Calcium ions affect the growth of both L. acidophilus ATCC 4356 and L. plantarum ATCC 14917, despite some differences.
Breastfeeding and Bifidobacterium are key factors in shaping the infant resistome and could offer strategies to reduce antibiotic resistance early in life.
Prebiotic EN positively influenced certain gut bacteria, including Lactobacillus rhamnosus and Faecalicatena gnavus, and antibiotic resistance gene expression.
Managing gut health might be important for fertility treatments.
The combination of biological innovation and pharmaceutical muscle could create a unique pathway for translating microbiome discoveries into accessible, science-backed solutions for everyday health.
Specific gut bacteria are important in early life for healthy immune development.
Dietary LPS can mimic microbial signals and drive gut immune development, with early-life being a critical window for shaping gut immunity.
Dietary intervention and the utilization of D. dubosii offer potential insights for the treatment of brain tumor patients.
The findings of a recent study highlight the importance of understanding skin microbiotas to manage long-term fungal infections in Indigenous communities.
The gut microbiome has emerged not just as a passive bystander in sports, but as an active modulator of athletic energy, recovery, and resilience.
