Fundamental Parameters

Cardiovascular development: towards biomedical applicability

Physiology / Stem Cells / Human Embryonic Stem Cells / Cell Cycle / Human embryonic stem cell / Stem Cell / Humans / Smooth muscle / Animals / Heart Development / Heart / Animal Model / Fundamental Parameters / Cell Transplantation / Differentiation / Gene Regulatory Networks / Clinical Sciences / Body Patterning / Cardiac failure / Biomedical Application / Clinical Application / Stem Cell Niche / Biochemistry and cell biology / Stem Cell / Humans / Smooth muscle / Animals / Heart Development / Heart / Animal Model / Fundamental Parameters / Cell Transplantation / Differentiation / Gene Regulatory Networks / Clinical Sciences / Body Patterning / Cardiac failure / Biomedical Application / Clinical Application / Stem Cell Niche / Biochemistry and cell biology

FORÇAS DE CORTE ORTOGONAL 90-90 EM TRÊS ESPÉCIES DE MADEIRA DE EUCALIPTO

Fundamental Parameters / Cutting Force / Moisture Content

Nanostructures fabrication by template deposition into anodic alumina membranes

Raman Spectroscopy / Nanowires / Copper / Conducting Polymer / Fundamental Parameters / Electrochemical Deposition / Nanostructured Material / Electrochemical method / Electrochemical Deposition / Nanostructured Material / Electrochemical method

FORÇAS DE CORTE ORTOGONAL 90-90 EM TRÊS ESPÉCIES DE MADEIRA DE EUCALIPTO

Fundamental Parameters / Cutting Force / Moisture Content

Nanostructures fabrication by template deposition into anodic alumina membranes

Raman Spectroscopy / Nanowires / Copper / Conducting Polymer / Fundamental Parameters / Electrochemical Deposition / Nanostructured Material / Electrochemical method / Electrochemical Deposition / Nanostructured Material / Electrochemical method
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