Trinity transcriptome assembly quality assessment.

dataset

posted on 2022-08-29, 17:29 authored by Billiah K. Bwana, Paul O. Mireji, George F. Obiero, Consolata Gakii, Modesta O. Akoth, Julius N. Mugweru, Franklin N. Nyabuga, Benson M. Wachira, Rosemary Bateta, Margaret M. Ng’ang’a, Ahmed Hassanali

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using bioinformatics approach thus providing insight metal ion binding div >< p antennal physiological processes odor exposures relative important antennal genes 428 unique transcripts de novo predicted potential protein canonical genes associated musca domestica drosophila melanogaster anopheles gambiae corresponding transcripts within tsetse fly genome curated 592 genes uniprot protein database total reads assembled putative annotated orthologs unfed flies ).identified corresponding genes tsetse flies melanogaster gambiae domestica corresponding genes uniprot database putatively associated protein synthesis odor control annotation ).flies fed expressed genes existing genes morsitans g novel genes translational regulation specific transcriptomes specific roles sequenced reads protein homologs potential gaps paraffin diluent oxidative regulation genome annotation generated antennae existing annotation differentially expressed 43 %)

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Trinity transcriptome assembly quality assessment.

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