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The discussions reflect a balanced perspective, citing examples such as mentions of societal inequality and urban expansion impacting disease incidence, with tone emphasizing the relevance of environmental and social factors. Language like 'understanding key factors' and 'climate change making it worse' demonstrates an interest in broader implications, leading to a moderate engagement and perceived impact.
Most discussions recognize the importance of understanding seasonal infection patterns and accept the findings, although some note variability and complexity.
Posts show moderate interest, mentioning the study's focus on factors like societal inequality and urban expansion, indicating engagement but not deep enthusiasm.
Comments refer to the study’s methods, implications, and related public health concerns, reflecting active discussion but lacking detailed critique or novel insights.
The discussions highlight concerns about public health strategies and the influence of climate change, suggesting the study's findings could inform policy, hence moderate perceived impact.
Study from @CairnsHHS QLD of seasonal patterns of six endemic pathogens. Societal inequality and the impact of urban expansion already impacting the region, climate change has to potential to make it worse. https://t.co/TuXXW0YQ7j @BeaCereus @el_jay_f @AlexStewart03 et. al https://t.co/15PF21tg6U
Now in print https://t.co/SNAEVPd9T9 Understanding the key factors in seasonal variation of endemic #tropical pathogens in vulnerable areas key to mitigating #climatechange Thanks to @BeaCereus @AlexStewart03 and all the team @CairnsHHS #idtwitter #tropicalmedicine
@DrToddLee @ABsteward @BradSpellberg @syctong @snap_trial Its a great question, which we discuss slightly in our editorial: https://t.co/TzN4VtF79D. The article suggests that its not seasonal (SAB didn't change over seasons in non-HD patients). Also, a prior study didn't find an association with season for SA: https://t.co/NQGSmtCACW
'The seasonality of #infections in tropical Far North Queensland, Australia: A 21-year retrospective evaluation of the seasonal patterns of six #endemic #pathogens' @PLOSClimate https://t.co/Ze7Tz07eIu https://t.co/8kYKpqtvGF
'The seasonality of infections in tropical Far North Queensland, #Australia: A 21-year retrospective evaluation of the seasonal patterns of six endemic #pathogens' #Research #Health #climateChange https://t.co/BDED2UH11q
'The seasonality of infections in tropical Far North Queensland, Australia: A 21-year retrospective evaluation of the seasonal patterns of six #endemic #pathogens' #research https://t.co/Ze7Tz07My2
This study analyzes the seasonal patterns of six infections over 21 years in tropical Australia, highlighting how climatic factors influence disease incidence and the impact of societal changes on infection rates.
@DrToddLee @ABsteward @BradSpellberg @syctong @snap_trial Its a great question, which we discuss slightly in our editorial: https://t.co/TzN4VtF79D. The article suggests that its not seasonal (SAB didn't change over seasons in non-HD patients). Also, a prior study didn't find an association with season for SA: https://t.co/NQGSmtCACW
RT @Science_Open: 'The seasonality of #infections in tropical Far North Queensland, Australia: A 21-year retrospective evaluation of the se…
'The seasonality of #infections in tropical Far North Queensland, Australia: A 21-year retrospective evaluation of the seasonal patterns of six #endemic #pathogens' @PLOSClimate https://t.co/Ze7Tz07eIu https://t.co/8kYKpqtvGF
RT @SO_Research: 'The seasonality of infections in tropical Far North Queensland, #Australia: A 21-year retrospective evaluation of the sea…
'The seasonality of infections in tropical Far North Queensland, #Australia: A 21-year retrospective evaluation of the seasonal patterns of six endemic #pathogens' #Research #Health #climateChange https://t.co/BDED2UH11q
'The seasonality of infections in tropical Far North Queensland, Australia: A 21-year retrospective evaluation of the seasonal patterns of six #endemic #pathogens' #research https://t.co/Ze7Tz07My2
RT @murf1990: Study from @CairnsHHS QLD of seasonal patterns of six endemic pathogens. Societal inequality and the impact of urban expans…
RT @el_jay_f: Now in print https://t.co/SNAEVPd9T9 Understanding the key factors in seasonal variation of endemic #tropical pathogens in vu…
RT @murf1990: Study from @CairnsHHS QLD of seasonal patterns of six endemic pathogens. Societal inequality and the impact of urban expans…
RT @el_jay_f: Now in print https://t.co/SNAEVPd9T9 Understanding the key factors in seasonal variation of endemic #tropical pathogens in vu…
RT @el_jay_f: Now in print https://t.co/SNAEVPd9T9 Understanding the key factors in seasonal variation of endemic #tropical pathogens in vu…
Now in print https://t.co/SNAEVPd9T9 Understanding the key factors in seasonal variation of endemic #tropical pathogens in vulnerable areas key to mitigating #climatechange Thanks to @BeaCereus @AlexStewart03 and all the team @CairnsHHS #idtwitter #tropicalmedicine
RT @murf1990: Study from @CairnsHHS QLD of seasonal patterns of six endemic pathogens. Societal inequality and the impact of urban expans…
RT @murf1990: Study from @CairnsHHS QLD of seasonal patterns of six endemic pathogens. Societal inequality and the impact of urban expans…
Study from @CairnsHHS QLD of seasonal patterns of six endemic pathogens. Societal inequality and the impact of urban expansion already impacting the region, climate change has to potential to make it worse. https://t.co/TuXXW0YQ7j @BeaCereus @el_jay_f @AlexStewart03 et. al https://t.co/15PF21tg6U