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Tag: nanomedicineStealthy Nanoparticles Attack Cancer Cells By Emily Singer | 11/04/2009 | 4 Comments Drugs embedded in special polymers can more effectively shrink tumors. By Katherine Bourzac | 12/31/2008 | 3 Comments Stretchable electronics and the strongest material ever were just two achievements of 2008. Nano Carrier Targets Cell Sites By Katherine Bourzac | 09/18/2008 | 0 Comments Researchers find a new way to precisely target cancer drugs. Shape Matters for Nanoparticles By Kevin Bullis | 08/07/2008 | 1 Comment Particles the size and shape of bacteria could more effectively deliver medicine to cells. By Jocelyn Rice | 07/22/2008 | 0 Comments Nanoparticles pluck cancer cells from the bellies of mice. Nanotech Revives a Cancer Drug By Katherine Bourzac | 07/11/2008 | 0 Comments A new formulation could bring a promising drug back to the clinic. Nanoparticles of a Different Stripe By Corinna Wu | 05/30/2008 | 2 Comments A new material can break through a cell membrane without killing the cell. By Corinna Wu | 05/14/2008 | 1 Comment A new shape for nanoparticles helps deliver imaging agents. By Katherine Bourzac | 05/02/2008 | 2 Comments Biotech pioneer Leroy Hood explains how systems biology will impact medicine. By Jocelyn Rice | 04/11/2008 | 1 Comment A new delivery system chokes a tumor's blood supply while sparing healthy tissues. Targeted Delivery for Nanoparticles By Kevin Bullis | 04/10/2008 | 0 Comments Microcontainers could improve cancer treatment by carrying nanoparticles directly to tumors. By Jocelyn Rice | 03/13/2008 | 0 Comments A new kind of nanoscopic valve that responds to pH changes may allow for the targeted release of drugs. By Katherine Bourzac | 12/04/2007 | 0 Comments Future diagnostic tests for cancer may probe cell stiffness. By Prachi Patel | 02/26/2007 | 4 Comments Nanotubes can transport RNA into the human immune system's white blood cells, making the cells less vulnerable to attack by the HIV virus. By Prachi Patel | 02/15/2007 | 4 Comments A 15-nanometer-thick porous silicon membrane could lead to microfluidics filters and make protein purification and blood dialysis more efficient. |
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