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Acer 30-32. 08038 BARCELONA |
NUEVAS Columnas Thermo Scientific AccuCore™ XL
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NUEVAS Columnas Thermo Scientific AccuCore™ XL |
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| El Nuevo Concepto CET (Core Enhanced Technology) ¡ahora en 4 mm! | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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Obtenga las máximas prestaciones cromatográficas sin las restricciones impuestas por la instrumentación más moderna Thermo Scientific ha desarrollado las nuevas columnas para HPLC AccuCore™ XL basadas en un NUEVO concepto de Tecnología CET (Core Enhanced Technology) de 4 μm...
La tecnología desarrollada en AccuCore™, ofrece prestaciones fuera del alcance de otras fases peliculares... |
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| Evolución de la Partícula | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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En la búsqueda de separaciones mejores y más rápidas el tamaño y forma de la partícula ha evolucionado durante décadas desde la invención de HPLC. Los materiales de relleno han evolucionado desde partículas peliculares irregulares grandes hasta partículas esféricas totalmente porosas con diámetros menores de 2 μm.La tecnología CET (Core Enhanced Technology) ha vuelto a revolucionar la técnica: estas partículas no son totalmente porosas, sino que tienen un núcleo sólido y una capa externa porosa.
La Tecnología CET ofrece las ventajas asociadas con las partículas de menos de 2mm -separaciones rápidas de alta resolución- sin las altas contrapresiones requeridas por esta clase de fases... ¡ahora disponible en 4μm! |
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| Más Rápidas y Eficientes que las columnas de 5 y 3μm... ¡sin cambiar equipo ni método! | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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Con las columnas de HPLC AccuCore™ XL se consiguen separaciones excelentes en tiempos más cortos. Los ejemplos muestran como, aumentando el caudal se mantiene la eficacia y, en consecuencia, la resolución, mientras que el tiempo de análisis y los costes de solvente se reducen significativamente.
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Mayor Sensibilidad y Eficacia con Accucore XL |
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El poder de separación de las columnas para HPLC Accucore™ XL permite el uso de dimensiones más cortas manteniendo una resolución aceptable, aumentando la capacidad analítica y reduciendo todavía más los costes analíticos
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| ¿Más Velocidad? ¡Incremente el caudal con muy poco aumento de la contrapresión! | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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La elevada Resolución de las columnas para HPLC Accucore™ XL permite la separación de mezclas complejas a mayor velocidad aumentando el caudal: la resolución se mantiene elevada sin un excesivo aumento de la contrapresión.
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| Especificaciones de las Fases | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| AccuCore™ XL C18 | AccuCore™ XL C8 | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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La carga de carbono de AccuCore XL C18 permite una elevada retención de analitos apolares mediante un mecanismo predominante de interacción hidrofóbica. La naturaleza altamente retentiva de la fase permite que pueda usarse en un amplio rango de analitos. |
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AccuCore XL C8 ofrece una menor retención hidrofóbica que las columnas empacadas con material de cadena alquílica más larga, como C18. Se recomienda, por lo tanto, para analitos de hidrofobicidad moderada, o cuando una fase menos hidrofóbica ofrezca una retención óptima. | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| Especificaciones de las Columnas AccuCore™ XL | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| Publicaciones disponibles en AccuCore™ | ||||||
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Thermo Scientific Accucore HPLC Columns Technical
Guide. Ultimate Core Performance to Maximize Your Investment |
Thermo Scientific Accucore HPLC Columns Technical Overview | Comparison of Solid Core HPLC Column Performance | Comparison of the Chromatographic Resolution of Solid Core 4 μm and Fully Porous 3 μm and 5 μm Columns | What Pressure to Expect from the Thermo Scientific Accucore HPLC Columns? | Assessment of the Stability of 4 µm Solid Core Particles for the Analysis of Non-Steroidal Anti-Inflammatory Drugs | Selectivity Choices in RP Fast LC |
| Guía Técnica, 7.4Mb |
Guía Técnica, 715Kb |
Nota Técnica, 685Kb | Nota Técnica, 993Kb | Nota Técnica, 590Kb | Nota Técnica, 610Kb | Nota Técnica, 1.6Mb |
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| Aplicaciones disponibles en AccuCore™ | Columna | Categoría | |
| Analysis of Azo Dyes Using a Core Enhanced Technology Accucore HPLC Column. | RP-MS | Alimentación |
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| Analysis of B-agonists Using a Core Enhanced Technology Accucore Phenyl-Hexyl HPLC Column | Phenyl-Hexyl | Alimentación |
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| Analysis of Melamine and Cyanuric Acid Using a Core Enhanced Technology Accucore HILIC HPLC Column | HILIC | Alimentación |
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| Analysis of Sulphonamides Using a Core Enhanced Technology Accucore HPLC Column | C18 | Alimentación |
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| Comparative Analysis of Cooking Oils Using a Solid Core HPLC Column | C30 | Alimentación |
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| Determination of Catechins and Phenolic Acids in Red Wine by SPE and HPLC | PFP | Alimentación |
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| Determination of 24 Pesticide Residues in Red Wine Using a QuEChERS and LC-MSMS Detection | aQ | Alimentación |
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| Determination of Melamine in Powdered Milk by LC-MS/MS Using a Core Enhanced Technology Solid Core HPLC Column | HILIC | Alimentación |
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| Fast Analysis of Coffee Bean Extracts Using a Solid Core HPLC Column | RP-MS | Alimentación |
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| Separation of a Mixture of Vitamin K Isomers Using a Solid Core C30 HPLC Column at Sub-ambient Temperature | C30 | Alimentación |
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| Separation of Curcuminoids from Turmeric – Comparison of Polar Embedded and C18 Solid HPLC Core Columns | POLAR-Premium | Alimentación |
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| LC-MS/MS Method for the Rapid Analysis of Five Artificial Sweeteners Using a Core Enhanced Technology Column | RP-MS | Alimentación |
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| Analysis of Six Aromatic Amines Using a Core Enhanced Technology Accucore HPLC Column | PFP | Ambiente |
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| Analysis of Triazine Pesticides Using a Core Enhanced Technology Accucore HPLC Column | C18 | Ambiente |
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| Analysis of PAHs Using a Core Enhanced Technology Accucore HPLC Column | RP-MS | Ambiente |
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| Separation of Urea Herbicides Using a Core Enhanced Technology Accucore HPLC Column | RP-MS | Ambiente |
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| Separation of a Mixture of PCBs Using an Accucore C18 HPLC Column | C18 | Ambiente |
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| Separation of Phospholipids Derived from Biological Extracts using an Accucore RP-MS | RP-MS | Bio-Farma |
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| Separation of Peptides Using a Core Enhanced Technology Accucore HPLC Column | C18 | Bio-Farma |
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| Analysis of 2-aminobenzamide Labeled Dextran Ladder on a Solid Core HPLC Column Amide-HILIC-150A | Amide-HILIC | Bio-Farma |
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| Analysis of 2-aminobenzamide Labeled Dextran Ladder on a Solid Core nano-LC Column | Amide-HILIC | Bio-Farma |
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| Reversed-Phase Analysis of a Monoclonal Antibody on an Accucore 150-C4 HPLC Column | C4-150 | Bio-Farma |
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| Separation of Metformin and Voglibose using an Accucore HILIC Column | HILIC | Clínica |
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| An Improved Fast RP-HPLC Method for Rosuvastatin & its Degradation Products Using an Accucore PFP Column | PFP | Clínica |
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| Analysis of Catecholamines Using a Core Enhanced Technology Accucore HPLC Column | HILIC | Clínica |
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| Analysis of Estradiol and Estrone Using a Core Enhanced Technology Accucore HPLC Column | RP-MS | Clínica |
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| Analysis of Steroids Using a Core Enhanced Technology Accucore HPLC Column | RP-MS | Clínica |
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| Analysis of Estrogens Using a Solid Core HPLC Column Phenyl X | Phenyl-X | Clínica |
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| LC-MS/MS Method for the Determination of Paclitaxel in Human Serum | RP-MS | Clínica |
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| HPLC-UV Method for the Fractionation of Basic and Neutral Compounds | RP-MS | Clínica |
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| Determination of Beta Blockers from Urine Using SOLA CX and Accucore Core Enhanced Column | C18 | Clínica |
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| LC-MSMS Method for the Determination of Steroids from Urine Using SOLA | RP-MS | Clínica |
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| Pregabalin Human Plasma SPE LCMS SOLA CX Mixed Mode SPE Cartridges and an Accucore PFP HPLC Column | PFP | Clínica |
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| Fast, Reproducible LC-MSMS Analysis of Dextromethorphan and Dextrorphan | C18 | Clínica |
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| LC-MS/MS Method for the Determination of Paclitaxel in Human Serum | RP-MS | Clínica |
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| Mixed-Mode, Weak Anion-Exchange, Solid-Phase Extraction Method for the Extraction of Niflumic Acid from Human Plasma | RP-MS | Clínica |
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| Analysis of 3 Nonsteroidal Anti-Inflammatory Drugs in Accucore Polar Premium | POLAR-Premium | Farma |
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| Analysis of Beta Blockers Using a Core Enhanced Technology Accucore HPLC Column | RP-MS | Farma |
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| Analysis of Cetirizine Hydrochloride Using a Core Enhanced Technology Accucore HPLC Column | HILIC | Farma |
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| Analysis of Fenoprofen Using a Core Enhanced Technology Accucore HPLC Column | RP-MS | Farma |
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| Analysis of Ibuprofen and Valerophenone by LCUV Using a Core Enhanced Technology Accucore HPLC Column | C18 | Farma |
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| Analysis of Lamivudine Using a Core Enhanced Technology Accucore HPLC Column | aQ | Farma |
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| Analysis of Lisinopril by LCUV Using a Core Enhanced Technology Accucore RP-MS Column | RP-MS | Farma |
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| Analysis of Zidovudine Using a Core Enhanced Technology Accucore HPLC Column | C18 | Farma |
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| Comparison of Epinephrine and Norepinephrine Analysis in CET Accucore HILIC and aQ HPLC Columns | HILIC | Farma |
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| Fast, Reproducible LC-MS/MS Analysis of Dextromethorphan and Dextrorphan | C18 | Farma |
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| High-Throughput Analysis of Dextromethorphan and Dextrorphan | C18 | Farma |
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| Rapid Separation of Analgesic Compounds Using a Solid Core HPLC Column-Accucore-urea-HILIC | Urea-HILIC | Farma |
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| Separation of Acidic and Neutral Drugs Using a Core Enhanced Technology Accucore HPLC Column | C18 | Farma |
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| Capecitabine in Human Plasma Using SOLA and Accucore Core Enhanced Technology HPLC Column | PFP | Farma |
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| Doxepin in Human Plasma Using SOLA and Accucore Core Enhanced Technology HPLC Column | C18 | Farma |
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| LC-MSMS Method for the Determination of HCTZ and Losartan from Human Plasma Using SOLA CX | aQ | Farma |
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| Determination of Rosuvastatin in Human Plasma by SPE-LC-MSMS Using SOLA | RP-MS | Farma |
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| Amlodipine in Human Plasma Using SOLA CX and Accucore RPMS Column | RP-MS | Farma |
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| LC-MSMS Method for the Determination of Docetaxel in Human Serum for Clinical Research | RP-MS | Farma |
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| Analysis of Explosives Using a Core Enhanced Technology Accucore HPLC Column | C18 | Forense |
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| Analysis of Testosterones Using a Core Enhanced Technology Accucore HPLC Column.pdf | RP-MS | Forense |
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| Analysis of 14 Positional Isomers Using a Core Enhanced Technology Accucore HPLC Column.pdf | PFP | General |
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| Comparison of Solid Core HPLC Column Performance | Accucore/Competencia | General |
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| Fast Analysis of Ketones Using a Core Enhanced Technology Accucore HPLC Column.pdf | C18 | General |
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| Selectivity Choices in Reversed-Phase Fast LC | Accucore | General |
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| Separation of Bases Using a Core Enhanced Technology Accucore HPLC Column.pdf | RP-MS | General |
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| The Fast Analysis of 6 Benzoic Acids Using a Core Enhanced Technology Accucore HPLC Column.pdf | C18 | General |
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| What Pressure to Expect from the Thermo Scientific Accucore HPLC Columns | Accucore | General |
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Hydrophilic Interaction Liquid Chromatography: Some Aspects of Solvent and Column Selectivity |
HILIC | General |
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| Analysis of Cathechins Using a Thermo Scientific Accucore XL C8 4 um HPLC Column | C8 | XL |
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| Analysis of Endocrine Disruptors Using a Thermo Scientific Accucore XL C8 4 µm HPLC Column | C8 | XL |
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| Analysis of Fat Soluble Vitamins Using a Thermo Scientific Accucore XL C18 4 µm HPLC Colum | C18 | XL |
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| Analysis of Ibuprofen and Valerophenone Using a Thermo Scientific Accucore XL C18 4 µm HPLC Column | C18 | XL |
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| Analysis of Triazines Using a Thermo Scientific Accucore XL C8 4 µm HPLC Column | C8 | XL |
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| Assessment of the Stability of XL Solid Core Particles for the Analysis of Non-Steroidal Anti-Inflammatory Drugs | C8 | XL |
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| Comparison of the Chromatographic Resolution of Solid Core 4 μm and Fully Porous 3 μm and 5 μm Columns | XL/AccuCore | XL |
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| Solid Core 4 um HPLC Column Comparison to Fully Porous 3 um and 5 um Columns_ Efficiency and Pressure | XL/AccuCore | XL |
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