• Bioinnovations Symposium: Keynote Speaker M. SELIM ÜNLÜ
    HOT TOPICS IN BIOMATERIALS & TISSUE ENGINEERING! 2 days, 60 talks, ground-breaking science & engineering. Find new collaborators. Tour the ARMI Tissue Foundry. June 11-12 in beautiful NH. REGISTER NOW:  bit.ly/biocollab
  • Bioinnovations Symposium: Join Us!
    REGISTER NOW:  bit.ly/biocollab. Hot topics in biomaterials & tissue engineering!  Find new collaborators.  Tour the ARMI Tissue Foundry. 2 days, 60 talks, ground-breaking science & engineering. June 11-12 in beautiful NH.
  • Bioinnovations Symposium: Plenary Speaker Ebru Oral
    FIND NEW COLLABORATORS! Hot topics in biomaterials & tissue engineering! 2 days, 60 talks, ground-breaking science & engineering. Tour the ARMI Tissue Foundry. June 11-12 in beautiful NH. REGISTER NOW:  bit.ly/biocollab
  • Bioinnovations Symposium: Plenary Speaker B. Jill Venton
    REGISTER NOW:  bit.ly/biocollab. Hot topics in biomaterials & tissue engineering!  Find new collaborators.  Tour the ARMI Tissue Foundry. 2 days, 60 talks, ground-breaking science & engineering. June 11-12 in beautiful NH.

Announcements

BIOINNOVATIONS SYMPOSIUM: CATALYZING COLLABORATIONS

This event will showcase novel research on biomaterials for human health, bringing together academic scientists with industry. The symposium will be held June 11-12, 2014, in Manchester, NH, and will feature a tour of the ARMI BioFabUSA Tissue Foundry, as well as dozens of high-level technical talks. Topics include novel approaches in wearable and implantable biosensors, tissue engineering and advanced implants, and the use of AI/ML in these technologies.  Learn More

See more NH BioMade stories here and here. And check out our News Archive!


Madigan Jennison-Henderson

UNDERGRAD RESEARCH HIGHLIGHT

Madi Jennison-Henderson is very enthusiastic about the summer research training opportunity she had through our URT program! Hear from Madi directly as to how purifying DNA rekindled her love of science!

THE UNH FLOW PHYSICS FACILITY, THE LARGEST WIND TUNNEL OF ITS TYPE IN THE WORLD

Advancing U.S. Offshore Wind Energy

More than two-thirds of the U.S. wind energy resources are located in deep waters, prompting growing interest in the deployment of floating offshore wind farms. With a $2.5 million contract from the U.S. Department of Energy (DOE) EPSCoR program, a UNH team will lead research that will maximize power production, limit hardware damage and reduce the cost of floating offshore wind farms.

Cover image of Advanced Materials Interface

NEW TREATMENT AVENUE FOR SEPSIS

NH BioMade scientists are researching a novel treatment for sepsis using the biologically-derived pigment melanin. Their work is featured as the cover image in Advanced Materials Interfaces.


NH BioMade Highlights

A schematic depicting a sea cucumber mimic

CLOSING IN ON CHRONIC WOUND TREATMENT

Kyung Jae Jeong & Young Jo Kim; UNH

University of New Hampshire EPSCoR researchers have been awarded a three-year, $600,000 National Institutes of Health (NIH) grant to further their work developing an injectable treatment for chronic wounds that uses gelatin combined with melanin extracted from cuttlefish, a marine invertebrate. The foundation for this research was established through a seed funding grant from NH BioMade. Read More