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Measure the expression of your miRNA in just 3 hours! – Contact us. The miRCURY LNA miRNA PCR system combines the advantages of a universal RT with the sensitivity and specificity of LNA technology. In just three hours you will have robust results, even in samples with a limited amount of RNA such as serum / plasma. 
Without amplificationMaximum sensitivity
 : Quantification from a total 1pg of RNA.Maximum specificity : Differentiation of sequences that differ in a single nucleotide.True results: independent of GC content. 

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Quantification of miRNAs can be challenging. The size, the disparity of the GC content in the sequence and the high degree of homology, among other characteristics, make it difficult to work with this non-coding RNA species. But the miRCURY LNA miRNA PCR system overcomes those limitations and provides a solution for every project with miRNAs. Simple, easy and fast.
A solution for every step, from cDNA synthesis to data analysis.

 Test it! The miRCURY LNA miRNA PCR starter kit contains all the reagents necessary to perform 20 RT and 100 qPCRs, including a RT / qPCR control (uniSP6), a possible endogenous miRNA (miR-103a-3p) and two validated primers of your choice .  


Rapid extraction of viral RNA

The purification of viral RNA from biological samples has become an essential tool for the true detection of SARS-CoV-2. It must be carried out in a safe, fast and effective way that allows the presence of the virus to be determined with high precision. 
Epigentek has developed an RNA isolation kit optimized for biofluids, primarily for saliva samples and nasal / nasopharyngeal swabs. With just 200ul and in 10 minutes the ready-to-use RNA is obtained in various applications, such as RT-qPCR among others.
Do not hesitate to contact us if you have any questions, we will be happy to help you.


Generation and characterization of expressed sequence tags (ESTs) from coralloid root cDNA library of Cycas debaoensis.

Generation and characterization of expressed sequence tags (ESTs) from coralloid root cDNA library of Cycas debaoensis.

A normalized full-length cDNA library was constructed from the coralloid roots of Cycas debaoensis by the DSN (duplex-specific nuclease) normalization methodology mixed with the SMART (Switching Mechanism At 5′ finish of the RNA Transcript) approach.

The titer of the unique cDNA library was about 1.5 × 106 cfu·mL-1 and the common insertion measurement was about 1 kb with a excessive recombination charge (97%).

The 5011 high-quality expressed sequence tags (ESTs) have been obtained from 5393 randomly picked cDNA clones. Clustering and meeting of ESTs resulted in 2984 distinctive sequences, consisting of 618 contigs and 2366 singlets.

EST sequence annotation revealed that 2333 and 1901 unigenes have been functionally annotated within the NCBI non-redundant database and Swiss-Prot protein database, respectively. Useful evaluation demonstrated that 1495 (50.1%) unigenes have been related to 4082 Gene Ontology (GO) phrases. A complete of 847 unigenes have been grouped into 22 Cluster of Orthologous Teams (COG) useful classes.

Primarily based on the EST dataset, 22 ESTs that encoded putative receptor-like protein kinase (RLK) genes have been screened. Moreover, a complete of 94 easy sequence repeats (SSRs) have been found, of which 20 loci have been efficiently amplified in C. debaoensis.

This examine is the primary EST evaluation for the coralloid roots of C. debaoensis and supplies a useful genomic useful resource for novel gene discovery, gene expression and comparative genomics, conservation and administration research in addition to purposes in C. debaoensis and associated cycad species.

Generation and characterization of expressed sequence tags (ESTs) from coralloid root cDNA library of Cycas debaoensis.
Generation and characterization of expressed sequence tags (ESTs) from coralloid root cDNA library of Cycas debaoensis.

Identification of wheat stress-responding genes and TaPR-1-1 operate by screening a cDNA yeast library ready following abiotic stress.

Abiotic stress considerably impacts development and yield of crop crops. It’s crucial for crop enchancment to find and make the most of stress-tolerant useful genes. On this examine, genes responding to abiotic stresses, similar to freezing, salt and osmotic stress, have been screened from a cDNA yeast library that was constructed from the drought- and heat-tolerant wheat selection Hanxuan 10.

After screening for surviving clones we remoted 7,249, 4,313 and 4,469 uncooked sequences, comparable to 4,695, 2,641 and a couple of,771 genes following every remedy. Venn diagrams revealed 377 overlapping genes. GO evaluation advised that these genes have been primarily concerned within the metabolic and stress sign pathways. KEGG pathway enrichment evaluation indicated that the remoted genes predominantly belonged to pathways regarding vitality and metabolism.

Overlapping gene TaPR-1-1 inside the pathogenesis-related (PR) protein household was chosen for detailed characterization.

Though earlier research had proven that PR genes operate throughout pathogen assault, our outcomes demonstrated that TaPR-1-1 expression was additionally induced by freezing, salinity, and osmotic stresses.

Overexpression in yeast and Arabidopsis confirmed that TaPR-1-1 conferred tolerance to those stresses. We concluded that screening cDNA yeast libraries following abiotic stress is an environment friendly option to determine stress-tolerance genes.


MALTA: a calculator for estimating the coverage with shRNA, CRISPR, and cDNA libraries.

MALTA: a calculator for estimating the coverage with shRNA, CRISPR, and cDNA libraries.

Genetic screens utilizing shRNA, CRISPR, or cDNA libraries depend on adequately transferring the library into cells for additional assay.

These libraries can have many alternative parts and every ingredient will be current at completely different copy numbers inside a given pooled library. Calculating what number of recipient cells are wanted to adequately pattern all or many of the completely different parts inside a library is essential, particularly if one needs to check the outcomes of various genetic screens that depend on precisely reproducing the beginning inhabitants of library-containing cells.

Right here we current a easy software that begins with a listing of library parts and their abundance and calculates the minimal sampling quantity to attain full switch of the library to an acceptor cell inhabitants to a user-specified degree of chance.

Customers can alter a number of enter parameters together with designating a subpopulation over which the calculation is made. Lastly, this system performs a sequence of Monte Carlo simulations of a user-specified variety of picks to provide an empirically decided distribution of every library ingredient.

MALTA: a calculator for estimating the coverage with shRNA, CRISPR, and cDNA libraries.
MALTA: a calculator for estimating the coverage with shRNA, CRISPR, and cDNA libraries.

A Converging Technique for the Technology of a Nearly Sequenced cDNA Library from Unreferenced Pacific Oysters.

The entry to organic materials of reference species, which have been used beforehand in key experiments akin to within the growth of novel cell strains or genome sequencing initiatives, are sometimes troublesome to offer for additional research or third events because of the consumptive nature of the samples.

Though now broadly distributed over the Pacific coasts of Asia, Australia and North America, particular person Pacific oyster specimens are genetically fairly numerous and are due to this fact in a roundabout way appropriate because the beginning materials for gene libraries.

On this article, we display the usage of unreferenced Pacific oyster specimens obtained from regional seafood markets to generate cDNA libraries.

These libraries have been then in comparison with the publicly obtainable oyster genome, and the closest associated library was chosen utilizing the mitochondrial reference genes Cytochrome C Oxidase subunit I (COX1) and NADH Dehydrogenase (ND).

The suitability of the generated cDNA library can be demonstrated by cloning and expression of two genes encoding the enzymes UDP-glucuronic acid dehydrogenase (UGD) and UDP-xylose synthase (UXS), that are answerable for the biosynthesis of UDP-xylose from UDP-glucose.


Isolation and characterization of novel testis-specific genes from mouse pachytene spermatocyte-enriched cDNA library.

Isolation and characterization of novel testis-specific genes from mouse pachytene spermatocyte-enriched cDNA library.

Background and Goals: Isolation and evaluation of spermatogenesis-specific genes present vital info for elucidating the mechanisms of human infertility.

The goal of the current research was to recommend an efficient technique for the excellent isolation of novel genes related to spermatogenesis in mice. Strategies: To isolate novel testis-specific genes related to meiosis in mice, we constructed a mouse pachytene spermatocyte-enriched cDNA library by the centrifugal elutriation technique, and sequenced 120 cDNA clones remoted from the cDNA library.

A fundamental native alignment search instrument (BLAST) search was carried out on the cDNA clones to search out novel genes after which an in depth expression evaluation was carried out by Northern blot hybridization and in situ hybridization. 

Outcomes: Of the 120 cDNA clones, 35 clones (29%) had been novel and 18 clones (15%) had been expressed solely within the testis. The expression patterns of seven novel testis-specific clones had been examined on the testis sections.

Three clones had been expressed in spermatocytes and different germ cells, and two clones had been completely expressed in spermatocytes. Amino acid sequences of seven novel testis-specific clones had been deduced from their nucleotide sequences, suggesting that two of them comprise identified practical repeat constructions. Conclusions: This technique supplies a strong technique to isolate novel testis-specific genes effectively

Isolation and characterization of novel testis-specific genes from mouse pachytene spermatocyte-enriched cDNA library.
Isolation and characterization of novel testis-specific genes from mouse pachytene spermatocyte-enriched cDNA library.

Environment friendly practical screening of a mobile cDNA library to determine extreme fever with thrombocytopenia syndrome virus entry elements.

The identification of host cell elements for virus entry is helpful for the molecular clarification of viral tropisms and infrequently results in a extra profound understanding of virus-induced illnesses. Extreme fever with thrombocytopenia syndrome (SFTS) is an rising infectious illness brought on by SFTS virus.

No countermeasures towards the illness exist. On this report, we present an environment friendly technique utilizing virus-like particles for the practical screening of a mobile cDNA library to determine SFTS virus entry elements.

Two variants encoding dendritic cell-specific ICAM-Three grabbing non-integrin associated (DC-SIGNR), a calcium-dependent lectin identified to reinforce SFTS virus an infection, had been efficiently recognized from a human liver cDNA library.

We are going to focus on functions for but unidentified issue(s) for SFTS virus entry and for entry issue(s) for different viruses associated to SFTS virus.