Top Tweets for #BMCMicrobiol
#IRNASA_Excellence | Paper alert‼️ New advances on the interaction of pathogens and the tick microbiome 🪳🧬 Read our paper co-authored with @UniversityUMA @INRAE_DPT_PHASE @UAQmx @kingsuniodeomu @uofg in #BMCMicrobiol @BMC_series 👉https://t.co/kt2WrybYIf
A Review published in #BMCMicrobiol summarizes gut microbiota signature in gestational diabetes mellitus pregnancies of each trimester, and presents a brief introduction of microbiome derived short chain fatty acids.
https://t.co/HondVE5JAs
Warm welcome to our new #BMCMicrobiol Editorial Board Members @Dasiel97729145, @SharmaAavi, @LaportLab_UFRJ and @Bhabatosh77. We are looking forward to working with you. Interested in joining #BMCMicrobiol? To find out more visit <https://t.co/8fA09yhEwH>
Metabolomics reveals high fructose-1,6-bisphosphate from fluoride-resistant Streptococcus mutans #BMCMicrobiol #MassSpec https://t.co/5Odgwv6cNd
Warm welcome to our new #BMCMicrobiol Editorial Board Members @AAyansina, @songlihua and @richieju520. We are looking forward to working with you. Interested in joining #BMCMicrobiol? To find out more visit <https://t.co/8fA09yicmf>
An article in #BMCMicrobiol presents NOVA: a new study algorithm to systematically analyze novel bacterial isolates that cannot be characterized by conventional identification procedures.
https://t.co/7FMerLrInY
A study published in #BMCMicrobiol suggests that mutations in fatty acid metabolism genes may increase the transmission risk of Mycobacterium tuberculosis. This may help provide valuable insights into the therapy of tuberculosis.
https://t.co/v9ILnEPlmL
A study published in #BMCMicrobiol highlights that dysregulated gut microbes contribute risk to coronary artery disease by interacting with host genes.
https://t.co/z3nEm5KvMS
#Aquaculture is a millennial-old activity and its exponential growth now requires more efforts for #Sustainability. What help can #microbiome, insects, and molecular techniques provide? 🦠🪲
#BMCMicrobiol @BioMedCentral
@BiomeResearch
@BtBsUNIMIB
@unimib
https://t.co/RkMRYaVfQG
Warm welcome to our new #BMCMicrobiol Editorial Board Members @Dr_VijayKSingh, @microQuaglia, @epasolli and @GajenderAleti. We are looking forward to working with you! Interested in joining #BMCMicrobiol? To find out more visit <https://t.co/8fA09yhEwH>
A meta-analysis published in #BMCMicrobiol discusses the significant effect of proton-pump inhibitor use on gut microbiota homeostasis and helps to clarify the potential mechanisms underlying its side effects.
https://t.co/oJhe84lW2w
Warm welcome to our new #BMCMicrobiol Editorial Board Members @TheDrMohsin, @FKhan62982257 from @pknu_official, @amipaltu from @JUFET, @Lysebia from @fiocruz_en. We are looking forward to working with you.
Interested in joining #BMCMicrobiol? https://t.co/8fA09yicmf
A study published in #BMCMicrobiol finds that animal-origin Staphylococcus pseudintermedius may play a role in the development of atopic dermatitis, emphasizing the importance of taking preventive measures when in contact with animals.
https://t.co/cupIr3kzCX
A study published in #BMCMicrobiol finds that in unvaccinated patients, COVID-19 can induce oral microbial dysbiosis, but oral bacterial diversity is restored with recovery. Research on whether vaccination accelerates recovery of oral microbiome is needed.
https://t.co/dnxJtVwyXV
The gut Clostridium genus may play an important role in the development of type 2 diabetes (T2D) and it could be a potential biomarker for T2D in Mongolian population, finds a study published in #BMCMicrobiol
https://t.co/T1HpOFQ2QR
Call for papers 📢📢
#BMCMicrobiol welcomes submissions to our collection on ‘Biofilms and disease’! Guest Edited by Dr Vijay Singh Gondil and Dr Bindu Subhadra. https://t.co/c9iTb2eKoL @vjgondal #Biofilms #microbiology #publichealth
Metagenomic insights into the diversity and metabolic potential of Chloroflexi species in different wastewater treatment bioreactors reported in #BMCMicrobiol https://t.co/hIkMGNahAq @BovioWinkler @ClaudiaEtchebe1 @leri2021 @AngelaCabezas11 @PiaOyarzua @mesuarezojeda
A study in #BMCMicrobiol finds that dysbiotic microbiome variation in colorectal cancer patients is linked to lifestyles and metabolic diseases.
https://t.co/oucpduPUhB
@BioMedCentral Leaving aside the blatant lies and the repeated false assertion that e-cig use is smoking, how did they control for the fact that most people who vape have a history of smoking?
They didn't?
#BMCMicrobiol should be embarrassed to publish this activism masquerading as research.
A study in #BMCMicrobiol finds that use of e-cigarette increases gingival inflammation, alters the microbiome in saliva and subgingival sites. Prolonged use may lead to periodontal disease.
https://t.co/4IF4d9JVjF
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