Custom Publishing
Special features from the Science/AAAS Custom Publishing Office
Sponsored Collections
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Visualizing immunity in action: The extraordinary benefits of live cell imaging and analysis
Live-cell imaging is a burgeoning frontier in microscopy with a bounty of applications for all fields of bioscience research, particularly immuno-oncology.
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Dalian University of Technology: 70 years of technology and innovation
Through 70 years of ongoing progress and innovation, DUT has earned a reputation as one of the top technical universities in China.
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Smarter imaging: Gaining more from your microscopy experiments
High-throughput live-cell imaging has come of age, allowing researchers to study living cells in more detail and with less effort than ever before.
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Your Practical Guide to Basic Laboratory Techniques
Are your basic lab skills up to date? If there’s any doubt, read this!
Webinars
Sponsored Podcasts
Technology Features
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When robots sleep, do they dream of algorithms?
Researchers are embracing artificial intelligence (AI) but with cautious optimism. -
Epitranscriptomics: RNA revisited
Like its chemical cousin DNA, RNA undergoes modifications that regulate gene expression, giving way to a new field: epitranscriptomics. -
Shedding light on deep tissue: Multiphoton microscopy
Two is better than one: Multiphoton microscopy, a live-cell imaging alternative to confocal microscopy, allows cell biologists to probe deeper into tissues. -
Shotgunning the messenger: Single-cell RNA sequencing
As next-generation sequencing of RNA scales down to the single-cell level, a ramp up of tools are hitting the market. -
ChIP off the old block: Beyond chromatin immunoprecipitation
Chromatin immunoprecipitation, now over 30 years old, modernizes to include emerging techniques such as gene editing and single-cell platforms.
Posters & Infographics
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The Human Blood Atlas
Discover and explore the Human Blood Atlas, a unique database of proteins expressed in blood immune-cell populations.
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From genomic biomarkers to multiomics: Next-generation sequencing in cancer research
Learn more about how genomic biomarkers and multiomics are used in cancer research.
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Making the most of your antibodies
Tips on how to treat your antibodies with the care and respect they deserve.
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Taking the Perfect Picture: The Science of Microscopy Cameras
Take a trip through the inner workings of a digital camera. Discover how images are made and what variables are important in creating the perfect picture.
Advertorials
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Tackling complex social challenges: The Hsue-Shen Tsien Think Tank
Since its origins in the mid-1980s, the Hsue-Shen Tsien Think Tank has focused on how some of the world’s most complex systems—including comprehensive policy systems, engineering systems, and social systems—can be improved to serve humanity.
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Generating new models at the speed of oncology research
Cancer mouse models have come a long way from xenografts or transplants of patient tumors. Now companies such as The Jackson Laboratory (JAX) have created models with human immune systems.
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Best of both worlds: Next-generation sequencing in frozen and FFPE tissue
New kits and reagents from Illumina are available to better process tissue samples for next-generation sequencing.
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Highly multiplexed imaging in immuno-oncology
The Fluidigm Hyperion Imaging system allows scientists to simultaneously monitor in a sample up to 37 protein markers in the tumor-immune microenvironment.
Custom Publishing
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