Name: Phytochemicals and Hallmarks of Cancer
Price: 180 USD
Availability: InStock
ISBN: 9780443340840

Phytochemicals and Hallmarks of Cancer: From Molecules to Medicine, 1st Edition, presents an academic evaluation of natural compounds in oncology. Edited by Gautam Sethi and Lekshmi R. Nath and published by Academic Press in 2026, this 424-page reference details the specific molecular mechanisms by which phytochemicals alter cancer hallmarks.

The content analyzes how natural products act as apoptosis inducers to prompt cell death pathways. It also evaluates the implications of plant products for cancer immunotherapy, highlighting experimental evidence from current research.

Designed for postgraduate students, graduate students, and clinicians, this volume provides systematic reference material for advanced study. It offers structured biological insights to support coursework and clinical understanding.

Chapter 1: Ayurveda inspired polyherbal strategies for cancer drug development
Chapter 2: Phytochemicals to suppress tumor-promoting inflammation
Chapter 3: Phytochemicals as potential agents in regulating angiogenesis and metastasis in cancer
Chapter 4: Phytochemical-mediated targeting of apoptotic pathways in cancer cells
Chapter 5: Targeting autophagy using phytochemicals for cancer prevention and therapy
Chapter 6: Cancer epigenetic modulation mediated by phytochemicals
Chapter 7: Implication of phytochemicals for cancer “immunotherapy”
Chapter 8: Phytochemical mediated reprogramming of energy metabolism in cancer
Chapter 9: Harnessing phytoradiotherapy: Innovative strategies in cancer care
Chapter 10: Current strategies to improve the impact of phytochemicals on tumor ECM: Role of advanced drug delivery platforms
Chapter 11: Role of phytotherapeutics overcoming drug resistance in cancer
Chapter 12: Kaempferol and cancer hallmarks: Exploring its antitumor potential through preclinical and clinical evidence
Chapter 13: Hurdles in clinical translation of plant-derived natural products for cancer therapy
Chapter 14: Phytochemicals as cell cycle modulators