Sentence examples for matched genes from from inspiring English sources

Although at a lower frequency, An. funestus reads also matched genes from distant species such as human or mouse probably for conserved genes.

When we matched genes from different arrays using the mouse UniGene IDs, we found that there were multiple gene IDs in an array corresponding to one UniGene ID.

The low percentage of the matched genes from Anguilla species (0.3 % in this study) is due to the lack of qualified genome databases and limited protein sequences of the fish species deposited in the UniProt database [ 18].

Interestingly, 285 unigenes matched genes from Puccinia graminis (Pgt), of which 22 were expressed differentially in the Pst treatment, while 33 unigenes were similar to Apple stem pitting virus (ASPV) genes and 13 were induced in the Bgt treatment.

Blast searches of the Nr and Swissport databases showed that 89,672 annotated unigenes matched genes from Aegilops tauschii (29.1%), Triticum urartu (18.6%), Hordeum vulgare (12.9%), Brachypodium distachyon (4.7%), Oryza sativa (4.4%), and Marssonina brunnea (3.4%), while 1565 unigenes (1.7%) were related to T. aestivum in the current databases.

These contigs matched genes from a wide range of protists from Apicomplexa (mainly Sarcocystidae, 28 hits and Cryptosporidiidae 10 hits), Bacillariophyta (diatoms, mainly Phaeodactylaceae, 41 hits), Phaeophyceae (brown algae, mainly Ectocarpaceae, 180 hits), Stramenopiles (Albuginaceae, 63 hits), Kinetoplasitda (Trypanosomatidae, 26 hits) and Heterolobosea (Vahlkampfidae, 38 hits).

Of the remaining 90 transcriptional units 18 showed strong homology to known protein coding genes with the majority matching genes from other Legionella spp., suggesting they likely corresponded to mis- or unannotated genes from the L. pneumophila Philadelphia-1 genome [39].

In the present paper, we demonstrate that it is possible, after correctly matching genes from two different generation microarrays, to derive an efficient multi-gene classifier.

For each active pathway, we thus search for SMMD records featuring database pathways with a low p-value and with matching genes from the active pathway.

Genes were assigned an IMG identifier by downloading the genome data from IMG for each organism and matching genes from the arrays to the IMG data using Excel tools.

Another type of hearing loss, accounting for about 15 percent of genetic hearing loss, can occur when an abnormal gene from one parent is dominant, meaning it is able to cause hearing loss even though the matching gene from the other parent is normal.