Hematological Malignancies and Role of Rab7 Protein

Hematological Malignancies and Role of Rab7 Protein

EnglishPaperback / softbackPrint on demand
Ullah, Naveed
LAP Lambert Academic Publishing
EAN: 9783330006997
Print on demand
Delivery on Monday, 27. of January 2025
CZK 950
Common price CZK 1,055
Discount 10%
pc
Do you want this product today?
Oxford Bookshop Praha Korunní
not available
Librairie Francophone Praha Štěpánská
not available
Oxford Bookshop Ostrava
not available
Oxford Bookshop Olomouc
not available
Oxford Bookshop Plzeň
not available
Oxford Bookshop Brno
not available
Oxford Bookshop Hradec Králové
not available
Oxford Bookshop České Budějovice
not available
Oxford Bookshop Liberec
not available

Detailed information

Dysregulated growth factor signalling is one of the main causes of the haematological malignancies. Rab 7 plays an important role in the trafficking of growth factor receptors. This study was conducted to see whether knockdown of Rab 7 protein affects growth factor receptor signalling. Inhibition of Rab 7 can enhance phosphorylation of ERK 1/2 induced with IGF being stronger and sustainable, while EGF promotes activation of ERK 1/2 but not as strong as IGF. This means that Rab 7 plays an important and crucial role in the regulation of the growth factor receptor trafficking by maintaining homeostasis of the cell. On the other hand defects or changes in the Rab7 protein by alteration in its gene through internal or external sources, causes derailed growth factor receptor signalling. Rab proteins and associated regulatory factors are frequents targets of mutation and or altered expression in a variety of haematological malignancies. If anything causing change in the Rab 7 either internal or external , responsible for the dysregulated growth factor receptor signalling leading to uncontrolled cell proliferation and ultimately to haematological malignancy.
EAN 9783330006997
ISBN 3330006994
Binding Paperback / softback
Publisher LAP Lambert Academic Publishing
Pages 52
Language English
Dimensions 220 x 150
Authors Idrees, Muhammad; Ullah, Naveed; Ullah, Sami