@BartLankester @EvaReports @SpaanWilly @MittemeijerOote Contacten verminderen helpt bij het verminderen van verspreiding vaneen van mens-op-mens overdraagbaar virus. En daar is in de jaren onderzoek naar gedaan: https://t.co/QH3abd9w5R https://t.co/ObMUM93
@Elchapoescaped1 @doll_ballet_bea @LSmom9 @eanderh I disagree that you could say it for anything. There's not some mystical unknowable black box of "who can say, the tides go in and the tides go out, it's a mystery" wrt social contagions. https://t.co/PtWW
If you're surrounded by fat people, you're more likely to become fat. And it's not because of the gaping boxes of doughnuts, but rather their gut flora is catching. Your gut flora matches those you live with, which determines your food choices/cravings.
@JustinB53962662 @agonistjones @GGAllinPoe @Reed_Coverdale @Carhartt Also, obesity is contagious. You're just losing on all counts here, friend. https://t.co/UnKbruXfgq
@timotheous_ @NBCNews How confident are you about that claim? https://t.co/DHsUUfmVOm https://t.co/Dyy3DHRTyw https://t.co/MQJHXmHZdd
@MajorGrubert The cybernetic noosphere https://t.co/kninpa3WvQ
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
I am off to the gym. https://t.co/DyYUaM1BIA
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
Makes sense. https://t.co/x2Rb4WhbYB
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
When it stabilizes at 42%, will we still call it an epidemic? https://t.co/TfSB2gwMzC
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
RT @NAChristakis: A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain…
Wow that is worryingly high https://t.co/tkCk8yU8dk
A model of obesity epidemic based on social contagion suggests it will settle in at 42% prevalence. Genes cannot explain the rise. https://t.co/jfeeeqGnbS @DrMJoyner @carlzimmer [@DG_Rand @DrMANowak @alison_l_hill] 2/ https://t.co/RxpPGOkHvZ
RT @EstebanDL: ¿Es la obesidad contagiosa? (2) https://t.co/D32iXu44pO https://t.co/azX5Gigq9l https://t.co/8xzVKOGtd0
¿Es la obesidad contagiosa? (2) https://t.co/D32iXu44pO https://t.co/azX5Gigq9l https://t.co/8xzVKOGtd0
Gut bacteria "rule our minds" http://t.co/cFlB8burZG and obesity behaves like an infection http://t.co/o16W4gt7zo = http://t.co/XjleAXaEFG ?
Gut bacteria "rule our minds" http://t.co/cFlB8burZG and obesity behaves like an infection http://t.co/o16W4gt7zo = http://t.co/XjleAXaEFG ?
Gut bacteria "rule our minds" http://t.co/cFlB8burZG and obesity behaves like an infection http://t.co/o16W4gt7zo = http://t.co/XjleAXaEFG ?
Gut bacteria "rule our minds" http://t.co/cFlB8burZG and obesity behaves like an infection http://t.co/o16W4gt7zo = http://t.co/XjleAXaEFG ?
Gut bacteria "rule our minds" http://t.co/cFlB8burZG and obesity behaves like an infection http://t.co/o16W4gt7zo = http://t.co/XjleAXaEFG ?
Via @David_G_Rand: "Also, we've made the contagion metaphor mathematical http://t.co/N2N8Tn1uvw”
Via @David_G_Rand: "Also, we've made the contagion metaphor mathematical http://t.co/N2N8Tn1uvw”
@NAChristakis @drjohndrury @James_H_Fowler @alexvespi @HuseyinC1 Also, we've made the contagion metaphor mathematical http://t.co/AdXUPPXMrV
RT @retscio: The papers for discussion at next week’s lab meeting will be Hill et al.’s http://t.co/CG0j7IZZ and http://t.co/1h9YjlFu
The papers for discussion at next week’s lab meeting will be Hill et al.’s http://t.co/CG0j7IZZ and http://t.co/1h9YjlFu
Infectious Disease Modeling of Social Contagion in Networks #OpenAccess http://t.co/ZQqfXPq5
The model predicts a long-term obesity prevalence of approximately 42 - http://t.co/ToCNmsRE #socialQI > very cool research idea!
the obesity epidemic may be driven by increasing rates of becoming obese vs decreasing rates of losing weight - http://t.co/ToCNmsRE
#PLoS: Infectious Disease Modeling of Social Contagion in Networks http://t.co/e7AoJ8Ou
逆もあればいいのに。RT @ishikun3: 自分の友達が太ると自分も太りやすいけど、その逆はないそうです。ハーバードの研究者による論文はコチラ → http://t.co/HYSxKyj
RT @ishikun3: 自分の友達が太ると自分も太りやすいけど、その逆はないそうです。ハーバードの研究者による論文はコチラ → http://t.co/HYSxKyj
RT @ishikun3: 自分の友達が太ると自分も太りやすいけど、その逆はないそうです。ハーバードの研究者による論文はコチラ → http://t.co/HYSxKyj
みんな太らないように気をつけて! RT @ishikun3: 自分の友達が太ると自分も太りやすいけど、その逆はないそうです。ハーバードの研究者による論文はコチラ → http://t.co/HYSxKyj
これは要注意ですね。。 RT @ishikun3 自分の友達が太ると自分も太りやすいけど、その逆はないそうです。ハーバードの研究者による論文はコチラ → http://t.co/wlPYsBX
自分の友達が太ると自分も太りやすいけど、その逆はないそうです。ハーバードの研究者による論文はコチラ → http://t.co/HYSxKyj