Wyss Institute Seminars
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Wyss Seminars
Biologically Inspired Design of Interfaces using Liquid Crystalline Materials
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Wyss Seminars
Biointerfacial Aspects of Mussel Adhesive Proteins and their Biomimetic Analogs
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Wyss Seminars
Wyss Video
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Wyss Seminars
The link address is: http://il.youtube.com/watch?v=7AIwNYl0PYg&feature=related
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Co-opting Moore’s Law
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Wyss Seminars
Advances in Imprint Lithography for the Design of Vaccines, Therapeutics and Interfacially Active Colloids
Environmental Health Concerns of Nanoparticles & Cut Lung Slices
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Wyss Seminars
A Novel Model for Drug Discovery and Target Validation
Three-Dimensional Carbon Nanotube Network on Silicon Templates and Sensor Applications
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Wyss Seminars
Novel Scanning Probe Convergence Technology for Biomedical Research and Applications
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Wyss Seminars
2nd International Wyss Symposium, Microfluidics and Medicine: Accelerating the Flow from Lab to Clinic
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Wyss Seminars
Bio-inspired Design of Robotic Tools for Rehabilitation and Surgical Assistance
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Wyss Seminars
RNA Mimics of GFP
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Wyss Seminars
Biological engineering of genetically encoded fluorescent RNA and RNA devices
Biomechanical Modeling of the Heart
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Wyss Seminars
From Multi-scale Multi-physics Formulations to Patient-specific Simulations
Inventing the Next-Generation Robots: Perception, Autonomy, and Interaction
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Wyss Seminars
Creating Physiological Patterns of Neural Activity with Prosthetic Stimulation
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Wyss Seminars
Noise & Rhythm: Harnessing Complexity in Medicine and Robotics
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Noise & Rhythm: Harnessing Complexity in Medicine and Robotics
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112.3 kB
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Magnetically and Bacteria-Actuated Mobile Micro-Robots
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Wyss Seminars
Wyss-invited lecturer Metin Sitti from Carnegie Mellon University will present miniature mobile robots with tens or hundreds of micrometer overall sizes and various locomotion capabilities, discuss significant challenges regarding actuation and power sources and propose two alternative approaches to solve the challenges.
WYSS: Engineering DNA as an Innovative Polymer
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Wyss Seminars
Our research focuses on engineering DNA as an innovative polymer -- using DNA as both genetic (bio) and generic (nano) materials. More specifically, inspired by synthetic polymers and combined with molecular biology’s tool kits, we have engineered DNA into different topological structures, all in bulk-scale. Our DNA-based structures and materials included dendrimer-like DNA, DNA nanobarcodes, DNA networks and hydrogels, DNA-basedliposomes (DNAsomes), and DNA-organized nanoparticles. From these DNA materials, we are exploringreal-world applications in diagnostics, cell-free protein production, synthetic cells, drug delivery, and novel optoelectronics.
Wyss Lecture: What do Slithering, Surgery, Search and Rescue, and Swarms Have in Common? Snake Robots.
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Wyss Seminars
Nanotherapeutics & Diagnostics: Medical Nanotechnologies Inspired by Nature
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Wyss Seminars
A Wyss Symposium
