
Novel perspectives on Earth's climate future, exploring ice sheets, clouds, ecological tipping points, renewable energy, and personal action. Experts discuss challenges and solutions for shaping our climate destiny.

Panel discussion with Macelwane Medalists sharing critical success factors, future research plans, and engaging in Q&A. Valuable insights for aspiring scientists on career development and research strategies.

Explore advancements in probing and modeling reactive transport processes in Earth systems, focusing on interdisciplinary approaches to understand mass transfer and biogeochemical reactions across scales.

Comprehensive overview of sea-level science advancements, impacts, and communication strategies, exploring past, present, and future changes, policy implications, and public engagement.

Explore collaborative practices between scientists and communities to enhance research impact, promote equity, and address societal challenges through interdisciplinary approaches and knowledge co-production.

Explore the fascinating world of fermentative food microbiomes, from cheese to other fermented products. Learn about new technologies, metabolomics, and the future of fermented food microbiology.

Explore complex susceptibility testing for staphylococci species, focusing on methicillin resistance detection methods, changing breakpoints, and accurate species identification using MALDI-TOF technology.

Explore synthetic microbiology with experts, discussing its definition, interaction with systems biology, and potential research areas. Gain insights into this emerging field and its implications for future scientific advancements.

Expert insights on COVID-19 vaccine development, clinical trials, and future implications. Dr. Carol Baker discusses unprecedented speed, key success factors, and lessons for future vaccine technologies.

Explore key clinical microbiology research from 2020, including COVID-19 testing innovations, metagenomics advances, and emerging antibiotic resistance, as discussed by journal editors.

Experts discuss media coverage of COVID-19 diagnostic testing, exploring its impact on public perception, the role of social media, and collaboration between reporters and clinical microbiologists for accurate reporting.

Explore total laboratory automation in clinical microbiology, its benefits, implementation challenges, and impact on workflow, staff, and patient care through expert insights and discussions.

Explore remdesivir's use against SARS-CoV-2, including its rationale, clinical data, and future studies. Gain insights from experts on this FDA-approved COVID-19 treatment and its place in therapy.

Explore modern antibiotic discovery challenges, strategies against resistant pathogens, and innovative approaches to combat the antibiotic crisis in this insightful conversation with microbiology experts.

Experts discuss the antibiotic development crisis, exploring reasons for the decline, new initiatives, and strategies to revitalize the pipeline and combat antimicrobial resistance.

Explore carbapenemase detection methods, clinical significance, and practical advice for labs. Expert insights on antibiotic resistance, enzyme classification, and testing strategies for effective patient care and laboratory decision-making.

Expert discussion on updated vancomycin guidelines for severe S. aureus infections, covering rationale, challenges, and implementation strategies for improved patient outcomes in antimicrobial therapy.

Explore Lou Rice's career, insights on antimicrobial research, and his decade-long editorship of the AAC Journal in this engaging conversation about the field's evolution and future.

Explore promising COVID-19 treatments: human convalescent plasma and antiviral drugs like Remdesivir. Expert panelists discuss research, clinical trials, and potential efficacy in combating the pandemic.

Experts discuss current COVID-19 therapeutic options, evaluate clinical data, and comment on trials. They explore virus replication targets, potential treatments, and address myths surrounding unproven compounds.

Entrevista con Ian Mohr sobre interacciones virus-célula, enfocándose en la regulación de la síntesis de proteínas. Explora su trayectoria, experimentos clave y el impacto de los virus en la comprensión de procesos celulares.