CW June 2001

category image Volume 10
Issue Number 6
June 2001
ISSN 10593802

Overcoming Cisplatin Resistance

Cisplatin has become a widely used anticancer agent; its cytotoxicity is based on the ability to crosslink DNA. Especially high-mobility-group domain proteins are specifically attracted by hydrophobic cell structures and might mediate the antitumor efficacy of cisplatin. Eventually, cisplatin-resistance develops and is, at least in part, caused by increased nucleotide excision repair (NER) which interferes with the apoptotic pathway. Novel platinum compounds with increased hydrophobicity are being developed and show improved antitumor efficacy.
Go to Previous Page
Go to Next Page

Source & Additional Reading

G.Tallen et al., Anticancer Research 20: 445, 2000.
10th International Congress on Anticancer Treatment. January 31st ? February 3rd, 2000; Paris, France.
17th Annual Miami Breast Cancer Conference, March 2-4, 2000; Miami Beach, Florida.

Purchase Downloadable Full-text PDF of Article: $10.00

Subscription is more cost effective than purchasing PDFs on-the-fly.  Click here for details.

Download Complete Issue CW June 2001

Purchase Downloadable Full-text PDF of Complete Issue: $10.00


Member Login | Home | Offices | Subscribe | Glossary | Cancer Technologies | Contact Us

Adenine Press, 2066 Central Avenue, Schenectady, NY 12304 USA
phone: 518-456-0784; fax: 518-452-4955; email: info@adeninepress.com
copyright © Adeninepress, All rights reserved.




Re-initialize IP-based Login