Enjoy FREE SHIPPING on all FreeStyle Libre 2 purchases until 31 May 2024. Simply enter promo code FREESHIP at checkout and click ‘SUBMIT CODE’ to apply!

Pharmac proposes to commence FreeStyle Libre 2 subsidy for people living with type 1 diabetes! Read more

Order pick-ups are not available

X
Menu
Cart
X

Search Website

QUICK ORDER PRODUCTS

If you know the product code enter it here  

In-Fusion® Snap Assembly EcoDry™ Master Mix, 8 Rxns

The In-Fusion Snap Assembly EcoDry Master Mix enables high-efficiency, high-fidelity, directional cloning of one or more PCR fragments into any vector. The cornerstone of In-Fusion Cloning technology is Takara Bio’s proprietary In-Fusion master mix, which fuses DNA fragments (e.g., PCR-generated sequences and linearized vectors) efficiently and precisely by recognizing a 15-bp overlap at their ends. This 15-bp overlap can be engineered by designing primers for amplification of the desired sequences. The In-Fusion Snap Assembly Master Mix offers high cloning efficiency, especially for longer fragments, short oligonucleotides, and multiple fragments. It is provided in a convenient, lyophilized (dry) format.

Brand: Takara

Learn more

Product CodeProduct Product Description Price (Excl gst) Qty Add
CLT638954 In-Fusion® Snap Assembly EcoDry™ Master Mix, 8 Rxns In-Fusion® Snap Assembly EcoDry™ Master Mix, 8 Rxns Login for price  
CLT638955 In-Fusion® Snap Assembly EcoDry™ Master Mix,32 Rxns In-Fusion® Snap Assembly EcoDry™ Master Mix,32 Rxns Login for price  
CLT638956 In-Fusion® Snap Assembly EcoDry™ Master Mix, 96 Rxns In-Fusion® Snap Assembly EcoDry™ Master Mix, 96 Rxns Login for price  
CLT638953 In-Fusion® Snap Assembly EcoDry™ Master Mix with Competent Cells, 96 Rxns In-Fusion® Snap Assembly EcoDry™ Master Mix with Competent Cells, 96 Rxns Login for price  

Go to checkout

Discover all the benefits of In-Fusion Cloning, in a dried-down format:

  • Ease of use and consistency—Lyophilized, pre-aliquoted cloning mix; dried-down format eliminates handling errors and contamination, facilitating high-throughput workflows
  • Highly efficient—Over 95% efficiency demonstrated with a broad range of fragment sizes from 0.5 kb to 15 kb
  • Sub-cloning is unnecessary—Clone any insert, into any locus, in any vector, with just one reaction
  • Seamless construction—Final constructs have no superfluous base pairs (as is often the case with restriction digest or TA cloning)
  • Versatility and flexibility for your applications—Clone single or multiple DNA fragments simultaneously, or perform site-directed mutagenesis in a single reaction