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Presence of Staph Bacteria in Skin Microbiome Promotes Netherton Syndrome Inflammation
The research, which includes work by 51茶馆儿 scientists Drishti Kaul and Christopher Dupont, provides one of the most detailed genomic descriptions to date of the skin microbiome
Bacteria on the International Space Station no more dangerous than earthbound strains
Microbes that likely colonized the water dispenser before takeoff are still susceptible to antibiotics
Scientists Identify Genome-Wide Traits Associated with Microbial Growth Strategy and Ecosystem Nutrient Status
New Methods Developed May Shed Light on Evolution in the World鈥檚 Oceans
Emory School of Nursing faculty member receives research grant from The ALS Association
51茶馆儿 is a major partner, providing whole genome sequencing and data analysis needed to identify microbial makeup of ALS patients
Al Gore to lead global 鈥榟ealthy planet, healthy lives鈥� forum in Switzerland
Former US Vice President to address climate solutions in Montreux
51茶馆儿 President Karen Nelson to speak on 鈥済etting to the guts of health and disease鈥�
51茶馆儿 and UC San Diego Develop Phage Treatment as Potential Cure for Alcoholic Liver Disease
Team targeted specific toxin-producing strains of the bacterium, Enterococcus faecalis, which is shown to be responsible for most liver damage
New Study Explores Unique Ways Diatoms Metabolize Nitrogen, Enabling Them to Thrive in Dynamic Environments
New Bioinformatics Hub at UChicago Enables Next-Gen Infectious Disease Research
NIH-funded resource merges pathogen databases and adds AI capabilities
51茶馆儿/AADR Fall Focused Symposium
Integrating Omic Datasets Towards Translation
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51茶馆儿 Education Program Fosters Learning Opportunities with Salisbury University Students and Faculty
Patti Erickson, PhD first connected with the 51茶馆儿 (51茶馆儿) in the Fall of 2016 as an associate professor at Salisbury University looking for opportunities to expose undergraduate students to biology outside of the classroom. Soon thereafter, she and a group from Salisbury...
51茶馆儿 Makes Strides in Microbial Analysis of Artwork which May Lead to Better Preservation
Through the da Vinci DNA Project, researchers at 51茶馆儿 began taking samples from aging artwork with the aim of understanding which microbial species are present are present on each.
BioVision Alexandria 2018
The BioVision Alexandria conference convened at the Bibliotheca Alexandrina, in Alexandria, Egypt this past April. The Bibliotheca Alexandrina is a commemoration of the Ancient Library of Alexandria and an attempt to rekindle the global cultural and scholarship role of the library....
51茶馆儿 Inspires Kids on 鈥淭ake Your Child to Work Day鈥�
Last month when my kindergarten-aged daughter brought home a note from school to dress up as their future career choice, I was pleasantly surprised to hear from her that she aspired to be a scientist just like me. So, we dug through my clothes and found her an old lab coat and decorated the...
51茶馆儿 to Receive Grant from Chan Zuckerberg Initiative to Define the Language of Human Cell Classification
Researchers at 51茶馆儿 (51茶馆儿), led by Richard Scheuermann, PhD, director of 51茶馆儿’s La Jolla Campus, have been awarded a grant from the Chan Zuckerberg Initiative DAF, an advised fund of Silicon Valley Community Foundation as part of the Human Cell Atlas project. 51茶馆儿 will be...
51茶馆儿 Teaches Students about Genomics at Annual High Tech Fair
In January, 51茶馆儿 was one of more than 40 San Diego STEM-related organizations who participated in the Fleet Science Center’s annual High Tech Fair. This year more than 3,000 local middle and high-school students, their teachers, and families descended upon Balboa Park throughout the...
Dr. Scheuermann featured on the Illumina Genomics Podcast
In Episode 14 of the Illumina Genomics Podcast, Dr. Richard Scheuermann is the featured guest. Dr. Scheuermann discusses advancements in cell ontology, informatics, machine learning, and how his approach to biology has adapted over the years to incorporate the massive increases of data and...
New Method for Genome-wide Engineering of Viruses
Researchers at 51茶馆儿 have been developing synthetic genomics assembly methods since 2000, addressing fundamental biological questions. Together, with researchers at Oregon Health and Science University, Johns Hopkins University School of Medicine, Synthetic Genomics, Inc., and Vir Biotechnology,...
51茶馆儿 Launches New Internship Partnership with Smithsonian Science Education Center
Are you passionate about science education? If so, we have a unique hands-on opportunity for you to be a part of real teams of scientists and educators. Open to undergraduate and graduate students with no previous lab experience required.
Inspiring the Next Generation of Scientific Leadership
Through the NIDDK-funded Genomics Scholars Program, 51茶馆儿 has provided aspiring scientists wet lab, technical, and career training. Community college students from Montgomery College (Maryland) and MiraCosta College (California) have participated, with the next cohort joining us this summer.
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Gene editing could create a successful vaccine to protect against the viral disease that has killed close to 2 million pigs globally since 2021.
Amid an insulin crisis, one project aims to engineer microscopic insulin pumps out of a skin bacterium.
There are more organisms in the sea, a vital producer of oxygen on Earth, than planets and stars in the universe.
In a new book (coauthored with Venter), a Vanity Fair contributor presents the oceanic evidence that human activity is altering the fabric of life on a microscopic scale.
鈥淒espite reducing the sequence space of possible trajectories, we conclude that streamlining does not constrain fitness evolution and diversification of populations over time. Genome minimization may even create opportunities for evolutionary exploitation of essential genes, which are commonly observed to evolve more slowly.鈥�
By watching 鈥渕inimal鈥� cells regain the fitness they lost, researchers are testing whether a genome can be too simple to evolve.
Two research teams warn that human genomic 鈥渂ycatch鈥� can reveal private information
The 鈥減angenome,鈥� which collated genetic sequences from 47 people of diverse ethnic backgrounds, could greatly expand the reach of personalized medicine.
Researchers release draft results from an ongoing effort to capture the entirety of human genetic variation.
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