DNA Probe synthesis

Description: NZYTech offers a comprehensive portfolio of DNA probes that are particularly useful for gene expression, SNP genotyping or end-point genotyping studies. NZYTech offers four different kinds of fluorescent DNA probes:
– Dual-labelled probes
– MGB alternative probes
– Molecular beacons
– FRET probes
Within our portfolio you may find the correct conjugation of molecules to modify the DNA probe of your choice with our wide collection of quenchers and fluorescent dyes. NZYTech offers a broad range of modifications for all types of Real-Time PCR (qPCR) platforms including alternatives to the most known probes technologies. Please contact NZYTech (oligos@nzytech.com) if you need more information about the modification you would like.

 Features:
– Four different fluorescent DNA probes
– Wide collection of quenchers and fluorescent dyes available
– Competitive alternatives to the most known qPCR assays
– Highly sensitive probes
– Competitive price

Price list:
Upon request. Please contact us at oligos@nzytech.com for pricing.

Quotes & Ordering:
To order NZYTech Oligos, please download the Order Template Form and send it as an Excel attachment to oligos@nzytech.com. The order form also includes guidelines for ordering.

Oligos Order Template Form
Oligos Available Modifications

Get a Free Discount Coupon if your paper refers NZYTech Products!

If NZYTech’s products are mentioned in a paper published by your lab, you will be rewarded with a Free Discount Coupon of 50 € to use in any order. Please note that the final paper/page proof (as PDF files) or a downloadable link must be provided so NZYTech can confirm that your submission is valid for this promotion.

See more details here.

 

Featured citations

The 17-mer oligonucleotides 5’-TAMRA-TC ACC *TC GTA CGA CTC-3’ and 3’-BHQ-2-AG TGG GAG CAT GCT GAG-5’ (in which TAMRA is the fluorophore carboxytetramethylrhodamine, BHQ-2 is black hole quencher-2 and * is tetrahydrofuran, a stable abasic site analogue) (35) were custom-made by NZYTech (Lisbon, Portugal).
Guerreiro, P.S., Estácio, S.G., Antunes, F., Fernandes, A.S., Pinheiro, P.F., Costa, J.G., Castro, M., Miranda, J.P., Guedes, R.C., Oliveira, N.G. (2016). Structure-based virtual screening towards the discovery of novel inhibitors of the DNA repair activity of the human apurin ic/apyrimidinic endonuclease 1. Chem Biol Drug Des 88(6):915-925.

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