chemotherapy drugs

Nanodiamond Drug Device Could Transform Cancer Treatment

ScienceDaily  Tue, 10/14/2008 - 15:30

Researchers have developed a promising nanomaterial-based biomedical device that could be used to deliver chemotherapy drugs locally to sites where cancerous tumors have been surgically removed.

The team demonstrated that the flexible microfilm device, which resembles a piece of plastic wrap and can be customized easily into different shapes, releases the chemotherapy agent doxorubicin in a sustained and consistent manner.

The device takes advantage of nanodiamonds, an emergent technology.


 

Nanodiamond drug device could transform cancer treatment

EurekAlert! - Chemistry, Physics and Materials Sciences  Wed, 10/01/2008 - 22:00

(Northwestern University) Northwestern University researchers have developed a promising nanomaterial-based biomedical device that could be used to deliver chemotherapy drugs locally to sites where cancerous tumors have been surgically removed.

The team demonstrated that the flexible microfilm device, which resembles a piece of plastic wrap and can be customized easily into different shapes, releases the chemotherapy agent doxorubicin in a sustained and consistent manner.

The device takes advantage of nanodiamonds, an emergent technology.


 

Normalizing Tumor Vessels To Improve Cancer Therapy

ScienceDaily  Tue, 08/26/2008 - 06:45

Leaky, twisted blood vessels in tumors often prevent chemotherapy drugs from reaching their target. Children's Hospital Boston researchers have found that tumor capillary cells, unlike their normal counterparts, are hyper-contractile and respond abnormally to physical and mechanical cues, producing irregularly-shaped capillaries and creating gaps between cells that caused vessel leakiness.


 

Normalizing tumor vessels to improve cancer therapy

EurekAlert! - Chemistry, Physics and Materials Sciences  Sun, 08/24/2008 - 22:00

(Children's Hospital Boston) Leaky, twisted blood vessels in tumors often prevent chemotherapy drugs from reaching their target.

Children's Hospital Boston researchers have found that tumor capillary cells, unlike their normal counterparts, are hyper-contractile and respond abnormally to physical and mechanical cues, producing irregularly-shaped capillaries and creating gaps between cells that caused vessel leakiness.


 

First 3-D View Of Anti-cancer Agent Reported

ScienceDaily  Thu, 03/20/2008 - 18:00

Researchers have created the first 3-D image of how a well-established chemotherapy agent targets and binds to DNA.

These images may help scientists develop better chemotherapy drugs to treat a wide range of cancers.