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Nature Reviews Bioengineering
@natrevbioeng
A new online-only journal from publishing high-quality Reviews, Perspectives and Comments across all areas of bioengineering.
nature.com/natrevbioengJoined January 2022

Nature Reviews Bioengineering’s Tweets

Fluorescence imaging-guided surgery enables tumour resection with high precision. In their new Review, Jie Tian and colleagues discuss the clinical application and preclinical development of intraoperative fluorescence imaging probes
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Nature is an unlimited source of inspiration for many bioengineering aspects. In their Review, Yuanjin Zhao, Luoran Shang & team discuss bioinspired oral drug delivery systems derived from animals, plants, and microorganisms.
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📢#Bioengineering: the driving force to accelerate clinical #translation! 📝New Comment by #HelmholtzMunich and researchers , & from . 👉Read more: t1p.de/7hftg
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An engineering makeover of biomedical research! Bioengineering can drive clinical translation and introduce new concepts in validation, prevention and diagnostics! New Comment by @ntziachristos @StephenQuake @TU_Muenchen @HelmholtzMunich @Stanford go.nature.com/3XRXyNH
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Top-down drug delivery strategies could improve the low-yield delivery of nanotherapies imposed by tumour barriers. In their Comment, and team discuss the technological challenges that need to be overcome for their clinical implementation.
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In their new Review, Ki Tae Nam, Nicholas Kotov, Luis Liz-Marzán et al extract lessons from biological examples of chirality and determine how these criteria may guide the design of chiral inorganic nanomaterials
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My fascination with nanotopography started in grad school and has continued ever since! Learn how nanscale structures inspired by nature can modulate biological barriers. Kudos to the team Dr. Cindy Huynh
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Nature can be an inspiration for the design of drug carriers! Tejal Desai and team discuss the bioinspired nanotopography of drug carrier surfaces to modulate their interaction with biological systems. @TejalADesai bit.ly/3HxuZPT
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The tumour microenvironment can prevent immune cell infiltration and negatively affect the efficacy of immunotherapies. In their new Review, Yu Chao & Zhuang Liu discuss engineered tools that can modulate the TME to assist immunotherapies
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Check out our new article in on delivery strategies for inhaled and intranasal vaccines to combat infectious diseases
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Intranasal and inhalation vaccines can be the future alternatives to injections. In a Comment article, Katharina Maisel, Gregg Duncan, and colleagues discuss biomaterials, opportunities, and challenges for the new technologies. @GreggADuncan @MaiselLab bit.ly/3GWwqG0
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Intranasal and inhalation vaccines can be the future alternatives to injections. In a Comment article, Katharina Maisel, Gregg Duncan, and colleagues discuss biomaterials, opportunities, and challenges for the new technologies.
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