๐ Just published in eGastroenterology!
๐งซMucosal DNA and RNA virome alterations and their interactions with human RNA and microRNA transcriptomes in colorectal polyps
๐Pathway enrichment analysis of host transcriptomic signatures in polyps. #Colorectalneoplasms #ColonicNeoplasms #ColonicPolyps #GastrointestinalMicrobiome #Multiomics
๐ PMID: 40964170
๐ Read more: https://t.co/lyhpq1aZjx
@Gut_BMJ@FrontGastro_BMJ@BMJ_Open@BMJOpen_Gastro
๐ธ Latest Review in eGastroenterology!
๐งซ Mucosal DNA and RNA virome alterations and their interactions with human RNA and microRNA transcriptomes in colorectal polyps
๐ Mucosal virome composition in polyps. #Colorectalneoplasms#ColonicNeoplasms#ColonicPolyps #GastrointestinalMicrobiome #Multiomics
๐ PMID: 40964170
๐ Read more: https://t.co/lyhpq1aZjx
@Gut_BMJ@FrontGastro_BMJ@BMJ_Open@BMJOpen_Gastro
๐ฌ New insights into colorectal polyps
๐งซ Mucosal DNA and RNA virome alterations and their interactions with human RNA and microRNA transcriptomes in colorectal polyps
๐ Comparison of mucosal virome between polyps and their adjacent normal tissues. #Colorectalneoplasms #ColonicNeoplasms #ColonicPolyps #GastrointestinalMicrobiome #Multiomics
๐ PMID: 40964170
๐ Read more: https://t.co/lyhpq1aZjx
@Gut_BMJ@FrontGastro_BMJ@BMJ_Open@BMJOpen_Gastro
๐ฅ Explore groundbreaking research in eGastroenterology!
๐งซ Mucosal DNA and RNA viromealterations and their interactions with human RNA and microRNA transcriptomes in colorectal polyps
๐ฐ Network showing significant correlations between mucosal virome signatures and RNA/miRNA signatures in polyps. #Colorectalneoplasms #ColonicNeoplasms #ColonicPolyps #GastrointestinalMicrobiome #Multiomics
๐ PMID: 40964170
๐ Read more: https://t.co/lyhpq1aZjx
@Gut_BMJ@FrontGastro_BMJ@BMJ_Open@BMJOpen_Gastro
๐ Breakthrough!
๐งซ Mucosal DNA and RNA virome alterations and their interactions with human RNA and microRNA transcriptomes in colorectal polyps
๐ This study suggests that alterations in host transcriptomes and virome of colorectal polyps are correlated, providing a comprehensive characterisation of the transcriptomes and virome of colorectal polyps, providing a foundation for future functional studies. #Colorectalneoplasms #ColonicNeoplasms #ColonicPolyps #GastrointestinalMicrobiome #Multiomics
๐ PMID: 40964170
๐ Read more: https://t.co/lyhpq1aZjx
@Gut_BMJ@FrontGastro_BMJ@BMJ_Open@BMJOpen_Gastro
๐ Our Volume 3, Issue 3 is fully online!
๐ Explore all the newly published articles โ read, download, and share with your network. #OpenAccess#AcademicPublishing
๐ https://t.co/5aCFcABebP
๐Volume 3, Issue 3 #eGastroenterology
๐This cover illustrates a diverse array of viruses embedded within the human colorectal mucosa, representing the altered DNA and RNA virome landscape in colorectal polyps.
๐The image reflects the complex interplay between the mucosal virome and host RNA and microRNA transcriptomes uncovered in our study, shedding light on virus-host interactions in early colorectal adenomas.
#eGastroenterology #CoverStory #Virome #ColorectalAdenoma #MicrobiomeResearch
๐ฅ100+ ways @UNSW research is changing the world โ and weโre part of it!
@MRC_microbiome is proud to be featured in the UNSW 100+ Innovations Booklet
@SSMRF_official@AlboMP@sussanley
https://t.co/gxJZjlxfIE
Great to be at the UNSW Founders 10x Demo Event โ amazing energy and innovation on display!
Proud that @UNSW continues to lead as Australiaโs #1 university for commercialization. ๐ก
@MRC_microbiome@SSMRF_official
Our latest paper reveal:
Colorectal polyps display major shifts in host gene expression & mucosal virome composition.
Specific viral taxa correlate with cancer- or tumour-suppressive pathways
@eGastro_BMJ#microbiome@MRC_microbiome@UNSWMedicine
https://t.co/LmpUs6WLt7
Our latest paper reveal:
Colorectal polyps display major shifts in host gene expression & mucosal virome composition.
Specific viral taxa correlate with cancer- or tumour-suppressive pathways
@eGastro_BMJ#microbiome@MRC_microbiome@UNSWMedicine
https://t.co/LmpUs6WLt7
@elonmusk Yup. @elonmusk
Higher inflation -> need to work harder to get more money ๐ฐ -> delayed family plan -> low fertility rate
But when people get older, it is getting harder to conceive!
Perhaps IVF plus artificial womb may help
What if key organelle turnover happens outside epithelial cells?
a new study identified intercellular organelle reservoirs in the epididymis and small intestine, influenced by Rab27a and aging
@MRC_microbiome@UNSWMedicine@CUHKMedicine@NatureComms
https://t.co/DTcC7EfPm3
Very important document on live biotherapeutic products
@Gut_BMJ@MRC_microbiome@sunnyheiwong@JustinTweet
Development of live biotherapeutic products: a position statement of Asia-Pacific Microbiota Consortium https://t.co/rzwSCOqzVL