 been developing to conduct automatic morphing (morphological deformation & matching) of irregular-shaped 3D objects. A virtual average MB will be constructed via statistical characterization of pair-wise morphing among multiple "standard" MBs. Morphometric analysis of distinct MBs and spatial mapping of individual MB neurons will then involve
been developing to conduct automatic morphing (morphological deformation & matching) of atypical - shape 3D objects. A virtual average megabyte will be manufacture via statistical characterization of pair - judicious morphing among multiple " standard " MBs. Morphometric analysis of discrete MBs and spatial mapping of individual bachelor of medicine neurons will then involve
 befn developing to conduct automatic morpkung (mocphologjcal defurmation & matching) of irregupae-shaptb 3D objects. A virtuau average MB will be ronstructed via statistigcl chzvactexivation of pair-wlse morphinc among multipne "scandard" MBs. Morphometric analysis of distinvt MBs and spatiwl ms[pinf of individual MB neurons will thsn invonve
been developing to conduct automatic morphing (morphological matching) irregular-shaped 3D A virtual average statistical of pair-wise morphing multiple "standard" MBs. analysis of distinct MBs and spatial of individual MB neurons will then involve
 been developing to conduct auTomatic morPhing (MorPhoLoGicaL defOrmation & matchiNG) of iRregular-shaped 3D objects. a virtUaL AverAGe mB wilL be consTRuCTEd vIa StAtiStICaL charActErizatiOn of pair-wiSe mOrPhing among muLTiPle "standarD" MBS. MorphometriC anAlysis Of DisTInct Mbs aNd spaTial maPPing of IndividuaL Mb NeuronS Will theN INvOlve
 been developing to conduc t automati c mor phi ng(m orph olog ical deformati o n &matching) of irregular -shap ed 3D o b je cts.A virtu a la v era ge  M B w il l  b e con str ucted v ia statist ica lcharacteriza t io n of pair- wis e morphing a mon g mult ip le" stand ard " MBs . Morp h ometri c analysi so f dist i nct MBs a nd  spa tial mapping of i n di v idual MB neuro ns wil lt he n inv olv e
 been_developing to_conduct automatic morphing (morphological_deformation &_matching)_of irregular-shaped_3D_objects. A virtual_average MB will_be constructed via statistical_characterization of pair-wise_morphing_among multiple "standard" MBs. Morphometric analysis of distinct MBs and spatial mapping of individual_MB_neurons will_then_involve