- Page 4 and 5: Preface Alternative sweeteners, bot
- Page 6 and 7: Contents Preface iii Contributors i
- Page 8: Contents vii 19. Xylitol 335 Philip
- Page 11 and 12: x Contributors Lee B. Dexter Lee B.
- Page 13 and 14: xii Contributors John A. van Velthu
- Page 15 and 16: 2 O’Brien Nabors in humans. This
- Page 17 and 18: 4 O’Brien Nabors III. THE MULTIPL
- Page 19 and 20: 6 O’Brien Nabors Committee for Fo
- Page 21 and 22: 8 O’Brien Nabors be ‘‘safe.
- Page 23 and 24: 10 O’Brien Nabors tioner could pe
- Page 25 and 26: 12 O’Brien Nabors 7. Commission D
- Page 27 and 28: 14 von Rymon Lipinski and Hanger Fi
- Page 29 and 30: 16 von Rymon Lipinski and Hanger II
- Page 31 and 32: 18 von Rymon Lipinski and Hanger bi
- Page 33 and 34: 20 von Rymon Lipinski and Hanger pi
- Page 35 and 36: 22 von Rymon Lipinski and Hanger Ta
- Page 37 and 38: 24 von Rymon Lipinski and Hanger th
- Page 39 and 40: 26 von Rymon Lipinski and Hanger If
- Page 41 and 42: 28 von Rymon Lipinski and Hanger 2.
- Page 43 and 44: 30 von Rymon Lipinski and Hanger 47
- Page 45 and 46: 32 Auerbach et al. Figure 1 Alitame
- Page 47 and 48: 34 Auerbach et al. Figure 2 Main de
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- Page 51 and 52: 38 Auerbach et al. Table 4 Major Sa
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40 Auerbach et al. Food Additives (
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42 Butchko et al. Figure 1 Chemical
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44 Butchko et al. sweetened product
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46 Butchko et al. ranged from about
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48 Butchko et al. Figure 5 Dietary
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50 Butchko et al. verse health effe
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52 Butchko et al. sumption and the
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54 Butchko et al. BK Dwivedi, ed. L
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56 Butchko et al. after single-dose
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58 Butchko et al. tame exacerbates
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60 Butchko et al. Hallenbeck, eds.
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5 Cyclamate Barbara A. Bopp TAP Pha
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Cyclamate 65 III. PHYSICAL CHARACTE
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Cyclamate 67 Table 1 Continued Coun
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Cyclamate 69 VII. UTILITY Although
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Cyclamate 71 States, and therefore
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Cyclamate 73 ability to metabolize
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Cyclamate 75 In 1976, the Temporary
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Cyclamate 77 XV. OTHER TOXICITY A.
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Cyclamate 79 2. Cardiovascular Effe
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Cyclamate 81 a bolus oral dose of c
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Cyclamate 83 29. AJ Collings. Metab
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Cyclamate 85 67. BM Cattanach. The
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88 Borrego and Montijano II. ORIGIN
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90 Borrego and Montijano example in
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92 Borrego and Montijano Table 1 Ha
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94 Borrego and Montijano Many attem
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96 Borrego and Montijano effect lev
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98 Borrego and Montijano Table 3 GR
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100 Borrego and Montijano REFERENCE
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102 Borrego and Montijano 37. H Mon
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104 Borrego and Montijano 74. JT Ma
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106 Bertelsen et al. Figure 1 The f
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108 Bertelsen et al. Figure 2 The t
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110 Bertelsen et al. Figure 3 Fruct
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112 Bertelsen et al. by each metabo
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114 Bertelsen et al. Figure 5 Measu
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116 Bertelsen et al. vein of unadap
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118 Bertelsen et al. to laxation or
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120 Bertelsen et al. Figure 8 Tetra
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122 Bertelsen et al. hard-boiled ca
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124 Bertelsen et al. D. Fondant Bec
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126 Bertelsen et al. 5. JP Saunders
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8 Neotame W. Wayne Stargel, Dale A.
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Neotame 131 through a systematic ap
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Neotame 133 products. In all produc
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Neotame 135 about 3% to 10% sucrose
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Neotame 137 Figure 5 Comparative te
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Neotame 139 cific taste requirement
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Neotame 141 organ toxicity in chron
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Neotame 143 of metabolism and pharm
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Neotame 145 4. MW Pariza, SV Ponaka
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148 Pearson ing a solution on his h
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150 Pearson Figure 1 Remsen-Fahlber
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152 Pearson manufactured to meet Fo
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Table 3 Additive Effect of Sacchari
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Table 5 Flavor Profile and Cost Com
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158 Pearson blends can provide redu
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160 Pearson Figure 8 Saccharin hydr
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162 Pearson In 1997, a special Inte
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164 Pearson 34. G Von Ryman Lipinsk
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10 Stevioside A. Douglas Kinghorn,
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Stevioside 169 methods for the puri
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Stevioside 171 been determined as f
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Stevioside 173 the acid pH levels c
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Stevioside 175 these were not consi
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Stevioside 177 gene, an actual acti
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Stevioside 179 side given as an inf
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Stevioside 181 4. O Tanaka. Improve
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Stevioside 183 of the cariogenic po
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186 Goldsmith and Merkel Figure 1 C
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188 Goldsmith and Merkel Deviations
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190 Goldsmith and Merkel mouse stud
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192 Goldsmith and Merkel 35 days, t
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Figure 5 Viscosities of water and 1
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196 Goldsmith and Merkel Figure 7 R
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198 Goldsmith and Merkel show, dry
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200 Goldsmith and Merkel Figure 8 A
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202 Goldsmith and Merkel sucralose
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204 Goldsmith and Merkel N. Analyti
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206 Goldsmith and Merkel the relati
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12 Less Common High-Potency Sweeten
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Less Common High-Potency Sweeteners
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Less Common High-Potency Sweeteners
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Less Common High-Potency Sweeteners
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Less Common High-Potency Sweeteners
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Less Common High-Potency Sweeteners
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Less Common High-Potency Sweeteners
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Less Common High-Potency Sweeteners
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Less Common High-Potency Sweeteners
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Less Common High-Potency Sweeteners
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Less Common High-Potency Sweeteners
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Less Common High-Potency Sweeteners
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Less Common High-Potency Sweeteners
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236 Embuscado and Patil Figure 1 Mo
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238 Embuscado and Patil growth of t
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240 Embuscado and Patil Table 3 Pro
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242 Embuscado and Patil Figure 3 So
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244 Embuscado and Patil sion becaus
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246 Embuscado and Patil Figure 5 H
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248 Embuscado and Patil mentability
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250 Embuscado and Patil V. SAFETY A
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252 Embuscado and Patil VII. REGULA
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254 Embuscado and Patil 26. M Hiele
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256 Eberhardt glucose syrups; those
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258 Eberhardt include humectancy, n
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260 Eberhardt occurring colonic bac
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262 Eberhardt diabetic or nondiabet
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264 Eberhardt from U.S. FDA, Docket
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266 Wijers and Sträter of Südzuck
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268 Wijers and Sträter isomalt is
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270 Wijers and Sträter Figure 5 So
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272 Wijers and Sträter than sucros
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274 Wijers and Sträter to optimize
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276 Wijers and Sträter • Hard co
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278 Wijers and Sträter energy in c
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280 Wijers and Sträter 3. W Gau, J
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282 Wijers and Sträter stoffes Pal
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284 Kato and Moskowitz cation and c
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286 Kato and Moskowitz sweeter. How
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288 Kato and Moskowitz croorganisms
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290 Kato and Moskowitz Industries t
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292 Kato and Moskowitz The Joint FA
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294 Kato and Moskowitz 8. KJ Klacik
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17 Lactitol: A New Reduced-Calorie
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Lactitol 299 in the small intestine
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Table 1 Fermentability of Lactitol,
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Lactitol 303 Table 2 Average of Car
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Lactitol 305 Table 3 Relative Sweet
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Lactitol 307 Figure 4 Water activit
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Lactitol 309 Figure 7 Freezing-poin
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Lactitol 311 In the gum base, lacti
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Lactitol 313 hygroscopicity prolong
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Lactitol 315 bacterial flora in chr
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318 Le and Mulderrig out and the so
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320 Le and Mulderrig Figure 3 Rates
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322 Le and Mulderrig Table 2 Charac
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324 Le and Mulderrig Sorbitol and m
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326 Le and Mulderrig with a mint fl
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328 Le and Mulderrig deal of time o
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330 Le and Mulderrig Figure 5 Visco
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332 Le and Mulderrig Figure 6 Moist
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334 Le and Mulderrig 6. RG Allison.
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336 Olinger and Pepper Table 1 Some
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338 Olinger and Pepper than sucrose
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340 Olinger and Pepper or no sugar
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342 Olinger and Pepper absence of p
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344 Olinger and Pepper Besides labo
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346 Olinger and Pepper In summary,
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348 Olinger and Pepper formation of
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350 Olinger and Pepper increased fa
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352 Olinger and Pepper lycerate lev
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354 Olinger and Pepper 8. HAB Linke
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356 Olinger and Pepper 50. J Gordon
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358 Olinger and Pepper Federation o
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360 Olinger and Pepper 128. D Kande
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362 Olinger and Pepper field studie
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364 Olinger and Pepper 201. JL Pous
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20 Crystalline Fructose John S. Whi
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Crystalline Fructose 369 Table 1 Ty
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Crystalline Fructose 371 Table 3 Fr
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Crystalline Fructose 373 Table 4 Th
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Crystalline Fructose 375 Figure 2 S
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Crystalline Fructose 377 A. Absorpt
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Crystalline Fructose 379 mal subjec
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Crystalline Fructose 381 individual
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Crystalline Fructose 383 products b
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Crystalline Fructose 385 Table 10 R
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Crystalline Fructose 387 mask unpal
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Crystalline Fructose 389 • Subseq
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21 High Fructose Corn Syrup Allan W
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High Fructose Corn Syrup 393 Table
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High Fructose Corn Syrup 395 Figure
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High Fructose Corn Syrup 397 Figure
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High Fructose Corn Syrup 399 refini
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High Fructose Corn Syrup 401 Table
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High Fructose Corn Syrup 403 Table
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High Fructose Corn Syrup 405 Table
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High Fructose Corn Syrup 407 raised
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High Fructose Corn Syrup 409 Table
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High Fructose Corn Syrup 411 weak m
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414 Irwin and Sträter Figure 1 Che
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416 Irwin and Sträter is practical
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418 Irwin and Sträter synthesis (1
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420 Irwin and Sträter Chewing gum
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23 Trehalose Alan B. Richards Hayas
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Trehalose 425 Figure 1 Structure of
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Trehalose 427 Figure 2 Enzymatic pr
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Trehalose 429 of 2.3, 4.6, 6.9, and
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Trehalose 431 Figure 4 Hygroscopici
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Table 2 Water Solubility at Various
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Trehalose 435 in an aqueous environ
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Trehalose 437 Table 4 The pH of 4%
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Trehalose 439 Figure 6 The viscosit
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Trehalose 441 additive in Japan in
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Trehalose 443 B. Stabilization of S
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Trehalose 445 Figure 11 Dinner roll
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Trehalose 447 Figure 13 Various sug
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Trehalose 449 Table 6 Technical Eff
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Trehalose 451 ileum (53). Trehalase
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Trehalose 453 (58, 63). Few specifi
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Trehalose 455 Table 7 Four Acute To
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Trehalose 457 4.89-12.43 g/kg/day,
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Trehalose 459 23. T Nakada, K Marut
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Trehalose 461 62. J Mardzˇarovová
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464 Bakal 4. Competitive prices. Fo
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466 Bakal Figure 3 Sweetness profil
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468 Bakal ity of coffee sweetened w
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470 Bakal Figure 4 Aspartame (APM)
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472 Bakal opments is the introducti
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474 Bakal acceptance because of lac
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476 Bakal Figure 8 Overall acceptab
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478 Bakal products, they enjoy high
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480 Bakal 15. AF Lavia, JA Hill (E.
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482 Fry and Hoek achieved in 1995,
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484 Fry and Hoek Figure 1 Reaction
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486 Fry and Hoek real applications
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488 Fry and Hoek Figure 4 Dissoluti
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490 Fry and Hoek in composition. In
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492 Fry and Hoek are rapid dissolut
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494 Fry and Hoek Encapsulation of p
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496 Fry and Hoek of the salt assist
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498 Fry and Hoek rally, there is no
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500 Mitchell et al. products. The i
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502 Mitchell et al. Table 3 Polydex
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504 Mitchell et al. Figure 3 Concen
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506 Mitchell et al. of sweetness as
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508 Mitchell et al. conventional ic
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510 Mitchell et al. role in the for
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512 Mitchell et al. Frozen yogurt i
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514 Mitchell et al. When consumed i
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516 Mitchell et al. 3. RP Allingham
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27 Other Low-Calorie Ingredients: F
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Fat and Oil Replacers 521 Table 1 F
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Fat and Oil Replacers 523 means tha
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Fat and Oil Replacers 525 cally dis
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Fat and Oil Replacers 527 in produc
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Fat and Oil Replacers 529 verifying
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Fat and Oil Replacers 531 for fat-r
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Fat and Oil Replacers 533 whey prot
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Fat and Oil Replacers 535 potential
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Fat and Oil Replacers 537 Table 6 O
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Fat and Oil Replacers 539 be making
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Index Acceptable daily intake (ADI)
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Index 543 Corn syrup, 531 Crystalea
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Index 545 Federal Food, Drug, and C
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Index 547 [Lactitol] heat of soluti
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Index 549 No observable effect leve
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Index 551 [Sorbitol] dental propert
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Index 553 Thaumatococcus daniellii,