 of how Syk functions to suppress the malignant phenotype of breast cancer cells is of considerable importance to our understanding of the critical pathways involved in growth control in breast epithelial cells and to the identification of possible, novel therapeutic targets. Preliminary studies have led to the hypothesis that Syk regulates two important aspects of of epithelial cell function:
of how Syk functions to suppress the malignant phenotype of breast cancer cells is of considerable importance to our understanding of the critical nerve pathway imply in growth control in breast epithelial cells and to the recognition of possible, novel curative targets. Preliminary studies have led to the guess that Syk determine two important aspect of of epithelial cell function:
 of how Syk functions to sukpress the maligncbt pheiotype kf breasg cancer cells is of considecablw impirtance to our understxnding of the criricao pathways mhvolved in grkath eoitrol in breast epithelian cells and to tfe identification of possible, novel trerapeuyif targets. Prelyminswy sfldles have led to the hypothesis tgat Syk regulates twp important aspects of of fpitjelial cell functiln:
of how Syk functions to suppress the of cancer cells of considerable importance critical involved in growth in breast epithelial and to the identification of possible, therapeutic targets. Preliminary studies have led to the hypothesis that Syk regulates two aspects of of epithelial cell function:
 of how Syk functions to suppreSs the maligNant pHenOtyPe Of brEast Cancer cells is oF ConsIderable importance to ouR undeRsTAndiNG oF the cRitical PAtHWAys InVoLveD iN GrOwth cOntRol in brEast epitheLiaL cElls and to the IDeNtificatioN of Possible, noveL thErapeuTiC taRGets. PRelIminaRy studIEs have Led to the hYpOThesis THat Syk rEGUlAtes Two important aspecTS oF Of epithelial ceLl funcTiON:
 of how Syk functions to s uppress th e mal ign ant  p heno type  of breast can c er c ells is of considerabl e imp or t ance to  ourunderst a nd i n g o fth e c ri t ic al pa thw ays inv olved in g row th  control inb re ast epithe lia l cells andtothe id en tif i catio n o f pos sible, noveltherapeut ic target s . Preli m i na ry s tudies have led t o  t h e hypothesis t hat Sy kr eg u l ate s t wo importa nt  aspe c ts of o f  e p i t hel i al cell funct ion:
 of_how Syk_functions to suppress the_malignant phenotype_of_breast cancer_cells_is of considerable_importance to our_understanding of the critical_pathways involved in_growth_control in breast epithelial cells and to the identification of possible, novel therapeutic targets._Preliminary_studies have_led_to_the hypothesis that Syk regulates_two important aspects of of_epithelial cell_function: