Optimize many molecular biology applications using this ATP, a highly stable nucleotide with 99% purity.

Cut at GAAGAC(2/6)^ sites with Thermo Scientific™ FastDigest™ BbsI (BpiI), which performs best using universal FastDigest Buffer (Isoschizomers: BpuAI, BstV2I).

Optimize electrophoresis of both genomic and large supercoiled DNA in agarose and polyacrylamide gels with Thermo Scientific™ 50X TAE Buffer (Tris-acetate-EDTA).

Cut at A^CCGGT sites with Thermo Scientific™ FastDigest™ AgeI (BshTI), which performs best at 37°C in 5-15 minutes using universal FastDigest Buffer.

Perform single-, double- or multiple DNA digestion within 5-15 minutes with this advanced line of restriction enzymes, 100% active in one universal buffer.

The FastDigest SmaI restriction enzyme recognizes CCC^GGG sites and cuts best at 37°C in 5-15 minutes using universal FastDigest Buffer (Isoschizomers: TspMI, XmaCI; neoschizomer: XmaI)

FastDigest SpeI (BcuI) restriction enzyme recognizes A^CTAGT sites and cuts best at 37°C in 5-15 minutes using universal FastDigest Buffer (Isoschizomers: AhlI).

Cut at G^GATCC sites with Thermo Scientific™ FastDigest™ BamHI restriction enzyme, which performs best at 37°C in 5-15 minutes using universal FastDigest Buffer.

Perform single-, double- or multiple DNA digestion within 5-15 minutes withthis advanced line of restriction enzymes, 100% active in one universal buffer.

The FastDigest HindIII restriction enzyme recognizes A^AGCTT sites and cuts best at 37°C in 5-15 minutes using universal FastDigest Buffer.

The BamHI restriction enzyme recognizes G^GATCC sites and cuts best at 37°C in its own unique buffer.

Perform single-, double- or multiple DNA digestion within 5-15 minutes with this advanced line of restriction enzymes, 100% active in one universal buffer.

The FastDigest NdeI restriction enzyme recognizes CA^TATG sites and cuts best at 37°C in 5-15 minutes using universal FastDigest Buffer (Isoschizomers: FauNDI).

The FastDigest EcoRI restriction enzyme recognizes G^AATTC sites and cuts best at 37°C in 5-15 minutes using universal FastDigest Buffer.

Optimize many molecular biology applications with this NTP set, composed of highly stable nucleotides with 99% purity.

Cut at A^GATCT sites with BglII restriction enzyme, which performs best at 37°C in O buffer.

Simplify traditional restriction enzyme cloning with the Invitrogen™ Anza™ Restriction Enzyme Cloning System.

Cut at CGTCTC(1/5)^ sites with Thermo Scientific™ FastDigest™ BsmBI (Esp3I), which peforms best at 37°C in 5-15 minutes using universal FastDigest Buffer.

The Esp3I (BsmBI) restriction enzyme recognizes CGTCTC(1/5)^ sites and cuts best at 37°C in Tango (+DTT) buffer (Isoschizomers: BsmBI).

Cut at C^TCGAG sites with XhoI restriction enzyme, which functions best at 37°C in R buffer (Isoschizomers: PaeR7I, Sfr274I, SlaI, StrI, TliI).

The NotI restriction enzyme recognizes GC^GGCCGC sites and cuts best at 37°C in O buffer (Isoschizomers: CciNI).

Cut GAAGAC(2/6)^ sites with BpiI (BbsI) restriction enzyme, which performs best at 37°C in G buffer (Isoschizomers: BbsI, BpuAI, BstV2I).

Simplify traditional restriction enzyme cloning with the Invitrogen™ Anza™ Restriction Enzyme Cloning System.

Cut at G^TAC sites with Thermo Scientific™ FastDigest™ Csp6I, which performs best using universal FastDigest Buffer (Isoschizomers: AfaI, CviQI, RsaNI).

Cut at AG^CT sites with AluI restriction enzyme, which performs best at 37°C in Tango buffer (Isoschizomers: AluBI).

The Eco31I (BsaI) restriction enzyme recognizes GGTCTC(1/5)^ sites and cuts best at 37°C in G buffer (Isoschizomers: BsaI, Bso31I, BspTNI).

Cut at CACNNN^GTG sites with Thermo Scientific™ FastDigest™ DraIII (AdeI), which performs best at 37°C in 5-15 minutes using universal FastDigest Buffer.

The PdmI (XmnI) restriction enzyme recognizes GAANN^NNTTC sites and cuts best at 37°C in Tango buffer (Isoschizomers: Asp700I, MroXI, XmnI).

Perform single-, double- or multiple DNA digestion within 5-15 minutes withthis advanced line of restriction enzymes, 100% active in one universal buffer.