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• W4225083741 abstract "Abstract Background Huanglongbing, a devastating disease of citrus, is caused by the obligate, intracellular bacterium “Candidatus Liberibacter asiaticus” (CLas). CLas is transmitted by Diaphorina citri, the Asian citrus psyllid. Development of transmission-blocking strategies to manage huanglongbing relies on knowledge of CLas and D. citri interactions at the molecular level. Prior transcriptome analyses of D. citri point to changes in psyllid biology due to CLas infection but have been hampered by incomplete versions of the D. citri genome, proper host plant controls, and/or a lack of a uniform data analysis approach. In this work, we present lessons learned from a quantitative transcriptome analysis of excised heads, salivary glands, midguts, and bacteriomes from CLas-positive and CLas-negative D. citri using the chromosomal length D. citri genome assembly. Results Each organ had a unique transcriptome profile and response to CLas infection. Though most psyllids were infected with the bacterium, CLas-derived transcripts were not detected in all organs. By analyzing the midgut dataset using both the Diaci_v1.1 and v3.0 D. citri genomes, we showed that improved genome assembly led to significant and quantifiable differences in RNA-sequencing data interpretation. Conclusions Our results support the hypothesis that future transcriptome studies on circulative, vector-borne pathogens should be conducted at the tissue-specific level using complete, chromosomal-length genome assemblies for the most accurate understanding of pathogen-induced changes in vector gene expression." @default.
• W4225083741 created "2022-04-30" @default.
• W4225083741 creator A5002601487 @default.
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• W4225083741 date "2022-01-01" @default.
• W4225083741 modified "2023-10-14" @default.
• W4225083741 title "Lessons learned about the biology and genomics of <i>Diaphorina citri</i> infection with <i>“Candidatus</i> Liberibacter asiaticus” by integrating new and archived organ-specific transcriptome data" @default.
• W4225083741 cites W1511783898 @default.
• W4225083741 cites W1517096964 @default.
• W4225083741 cites W1593991291 @default.
• W4225083741 cites W1973207608 @default.
• W4225083741 cites W1994302475 @default.
• W4225083741 cites W2014770412 @default.
• W4225083741 cites W2019833246 @default.
• W4225083741 cites W2031502613 @default.
• W4225083741 cites W2085824957 @default.
• W4225083741 cites W2115056783 @default.
• W4225083741 cites W2120722659 @default.
• W4225083741 cites W2124088653 @default.
• W4225083741 cites W2124799197 @default.
• W4225083741 cites W2126899791 @default.
• W4225083741 cites W2131271579 @default.
• W4225083741 cites W2134131211 @default.
• W4225083741 cites W2136944944 @default.
• W4225083741 cites W2144480687 @default.
• W4225083741 cites W2146274015 @default.
• W4225083741 cites W2166526207 @default.
• W4225083741 cites W2179438025 @default.
• W4225083741 cites W2181055972 @default.
• W4225083741 cites W2257003459 @default.
• W4225083741 cites W2263582186 @default.
• W4225083741 cites W2479351848 @default.
• W4225083741 cites W2510875395 @default.
• W4225083741 cites W2519620518 @default.
• W4225083741 cites W2553340359 @default.
• W4225083741 cites W2579739711 @default.
• W4225083741 cites W2588811918 @default.
• W4225083741 cites W2614361826 @default.
• W4225083741 cites W2631377677 @default.
• W4225083741 cites W2742754650 @default.
• W4225083741 cites W2766456496 @default.
• W4225083741 cites W2770920836 @default.
• W4225083741 cites W2783085527 @default.
• W4225083741 cites W2783427112 @default.
• W4225083741 cites W2785308767 @default.
• W4225083741 cites W2797602276 @default.
• W4225083741 cites W2887017694 @default.
• W4225083741 cites W2892042563 @default.
• W4225083741 cites W2900638995 @default.
• W4225083741 cites W2912990441 @default.
• W4225083741 cites W2945835987 @default.
• W4225083741 cites W2964849163 @default.
• W4225083741 cites W2965137078 @default.
• W4225083741 cites W2992074958 @default.
• W4225083741 cites W2995527562 @default.
• W4225083741 cites W2995621013 @default.
• W4225083741 cites W2998068948 @default.
• W4225083741 cites W3005706626 @default.
• W4225083741 cites W3009000546 @default.
• W4225083741 cites W3009921502 @default.
• W4225083741 cites W3018385139 @default.
• W4225083741 cites W3028945792 @default.
• W4225083741 cites W3034359544 @default.
• W4225083741 cites W3041641129 @default.
• W4225083741 cites W3042284678 @default.
• W4225083741 cites W3080954211 @default.
• W4225083741 cites W3124013922 @default.
• W4225083741 cites W3131055609 @default.
• W4225083741 cites W3132311611 @default.
• W4225083741 cites W3137207063 @default.
• W4225083741 cites W3157102852 @default.
• W4225083741 cites W3165545930 @default.
• W4225083741 cites W3167837387 @default.
• W4225083741 cites W3171472192 @default.
• W4225083741 cites W3172210867 @default.
• W4225083741 cites W3178542913 @default.
• W4225083741 cites W3180024545 @default.
• W4225083741 cites W3195906896 @default.
• W4225083741 cites W4210408468 @default.
• W4225083741 cites W4210503044 @default.
• W4225083741 cites W4225083741 @default.
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• W4225083741 doi "https://doi.org/10.1093/gigascience/giac035" @default.
• W4225083741 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35482489" @default.
• W4225083741 hasPublicationYear "2022" @default.
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