Miller, M.W. & Shamoo, Adil
Plenum Press, 1977
Hardcover. First Edition. Fair condition, DJ has foxing, discoloration, tears. See pictures.
Explore the critical intersection of environmental health and cellular biology with Membrane Toxicity, a definitive scientific volume edited by renowned researchers Morton W. Miller and Adil E. Shamoo.
Originally compiling the peer-reviewed proceedings of the historic 9th Annual Rochester International Conference on Environmental Toxicity, this 553-page text remains a foundational resource for understanding how biological cell membranes act as both shields and targets against hazardous substances. The book delivers a rigorous molecular analysis of how environmental pollutants, heavy metals, radiation, and synthetic chemicals interact with cellular barriers.
An essential addition to the libraries of toxicologists, cell biologists, environmental scientists, and academic researchers, this comprehensive treatise provides timeless insights into the mechanics of cellular vulnerability and chemical transport.
Miller, M.W. & Shamoo, Adil
Plenum Press, 1977
Hardcover. First Edition. Fair condition, DJ has foxing, discoloration, tears. See pictures.
Explore the critical intersection of environmental health and cellular biology with Membrane Toxicity, a definitive scientific volume edited by renowned researchers Morton W. Miller and Adil E. Shamoo.
Originally compiling the peer-reviewed proceedings of the historic 9th Annual Rochester International Conference on Environmental Toxicity, this 553-page text remains a foundational resource for understanding how biological cell membranes act as both shields and targets against hazardous substances. The book delivers a rigorous molecular analysis of how environmental pollutants, heavy metals, radiation, and synthetic chemicals interact with cellular barriers.
An essential addition to the libraries of toxicologists, cell biologists, environmental scientists, and academic researchers, this comprehensive treatise provides timeless insights into the mechanics of cellular vulnerability and chemical transport.
