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The collective discussions express strong interest through references to DNA testing and gene functions, with phrases like 'learn more about the ABCC11 gene' and personal examples like 'unboxing my DNA results.' The tone is informative and enthusiastic, emphasizing both scientific facts and personal relevance, which supports the recognition of its moderate but noteworthy societal and health impacts.
Most discussions align with the publication's findings, emphasizing the role of the ABCC11 gene in earwax type and body odor, indicating agreement with the scientific conclusions.
Participants show high curiosity by referencing DNA results and mentioning the gene’s broader implications, reflecting strong interest.
Comments include references to specific studies, gene functions, and personal DNA testing, demonstrating active engagement and deeper understanding.
The discussions highlight the significance of genetic testing and health awareness, suggesting a moderate but meaningful impact on public perception and personal health insights.
Dr Louks is right! ABCC11 is not only involved in body odor but also determines whether you have wet or dry earwax! Learn more about the ABCC11 gene here https://t.co/t4cVlW4QJ6 https://t.co/zKKaoZAU3m https://t.co/QgRfr3V1AS
unboxing my DNA results
sources: Yoshiura et al. (2006). Nature Genetics. https://t.co/Q47KEAGcMd Toyoda et al. (2009). FASEB. https://t.co/azRFb9VEhf Toyoda et al. (2024). Human Cell. https://t.co/87UCzBvYS6
RT @thebiozone: Dr Louks is right! ABCC11 is not only involved in body odor but also determines whether you have wet or dry earwax! Learn…
RT @thebiozone: unboxing my DNA results
RT @thebiozone: Dr Louks is right! ABCC11 is not only involved in body odor but also determines whether you have wet or dry earwax! Learn…
This video explains why nervous sweat tends to smell worse than exercise sweat. It discusses the role of bacteria and genetic factors in body odor, highlighting new approaches like bacterial treatments and probiotics to…
The SNP 538GA in the ABCC11 gene influences earwax type, with genetic variation also affecting ethnic differences and health risks like axillary odor and breast cancer. The study developed a rapid testing method for…
RT @thebiozone: Dr Louks is right! ABCC11 is not only involved in body odor but also determines whether you have wet or dry earwax! Learn…
RT @thebiozone: Dr Louks is right! ABCC11 is not only involved in body odor but also determines whether you have wet or dry earwax! Learn…
RT @thebiozone: Dr Louks is right! ABCC11 is not only involved in body odor but also determines whether you have wet or dry earwax! Learn…
RT @thebiozone: Dr Louks is right! ABCC11 is not only involved in body odor but also determines whether you have wet or dry earwax! Learn…
Dr Louks is right! ABCC11 is not only involved in body odor but also determines whether you have wet or dry earwax! Learn more about the ABCC11 gene here https://t.co/t4cVlW4QJ6 https://t.co/zKKaoZAU3m https://t.co/QgRfr3V1AS
RT @thebiozone: unboxing my DNA results
sources: Yoshiura et al. (2006). Nature Genetics. https://t.co/Q47KEAGcMd Toyoda et al. (2009). FASEB. https://t.co/azRFb9VEhf Toyoda et al. (2024). Human Cell. https://t.co/87UCzBvYS6
unboxing my DNA results
https://doi.org/10.1096/fj.09-129098. 16 British Journal of Hospital Medicine | 2024 | https://doi.org/10.12968/hmed.2024.0449. Copyright of British Journal ...
https://doi.org/10.1096/fj.09-129098 (2009). 29. Ishikawa, T., Toyoda, Y., Yoshiura, K. & Niikawa, N. Pharmacogenetics of human ABC transporter ABCC11: new ...
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