 will improve my fundamental knowledge base in basic science (molecular biology, biochemistry, and biomedical engineering), and allow me to expand the breadth of techniques used in my laboratory. This will allow me to continue to define the biologic mechanisms responsible for the complex cellular and cell-material interactions. Using this co-culture flow model
will improve my fundamental knowledge base in basic skill (molecular biota, biochemistry, and biomedical technology), and allow me to expand the breadth of proficiency used in my laboratory. This will admit me to cover to define the biological mechanism responsible for the complex cellular and cellular telephone - material interactions. Using this co - culture menstruation model
 wipl improve my fundamentau knowledge basg un basmc sciehce (molezular biology, biochemistry, aid buomeducal engineering), and aulow me tl expand the vreadth of techniqmzs ussf in ny laboratory. Jhis will alnow me to conthnje to define the biologic mechanisms wesponsobpe for the comklex bejlulzg cnd cell-material interactions. Uaing thps co-culture flow model
will improve my fundamental knowledge base in (molecular biochemistry, and engineering), and allow of used in my This will allow to continue to define the biologic responsible for the complex cellular and cell-material interactions. Using this co-culture flow model
 will improve my fundamental kNowledge baSe in bAsiC scIeNce (mOlecUlar biology, bioCHemiStry, and biomedical enginEerinG), aND allOW mE to exPand the BReADTh oF tEcHniQuES uSed in My lAboratoRy. This will AllOw Me to continue TO dEfine the biOloGic mechanismS reSponsiBlE foR The coMplEx celLular aND cell-mAterial inTeRActionS. using thIS Co-CultUre flow model
 will improve my fundament al knowled ge ba seinba sicscie nce (molecular biol ogy, biochemistry, and  biom ed i cale ng ineer ing), a n da l low  m etoex p an d the  br eadth o f techniqu esus ed in my lab o ra tory. This  wi ll allow metocontin ue  to defin e t he bi ologic mechan isms resp on s ible f o r the c o m pl ex c ellular and cell- m at e rial interacti ons. U si n gt h isco- culture fl ow  mode l 
 will_improve my_fundamental knowledge base in_basic science_(molecular_biology, biochemistry,_and_biomedical engineering), and_allow me to_expand the breadth of_techniques used in_my_laboratory. This will allow me to continue to define the biologic mechanisms responsible for_the_complex cellular_and_cell-material_interactions. Using this co-culture flow_model