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Microbial communities at hydrothermal vents of the East Pacific Rise may form randomly, depending on which bacteria arrive first and the local environment. However, chemistry still plays a big role in shaping these communities. #JournalSpectrum: asm.social/2Rj

How can we design playgrounds with kids' microbiomes in mind? This #mSystems review synthesizes emerging research at the intersection of microbial ecology, child health and sustainable urban planning, with a focus on playgrounds. Read now: asm.social/2Ri

The S. aureus V8 serine protease is a master manipulator of the immune response. But what does it target? Using a high-efficiency N-Terminomic approach, researchers capture ~320 biologically relevant V8 targets in the human lung proteome. #IAIJournal: asm.social/2R9

Certain chronic diseases can increase the risk of invasive fungal infections. However, how fungal infections contribute to the development or exacerbation of chronic diseases is less clear. This #ClinMicroReve article explores what we know: asm.social/2R8

Although prokaryotic cells have complex cellular structures and behaviors and have had plenty of time to evolve complex multicellularity, they have never done so—why not? This article offers insights: asm.social/2R6

Ploidy is a key determinant of cellular physiology. This #JMBE article describes an upper-level undergraduate laboratory module in which students examine the relationship between ploidy and cell growth using high-throughput OD600 measurements. Read now: asm.social/2R5

Dual membrane-spanning anti-sigma factor 1 (Dma1) increases OMV production in B. thetaiotaomicron. Meanwhile, Dma2 modulates vesiculation and the expression of select polysaccharide utilization loci targeting host-associated glycans. #JBacteriology: asm.social/2R4

Millions of women live with conditions like endometriosis, PCOS and fibroids—yet they remain widely overlooked. Advancing research, improving care and understanding the microbiome’s role are critical to closing the gap in women’s health. Read more! asm.social/2R1

While viral neutralization likely contributes to monoclonal antibody-mediated protection against herpes simplex virus, the ability for glycoprotein B-specific antibodies to mediate Fc domain-dependent effector functions is crucial. #JVirology: asm.social/2R0

In #ASMCaseReports: a rare but severe presentation of systemic amyloid A (AA) amyloidosis occurring with pulmonary M. avium infection, suggesting a possible association between uncontrolled M. avium infection and systemic AA amyloidosis development. asm.social/2QZ

Postdocs and early-career researchers, this is for YOU! Join ASM’s FREE webinar, "Building Impact, Not Just CVs: Thriving with Limited Resources." 📅 April 7 | ⏰ 10–11 a.m. ET 💻 Virtual Register here: asm.social/2QY

How do bacteria and fungi communicate? In #mBio, researchers we examine the intricate quorum sensing-based dialog between these 2 types of microbes, focusing on its role in microbial network assembly and ecosystem function. Read the review: asm.social/2QX

#MicrobiologyMonday: What does it mean to tolerate the microbiome?🦠 Researchers suggest that 3 different forms of tolerance can be recognized: 1️⃣Disease tolerance. 2️⃣Endotoxin tolerance. 3️⃣Immunological tolerance. Learn more in #mBio: asm.social/2QW

Can coffee stunt your growth—or your microbiome? ☕️ Microbial Myths VI, 100-myth milestone! From lizard blood to gardening hacks and why you shouldn't wash raw chicken. See what’s science and what’s fiction! asm.social/2QU

Cell-free supernatant of Bifidobacterium longum FB1-4 disrupts MRSA’s antibiotic tolerance, biofilm formation and core metabolism in both food matrices and an in vivo model, highlighting its potential as a food preservative and therapeutic candidate. asm.social/2QS

IrlS2-IrlR2, a previously uncharacterized 2-component system in Burkholderia pseudomallei, acts as a global regulator integrating biofilm formation, stress adaptation & virulence, highlighting its role in B. pseudomallei's pathogenic potential. #mSphere: asm.social/2QL

Don’t miss the ASM Microbe 2026 Opening General Session—featuring Jennifer Doudna, Ph.D. and microbiome keynotes from Lawrence David, Ph.D., Joao Xavier, Ph.D. and Wendy Garrett. Register by March 18 to save up to $605 on registration. asm.social/2QJ #ASMicrobe

📘Just published! "Pocket Guide to Clinical Microbiology, 5th Edition" by Christopher Doern and Alexandra Bryson is the go-to companion for clinical microbiology professionals. Order now from #ASMPress-Wiley: 🔗asm.social/2QG

While bacteria in nature experience flow, laboratory conditions typically omit flow. Using microfluidic technology, scientists discovered that flow sustains growth at glucose concentrations 1,000 times lower than traditionally observed. Read more in #mBio: asm.social/2QE

Many viruses exploit cell surface glycans, namely heparan sulfates & sialic acids, to enter host cells. These glycans are attractive targets for broad-spectrum antiviral strategies, but, as outlined in #JVirology, developing such therapies is challenging. asm.social/2QD