Recombinase mediated isothermal amplification

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Recombinase Aided Amplification is a technology that uses recombinase, single strand binding protein and DNA polymerase to amplify nucleic acids under isothermal conditions (the optimal temperature is 37 ℃).

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Recombinase mediated isothermal amplification (recommended)	Article Number	Chinese Name	English	Recommended Use
	DAP07C01	T4 Recombinase	T4 UvsX recombinase（T4 Uvs X）	Recombinant polymerase Key raw materials for isothermal expansion
	DAP07C02	T4 Recombinase Assisted Protein	T4 UvsY protein（T4 UvsY）
	DAP07C03	Nucleic acid Endonuclease IV	Endonuclease IV (Nfo)
	DAP07C04	T4 single chain binding protein	T4 gene 32 protein（Gp32）
	DAP07C05	Bsu DNA Large Fragment Polymerase	Bsu DNA polymerase （Large fragment）（Bsu-LF）
	DAP07C06	Exonuclease III	Exonuclease III (Exo)
	DAP07C15	BST DNA Large Fragment Polymerase	Bst DNA polymerase (Large fragment)(Bst-LF)

Recombinase, single strand binding protein and primer form a complex to scan double stranded DNA, and de spin the double stranded DNA at the sequence homologous to the primer. Single strand binding protein (SSB) prevents single stranded DNA from renaturation. In the presence of energy and dNTP, DNA polymerase completes the chain extension, and instrument amplification can be realized in 5-20 minutes.

DAP07C01-T4 Reco...

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DAP07C02-T4 Reco...

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DAP07C03-DE01101...

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DAP07C04-T4 gene...

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