By Michael Khan, Stella Pelengaris
This complete textual content offers an in depth review of the molecular mechanisms underpinning the improvement of melanoma and its therapy. Written by way of a world panel of researchers, experts and practitioners within the box, the textual content discusses all elements of melanoma biology from the reasons, improvement and analysis via to the remedy of melanoma.
* Written by means of a global panel of researchers, experts and practitioners within the box
* Covers either conventional components of research and parts of controversy and rising value, highlighting destiny instructions for learn
* gains updated assurance of modern reviews and discoveries, in addition to a fantastic grounding within the key techniques within the box
* every one bankruptcy comprises key issues, bankruptcy summaries, textual content containers, and topical references for additional comprehension and evaluation
* Supported via a committed web site at www.blackwellpublishing.com/pelengaris
* a good textual content for upper-level classes within the biology of melanoma, for clinical scholars and certified practitioners getting ready for larger assessments, and for researchers and academics within the box
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This ebook has been created for sufferers who've determined to make schooling and learn an essential component of the remedy technique. even though it additionally provides details beneficial to medical professionals, caregivers and different health and wellbeing execs, it tells sufferers the place and the way to appear for info masking nearly all subject matters regarding grownup mind tumors (also Acoustic schwannoma; Astrocytoma; mind tumor metastatic; mind tumor basic; mind tumor secondary; mind tumors), from the necessities to the main complex parts of analysis.
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Extra resources for The Molecular Biology of Cancer
This number is often referred to as the Hayﬂick limit. Cellular senescence is associated with aging and longevity and has also been termed replicative senescence. The Hayﬂick limit for dividing cells may in part be determined by the length of the cells’ telomeres (see Chapter 9). Telomeres are noncoding regions at the tips of chromosomes. Cell division requires the duplication of chromosomes, but each time a chromosome reproduces itself, it loses a part of the telomere (telomere attrition). Once a cell’s telomeres reach a critically short length, the cell can no longer replicate its chromosomes and thus will stop dividing.
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