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The discussions show a nuanced perspective, with users referencing experimental findings, such as null results from research, to question traditional views that dehydration causes blood sugar dysregulation, and they use lively examples like ecstasy's effects to challenge or expand current understanding. The tone combines scientific critique with curiosity, reflecting active engagement and an interest in advancing the field.
Most discussions acknowledge the complexity of hydration and AVP's role in blood sugar regulation, with some highlighting that manipulating hydration may not improve glucoregulatory health, thus showing partial agreement with the article's cautious stance
The tweets demonstrate high interest, evidenced by references to new research, personal studies, and innovative ideas such as using ecstasy as a model to understand AVP's effects.
Participants actively critique previous assumptions, share their research experiences, and discuss the implications, indicating moderate engagement.
Debates surrounding the validity of existing theories and the potential for new models suggest a modest but meaningful impact in challenging prevailing ideas in hydration research.
First theory paper now published! Very excited to get this out as its a culmination of lots of theories ive had brewing over the last few years about the influence of AVP, #hydration status, & #glucose regulation... 1/9 #Health #diabetes #metabolism #water https://t.co/N7LkJvOgW5 https://t.co/jBkvKoEbC2
Fun fact: ecstasy (the party drug) gives all the *symptoms* of DEhydration, when on a cellular level it cause OVERhydration. as such, it can be useful to understand the independent effects of certain systems: https://t.co/N7LkJvOgW5 easy to read summary: https://t.co/b9BzORFY8z
Here is an example: my PhD found null findings in one of my studies. This offered the opportunity to explore the validity of the prior research and its underpinning ideas on the topic. If we try to ignore these results, we fail to progress https://t.co/QYKwvHA7gi
@Saltykid41 @Mae522018 Yes it does. Heres an example: the way me and my colleague read the literature came to a vastly different conclusion to most others. Both perspectives are data driven expert opinion https://t.co/QYKwvHA7gi
And it also adds weight to me and Lewis' hypothesis that "manipulating hydration status to reduce circulating AVP concentrations may not be an effective method to improve glucoregulatory health" https://t.co/N7LkJvOOLD
2. Our opinion on current theories relating to AVP, hydration and glucoregulation. Including how we can use #ecstacy as a model to uncouple AVP and hydration https://t.co/N7LkJvOgW5 #H4H2019 #hydration #Health #mdma 2/2
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RT @angryhacademic: Fun fact: ecstasy (the party drug) gives all the *symptoms* of DEhydration, when on a cellular level it cause OVERhydra…
RT @angryhacademic: Fun fact: ecstasy (the party drug) gives all the *symptoms* of DEhydration, when on a cellular level it cause OVERhydra…
And it also adds weight to me and Lewis' hypothesis that "manipulating hydration status to reduce circulating AVP concentrations may not be an effective method to improve glucoregulatory health" https://t.co/N7LkJvOOLD
RT @angryhacademic: Fun fact: ecstasy (the party drug) gives all the *symptoms* of DEhydration, when on a cellular level it cause OVERhydra…
RT @angryhacademic: Fun fact: ecstasy (the party drug) gives all the *symptoms* of DEhydration, when on a cellular level it cause OVERhydra…
RT @angryhacademic: Fun fact: ecstasy (the party drug) gives all the *symptoms* of DEhydration, when on a cellular level it cause OVERhydra…
RT @angryhacademic: Fun fact: ecstasy (the party drug) gives all the *symptoms* of DEhydration, when on a cellular level it cause OVERhydra…
Here is an example: my PhD found null findings in one of my studies. This offered the opportunity to explore the validity of the prior research and its underpinning ideas on the topic. If we try to ignore these results, we fail to progress https://t.co/QYKwvHA7gi
RT @angryhacademic: Fun fact: ecstasy (the party drug) gives all the *symptoms* of DEhydration, when on a cellular level it cause OVERhydra…
@Saltykid41 @Mae522018 Yes it does. Heres an example: the way me and my colleague read the literature came to a vastly different conclusion to most others. Both perspectives are data driven expert opinion https://t.co/QYKwvHA7gi
3. academically in my field (hydration), the current party line to tow is that dehydration causes blood sugar dysregulation. i based 2 masters degrees & a PhD on this idea. here i am disagreeing with that as new data suggested to me that the idea was wrong https://t.co/QYKwvHA7gi
RT @angryhacademic: Fun fact: ecstasy (the party drug) gives all the *symptoms* of DEhydration, when on a cellular level it cause OVERhydra…
@angryhacademic https://t.co/4D71iakX1W for example?
Fun fact: ecstasy (the party drug) gives all the *symptoms* of DEhydration, when on a cellular level it cause OVERhydration. as such, it can be useful to understand the independent effects of certain systems: https://t.co/N7LkJvOgW5 easy to read summary: https://t.co/b9BzORFY8z
RT @angryhacademic: First theory paper now published! Very excited to get this out as its a culmination of lots of theories ive had brewing…
@JonDavidAdams @USARIEM Cant access the full text on my phone. Sounds v interesting though We also touched on the pitfalls on AVP as a hydration biomarker in our perspective piece. Imo we need to distinguish total body water (hydration status) & hydration physiology a bit better https://t.co/N7LkJvwFxv
RT @angryhacademic: First theory paper now published! Very excited to get this out as its a culmination of lots of theories ive had brewing…
RT @angryhacademic: First theory paper now published! Very excited to get this out as its a culmination of lots of theories ive had brewing…
Question from the audience about #diabetes insipidus - something we discuss in our persepctive piece: https://t.co/N7LkJvOgW5 #H4H2019 #hydration #Health
2. Our opinion on current theories relating to AVP, hydration and glucoregulation. Including how we can use #ecstacy as a model to uncouple AVP and hydration https://t.co/N7LkJvOgW5 #H4H2019 #hydration #Health #mdma 2/2
@MatthewJDalby Yeah sorry that got hidden a bit in the first tweet! https://t.co/N7LkJvOgW5
First theory paper now published! Very excited to get this out as its a culmination of lots of theories ive had brewing over the last few years about the influence of AVP, #hydration status, & #glucose regulation... 1/9 #Health #diabetes #metabolism #water https://t.co/N7LkJvOgW5 https://t.co/jBkvKoEbC2
... 10.3390/nu11061201. PMID: 31141915; PMCID: PMC6627358.) I personally wonder if the "dawn effect" seen in Type II diabetes where the glucose ...
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