hossein-hodjat documents

History of chromatography
Technology History of chromatography
More on simulated moving bed chromatography
Technology More on simulated moving bed chromatography
Diversity in styros™ anion exchangers
Technology Diversity in styros™ anion exchangers
Weak and strong cation exchanger different behaviors
Technology Weak and strong cation exchanger different behaviors
119 STYROS® 2R Simulated-Monolith™ Polymeric Reversed Phase. Use of Micro Bore column of 1 mm ID using high and low pH's to separate Sulfa drugs and precursor
Technology 119 STYROS® 2R Simulated-Monolith™ Polymeric Reversed Phase. Use of Micro Bore column of 1 mm ID using high and low pH's to separate Sulfa drugs and precursor
116 STYROS® 2R Simulated-Monolith™ Polymeric Reversed Phase. Separation of 9 Phenones on Capillary column of 0.5 mm ID
Technology 116 STYROS® 2R Simulated-Monolith™ Polymeric Reversed Phase. Separation of 9 Phenones on Capillary column of 0.5 mm ID
118 STYROS® 2R Simulated-Monolith™ Polymeric Reversed Phase. Separation of 9 Phenones on Narrow Bore column of 2.1 mm ID
Technology 118 STYROS® 2R Simulated-Monolith™ Polymeric Reversed Phase. Separation of 9 Phenones on Narrow Bore column of 2.1 mm ID
110 Separation of 5 peptides on Narrow Bore column of 2.1 mm ID. Acidic and Basic pH's
Technology 110 Separation of 5 peptides on Narrow Bore column of 2.1 mm ID. Acidic and Basic pH's
117 STYROS® 2R Simulated-Monolith™ Polymeric Reversed Phase. Separation of 9 Phenones on Micro Bore column of 1 mm ID
Technology 117 STYROS® 2R Simulated-Monolith™ Polymeric Reversed Phase. Separation of 9 Phenones on Micro Bore column of 1 mm ID
108 HPLC. Comparing Narrow Bore column with a standard Bore of 4.6 mm ID for liquid chromatography
Technology 108 HPLC. Comparing Narrow Bore column with a standard Bore of 4.6 mm ID for liquid chromatography
112 Separation of 5 proteins standard on Micro Bore column of 1 mm ID. Comparison with Narrow Bore of 2.1 mm ID
Technology 112 Separation of 5 proteins standard on Micro Bore column of 1 mm ID. Comparison with Narrow Bore of 2.1 mm ID
109 HPLC. Fast convective channels of monolith to separate different size molecules in a mixture
Technology 109 HPLC. Fast convective channels of monolith to separate different size molecules in a mixture
111 Separation of 5 peptides on Micro Bore column of 1 mm ID. Acidic and Basic pH's
Technology 111 Separation of 5 peptides on Micro Bore column of 1 mm ID. Acidic and Basic pH's
122 STYROS® 2R Simulated-Monolith™ Polymeric Reversed Phase. Use of Narrow Bore column of 2.1 mm ID using high pH's to separate 5 Chlorophenols
Technology 122 STYROS® 2R Simulated-Monolith™ Polymeric Reversed Phase. Use of Narrow Bore column of 2.1 mm ID using high pH's to separate 5 Chlorophenols
Why polymerics as hplc media and why simulated
Technology Why polymerics as hplc media and why simulated
113 Separation of 4 proteins standard on Capillary column of 0.5 mm ID. Comparison with Micro Bore of 1 mm ID
Health & Medicine 113 Separation of 4 proteins standard on Capillary column of 0.5 mm ID. Comparison with Micro Bore of 1 mm ID
115 Assessment of columns from different manufacturers
Technology 115 Assessment of columns from different manufacturers
121 STYROS® 2R Simulated-Monolith™ Polymeric Reversed Phase. Use of Narrow Bore column of 2.1 mm ID using high and low pH's to separate Sulfa drugs and precursor
Technology 121 STYROS® 2R Simulated-Monolith™ Polymeric Reversed Phase. Use of Narrow Bore column of 2.1 mm ID using high and low pH's to separate Sulfa drugs and precursor
120 STYROS® 2R Simulated-Monolith™ Polymeric Reversed Phase. Use of Capillary column of 0.5 mm ID using high and low pHs to separate Sulfa drugs and precursor
Technology 120 STYROS® 2R Simulated-Monolith™ Polymeric Reversed Phase. Use of Capillary column of 0.5 mm ID using high and low pHs to separate Sulfa drugs and precursor
114 Application note to highlight the characteristics of STYROS® simulated-monoliths™ Micro Bore and Capillary columns for use in LC-MS
Technology 114 Application note to highlight the characteristics of STYROS® simulated-monoliths™ Micro Bore and Capillary columns for use in LC-MS