Skip to content
Home/ Laser-Triggered Nanobiomaterials for Inhibiting Tumor Growth (2024)
Laser-Triggered Nanobiomaterials for Inhibiting Tumor Growth (2024)
Save Ask us

Laser-Triggered Nanobiomaterials for Inhibiting Tumor Growth (2024)

by Maoquan Chu
No customer reviews yet ISBN 9789819742196
Published
Sep 2024
Language
English
Size
8.9 × 0.8 × 5.6 in
$177.01
Only 1 left in stock — order soon
Most orders arrive within 3 weeks. Shipping policy
Qty
Sign in to Add to Saved list
Free delivery over $35 · 15-day returns

Condition

Brand New

An unread, unused copy: no writing or highlighting, and no missing or damaged pages. Every book we sell is brand new, including our lowest-priced titles.

Specifications

PublishedSep 15, 2024
ISBN-109819742196
ISBN-139789819742196
LanguageEnglish
Dimensions8.9 × 0.8 × 5.6 in
Weight2 lb

Buying from Saanjhi

  • Ships from the USA. Delivery to US addresses only.
  • Free delivery on orders over $35.
  • 15-day returns. Unless we send the wrong book or it arrives damaged, you pay return shipping and a 15% restocking fee.
  • Secure checkout. We never store card details.

Readers who bought this also bought

More from Oncology - General
See all
Facing Cancer: A Complete Guide for People with Cancer, Their Families, and Caregivers
Stern, Theodore
$20.36
Cancer Pain Management
Fisch, Michael
$251.58
MD Anderson Manual of Psychosocial Oncology
Duffy, James D
$101.14
Gynecologic Oncology: Clinical Practice and Surgical Atlas
Karlan, Beth Y
$320.70
Harrison's Manual of Oncology
Chabner, Bruce a
$95.77
Advances in Cancer Research
Volume 68 of <b>Advances in Cancer Research</b> continues the tradition of publishing up-to-date reviews and "hot" topics in cancer research. This volume begins with a "Foundations in Cancer Research" article by Harald zur Hausen that reviews his years of research on the idea that cancer can be triggered by infection. The structure and function of the cytokine receptor superfamily and its association with leukemias are discussed in depth by James Ihle. Marcia Hall and Gordon Peters review the evidence indicating that genetic abnormalities hinder the function of certain cyclins and their inhibitors. The most widely studied protooncogene, c-<i>myc</i>, is reviewed by Marie Henriksson and Bernhard Lüscher; the chapter focuses on the function of c-<i>myc</i> as a transcription factor rather than on the effects of gene translocation and activation on malignancies. Ham Werner and Derek LeRoith present data on the role that insulin-like growth factors play on cell growth and regulation. In the final chapter, Olli-P. Kallioniemi and Tapio Visakorpi investigate the field of prostate cancer and, more importantly, the biological reason and natural history behind the growth of this cancer.
$103.10