Andere Kunden interessierten sich auch für
![Diabetes Mellitus And Lung Functions]( "Diabetes Mellitus And Lung Functions")
Diabetes Mellitus And Lung Functions38,99 €![The Physiology Of Man; Designed To Represent The Existing State Of Physiological Science As Applied To The Functions Of The Human Body (Volume Iii)]( "The Physiology Of Man; Designed To Represent The Existing State Of Physiological Science As Applied To The Functions Of The Human Body (Volume Iii)")
The Physiology Of Man; Designed To Represent The Existing State Of Physiological Science As Applied To The Functions Of The Human Body (Volume Iii)32,99 €![Identification and Cloning of human VEGF promoter in PGL3 basic Vector]( "Identification and Cloning of human VEGF promoter in PGL3 basic Vector")
Identification and Cloning of human VEGF promoter in PGL3 basic Vector36,99 €![Analysis of Mesenchymal Stromal Cell Ageing]( "Analysis of Mesenchymal Stromal Cell Ageing")
Analysis of Mesenchymal Stromal Cell Ageing19,99 €![Village Human and Livelihood Development]( "Village Human and Livelihood Development")
Village Human and Livelihood Development34,99 €![Reveal the True Cost of Global Warming to Nature and Human Society]( "Reveal the True Cost of Global Warming to Nature and Human Society")
Reveal the True Cost of Global Warming to Nature and Human Society51,99 €![MRI Human Brain Segmentation/Classification Using Bayesian Technique]( "MRI Human Brain Segmentation/Classification Using Bayesian Technique")
MRI Human Brain Segmentation/Classification Using Bayesian Technique38,99 €
Microtubule is an essential component of the cytoskeleton required for several important cellular processes such as cell division, cellular morphogenesis and migration. In cells, functions of microtubules are tightly regulated by additional microtubule-associated proteins called MAPs. Fidgetin is a microtubule-associated protein, which influences several microtubule based cellular processes by regulating microtubule dynamics. Fidgetin is a microtubule severing and depolymerizing enzyme and possibility by utilizing these properties it regulates mitosis and cellular migration. Both of these processes are extremely important during cell proliferation and tissue morphogenesis. Defects in these processes may lead to malignant transformation and developmental defects including neurodegenerative disease, as the formation of neuronal processe is in many ways a modified form of cell migration. Notably, Fidgetin mutation causes developmental and behavioral defects in mice. This study mightlead ways to the molecular etiology of these diseases and develop effective therapeutic strategies for their treatment.