To understand cancer we must know how Ca2+ drives cell cycles and how and why cells lose Ca2+ control while climbing the steps to cancer. This book presents a much needed and concise, but wide-ranging overview of what we know about the several different roles of Ca2+ in starting, and subsequently driving, the major cell cycle transitions. Also explored is the differentiation-apoptosis (diffpoptosis) of two exemplary cell systems - colon and skin. The information should inspire the reader to become intrigued about the ...
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To understand cancer we must know how Ca2+ drives cell cycles and how and why cells lose Ca2+ control while climbing the steps to cancer. This book presents a much needed and concise, but wide-ranging overview of what we know about the several different roles of Ca2+ in starting, and subsequently driving, the major cell cycle transitions. Also explored is the differentiation-apoptosis (diffpoptosis) of two exemplary cell systems - colon and skin. The information should inspire the reader to become intrigued about the possibilities on the horizon for Ca2+ in cancer research. The main goal of the book is to encourage young readers to follow the tantalizing leads presented and continue their research in the field.
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Add this copy of Calcium; Cell Cycle Driver, Differentiator and Killer to cart. $55.00, very good condition, Sold by Hammer Mountain Book Halls rated 5.0 out of 5 stars, ships from Schenectady, NY, UNITED STATES, published 1997 by Chapman & Hall/Landes Bioscience, [.
Add this copy of Calcium: Cell Cycle Driver, Differentiator and Killer to cart. $101.69, good condition, Sold by Bonita rated 4.0 out of 5 stars, ships from Newport Coast, CA, UNITED STATES, published 1997 by Chapman & Hall.
