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HPLC/UPLC

The HPLC/UPLC Method of Choice

Optimized sample cleanup and precise, reproducible results remain the core strength of our HPLC line. VICAM’s wide-bore (faster-flow) columns ensure the increased sample throughput and top-notch HPLC performance you need to boost productivity in today’s stringent regulatory environment. VICAM’s columns enable labs to analyze parts-per-billion (ppb) levels of several simultaneously occurring mycotoxins in a single HPLC or UPLC® run.

Afla M1 LC

Afla M1 LC

Afla M1 LC is a highly sensitive, precise approach to aflatoxin M1 detection using antibody based affinity columns. An ideal cleanup step for any LC or LC-MS/MS, Afla M1 LC delivers the results dairies need using a fast-flow column that delivers 75% to 95% recovery for a range of sample types.
AflaOchra LC

AflaOchra LC

AflaOchra LC is the only test that employs a single column to produce precise numerical results for both ochratoxin A and the aflatoxins B1, B2, G1, G2, M1, and M2 in a variety of sample types using LC or LC-MS/MS for detection.
AflaTest

AflaTest

AflaTest is a quantitative method for the detection of aflatoxin in B1, B2, G1, G2, M1, and M2. The test can be used in a wide variety of locations from the local farm elevator to food processing quality control laboratories to government testing laboratories.
AflaTest WB

AflaTest WB

AflaTest WB is a highly sensitive, reproducible approach used to isolate and purify aflatoxins B1, B2, G1, G2, M1, and M2 using wide bore immunoaffinity columns. AflaTest WB enables the fast flow sample prep preferred by many laboratories and is the ideal cleanup for any LC or LC-MS/MS user.
AflaTest WB SR

AflaTest WB SR

AflaTest WB SR is a quantitative method that selectively isolates aflatoxins B1, B2, G1, G2, M1, and M2 for LC or LC-MS/MS detection. The fast-flow widebore columns are specially designed to maximize aflatoxin G2 recovery and accelerate sample throughput.
AflaTest WB SR+

AflaTest WB SR+

AflaTest WB SR+ is the newest member of VICAM’s growing line of fast-flow LC and LC-MS/MS sample prep solutions, delivering exceptional performance and trusted, defensible data for food and agricultural laboratories worldwide.
AOZ LC

AOZ LC

AOZ LC is a quantitative method for the simultaneous detection of aflatoxin, ochratoxin A (OTA) and zearalenone (ZEA) in several commodities. Using LC or LC-MS/MS for detection, this test produces precise numerical results in micrograms per kilogram (μg/kg) or parts per billion (ppb).
CitriTest LC

CitriTest LC

CitriTest LC is a quantitative approach to the detection of citrinin in Kogi Red Rice and corn that uses monoclonal antibody-based affinity chromatography. An ideal cleanup step for any LC or LC-MS/MS, CitriTest LC provides precise numerical results in parts per billion levels - no other test comes close for speed, quantification, and specificity.
DONtest LC

DONtest LC

DONtest LC is a quantitative approach to laboratory detection of DON (also known as deoxynivalenol or vomitoxin) in parts per million (ppm) levels. Safe, rugged and reliable for use in food and agricultural testing labs around the world, DONtest LC isolates and purifies DON prior to injection to the LC or LC-MS/MS for detection.
DONtest WB

DONtest WB

DONtest WB is an antibody based sample preparation approach for LC or LC-MS/MS detection of DON at parts per million (ppm) levels using wide bore immunoaffinity columns. Simple, accurate and reproducible, DONtest LC features a 3 mL column bed, enabling a faster flow rate and is the ideal cleanup step for any analytical laboratory responsible for the detection of DON.
DON-NIV WB

DON-NIV WB

Monoclonal antibodies enable the DON-NIV WB immunoaffinity column to isolate DON and NIV simultaneously from a single sample extract. Its 3 mL, wide-bore construction delivers flow-through speed to this powerful sample preparation column.
FumoniTest

FumoniTest

FumoniTest is a quantitative method for the detection of fumonisin B1, B2 and B3 in a variety of commodities by fluorometer or HPLC. FumoniTest is safe, fast, requires no special skills and produces precise results at parts per million levels.
FumoniTest WB

FumoniTest WB

FumoniTest WB is a quantitative HPLC method that uses wide bore immunoaffinity columns for the detection of fumonisin mycotoxins B1, B2 and B3 in a variety of commodities. FumoniTest WB allows for a faster flow rate and is the ideal cleanup step for any HPLC.
Myco6in1+

Myco6in1+

Myco6in1+ columns for LC-MS/MS is a quantitative method that delivers fast, accurate and simultaneous determination of aflatoxins, ochratoxin A, fumonisins, deoxynivalenol, zearalenone, nivalenol, T-2 and HT-2 toxins. Samples are purified by the Myco6in1+ LC-MS/MS immunoaffinity column before being quantitated by LC or LC-MS/MS.
OchraTest

OchraTest

OchraTest is a quantitative method for the detection of ochratoxin A in a variety of commodities using a fluorometer or HPLC. The test requires no special skills and is rugged enough for field or laboratory use.
OchraTest WB

OchraTest WB

OchraTest WB is a quantitative method for the detection of ochratoxin A with fluorometer, LC and LC-MS/MS in a variety of commodities. Using wide bore immunoaffinity columns, OchraTest WB allows for a faster flow rate and is the ideal cleanup step for any HPLC.
T-2/HT-2 LC

T-2/HT-2 LC

The T-2/HT-2 LC test combines VICAM’s proven immunoassay technology with LC or LC-MS/MS to detect and measure both T-2 and HT-2 toxins. T-2/HT-2 LC streamlines sample cleanup and when used in conjunction with UV detection provides precise readings at ng levels. 
ZearalaTest

ZearalaTest

ZearalaTest is a monoclonal antibody-based affinity chromatography method for the detection of zearalenone mycotoxin at parts per million levels. Quantitative results can be obtained using a fluorometer, LC or TLC.
ZearalaTest WB

ZearalaTest WB

ZearalaTest WB is designed for the rapid, precise detection of zearalenone using wide bore immunoaffinity columns. With its 3 mL wide bore construction, ZearalaTest WB delivers a faster flow rate and is the ideal cleanup step for any LC or LC-MS/MS analysis.