• Fast: 8 minute extraction protocol for most sample types
• Simple: No centrifugation steps of spin columns used to help increase yields
• Automation-friendly: Simple protocol integrated easily into automated workflows
• Safe: Uses only non-toxic reagents

• Fast: PCR-ready DNA in minutes, not days
• Simple: No spin columns or transfer steps which helps increase yields
• Compatible: Extracted DNA is compatible with both real-time and endpoint PCR
• Safe: No xylene or phenol extractions used

• Fast: PCR-ready DNA in about 8 minutes for most samples
• Simple: No bead-beating, freezing, or grinding of plant leaf material
• Increased yields: No centrifugation or spin columns used which reduce yields
• Compatible: Extracted DNA is compatible with both real-time and endpoint PCR 
• Safe: Non toxic reagents used throughout the procedure

• Fast: Extract end-point and real-time RT-PCR ready RNA in minutes from low to high numbers of samples
• Simple: Single tube protocol
• Compatible: Extracted RNA is compatible with both real-time and endpoint RT-PCR 
• Automation-friendly: Simple protocol makes incorporation into an automated workflow easy
• Flexible: A Dnase I digestion step can be added for sensitive downstream applications when necessary
• Safe: Non toxic reagents used throughout the procedure

Features:

• Fast: Purify Total Nucleic Acid (TNA), DNA or RNA in 30-60 minutes
• Safe: Does not use hazardous phenol, chloroform or guanidine
• High Purity: A₂₆₀/A₂₈₀ ratios consistently between 1.8 and 2.0
• High Yields: Improves yields by avoiding the use of columns which often reduce nucleic acid yields
• Versatile: Purify TNA, genomic DNA, total RNA, FFPE RNA, or both genomic DNA and total RNA from a sample
• Total RNA Recovery: Purify both large and small (e.g., miRNA) RNA for RNA-Seq or qRT-PCR
• Proven: Hundreds of citations for purification of DNA and RNA from dozens of sample types for use in many applications.

Features:

• Scalable purification of gDNA from blood
• Consistent yields of up to 10 µg of DNA from 325 µL of whole blood and approximately 100 µg DNA from 600 µL of buffy coat
• High purity gDNA with A260/A280  ratios of 1.8-2.0 making the DNA suitable for most downstream molecular biology applications including PCR and sample archiving
• Fast protocol completed in less than 30 minutes
• Improved yields by avoiding the use of columns
• Better safety since no hazardous organic solvents are used

Features:

• Produces clean, high molecular weight genomic DNA ready for PCR and other molecular biology applications such as restriction digestion, cloning, and Southern blotting
• Scaleable method for large sample volumes with no wasting of reagents with smaller samples
• Complete kit includes lysozyme; no separate purchase required 
• Robust kit works on a variety of tested species
• Flexible kit also purifies gDNA from Gram negative bacteria

Features:

• Fast: Obtain purified DNA in less than 40 mintues
• Flexible: Purify DNA from a wide variety of yeast species, including Candida, Saccharomyces, Pichia, and Schizosaccharomyces, and filamentous fungi such as Aspergillus and Penicilium
• Scaleable method for large sample volumes with no wasting of reagents with smaller samples
• High quality DNA: Purify high molecular weight genomic DNA that is ready to use in many molecular biology applications, including PCR amplification, restriction endonuclease digestion, Southern blotting, genomic library preparation and fungal identification and typing
• High yields: Purify more yeast genomic DNA than other commercially available kits
• Simple: No enzymatic lysis, bead beating, columns, phenol or other organic solvents are used

Features:

• Safe: Avoids the use of dangerous hot acid phenol
• Fast: Quicker protocol that methods using pheroplasting
• High Quality RNA: RNA quality exceeds that obtained by beat beating protocol and is ready for use in downstream applications such as RT-PCR and microarray analysis
• Excellent Yields: Yields 25-50 µg RNA from 1 ml of mid-log S.cerevisiae
• Complete: All the necessary reagents are supplied with no need to purchase extra equipment

• Isolate up to 0.6, 15, or 25 µg of fosmid DNA from 1.5-, 40-, or 100-ml cultures of a single-copy fosmid, respectively, with an easy to use protocol
• Maximize yields because the FosmidMAX kit does not use columns or binding resins that reduce yields
• Reduce costs by using only the reagents you need based on the amount of DNA being purified
• Purify DNA from single-copy fosmid clones, induced CopyControl fosmid and cosmid clones
• Reduce waste and use of hazardous reagents because no columns or toxic organic solvents are used

• Successful PCR, the first time and every time
• PCR amplification of difficult or high-GC templates
• Multiplex PCR compatible
• Robust amplification of targets up to 20kb long
• High accuracy with 3-fold lower error rate than Taq DNA polymerase (error rate = 1 in 30,000)
• Extremely high sensitivity and specificity using the PCR Enchancer Technology (with Betaine)

• Digest contaminating linear DNA without digesting nicked or closed-circular dsDNA or supercoiled DNA (plasmids, fosmids, etc.)
• Use as a final purification step for plasmid, cosmid, fosmid, and BAC vector and clone preparations
• Utilize whenever protecting circular dsDNA is important

• Highly Active: This enzyme is 200X more active than egg white lysozyme, thus improving bacterial lysis and using less enzyme
• Easy: No sample agitation or heat generation necessary during lysis which helps preserve protein function
• Flexible: Usuage volumes are easily adjusted based on the scale of the experiment

• Robust: Proteinase K is a highly stable protease that is active in most buffers including those with SDS and urea
• Flexible: Use in applications outside of the MasterPure™ Kits including (i) isolation of plasmids and high molecular weight gDNA, purification of intact RNA, and inactivation of Rnases, Dnases and other enzymes in molecular biology reactions

• Specific: Processively digests RNA with 5´-monophosphate ends but not RNAs with 5´-triphosphate, 5´-cap or 5´-hydroxyl groups starting from the 5´ end
• Flexible: Use this enzyme to help characterize 5´-ends of RNA and to enrich for mRNA in prokaryotic or eukaryotic total RNA preparations

• Inhibit RNase A, RNase B and RNase C
• Prevent RNA degradation and protect your precious samples