Biomedical Engineering

Advanced X-Ray Jump Starts Drug Design

January 24, 2012
The anti-cancer drug Zelboraf (vemurafenib) recently received FDA approval, but it was front page news when the drug, designed to disrupt malignant melanoma, was so successful...

First the Google Glass, and Now Google Contacts?

January 21, 2014
Unlike the Google Glass, Google's contact lens should not be scary to anyone. Developed as a blood glucose monitoring device, millions of diabetics could benefit from the lens.

First-Ever DNA Sequencing Reference Tool Released

May 26, 2015
The National Institute of Standards and Technology (NIST) has release the world’s first “yardstick” to help ensure the accuracy of human DNA sequencing. The new tool, known as...

Robots Help Assemble Anti-Microbial Compounds

June 3, 2015
Just last week we wrote about antibiotic resistance and new rapid testing , and this week comes more promising news about the development of new antimicrobial compounds. A story...

Skin Cream that Repairs DNA

July 13, 2012
The cosmetics industry has long touted creams that miraculously penetrate the skin to renew and invigorate, but generally speaking, the skin is a rather tough barrier that resists...

Synthetic Membranes that Grow Like Living Cells

June 24, 2015
This week, a group of chemists and biologists working at the University of California San Diego announced that they have designed and synthesized an artificial cell membrane...

Creating an Internet for Genomic Information

December 24, 2014
A group called the Global Alliance for Genomics and Health (known as the Global Alliance ) wants to maximize the use of genetic data by creating a responsible way to share it with...

Immune Cells Engineered to Resist HIV

January 23, 2013
Researchers at Stanford have devised a new way of engineering key cells of the immune system to resist HIV, according to a report issued yesterday by the university.

Printing A Human Kidney

December 27, 2011
Atala, whose team developed the first lab-grown organ, explains how his lab's 3-D printing technology is used to create human organs. In addition to the bladder that was...

Human Platelets Generated in Vitro

July 23, 2014
Researchers have successfully created a bioreactor that generates human platelets in vitro, potentially addressing blood transfusion needs worldwide.

Electric Fields Interrupt Cancer Cell Division

March 8, 2012
Surgery, chemotherapy, and radiation are the best known methods for treating cancer, but in this TEDTalk (see video at right), Bill Doyle discusses a new methodology: tumor...

Chemical Engineers as Biomedical Innovators

Archived Webinar
Aug 7, 2013
The design of biomedical materials is rooted in principles of chemical engineering. This presentation describes the connections between chemical...

Engineering and Health Care

Archived Webinar
May 16, 2011
Dr. Langer discusses the involvement of engineering in health care, from the discovery of the first angiogenesis inhibitors to the development of...

Multi-Scale Agent-Based Modeling of Human Endotoxemia

Conference Presentation
AIChE Annual Meeting
Monday, November 8, 2010 - 7:00pm
The systemic inflammatory response syndrome (SIRS) often accompanies critical illness but is evoked by many stimuli e.g. infection, trauma, invasive...

A System Approach to Astrocytoma Progression

Conference Presentation
AIChE Annual Meeting
Monday, November 8, 2010 - 7:00pm
Astrocytomas are brain cancers that account for 75% of neuroepithelial tumors. Accurate diagnosis is required for adequate treatment and assessing...

Bio-Based Materials Step into the Operating Room

September
2012
On The Horizon
Sujata K. Bhatia, M.D., P.E.
A new class of implantable medical materials — constructed from naturally derived and renewably sourced polymers — is poised to transform clinical medicine.

Developing Cell Therapy Biomanufacturing Processes

November
2010
SBE Special Section
Jon A. Rowley
Establishing scalable technology platforms that allow for varying levels of production throughout the different stages of clinical testing can minimize process development timelines, drug-comparability risks, and — ultimately — costs.

Engineering Organs: Heart and Esophagus

December
2007
SBE Special Section
Buddy D. Ratner
The potential for tissue engineering to transform the practice of medicine is enormous. Chemical engineers will play important roles in this revolution.
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