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Starting the year smarter
How patients, providers, researchers and others stay informed amid a deluge of data and information
Finding passion and community
Fred Hutch Postbaccalaureate Scholar Program bridges gap between college and graduate school for aspiring scientists
Un nuevo tipo de célula vinculada con el cáncer gástrico hace su debut
Del laboratorio Salama, División de Biología Humana
A new cell type with links to gastric cancer steps up for its mugshot
From the Salama Lab, Human Biology Division
H. pylori tightens its grip to adapt to a changing tissue environment
From the Salama Lab, Human Biology Division
A molecular twist on bacterial cell shape
Dissecting the role of the cytoskeletal protein CcmA in the helical shape of Helicobacter pylori
Science Says: Cracking the code in solid tumors
How scientists are developing targeted new therapies for cancers of the breast, lung, stomach and more
H. pylori infection accelerates events that lead to gastric cancer development
From the Salama Lab, Human Biology Division
Fearless Science is ...
Hutch researchers take bold approaches to solving hard problems
The secrets of the helical shape of H. pylori
From the Salama lab, Human Biology and Public Health Science divisions
How Helicobacter stays helical
New insights into how the cancer-causing stomach bacterium keeps its shape could point the way for future, more-specialized antibiotics
A corkscrew tale for H. pylori
From the Salama lab, Human Biology Division
Dr. Nancy E. Davidson receives Raisbeck Endowed Chair for Collaborative Research
New chair will encourage collaboration between Fred Hutch and the University of Washington
H. pylori and gastric cancer: new considerations for East Asian populations
From the Salama Laboratory, Human Biology Division
How Helicobacter pylori stays in shape
From the Salama lab, Human Biology Division
H. pylori test hints at risk factor for stomach cancer
Pilot study suggests specific strain of bacteria may be found more often in East Asian patients with stomach cancer
Pilot study identifies strain of bacteria as chief risk factor for stomach cancer
Findings in PLOS ONE paper may help doctors better identify, screen and treat high-risk patients
Rolling up the miles for cancer research
Obliteride riders, walkers top $2 million in Fred Hutch fundraiser
Clarithromycin resistance in Seattle
From the Salama Lab, Human Biology Division
Jump-starting innovative projects exploring pathogen-associated cancers
Pathogen-Associated Malignancies Integrated Research Center awards first round of pilot funding supporting researchers studying H. pylori, EBV and the microbiome