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Technical Information Posters Papers
Arabinogalactan from Larch Wood
Arabinogalactan from Larch Wood
LC-MS: Gluconic acid, glucuronic acid and lactones
Changes in gluconolactone over time
LC-MS/MS: Antiprotozoal agents
LC-MS/MS: Anticoccidial agents
LC-MS/MS: Ethoxyquin
LC-MS/MS: Carotenoids
LC-MS/MS: Acrylamide
LC-MS/MS: Butylated hydroxytoluene (BHT)
LC-MS/MS: Preservatives
LC-MS/MS: Stevia sweeteners
LC-MS/MS: Sugar alcohols
LC-MS/MS: Stevia sweeteners
LC-MS/MS: Inosinate, Guanylate
LC-MS: Capsaicin (Capsaicinoid)
Capsaicin (Capsaicinoid)
Capsaicin (Capsaicinoid)
Monocyclic pyrans (Koji fermentation metabolites)
LC-MS: Citric acid and hydroxycitric acid
Sesamin (sesame lignan)
Sesamin (sesame lignan)
Sesamol (sesame lignan)
Sesamol (sesame lignan)
LC-MS: Melatonin related compounds
LC-MS: Melatonin related compounds
LC-MS: Melatonin related compounds
Melatonin related compounds
Melatonin related compounds
Rutin (flavonoid glycoside)
Rutin (flavonoid glycoside)
LC-MS: Styrene urinary metabolites
LC-MS: Styrene urinary metabolites
Styrene urinary metabolites
Styrene urinary metabolites
Monoterpeneketone
LC-MS: Nisin, Natamycin (Food preservatives)
LC-MS: Nisin, Natamycin (Food preservatives)
LC-MS: Nisin, Natamycin (Food preservatives)
Flavonoids in Grapefruit Juice
Flavonoids in Grapefruit Juice
Flavonoids in Grapefruit Juice
Turmeric Powder Extract
Black Pepper Powder Extract
Cinnamon Powder Extract
Polysorbate 20 (Nonionic surfactant)
Polysorbate 20 (Nonionic surfactant)
Polysorbate 20 (Nonionic surfactant)
Polysorbate 20 (Nonionic surfactant)
Polysorbate 20 (Nonionic surfactant)
Polysorbate 20 (Nonionic surfactant)
Polysorbate 20 (Nonionic surfactant)
prohibited 14 colors for food (Artificial coloring)
prohibited 14 colors for food (Artificial coloring)
prohibited 14 colors for food (Artificial coloring)
prohibited 14 colors for food (Artificial coloring)
prohibited 14 colors for food (Artificial coloring)
prohibited 14 colors for food (Artificial coloring)
12 Food Colors (Food additive)
12 Food Colors (Food additive)
12 Food Colors (Food additive)
12 Food Colors (Food additive)
12 Food Colors (Food additive)
12 Food Colors (Food additive)
Acid Red (Food additive)
Rose Bengal (Food additive)
Phloxine B (Food additive)
New Coccine (Food additive)
Ponceau 3R (Artificial coloring)
Allura Red AC (Food additive)
Ponceau SX (Artificial coloring)
Erythrosine (Food additive)
Ponceau 3R (Artificial coloring)
Amaranth (Food additive)
Tartrazine (Food additive)
Sunset Yellow (Food additive)
Fast Green (Food additive)
Brilliant Blue (Food additive)
Indigo Carmine (Food additive)
SEC: Xanthan gum
Lactoferrin, from bovin milk
LC-MS: Catechin Mixture from Green Tea
LC-MS: Catechins in Black Tea with tea bag
LC-MS: Catechin Mixture from Green Tea
LC-MS: Catechins in Black Tea with tea bag
LC-MS: Catechin Mixture from Green Tea
LC-MS: Catechins in Black Tea with tea bag
LC-MS: Hyperammonemia treatment (Lactulose)
Hyperammonemia treatment (Lactulose)
LC-MS: Catechins in Black Tea Beverage
LC-MS: Catechins in Black Tea Beverage
LC-MS: Catechins in Black Tea Beverage
Group separation of rice bran oil components
LC-MS: N-nitrosoamines
Non-porous ODS : Beer yeast tablet extracts
LC-MS: Sugar phosphates
SEC: Beer yeast extract tablets
LC-MS: Organic acids in Soy sauce
LC-MS: Omega-3 and Omega-6 fatty acids
LC-MS: Omega-3 and Omega-6 fatty acids
LC-MS: Omega-3 and Omega-6 fatty acids
LC-MS: Omega-3 fatty acid ethyl esters
LC-MS: Food preservatives
LC-MS: Food preservatives
LC-MS: Organic acids in Energy drink (Brand-M)
LC-MS: Organic acids in Beer
LC-MS: Organic acids in Wine
LC-MS: 44 Organic Acids Analysis (IEX mode)
LC-MS: Oxalic acid
LC-MS: Organic acids in Japanese Sake
LC-MS: Ascorbic acid and related compounds
Cadenza CX-C18 batch-to-batch reproducibility
Paraben isomers
Paraben isomers
LC-MS: Standard Samples of Energy Drink Components
SEC: Defatted soybean flour extract
SEC: Polylysine
SEC: Pectin
SEC: Mannan
SEC: Fucoidan
SEC: hyaluronic acid, sodium salt
SEC: kappa- and iota- Carrageenan
SEC: Carboxymethyl cellulose (CMC)
SEC: Poly-gamma-glutamic acid
SEC: Collagenpeptide
SEC: Alpha-lactalbumin, from bovine milk
SEC: Alpha-Casein, from bovine milk
SEC: Alpha-chymotrypsinogen A, from bovine pancreas
SEC: Xthantine oxidase (XOD), from Buttermilk
SEC: Beta - Glucosidase
SEC: Alpha - Amylase
NaCl (sodium chloride) in Ramen Soup
S-allyl-L-cysteine in Garlic Extract
Pantothenic acid in a nutritional supplement
Allicin and diallyl disulfide in Garlic
Alliin and S-allyl-L-cysteine in Garlic
LC-MS: Flavonoids
LC-MS: Flavonoids
LC-MS: Flavonoids
Soybean protein
LC-MS: Low-calorie sweeteners
LC-MS: Method for simultaneous analysis of functional ingredients in rice bran oil
The Intrada Amino Acid column is used to separate amino acids present within soy sauce
The Scherzo SM-C18 and Unison UK-Amino columns successfully separate the small, polar ascorbic acid related compounds in normal phase mode.
The Scherzo SM-C18 column is able to retain a highly polar compound (multiple phosphate groups) better than a standard C18 column.
Unison UK-C18 column can separate out the small, polar molecule components of coffee bean extract due to the lower density of C18 ligands. The column can generate 219 peaks, which shows all of the components of the extract.
Both Unison UK-C18 and Scherzo SW-C18 can separate out components of coffee extracts, but Scherzo SW-C18 can resolve the peaks of caffeine and ferulic acid better.
Farnesene isomers
Simultaneous HPLC/LT-ELSD Analysis of Polyols, Mono-,Di- and Oligosaccarides
Theaflavins
Maltol, Ethyl Maltol
Sucralose by reversed-phase analysis
Sodium Sulfite in Red Wine
Denatonium benzoate
Denatonium benzoate
Food preservatives (normal phase)
Sudan Dyes
Malachite Green and Metabolite
Melamine & related compounds
Melamine & Cyanuric Acid
Anthocyanins
Antioxidants
Sulfamic acid and cyclamic acid can be separated by either reversed phase or normal phase chromatography. Reversed phase gives better peak shape while normal phase gives better run time.
Cadenza HS-C18 successfully separates out small molecules like Estradiol and metabolites from bovine serum. The sample chromatogram looks almost identical to the standard chromatogram.
Unison UK-Amino column separates small molecule low-calorie sweeteners with excellent resolution.
Unison UK-Amino is able to separate inositol (an acidic compound) in normal phase/anion exchange mode. This column recognizes inositol from a mixture containing a variety of components.
Unison UK-Amino column separates out taurine in a drink mixture.
Stevia sweeteners
Organic acids
Fatty acids
Caffeine in the Caffe Latte
EDTA-Chelates
Separation properties for acidic compounds on CL-C18
Stevia sweeteners
500fg of Coenzyme Q10 can be quantitated by utilizing our 3um C8 column and a sensitive LC-MS/MS detector.
Analysis of coenzyme Q10, a dietary supplement used for its antioxidant action, with various columns.
Analysis of hinokitiol, a compound for whose antibacterial and other physiological properties have been observed.
Reverse phase analysis of the highly polar compound betaine, which is quite difficult to retain in normal phase analysis.
Separation of short chain cable fatty acids without modifying the functional group.
Normal phase analysis of the synthetic sweetener saccharine.
Normal phase separation of acrylamide, the presence of which in common foods has caused health concerns.
The polar compound L-Carnitine, analyzed in both normal and reverse phase modes.
Analysis of an antioxidant food additives.
Caproic acid and its methylvaleric acid isomers are separated with high resolution using our 500mm long column.
High-speed separations with Unison UK-C8 150mm column compared with a 5um 250mm column popular on the market.
Analysis of copper chlorophylline, a chlorophyll derived food additive.
Superior separation of US-C18 compared to competitor columns.
Comparative separation of organic acids with various stationary phases of the Unison series.
Comparative retention of the highly polar compound acrylamide in the Unison series using 100% aqueous mobile phase.
Nonaqueous reverse phase analysis of purified fish oil including DHA glyceride.
Gradient analysis of food dyes, including Rose Bengal and erythrosin
Analysis of creatine in chewing gum
High speed separation of low calorie sweeteners.
Cadenza's separation is superior to that of two conventional ODS columns back to back.
Cadenza's separation is superior to that of two conventional ODS columns back to back.
Cadenza's separation is superior to that of two conventional ODS columns back to back.
Cadenza's separation is superior to that of two conventional ODS columns back to back.
High speed separation of benzoic acid and sorbic acid in soy sauce.
Using our Cadenza 3um column, high-speed charge separation of food preservatives is possible.
This polar hydrocarbon can eluate with low use of solvent, in this case methanol.
High-speed separation of the many components of pepper.
Analysis of the components of two types of olive oil, including triglyceride.
Complete separation of cis and trans isomers of oleic acid
Imtakt Product Comparisons: Basic Interactions
Simultaneous analysis of 15 water-soluble vitamins in beverages and dietary supplements with multi-mode ODS column using LC-MS/MS
High Throughput simultaneous analysis of 39 amino acids in various foods without derivatization using LC-MS/MS
Advantage of a New Generation of Evaporative Light-Scattering Detectors: Universality, Higher Sensitivities and Cost-Effectiveness for Multi-Element Analyses in Liquid Chromatography - An Application Review
A high throughput solid phase extraction method for vitamin B3 and related metabolites from pooled human serum using ISOLUTE SCX-3 96 well plates prior to mixed mode LC-MS/MS
An efficient LC-MS method for isomer separation and detection of sugars, phosphorylated sugars, and organic acids
Anti-hepatitis C virus compounds obtained from Glycyrrhiza uralensis and other Glycyrrhiza species
Comprehensive analysis of pharmaceutical products using simultaneous mixed-mode (ion-exchange/reversed-phase) and hydrophilic interaction liquid chromatography
Improved production of 2-keto-3-deoxy-d-glycero-galactononulosonic acid (KDN) using FastPrep-CLEAs