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The discussions center on the negative impact of air pollutants on vitamin D production, with examples like the high deficiency rates among Indian adolescents, which underscores the relevance and possible health implications. The tone reflects concern and support for recognizing the environmental factors contributing to deficiencies, though the exchanges remain relatively straightforward without in-depth debate.
Most discussions acknowledge the link between pollutants and reduced vitamin D synthesis, showing general support for the findings.
Participants express moderate interest, highlighting the high vitamin D deficiency prevalence, especially in India, suggesting concern and relevance.
The discussions tend to be brief and mostly reiterate the main message without deep analysis or questioning.
The social discussions emphasize important public health implications, such as vitamin D deficiency rates and environmental factors, indicating moderate potential influence.
@seemay @bombaywallah @thewire_in Air pollutants are negatively associated with vitamin D-synthesizing UVB radiation intensity on the ground "The prevalence of vitamin D deficiency in adolescents was 85–98% in India" https://t.co/9G5zNLLjU4
Air pollutants are negatively associated with vitamin D-synthesizing UVB radiation intensity on the ground https://t.co/UDwfyIforx
Air pollutants are negatively associated with vitamin D-synthesizing UVB radiation intensity on the ground | Scientific Reports https://t.co/A7wUfSSiCm
Air pollutants are negatively associated with vitamin D-synthesizing UVB radiation intensity on the ground https://t.co/ABRHc3uz0R
Vitamin D deficiency is linked to skin issues like acne. Air pollution, including benzene and ozone, reduces UVB radiation necessary for vitamin D synthesis, potentially explaining high deficiency rates and related…
Research shows air pollution lowers UVB radiation, reducing vitamin D production. This can contribute to vitamin D deficiency, which is linked to health issues like acne. Understanding environmental effects is key to…
RT @JAJafri: @seemay @bombaywallah @thewire_in Air pollutants are negatively associated with vitamin D-synthesizing UVB radiation intensity…
@seemay @bombaywallah @thewire_in Air pollutants are negatively associated with vitamin D-synthesizing UVB radiation intensity on the ground "The prevalence of vitamin D deficiency in adolescents was 85–98% in India" https://t.co/9G5zNLLjU4
Air pollutants are negatively associated with vitamin D-synthesizing UVB radiation intensity on the ground https://t.co/ABRHc3uz0R
Air pollutants are negatively associated with vitamin D-synthesizing UVB radiation intensity on the ground | Scientific Reports https://t.co/A7wUfSSiCm
Air pollutants are negatively associated with vitamin D-synthesizing UVB radiation intensity on the ground https://t.co/UDwfyIforx