The Power of Precision
ZenoTOF 7600 system
SCIEX 7500 system
SCIEX Triple Quad 6500+ system
SCIEX 5500+ system
QTRAP 6500+ system
QTRAP 4500 system
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Echo MS system
2.0 High Throughput Multiplexing system
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BioPhase 8800 system
8000 Plus system
800 Plus system
Advance your research with front-end
instruments designed to help you realize the full power of your mass
spectrometer. SCIEX has the broadest portfolio of ESI-MS front-ends
can facilitate various flow rates, sample requirements and
sensitivities. No one else offers the entire range
flow, microflow, nanoflow LC-MS and even ultra-low flow
ExionLC 2.0 series
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Differential mobility spectrometry (DMS) and
ion mobility spectrometry are analytical techniques used to separate
ions based on their gas phase mobility. Multiple types of ion
devices exist, such as drift tubes, traveling wave, and high-field
asymmetric waveform devices. Learn how you can separate yourself
Differential Ion Mobility.
The latest ion sources from SCIEX enable
enhanced sensitivity and robustness with greater desolvation range
across all MS platforms, from Triple Quad to QTRAP and QTOF.
Turbo V ion
OptiFlow Turbo V ion
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vMethod applications are pre-configured and verified LC-MS/MS
that reduce the need for method development – significantly cutting
time, effort and money to deploy a new assay. Every vMethod provides
method conditions, recommended sample prep, LC and MS conditions,
details for applicable MS/MS library databases for key applications.
and personal care products (PPCPs)
and protein bioanalysis
Explore vMethod applications
feature request portal
Analyst TF software
Biologics Explorer software
Molecule Profiler software
High resolution and QTRAP
libraries can dramatically enhance the quality of your analysis,
you much improved confidence in your data. With a comprehensive
at your fingertips, you can easily create methods and process
and non-targeted screening data on your complex samples, faster and
easier than ever before.
All in one
HR-MS/MS library with NIST 2017
Explore the library
Boost the performance of your mass
spectrometer and improve sensitivity, productivity, and data
iChemistry Solutions are the world's only reagents and
that are custom designed with your success in mind.
RNA 9000 Purity & Integrity kit
kit for amino acid analysis of hydrolysates
kit for amino acid analysis of physiological fluids
protein digestion solution
Protein CE-SDS Purity Analysis kit
protein assay - human induction kit
CZE rapid charge variant analysis kit
BioPhase Fast Glycan Labeling and Analysis kit
standards kit for pesticide analysis
auEChERS extraction and dispersive kit
Ampliflex keto reagent
Cleavable ICAT reagent
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QTOF – Quadrupole
Time of Flight
QTRAP® – Triple Quad Linear
SWATH® – Data Independent
SelexION® – Differential
MicroLC – Microflow
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From substantiating new discoveries through
to end-to-end validated workflows for high-throughput biomarker
in the clinic, thousands of scientists worldwide depend upon mass
innovation from SCIEX to advance their work in the fields of
research, omics and diagnostics.
Clinical research (coming soon!)
Clinical diagnostics (coming soon!)
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Pesticides & herbicides
Soil and biota
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How do you protect your reputation and meet today’s global food
standards? Whether you are a commercial lab or a food manufacturer,
quality of your food testing data is vital to your business. SCIEX
solutions help you meet maximum residue limits (MRLs) with
data that you can genuinely count upon. With a portfolio of
applications, your lab can quickly and easily react to diverse
Authenticity & Profiling Analysis
& Food Contact Substance Analysis
Food and Beverage Testing
How do you ensure the integrity of your
results in an industry that is never constant? By accurately
even the smallest compound angles you can deliver evidence that
SCIEX forensic analysis solutions deliver fast, highly accurate
data across a multitude of compounds and biomarkers, from the known
the new and novel.
Forensic toxicology (coming soon!)
Homeland security (coming soon!)
Cannabis and hemp potency testing
Doping control (coming soon!)
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Metabolic Flux Analysis
and SNP Analysis
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Transform the capacity and capability of your biologics pipeline
complete end-to-end solutions that make your lab more productive,
more successful. With a longstanding track record in pharma
development and manufacturing, our unparalleled application
with best-in-class hardware, software and support all integrate to
revolutionize your lab.
Native Mode Analysis
Nucleic Acid and Plasmid Analysis
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Clinical diagnostics (coming soon!)
ChemoView MD software
Mass Spec Operators
The SCIEX Now Learning Hub offers the most diverse and flexible learning options available, with best-inclass content that helps you to get the most out of your instrument and take your lab to the next level. Available personalized learning paths based on the latest memory science ensure better knowledge retention, and automated onboarding and enrollment means you’ll get up and running faster.
SCIEX Now Learning Hub offers the most diverse and
flexible learning options available, with best-in-class content that
helps you to get the most out of your instrument and take your lab
the next level. Available personalized learning paths based on the
latest memory science ensure better knowledge retention, and
onboarding and enrollment means you’ll get up and running faster.
SCIEX Learning Manager provides you with the infrastructure to assign, monitor and report on your staff's
competency through a single digital platform. Effectively manage the training process for new hires, ensure
continuous staff development and access information with a single log-in to your SCIEX account.
You can browse, filter, or search our
extensive list of training offerings. Choose from over 100
eLearnings or search for an instructor-led course near you. Once you
select the course you want to take, you will be directed to
Learning Hub for enrollment (login required).
SCIEX Now Online is the Everything, Anytime
destination for all your SCIEX support needs. You can keep track of
activities that matter most to you and manage your lab in the most
efficient way possible. Extensive self-help resources like our deep
Knowledge Base, enable you to solve many problems on your own. SCIEX
is available 24/7 and your new SCIEX instruments are automatically
to your profile when you purchase.
SCIEX Now Learning Hub
Manage My Instruments
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No one understands your needs and can support
your systems better than we can. Our mission is to help you be
successful, whether it's to repair your instrument, assist with your
workflows, or help you maximize productivity in your lab. Whatever
challenge, global SCIEX Service and Support personnel are subject
experts who are focused on mass spec and capillary electrophoresis,
you'll be able to achieve your scientific goals quickly and
Plus Suite for Your New LC-MS
Instrument Service & Support
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SCIEX Now Learning Hub is much more than online
courses. For the most comprehensive option, you can select Success
Programs: personalized, blended online and in-person courses. If
needs are met by a visit from one of our training experts, you can
choose multiple Onsite Training days to get your lab running. Visit
SCIEX training center in North America, Europe or Asia for intensive
classroom and laboratory training. And your online courses are
any time, from anywhere, right here.
Login to SCIEX Now Learning Hub
Success Programs at Your
Scientist Training at Your Site
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If you have CE, LC or mass spec questions,
then SCIEX has the answers. SCIEX support is the single destination
your system questions. We aim to fully assist you with virtually
application of our instruments, helping you to get the most out of
lab resources and assets.
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As a life science researcher, you need the
tools and support to help you create the scientific foundation in
pursuit of expanding the knowledge-base, whether it is understanding
fundamental biology, finding new biomarkers, discovering ways to
our quality of life, or other areas of research. We are committed to
same goals and put the very same dedication into our work to help
address your most significant research challenges.
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Regulatory compliance is as paramount for us
as it is for you. That’s why we have made it easy for you to freely
reference all relevant technical and product regulatory documents.
give you confidence that, with SCIEX, you will fully comply with
legislation, adhere to your laboratory protocol and meet industry
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SCIEX supplies extensive documentation to help you prepare for, use, and maintain your SCIEX hardware and software products, and we update this documentation regularly. On the Customer Documents page, you can search for and download the latest documents for your product.
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contribute to the success of your work.
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Mass spectrometry (MS) is a powerful analytical technique that has become increasingly important in clinical research. It is a highly sensitive and specific method for identifying and quantifying molecules in complex biological samples, such as blood, urine and tissue. Today, you can detect and measure small molecules, proteins, peptides and metabolites in biological samples. This enables researchers to better understand the underlying mechanisms of diseases, identify biomarkers for early disease detection and diagnosis and develop more targeted and personalized treatments.
Engage with our wealth of experience in the ever-evolving field of cutting-edge clinical research. See how SCIEX technologies are utilized daily in identifying and quantifying new and emerging biomarkers and metabolites, whether they are small molecules, proteins or lipids. Learn how to empower your research while developing novel testing protocols for improving human health. SCIEX is the ideal partner for addressing these concerns and helping your clinical research laboratory meet its analytical goals now and in the future. We provide a strong portfolio of mass spectrometers, workflow solutions, software, aftercare and third-party relationships to meet and exceed your daily needs. In addition, as next-generation research into disease and medicine dictates the needs of tomorrow, you can be ready to respond with robust, sensitive and easy-to-use systems from SCIEX—such as the QTRAP 6500+ system—support the entire clinical research laboratory pipeline. Scientists trust us to advance their work in clinical research.
Get more meaningful answers for your proteomics research more quickly.
Discover innovative metabolomics solutions that can help get you closer to your phenotype.
See how simple, integrated LC-MS solutions can allow core labs and translational researchers to interrogate lipid profiles and reveal lipid species alterations that occur in metabolic disorders such as diabetes, obesity, hypertension, stroke and atherosclerosis.
Clinical proteomics is a field of biomedical research that focuses on studying proteins in relation to diseases. By analyzing the proteome, researchers can better understand the molecular mechanisms of diseases, identify biomarkers and drug targets and advance diagnosis and treatment.
Analyzing large sample cohorts is critical when performing translational or biomarker research. Here, the combination of the Evosep One system and the ZenoTOF 7600 system was investigated for fast quantitative proteomics.
MRM3 analysis enables higher specificity peptide detection and therefore better quantitation of peptides from highly complex samples. Improved detection of PSA in serum on the QTRAP 5500 system is demonstrated.
Here, an unambiguous differentiation of leucine (Leu) and isoleucine (Ile) in peptides derived from a monoclonal antibody (mAb) therapeutic was achieved utilizing a new fragmentation type based on electron activated dissociation (EAD).
This technical note demonstrates a highly sensitive quantification workflow for surfactant proteins at a signature peptide level using a high-end triple quadrupole mass spectrometer.
Clinical metabolomics and lipidomics analyze small molecules in clinical samples such as blood, urine and tissue. Metabolomics looks at metabolites involved in biological processes, while lipidomics focuses on lipids. These fields can provide insights into disrupted metabolic pathways in diseases and conditions, leading to new diagnostic and therapeutic approaches.
Carnitines and acylcarnitines are important biomarkers for many genetic disorders and can be present in low amounts in biological matrices. Here, using a simple sample preparation method and a fast LC gradient, 8 carnitines and acylcarnitines were monitored in rat plasma.
High sensitivity is key for the analysis of lipid mediators in human plasma. Here, a lipid mediator assay has been expanded and adapted to the SCIEX 7500 system using multiple reaction monitoring (MRM). The sensitivity level of the SCIEX 7500 system was compared to the QTRAP 6500+ system and average gain in peak areas was observed.
The complexity of the lipidome and a huge diversity in lipid molecular species makes comprehensive quantitative profiling challenging. In this work, a targeted lipid profiling method has been developed for the quantitation of a large panel of lipid molecular species (~1,900 molecular species).
Bile acids are involved in a wide range of biological functions , including lipid resorption, immunological functions and metabolic regulation. Isomeric and isobaric variants of bile acids can be generated during metabolic transformations, making identification and quantitation difficult. Here, a differential mobility spectrometry (DMS) approach enabled the separation of 2 groups of bile acid isomers.
Retinoic acid has multiple isomers with different specific double-bond stereochemistry and different biological roles. Since these cause different biological effects, it is best to separate and quantify the isomers. Here, a differential mobility spectrometry (DMS) approach using the SelexION device enabled the separation of the retinoic acid based on their structural differences. In combination with LC-MS/MS, a specific targeted method for quantitation of retinoic acid isomers in biological matrices is demonstrated.
Plasma lysosphingolipids (LysoSLs) have recently emerged as potential biomarkers in a range of sphingolipidoses. Current methods of analysis primarily involve either enzyme activity procedures or derivatization of compounds prior to analysis. Direct analysis of these groups can be complex due to extensive structural homogeneity between individual compounds. Here, 7 different lipids were quantified using simplified sample preparation combined with differential mobility spectrometry (DMS) and fast chromatography.
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