@RyanMarino So then I googled the made up bacteria name and this popped up, something about which I claim no expertise (I'm a psychiatrist) https://t.co/g2drLcEPxg
The upper-airway microbiota and loss of asthma control among asthmatic children https://t.co/IvODaxy8mb
RT @ichiipsy: 子どもの喘息の重症度と上気道の細菌叢に関連があるのではないかという論文、腸内細菌層や皮膚の常在菌など、私たちの体内、対外に存在する細菌の種類によって、私たちの健康状態が変化するという論文が増えている。とても面白いテーマの一つだと思う https:/…
The upper-airway microbiota and loss of asthma control among asthmatic children. https://t.co/hXjOZ0FpzS
The upper-airway microbiota and loss of asthma control among asthmatic children. https://t.co/XgWgxnZiTG
RT @atscommunity: Upper-airway microbiota and loss of #asthma control among asthmatic children: https://t.co/GzWN9DUhjg
RT @atscommunity: Upper-airway microbiota and loss of #asthma control among asthmatic children: https://t.co/GzWN9DUhjg
RT @atscommunity: Upper-airway microbiota and loss of #asthma control among asthmatic children: https://t.co/GzWN9DUhjg
Upper-airway microbiota and loss of #asthma control among asthmatic children: https://t.co/GzWN9DUhjg
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
上気道粘膜の菌叢組成により小児喘息の悪化を予想できる?あらゆる粘膜、組織が菌叢解析の対象になる。
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
Top story: The upper-airway microbiota and loss of asthma control among asthmatic children | Nature Communications https://t.co/aBebjbHUUa, see more https://t.co/jx5nhBvCiY
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
Interested in this, coming from an asthmatic with 3 asthmatic kids. But how to manipulate the airway microbiota for the better? Still via diet and through the gut?
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
The upper-airway microbiota and loss of asthma control among asthmatic children https://t.co/XtFL1RQNOA
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
RT @armish1910: Upper airway microbes help control asthma responses in children @NatureComms Communications https://t.co/xWGHF52awX
A very underexplored area (to my knowledge); upper airways, microbiota and asthma etc. A good first step is looking at correlations such as herein. If there is a link then tracing the microbiome development will be interesting. https://t.co/emBHZZUK9N
Upper airway microbes help control asthma responses in children @NatureComms Communications https://t.co/xWGHF52awX
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
The upper-airway #microbiota and loss of #asthma control among asthmatic children https://t.co/PCAz61wsfF
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
@MicroSysEco
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
RT @bykriscampbell: The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares…
The gut & airway microbiomes are being investigated as ways to predict asthma development. But predicting asthma flares is also of interest. First steps here: the airway microbiome composition in school-aged kids was correlated with asthma exacerbation
RT @Prof_Braj_Singh: The upper-airway microbiota and loss of asthma control among asthmatic children | Nature Communications https://t.co/w…
The upper-airway microbiota and loss of asthma control among asthmatic children: https://t.co/bGVjpH1qnn
Corynebacterium is the most abundant genus identified in the nose by the Human Microbiome Project that characterized the normal... https://t.co/NrW303FwXQ
Nice to see old pals Corynebacterium & Dolosigranulum in the upper airway microbiota associated with asthma control. While Moraxella associated with loss of asthma control. More on these bacteria: @ShuMeiTeo 2015 https://t.co/96OWyhBqVG Teo 2018 https
The upper-airway microbiota and loss of asthma control among asthmatic children | Nature Communications https://t.co/wDq5gg6Zop
RT @HellenGreenblat: Can manipulating the airways’ #microbiome modulate #asthma exacerbations in children? https://t.co/U1yZhYm9HO [OPEN AC…
Can manipulating the airways’ #microbiome modulate #asthma exacerbations in children? https://t.co/U1yZhYm9HO [OPEN ACCESS] https://t.co/mSsbeYtjJ3 https://t.co/TMenF0WhCS
RT @hlcao: The upper-airway microbiota and loss of asthma control among asthmatic children | Nature Communications https://t.co/sbibG6m1L3
Airway microbiota and asthma - with efforts made to remove some of the contamination reads 🙌
The upper-airway microbiota and loss of asthma control among asthmatic children | Nature Communications https://t.co/sbibG6m1L3
RT @NHLBI_LUNGDir: #NHLBI AsthmaNet trial shows that bacteria in the airway change when children with #asthma experience worsening symptoms…
RT @NHLBI_LUNGDir: #NHLBI AsthmaNet trial shows that bacteria in the airway change when children with #asthma experience worsening symptoms…
RT @NHLBI_LUNGDir: #NHLBI AsthmaNet trial shows that bacteria in the airway change when children with #asthma experience worsening symptoms…
RT @NHLBI_LUNGDir: #NHLBI AsthmaNet trial shows that bacteria in the airway change when children with #asthma experience worsening symptoms…
#NHLBI AsthmaNet trial shows that bacteria in the airway change when children with #asthma experience worsening symptoms. #Lung50 https://t.co/cP1aEXqj33
The upper-airway microbiota and loss of asthma control among asthmatic children. https://t.co/XkqurnNqlV
RT @ichiipsy: 子どもの喘息の重症度と上気道の細菌叢に関連があるのではないかという論文、腸内細菌層や皮膚の常在菌など、私たちの体内、対外に存在する細菌の種類によって、私たちの健康状態が変化するという論文が増えている。とても面白いテーマの一つだと思う https:/…
RT @ichiipsy: 子どもの喘息の重症度と上気道の細菌叢に関連があるのではないかという論文、腸内細菌層や皮膚の常在菌など、私たちの体内、対外に存在する細菌の種類によって、私たちの健康状態が変化するという論文が増えている。とても面白いテーマの一つだと思う https:/…
RT @ichiipsy: 子どもの喘息の重症度と上気道の細菌叢に関連があるのではないかという論文、腸内細菌層や皮膚の常在菌など、私たちの体内、対外に存在する細菌の種類によって、私たちの健康状態が変化するという論文が増えている。とても面白いテーマの一つだと思う https:/…
RT @ichiipsy: 子どもの喘息の重症度と上気道の細菌叢に関連があるのではないかという論文、腸内細菌層や皮膚の常在菌など、私たちの体内、対外に存在する細菌の種類によって、私たちの健康状態が変化するという論文が増えている。とても面白いテーマの一つだと思う https:/…
RT @ichiipsy: 子どもの喘息の重症度と上気道の細菌叢に関連があるのではないかという論文、腸内細菌層や皮膚の常在菌など、私たちの体内、対外に存在する細菌の種類によって、私たちの健康状態が変化するという論文が増えている。とても面白いテーマの一つだと思う https:/…
RT @ichiipsy: 子どもの喘息の重症度と上気道の細菌叢に関連があるのではないかという論文、腸内細菌層や皮膚の常在菌など、私たちの体内、対外に存在する細菌の種類によって、私たちの健康状態が変化するという論文が増えている。とても面白いテーマの一つだと思う https:/…
RT @ichiipsy: 子どもの喘息の重症度と上気道の細菌叢に関連があるのではないかという論文、腸内細菌層や皮膚の常在菌など、私たちの体内、対外に存在する細菌の種類によって、私たちの健康状態が変化するという論文が増えている。とても面白いテーマの一つだと思う https:/…
RT @ichiipsy: 子どもの喘息の重症度と上気道の細菌叢に関連があるのではないかという論文、腸内細菌層や皮膚の常在菌など、私たちの体内、対外に存在する細菌の種類によって、私たちの健康状態が変化するという論文が増えている。とても面白いテーマの一つだと思う https:/…
子どもの喘息の重症度と上気道の細菌叢に関連があるのではないかという論文、腸内細菌層や皮膚の常在菌など、私たちの体内、対外に存在する細菌の種類によって、私たちの健康状態が変化するという論文が増えている。とても面白いテーマの一つだと思う https://t.co/JmshyIy3JG
Link between the microbiome in the upper airways and asthma symptoms https://t.co/x7imYH8Qfz
RT @Primary_Immune: Intriguing new evidence of an asthma <-> microbiome connection -bacterial alterations in airways implicated in exacerba…
RT @Primary_Immune: Intriguing new evidence of an asthma <-> microbiome connection -bacterial alterations in airways implicated in exacerba…
RT @Primary_Immune: Intriguing new evidence of an asthma <-> microbiome connection -bacterial alterations in airways implicated in exacerba…
RT @Primary_Immune: Intriguing new evidence of an asthma <-> microbiome connection -bacterial alterations in airways implicated in exacerba…
RT @Primary_Immune: Intriguing new evidence of an asthma <-> microbiome connection -bacterial alterations in airways implicated in exacerba…
RT @Primary_Immune: Intriguing new evidence of an asthma <-> microbiome connection -bacterial alterations in airways implicated in exacerba…
RT @Primary_Immune: Intriguing new evidence of an asthma <-> microbiome connection -bacterial alterations in airways implicated in exacerba…
RT @Primary_Immune: Intriguing new evidence of an asthma <-> microbiome connection -bacterial alterations in airways implicated in exacerba…
Intriguing new evidence of an asthma <-> microbiome connection -bacterial alterations in airways implicated in exacerbation of symptoms _News: https://t.co/fqjyIPbeAe #SNRTG #serverless #IoT #BigData #microbiome _Journal: https://t.co/h1ihwo2MWS #Pu