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New platform can help treat neurodegenerative diseases through regenerative medicine

New platform can help treat neurodegenerative diseases through regenerative medicine
Imagine if surgeons could transplant healthy neurons into patients living with neurodegenerative diseases or brain and spinal cord injuries. And imagine if they could grow these neurons in the laboratory from a patient s own cells using a synthetic, highly bioactive material that is suitable for 3D printing.
By discovering a new printable biomaterial that can mimic properties of brain tissue, Northwestern University researchers are now closer to developing a platform capable of treating these conditions using regenerative medicine.
A key ingredient to the discovery is the ability to control the self-assembly processes of molecules within the material, enabling the researchers to modify the structure and functions of the systems from the nanoscale to the scale of visible features. ....

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Superstructures formed by 'walking' molecules could help create neurons for regenerative medicine

Superstructures formed by 'walking' molecules could help create neurons for regenerative medicine
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United States , Samueli Stupp , Alexandra Edelbrock , Tristan Clemons , American Australian Association Fellowship , Board Of Trustees Professor Materials Science , Mccormick School Of Engineering , Weinberg College Of Arts , National Science Foundation , Simpson Querrey Institute , Regenerative Nanomedicine At Northwestern Simpson Querrey Institute , Feinberg School Of Medicine , Northwestern University , Exchange Dynamics , Simpson Querrey , Trustees Professor , Materials Science , Biomedical Engineering , Weinberg College , Mccormick School , Feinberg School , Regenerative Nanomedicine , American Australian Association , Biomaterials Formed , Host Guest Interactions , Supramolecular Polymers ,

'Walking' molecule superstructures could help create neurons for regenerative medicine

Credit: Stupp Lab / Northwestern University
Imagine if surgeons could transplant healthy neurons into patients living with neurodegenerative diseases or brain and spinal cord injuries. And imagine if they could grow these neurons in the laboratory from a patient s own cells using a synthetic, highly bioactive material that is suitable for 3D printing.
By discovering a new printable biomaterial that can mimic properties of brain tissue, Northwestern University researchers are now closer to developing a platform capable of treating these conditions using regenerative medicine.
A key ingredient to the discovery is the ability to control the self-assembly processes of molecules within the material, enabling the researchers to modify the structure and functions of the systems from the nanoscale to the scale of visible features. The laboratory of Samuel I. Stupp published a 2018 paper in the journal ....

United States , Samueli Stupp , Alexandra Edelbrock , Tristan Clemons , American Australian Association Fellowship , Board Of Trustees Professor Materials Science , Mccormick School Of Engineering , Weinberg College Of Arts , National Science Foundation , Northwestern Simpson Querrey Institute , Regenerative Nanomedicine At Northwestern Simpson Querrey Institute , Feinberg School Of Medicine , Northwestern University , Exchange Dynamics , Simpson Querrey , Trustees Professor , Materials Science , Biomedical Engineering , Weinberg College , Mccormick School , Feinberg School , Regenerative Nanomedicine , Simpson Querrey Institute , American Australian Association , Biomaterials Formed , Host Guest Interactions ,

Scientists have created a new soft robot activated by light and magnetism

Its weight consists of almost 90% water, this minuscule, centimeter-sized bot comes alive without the need for intricate hardware, hydraulics, or electrical current. Strangely, the source of its amazing animation is light and its attraction to an external rotating magnetic field according to a paper published Dec. 9 in the online journal Science Robotics.
Video of Sea creature-inspired robot walks, rolls, transports cargo
Conventional robots are typically heavy machines with lots of hardware and electronics that are unable to interact safely with soft structures, including humans, explained Samuel I. Stupp, study co-author and director of the Center for Bio-Inspired Energy Science, a Northwestern-based Energy Frontier Research Center funded by the U.S. Department of Energy. We have designed soft materials with molecular intelligence to enable them to behave like robots of any size and perform useful functions in tiny spaces, underwater or underground. ....

Samueli Stupp , Energy Frontier Research Center , Energy Science , Northwestern University , Samueli Stupp Laboratory Northwestern University , Us Department Of Energy , Bio Inspired Energy Science , Monica Olvera De La Cruz , Bio Inspired Energy , Olvera De La Cruz , சாமுவேலி ஸ்தூப்ப் , ஆற்றல் எல்லை ஆராய்ச்சி மையம் , ஆற்றல் அறிவியல் , வடமேற்கு பல்கலைக்கழகம் , சாமுவேலி ஸ்தூப்ப் ஆய்வகம் வடமேற்கு பல்கலைக்கழகம் , எங்களுக்கு துறை ஆஃப் ஆற்றல் , உயிர் ஈர்க்கப்பட்ட ஆற்றல் அறிவியல் , மோனிகா ஒள்வேர டி லா குரூஸ் , உயிர் ஈர்க்கப்பட்ட ஆற்றல் , ஒள்வேர டி லா குரூஸ் ,