Others

Total 110 cases

TII98E
LC-MS: Zeranol (Growth stimulant) , zearalenone (mycotoxin)
TII97E
LC-MS: Zeranol (Growth stimulant) , zearalenone (mycotoxin)
TII83E
Zeranol (Growth stimulant) , Zearalenone (Mycotoxin), Neutral pH
TII82E
Zeranol (Growth stimulant) , Zearalenone (Mycotoxin), Acidic pH
TIF47E
LC-MS: Musty odor compounds in drinking water
TIF46E
LC-MS: Musty odor compounds in drinking water
TIF01J
TIF00J
TIC41E
LC-MS: N-nitrosamines
TIC40E
LC-MS: N-nitrosamines
TIA29E
Acid stability of Unison UK-C1
TI976E
Cadenza CX-C18 batch-to-batch reproducibility
TI709E
Comparison between 3μm and sub-2μm ODS columns
TI708E
Comparison between 3μm and sub-2μm ODS columns
TI707E
Comparison between 3μm and sub-2μm ODS columns
TI502E
Batch to batch reproducibility of Scherzo SM-C18
TI501E
Comparison of elution characteristics between Scherzo SM-C18 and Unison UK-C18
TI500E
Batch to batch reproducibility of Scherzo SM-C18
TI476J
Substitution of organic solvent for reversed-phase
TI476E
Substitution of organic solvent for reversed-phase
TI475J
Reducing organic solvent consumption
TI475E
Reducing organic solvent consumption
TI450J
The advantage of Unison US-C18 for high-sensitivity HPLC analysis
TI450E
The advantage of Unison US-C18 for high-sensitivity HPLC analysis
TI418J
pH Durability of Cadenza CW-C18
TI418E
pH Durability of Cadenza CW-C18
TI414J
Batch-to-batch reproducibility of CW-C18
TI414E
Batch-to-batch reproducibility of CW-C18
TI400J
Basic Interaction of Cadenza CW-C18
TI400E
Basic Interaction of Cadenza CW-C18
TI385J
High-throughput performance with wide-pore 3μm particle ODS column
TI385E
High-throughput performance with wide-pore 3μm particle ODS column
TI318J
UK-Amino Batch-to-batch reproducibility
TI318E
UK-Amino Batch-to-batch reproducibility
TI316J
Normal phase mode an anion exchange mode (UK-Amino)
TI316E
Normal phase mode an anion exchange mode (UK-Amino)
TI304J
Unequalled durability against water elution (UK-Amino)
TI304E
Unequalled durability against water elution (UK-Amino)
TI266J
Positional isomers separation on CL-C18
TI266E
Positional isomers separation on CL-C18
TI265J
Separation properties of polycyclic aromatic compounds on CL-C18
TI265E
Separation properties of polycyclic aromatic compounds on CL-C18
TI260J
Pi-dipole interaction on CL-C18
TI260E
Pi-dipole interaction on CL-C18
TI254J
Separation properties for neutral compounds on CL-C18
TI254E
Separation properties for neutral compounds on CL-C18
TI253J
Electrostatic interaction on CL-C18
TI253E
Electrostatic interaction on CL-C18
TI252J
Basic interaction of CL-C18, CD-C18 and UK-C18
TI252E
Basic interaction of CL-C18, CD-C18 and UK-C18
TI251J
pH durability of CL-C18
TI251E
pH durability of CL-C18
TI250J
Batch-to-batch reproducibility of CL-C18
TI250E
Batch-to-batch reproducibility of CL-C18
TI247J
Separation properties for basic compounds on CL-C18
TI247E
Separation properties for basic compounds on CL-C18
TI246J
Separation properties for acidic compounds on CL-C18
TI246E
Separation properties for acidic compounds on CL-C18
TI245J
Retention behavior of polar compounds (CL-C18)
TI245E
Retention behavior of polar compounds (CL-C18)
TI203J
Utilizing a high-throughput column for enzymatic reaction analysis
TI203E
Utilizing a high-throughput column for enzymatic reaction analysis
TI200J
Out of elution order by electrostatic interaction
TI200E
Out of elution order by electrostatic interaction
TI186E
Loading Capacity of Preparative Column
TI148J
Effects of Flow Rate and Eluent on a 100,000 Plates Column
TI148E
Effects of Flow Rate and Eluent on a 100,000 Plates Column
TI126J
Manufacturing Batch-to-Batch Reproducibility (UK-Pheny)
TI126E
Manufacturing Batch-to-Batch Reproducibility (UK-Pheny)
TI125J
Manufacturing Batch-to-Batch Reproducibility (UK-C8)
TI125E
Manufacturing Batch-to-Batch Reproducibility (UK-C8)
TI124J
Manufacturing Batch-to-Batch Reproducibility (UK-C18)
TI124E
Manufacturing Batch-to-Batch Reproducibility (UK-C18)
TI123J
Manufacturing Batch-to-Batch Reproducibility (US-C18)
TI123E
Manufacturing Batch-to-Batch Reproducibility (US-C18)
TI118J
pH Stability of Unison Series
TI118E
pH Stability of Unison Series
TI117J
Phase Interaction Difference between Unison and Cadenza
TI117E
Phase Interaction Difference between Unison and Cadenza
TI115J
Retention properties of polar compounds
TI115E
Retention properties of polar compounds
TI114J
Unison and Cadenza's Elution Characteristics
TI114E
Unison and Cadenza's Elution Characteristics
TI088J
Column performance in an aqueous elution
TI088E
Column performance in an aqueous elution
TI087J
Benefits of a phenyl column
TI087E
Benefits of a phenyl column
TI086J
High-throughput and selectivity benefits of a C8 column
TI086E
High-throughput and selectivity benefits of a C8 column
TI074J
Column Durability in Gradient Analysis (Cadenza CD-C18)
TI074E
Column Durability in Gradient Analysis (Cadenza CD-C18)
TI071J
The relationship between plate numbers and flow rate for high-resolution columns
TI071E
The relationship between plate numbers and flow rate for high-resolution columns
TI068J
Elution Mode Comparison of High-Throughput Separation
TI068E
Elution Mode Comparison of High-Throughput Separation
TI067J
High Speed Separation through Small Columns
TI067E
High Speed Separation through Small Columns
TI064J
Column Durability through Repeat Injections (Cadenza CD-C18)
TI064E
Column Durability through Repeat Injections (Cadenza CD-C18)
TI062J
pH stability in the Stationary Phase (Cadenza CD-C18)
TI062E
pH stability in the Stationary Phase (Cadenza CD-C18)
TI058J
The next-generation standard in high-throughput columns
TI058E
The next-generation standard in high-throughput columns
TI052J
Impurity Detection through Powerful Separation (Cadenza CD-C18)
TI052E
Impurity Detection through Powerful Separation (Cadenza CD-C18)
TI039E
Higher Efficiency with the Same Size Column (Cadenza CD-C18)
TI015J
A Revolution in column efficiency
TI015E
A Revolution in column efficiency
TI008J
Reproducibility of batch-to-batch (Cadenza CD-C18)
TI008E
Reproducibility of batch-to-batch (Cadenza CD-C18)

🔄 Latest Applications

Eriochrome Black T (Metal Indicator) TIL48E
Xylenol Orange (Metal Indicator) TIL47E
beta-Carboline alkaloids TIL46E
2-Hydroxy-1- (2-hydroxy-4-sulfo-1-naphthylazo) -3-naphthoic acid (NN, Metal Indicator) TIL45E
1- (2-Pyridylazo) -2-naphthol (PAN, Metal Indicator) TIL44E