Routine PCR amplification
Amplify target DNA regions for screening, verification or molecular biology experiments.
Molecular Biology
PCR Kits
PCR kits provide complete or workflow-ready systems for amplifying specific DNA sequences in molecular biology research. They may include polymerase, optimized buffers, dNTPs, magnesium components, controls, master mixes and protocol guidance for routine PCR, high-fidelity PCR, real-time PCR preparation, cloning, genotyping and target verification. By combining validated components in a single format, PCR kits help reduce setup variability, simplify reaction preparation and improve reproducibility across users and experiments.
Product catalog
Browse PCR Kits
Showing 25 unique product names from this subcategory.
Presto™ 96 Well PCR Cleanup Kit
SKU: 96DFH02|Size: each
GenepHlow™ Gel/PCR Kit
SKU: DFH300|Size: each
Magnetic Beads PCR Cleanup Kit
SKU: MC096|Size: each
Gel/PCR DNA Fragments Extraction Kit
SKU: DF100|Size: each
96-Well Plate PCR Products Purification Kit
SKU: BS3652|Size: 2xPlates, 192prep
One Step M-MULV RT-PCR Kit
SKU: BS665|Size: 100preps
PCR Purification Kit (200 preps)
SKU: 9K-006-0004|Size: 200preps, 200prep
PCR Purification Kit (100 preps)
SKU: 9K-006-0003|Size: 100preps
2X PCR Optimization Kit for High-Taq
SKU: 9K-002-0010|Size: 1mg
MyTaq One-Step RT-PCR Kit
SKU: BIO-65049|Size: 100 Reactions
MyTaq Extract-PCR Kit
SKU: BIO-21127|Size: 500 Reactions
Monkeypox Virus Real Time PCR Kit
SKU: ZD-0076-01|Size: 25 tests/kit
PCR Mycoplasma Detection Kit
SKU: K2821-100|Size: 100 Tests
Chlamydia spp.
SKU: FR080|Size: 100 Reactions
genesig Real-time PCR detection kit for Influenza A H7N9
SKU: Z-Path-H7N9|Size: 150 Tests
Plant Direct PCR Kit
SKU: PD105-02|Size: 200 Reactions
Blood Direct PCR Kit
SKU: G3312-01|Size: 40 Reactions
hyPerFUsion™ high-fidelity PCR Kit
SKU: K1033-100|Size: 100 U
PCR Quick Screening Kit
SKU: K2189-500|Size: 500 Samples
MagBeads PCR Purification Kit
SKU: K1625-100|Size: 100 Tests
EzWay Plant Direct PCR Kit
SKU: K0568700|Size: 1 Set
HCMV Real Time PCR Kit
SKU: GWB-LRB010|Size: 25 Tests
GenepHlow™ PCR Cleanup Kit
SKU: DFC300|Size: each
Chicken Phosphocreatine,Pcr ELISA KIT
SKU: JOT-EKA0067Ch|Size: 96 wells
Ehrlichia spp. Real Time PCR Detection Kit
SKU: GZP027|Size: 8 Tests/Kit
Overview
Workflow-ready kits for DNA amplification
PCR kits are useful when laboratories need standardized amplification conditions without assembling every reaction component separately. This can reduce pipetting errors and improve consistency between runs.
Different PCR kits are optimized for different goals. Routine kits focus on robust amplification, high-fidelity kits reduce sequence errors, and specialized kits may support GC-rich templates, long amplicons, fast cycling or low-copy targets.
The best PCR kit depends on the template, target size, fidelity requirement, reaction speed, detection method and downstream application.
Applications
Common PCR kit applications
High-fidelity cloning workflows
Generate accurate DNA fragments for cloning, mutagenesis or sequencing validation.
Genotyping research
Support sample comparison, allele detection and genetic screening workflows.
qPCR preparation
Use compatible amplification systems for workflows that require quantitative or real-time analysis.
Pathogen and microbial research
Amplify target sequences in research workflows involving microbial, viral or environmental samples.
Selection guide
How to choose PCR kits
Select PCR kits according to amplification goal, fidelity needs, template type, amplicon size and protocol format.
1
Define the PCR workflow
Clarify whether the experiment requires routine PCR, high-fidelity PCR, long-range PCR, fast PCR or qPCR-compatible amplification.
2
Check kit components
Review whether the kit includes polymerase, buffer, dNTPs, magnesium, controls, loading dye or master mix format.
3
Match template and target
Consider template purity, GC content, copy number and amplicon length before selecting the kit.
4
Review fidelity requirement
Use proofreading or high-fidelity kits when downstream cloning or sequencing accuracy is important.
5
Compare reaction setup time
Master mix and ready-to-use formats can reduce setup time and improve reproducibility.
6
Plan controls
Use positive controls, negative controls and no-template controls to interpret amplification results.
FAQ
PCR Kits FAQ
Common questions about PCR kit selection for molecular biology research.
What are PCR kits used for?
PCR kits are used to amplify specific DNA sequences for research workflows such as cloning, genotyping, screening, sequencing preparation and molecular analysis.
What is the difference between PCR reagents and PCR kits?
PCR reagents are individual components, while PCR kits combine optimized components and instructions for a defined amplification workflow.
When should I choose a high-fidelity PCR kit?
Choose a high-fidelity kit when amplified DNA will be cloned, sequenced or used in applications where sequence accuracy matters.
Can one PCR kit work for every template?
No. GC-rich templates, long targets, low-copy samples or degraded DNA may require specialized PCR kits.
Why are controls important in PCR kits?
Controls help confirm that amplification conditions work and help detect contamination, inhibition or setup failure.
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