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New technology has potential applications in tissue regeneration and high-performance textiles

Harvard iGEM Biohackathon gives life to creative solutions

Jeffrey Paten recognized for initiative to advance human healing

Programmable mechanically active adhesive makes muscles stretch and contract, preventing and enabling recovery from atrophy

New findings show programmable biomaterials can be delivered using needle injection to induce an immune response and fight deadly diseases

Bioengineers build a scale model of a heart ventricle that beats, survives for months in the lab

Tissue-level model of human airway musculature could pave way for patient-specific asthma treatments

Students tackle real-world challenges in capstone engineering course

Caleb Ringkob, S.B. '19, a bioengineering concentrator, is researching how different types of learning affect how well a certain action is retained by the human motor system.

Donald Ingber and Jennifer Lewis recognized as inventors whose technologies are poised to benefit society

Harvard researchers contributed machine learning techniques to improve UCLA diagnostic tool

Tunable coating allows hitch-hiking nanoparticles to slip past the immune system to their target

Offering increased control and higher output, device could be a boon for industrial applications, from biocompatible materials to air filters

Graduate student honored for exceptional research potential