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TOES20210120001

Novel miRNA libraries preparation method for massive sequencing using nanotechnology

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ABSTRACT

A Spanish university has developed a new library manufacturing method for analyzing miRNAs with massively parallel sequencing (miRNA-seq). The method uses nanotechnology that avoids the ligation reaction during the library preparation, a common step in this process and the main source of bias. The university is looking for partners from the pharmaceutical or biotechnology industry interested in licensing this patented technology.

 

FULL DESCRIPTION

A microRNA (abbreviated miRNA) is a small single-stranded non-coding RNA molecule found in plants, animals and viruses, that functions in RNA silencing and regulating in the expression of numerous genes.

The deregulation of these miRNAs is associated with most of the human chronic pathological processes (cancer, diabetes and neurodegenerative diseases), so their analysis represents a field of increasing relevance. However, its small size and low concentration hinder the study and precise quantification of the miRNA species present in a biological sample.

At present miRNA-sequencing, is postulated as the most promising technique for the analysis of these pathological processes, although problems associated with the library preparation stage make its application difficult.

The present invention developed by a research group from a Spanish university proposes a method of manufacturing miRNA libraries for massive sequencing in the absence of the ligation reaction that commonly leads to the appearance of binding biases since they considerably alter the relative frequencies of the miRNA species.

The new technology uses nanotechnology for the preparation of the libraries and makes it possible to eliminate these binding biases, achieving an increase in efficiency and costs reduction. It uses magnetic particles that have covalently linked oligonucleotides on their surface, on which the miRNA is reverse transcribed and the sequencing adapters are added by Taq polymerase.

The university is looking for partners from the pharmaceutical or biotechnology industry interested in licensing this patented technology.


Partner expertise sought:

- Specific area of activity of the partner: The university is looking for companies working with massive-parallel miRNA sequencing (miRNA-seq) and preparation of miRNA libraries in order to reach a license agreement for the patented technology.


Advantages & innovations:

- Reduction of biases. Ligation bias is an unsolved methodological problem whose error is difficult to quantify. The use of nanotechnology allows eliminating the ligation reactions of the process and, consequently, suppressing the biases associated with it.

- Increased efficiency. The novel library manufacturing process achieves an increase in the efficiency of the process that is affected in the usual procedures by the problems associated with the development of the ligation reaction.

- Reproducibility of results. The manufacture of libraries in the absence of a ligation reaction makes it possible to solve reproducibility problems due to the biases caused by this reaction.

- Cost reduction. The lesser appearance of problems during the manufacturing process and the consequent improvement in efficiency promotes to reduce the associated costs.


Development Stage:

Under development/lab tested


IPR:

Patent(s) applied for but not yet granted - Spanish national patent applied on 6/11/2020, possibility to extend to international European or PCT application.

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KEY INFORMATION

Country of origin
SPAIN
Date created
20/01/2021
Date updated
22/01/2021
Deadline
22/01/2022

PARTNERSHIP(S) SOUGHT

License agreement

CLASSIFICATIONS

INDUSTRY SECTORS
Medicine and Health \ Life Sciences \ Big drug delivery client
TECHNOLOGY KEYWORDS
BIOLOGICAL SCIENCES / Medicine, Human Health / Gene - DNA Therapy / BIOLOGICAL SCIENCES / Biology / Biotechnology / Cellular and Molecular Biology / BIOLOGICAL SCIENCES / Biology / Biotechnology / Genetic Engineering / BIOLOGICAL SCIENCES / Biology / Biotechnology / Microbiology / BIOLOGICAL SCIENCES / Micro- and Nanotechnology related to Biological sciences
COMMERCIAL KEYWORDS
none...
MARKET KEYWORDS
MEDICAL/HEALTH RELATED / Diagnostic / Diagnostic services / MEDICAL/HEALTH RELATED / Diagnostic / Molecular diagnosis
A2020