product Listings | British Columbia Drug and Poison Information Centre (BC DPIC)


Input: [Generic Name] Alendronate [Common Trade Name(s)] Fosamax [Classification]

Output: Bone resorption inhibitor

Drug Product Listings | British Columbia Drug and Poison Information Centre (BC DPIC)


Input: [Generic Name] Alglucosidase alfa [Common Trade Name(s)] Myozyme [Classification]

Output: Enzyme replacement therapy

Drug Product Listings | British Columbia Drug and Poison Information Centre (BC DPIC)


Input: [Generic Name] Aliskiren and hydrochlorothiazide [Common Trade Name(s)] Rasilez HCT [Classification]

Output: Renin inhibitor and diuretic

Drug Product Listings | British Columbia Drug and Poison Information Centre (BC DPIC)


Input: [Generic Name] Alitretinoin [Common Trade Name(s)] Toctino [Classification]

Output: Immunomodulator, antiinflammatory agent

Drug Product Listings | British Columbia Drug and Poison Information Centre (BC DPIC)


Input: [Generic Name] Alogliptin [Common Trade Name(s)] Nesina [Classification]

Output: Oral antihyperglycemic agent

Drug Product Listings | British Columbia Drug and Poison Information Centre (BC DPIC)


Input: [Generic Name] Alogliptin + metformin [Common Trade Name(s)] Kazano [Classification]

Output: Oral antihyperglycemic agent

Drug Product Listings | British Columbia Drug and Poison Information Centre (BC DPIC)


Input: [Generic Name] Aluminum chloride hexahydrate [Common Trade Name(s)] Hydrosal gel [Classification]

Output: Antiperspirant

Drug Product Listings | British Columbia Drug and Poison Information Centre (BC DPIC)