Applied Biosystems
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Applied Biosystems
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Product categories linked on LabFinder with further independent product knowledge.
Featured product categories
Digital PCR Systems
Digital PCR systems precisely quantify DNA or RNA by partitioning samples into isolated chambers or droplets and statistically evaluating positive and negative reactions. They support rare-mutation detection and sequencing-data validation. Select systems by partitioning method, throughput, sensitivity, automation needs, and consumable or analysis-software compatibility.
View product category →DNA / RNA Synthesizer
DNA/RNA synthesizers produce customized oligonucleotide strands chemically or enzymatically for genetics, diagnostics, cloning, and RNA interference. Select instruments by maximum synthesis length, accuracy, automation, and compatibility with synthesis reagents. As sequence length increases, synthesis quality may decline; modified sequences can require specific reaction conditions.
View product category →Electrophoresis sequencer
Electrophoresis sequencers separate DNA samples by gel electrophoresis to generate reproducible band patterns for sequencing and genetic analysis. Choose systems with uniform heating to reduce gel artifacts, convenient gel-sandwich assembly, and suitable gel size or automated run control. They are not intended for protein analysis.
View product category →PCR Assays & Reagents
PCR assays and reagents amplify specific DNA fragments for genetic analysis, molecular diagnostics, genotyping, and viral detection. Choose reagents according to the PCR method, sample type, detection limit, speed, and qualitative or quantitative goal; qPCR monitors amplification through real-time fluorescence signals.
View product category →PCR Cycler
PCR cyclers, or thermocyclers, generate the precise temperature cycles required for DNA amplification in applications such as pathogen detection, genotyping, sequencing, cloning, and mutagenesis. Selection should consider temperature accuracy and lag time, block format and sample capacity, cycle programmability, and compatibility with tubes or plates.
View product category →Thermocycler
Thermocyclers automate temperature-controlled reactions such as PCR-based DNA amplification, restriction enzyme reactions, ligations, and reverse transcription. Block-based systems heat and cool sample vessels through programmed cycles. Select by sample capacity, temperature range and control precision, cycling speed, vessel compatibility, and programmable parameters; gradient cycling can support PCR optimization.
View product category →Diagnostics (2)
Kits Molecular Diagnostics
Molecular diagnostics kits detect, amplify, and analyze DNA or RNA in biological samples for genetic testing, pathogen detection, genotyping, and gene expression analysis. Choose according to sample type, target nucleic acid, detection method, sensitivity, specificity, throughput, and compatibility with extraction or lysis workflows.
View product category →Systems for Molecular Genetic Diagnostics
Systems for molecular genetic diagnostics support targeted DNA and RNA analysis, including amplification, sequencing, and detection of genetic changes. Choose according to analyte focus, automation, throughput, and compatibility with PCR or sequencing workflows. Reliable results depend on regular maintenance, calibration, and expert interpretation.
View product category →Mass spectrometry (1)
MS – Ion trap Mass spectrometry
Ion trap mass spectrometers analyze confined ions to distinguish masses and structures in chemical, environmental, proteomic, research, and quality-control applications. Electromagnetic trapping enables repeated mass selection and excitation for multistage analyses. Select based on trap type, required resolution and sensitivity, sample properties, mass range, and workflow compatibility.
View product category →Molecular biology, PCR and sequencing (11)
Capillary Electrophoresis
Capillary electrophoresis separates charged molecules in narrow capillaries by high-voltage migration through buffered electrolytes. It supports rapid analysis of nanoliter samples for identifying and quantifying ions, peptides, proteins, and nucleic acids. Select systems according to analytes, capillary diameter, detection options, automation, and data-analysis software.
View product category →Digital PCR Systems
Digital PCR systems precisely quantify DNA or RNA by partitioning samples into isolated chambers or droplets and statistically evaluating positive and negative reactions. They support rare-mutation detection and sequencing-data validation. Select systems by partitioning method, throughput, sensitivity, automation needs, and consumable or analysis-software compatibility.
View product category →DNA / RNA Synthesizer
DNA/RNA synthesizers produce customized oligonucleotide strands chemically or enzymatically for genetics, diagnostics, cloning, and RNA interference. Select instruments by maximum synthesis length, accuracy, automation, and compatibility with synthesis reagents. As sequence length increases, synthesis quality may decline; modified sequences can require specific reaction conditions.
View product category →DNA Sequencer
DNA sequencers determine nucleotide sequences for molecular biology, genetic engineering, hereditary disease studies, genome sequencing, and DNA cloning. Selection depends on sequencing method, throughput, accuracy, read length, workflow compatibility, and ease of use. Technologies include Sanger and high-throughput sequencing with fluorescence, pyrosequencing, or nanopore detection.
View product category →Electrophoresis sequencer
Electrophoresis sequencers separate DNA samples by gel electrophoresis to generate reproducible band patterns for sequencing and genetic analysis. Choose systems with uniform heating to reduce gel artifacts, convenient gel-sandwich assembly, and suitable gel size or automated run control. They are not intended for protein analysis.
View product category →Kits cDNA Synthesis
cDNA synthesis kits convert RNA into complementary DNA by reverse transcription, providing a stable template for RT-PCR, gene expression analysis, and molecular diagnostics. Selection can depend on reverse transcriptase type, primer options, reaction conditions, and downstream compatibility; RNA quality and purity strongly influence performance.
View product category →PCR Assays & Reagents
PCR assays and reagents amplify specific DNA fragments for genetic analysis, molecular diagnostics, genotyping, and viral detection. Choose reagents according to the PCR method, sample type, detection limit, speed, and qualitative or quantitative goal; qPCR monitors amplification through real-time fluorescence signals.
View product category →PCR Cycler
PCR cyclers, or thermocyclers, generate the precise temperature cycles required for DNA amplification in applications such as pathogen detection, genotyping, sequencing, cloning, and mutagenesis. Selection should consider temperature accuracy and lag time, block format and sample capacity, cycle programmability, and compatibility with tubes or plates.
View product category →PCR Plates
PCR plates are disposable microplates for parallel DNA amplification in molecular biology workflows. Available mainly in 96- or 384-well formats, they support controlled thermal cycling and manual or automated handling. Select by cycler compatibility, material temperature resistance, sealing method, and optical clarity where required.
View product category →PCR Tubes and Strip Tubes
PCR tubes and strip tubes are single-use reaction vessels for preparing and amplifying DNA through cyclic temperature changes. Choose formats by reaction volume, strip size, sealing, thermocycler compatibility, and—where fluorescence measurement is needed—optical clarity. Polypropylene supports chemical resistance and temperature stability.
View product category →Thermocycler
Thermocyclers automate temperature-controlled reactions such as PCR-based DNA amplification, restriction enzyme reactions, ligations, and reverse transcription. Block-based systems heat and cool sample vessels through programmed cycles. Select by sample capacity, temperature range and control precision, cycling speed, vessel compatibility, and programmable parameters; gradient cycling can support PCR optimization.
View product category →All 14 product categories
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