Top Tweets for #PathogDis
How does intracellular Chlamydia psittaci hijack mammalian cells? 🦠🔬
Gensch et al. use computational and experimental tools to map host interaction partners and investigate a new Inclusion membrane protein.
#PathogDis
Read the full article here 👇
https://t.co/g60w9QG0j9
How do airway cells react to microbes 🫁🦠🧬?
van Woudenbergh et al. show how nasal, nasopharyngeal & bronchial epithelia mount distinct immune responses to viruses and bacteria—helping explain disease outcomes #PathogDis
Read the full paper here👉 https://t.co/yR2hBQoSic
2024 review: Feng-yuan Zhang et al. explore how C. albicans triggers immune-cell #Pyroptosis to escape, leading to IL-1β and IL-18 secretion. Crucial factors include hyphal growth, ergosterol, and cell-wall changes. Check it here: https://t.co/xTTiR6zx7L #PathogDis #Macrophages
B. Siamalube & E. Ehinmitan explore why cholera recurs: poor sanitation, climate change, and antimicrobial resistance. Also covered: vaccine innovations, genomic surveillance, and microbiome-targeted strategies. Read more: https://t.co/fIESzp8Y2g #PathogDis #PublicHealth #Cholera
Over 1 billion people in areas endemic for #leishmaniasis are at risk, reported by @who. Mazumder et al. suggest that silencing toll-like receptor #TLR4 in #macrophages could prevent parasite entry. Read more here: https://t.co/0DaOUU5jvQ #PathogDis
🦠 From cholera to fungal typing and cross-kingdom interactions, #PathogDis delivers cutting-edge, open-access research on infectious agents and host responses. 📊 Here are its most-read papers from the first half of 2025 ➡️ https://t.co/YLJsfxzymo
Metal-binding proteins are crucial for #antiviral #drug development. Scientists in #India conducted a proteome-wide analysis, showing these proteins´s in viral processes like #replication, #fusion, and #host #invasion. Read more 🔗 https://t.co/DBR8DBPH8m #PathogDis
📈 Alarming rise in global #pertussis cases reported by @pahowho and @who. Researchers from #Argentina found the pathogen can persist #intracellularly, highlighting urgent need for better #vaccines. More details at https://t.co/0FP2LNOcPJ #PathogDis
Scoping review from Davidson and colleagues on the use of #transcriptomics to profile BK #polyomavirus in #kidney #transplants. Sample size, validation, and differences in platforms used are discussed. Check it out: https://t.co/sCgOytLy7P #PathogDis 🦠 🧬
🔗 Explore our Editor´s Choice for #PathogDis featuring Kintner et al. Dive into #bacterial and #fungal dynamics in the female genital tract 🔬Investigating the role of β-glucans from #Candida in #Chlamydia infections. https://t.co/M5lpjcc9vd #microbiome
🤓 Curious about #ESKAPE pathogens in the #medical environment? Check out the study by Sanjar et al. exploring the genetic factors of #Pseudomonas aeruginosa strains linked to #burn #infections. 🖇️ Find it here: https://t.co/Zv3oZAX9zj #PathogDis #phylogenetics #genotyping
#HostPathogen models for the study of #UTI #Infections🔬. Incredible work from Abell-King et al. exploring #multispecies #bacterial behaviour using clinical strains and human bladder models 🧫. Read it here: https://t.co/cK77j5SbIG #PathogDis #KPneumoniae #Efaecalis #UPEC
🧬 #Acinetobacter #baumannii has been identified by @WHO as a top-priority pathogen. Explore the study by Rastegar et al. which details a novel #bacteriophage exhibiting promising #antibiotic synergy against #MDR strains. Discover more at https://t.co/EpuVQYyNn8 #PathogDis #AMR
La clamidia sigue siendo un problema complejo de salud mundial que requiere una mejor comprensión para su solución.
#PathogDis
🔗 Número gratis: https://t.co/AQ7WfJOeDC
Chlamydia remains a complex global health challenge that must be better understood to be solved. The latest #PathogDis thematic issue seeks to do just that, while honoring Dr. Joseph U. Igietseme’s legacy.
🔗 Read the issue for free: https://t.co/RcuDnp45rz
#Micobiota y #disbiosis en personas con #EEI . #Genética y diversidad fenotípica dentro de cepas clínicas de #Candida utilizando un novedoso método de tipificación #microsatélite
@iamvanthiel y col. 👏🏻
https://t.co/yh4NmTrSRe #PathogDis
#Mycobiota #dysbiosis in people with #IBD. #Genetic and phenotypic diversity within clinical #Candida strains using a novel #microsatellite typing method. Incredible work from @iamvanthiel and col. 👏🏻 Check it out: https://t.co/gSTYaTBtys #PathogDis
Chlamydia remains a complex global health challenge that must be better understood to be solved. The latest #PathogDis thematic issue seeks to do just that, while honoring Dr. Joseph U. Igietseme’s legacy.
🔗 Read the issue for free: https://t.co/RcuDnp45rz
#Mycobiota #dysbiosis in people with #IBD. #Genetic and phenotypic diversity within clinical #Candida strains using a novel #microsatellite typing method. Incredible work from @iamvanthiel and col. 👏🏻 Check it out: https://t.co/gSTYaTBtys #PathogDis
#Pneumocystis y #Pneumonia en pacientes sin VIH.
Exploran el fenotipo inflamatorio en 62 individuos mediante los niveles de proteína C reactiva #CRP en un análisis retrospectivo.
https://t.co/pLVk6e6NVQ
#PathogDis
Discover Yi Koh et al.´s study on #Pneumocystis #Pneumonia in non-HIV patients. The research explores the #Inflammatory phenotype in 62 individuals by means of C-reactive protein #CRP levels in a retrospective analysis. Dive into the results: https://t.co/1kkr3haLJZ #PathogDis
Discover Yi Koh et al.´s study on #Pneumocystis #Pneumonia in non-HIV patients. The research explores the #Inflammatory phenotype in 62 individuals by means of C-reactive protein #CRP levels in a retrospective analysis. Dive into the results: https://t.co/1kkr3haLJZ #PathogDis
🚨 Nuevo artículo de Siamalube y Ehinmitan sobre #VibrioCholerae : una revisión que explora su persistencia en #Africa y el este del Mediterráneo, el impacto de la resistencia antimicrobiana, el papel del cambio climático y más.
https://t.co/vQv2Eq2mLm
#PathogDis
#Cholera
🚨New article from Siamalube and Ehinmitan on #VibrioCholerae: a review exploring its persistence in #Africa and #EastMediterranean, impact of #AntimicrobialResistance, role of #ClimateChange, and more. Read it first here ▶️ https://t.co/jy9uPB74jZ #PathogDis #Cholera
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