HÜCRE SİKLUSU VE KANSER
Hücre çoğalması ve hücre siklusunun ilerlemesi büyümenin kontrolünde rolü olan genlerin ekspresyonu ilebağlantılıdır. Ökaryot hücre siklusu M (mitoz) G , S ve G fazlarından oluşmaktadır. Bu süreçte hücre uyarımı vebüyüme meydana gelir veya hücre G fazında durmaktadır. Hücre siklusunda G -S geçişinde, G -M geçişinde vemetafaz-anafaz geçişinde kontrol noktaları bulunmaktadır. Hücre siklusu siklin bağımlı kinazlar (cdk, katalitikaltbirim) ve siklin (cyc, düzenleyici altbirim) tarafından kontrol edilmektedir. Hücre homeostazisi hücreçoğalması, büyümenin durdurulması ve apoptozis (programlı hücre ölümü) ile sürdürülmektedir. Hücre siklusuiçindeki olayları düzenleyen ve kontrol eden etkileşimler çok sayıda ve komplekstir. Hücre siklusunundüzenlenmesindeki hatalar hücre bölünmesinin kontrolunun bozulmasına neden olur. Hücre siklusu kontrolnoktalarında değişimler kanser gelişimine neden olabilir. Kanser gelişiminde tümör baskılayıcı fonksiyon, DNAonarımı ve apoptozis kritik yolaklardır
Cell Cycle and Cancer
Proliferation and cell cycle progression are linked to the expression of genes associated with growth control. The eucaryotic cell cycle consists of an M (mitotic) phase, a G phase, the S phase and G phase. Non-dividing cells exist at G . Cell cycle is regulated by several critical cell cycle check points These are G -S check point, G -M check point and metaphase-anaphase check point. Cell cycle is controlled by the cycline dependent kinases (cdk, catalytic subunit) and cyclins (cyc, regulatory subunit). Homeostasis is within a cell is regulated by the balance between proliferation, growth arrest and apopto sis. Defects in cell cycle regulation inhibit controls for cell division. Alterations of cell cycle check points might result in cancer. The interactions which control and regulate the cascade of events within cell cycle are numerous and complex. Tumor supression of growth arrest, DNA repair and apoptosis, are all critical pathways in the development of cancers.
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