Biomedical Engineering

References

Educational Technology / Biomedical Engineering

Closed-Loop Control of Anesthesia

Biomedical Engineering / Anesthesiology / Humans / Automation / Anesthesia / Feedback / Drug Delivery Systems / Clinical Sciences / Anesthetics / Theoretical Models / Equipment Design / Neurosciences / Feedback / Drug Delivery Systems / Clinical Sciences / Anesthetics / Theoretical Models / Equipment Design / Neurosciences

Direct measurement of porous media local hydrodynamical permeability using gas MRI

Cognitive Science / Biomedical Engineering / Petroleum / Magnetic Resonance Imaging / Nuclear Magnetic Resonance / Rheology / MRI / Porosity / Permeability / Porous Media / Measurement / Technique / Three Dimensional Imaging / Fluid flow / Spatial Distribution / Clinical Sciences / Theoretical Models / Porous Medium / Flow Rate / Nuclear Magnetic Resonance Imaging / Heterogeneous porous media / Magnetic resonance image / Rheology / MRI / Porosity / Permeability / Porous Media / Measurement / Technique / Three Dimensional Imaging / Fluid flow / Spatial Distribution / Clinical Sciences / Theoretical Models / Porous Medium / Flow Rate / Nuclear Magnetic Resonance Imaging / Heterogeneous porous media / Magnetic resonance image

Direct measurement of porous media local hydrodynamical permeability using gas MRI

Cognitive Science / Biomedical Engineering / Petroleum / Magnetic Resonance Imaging / Nuclear Magnetic Resonance / Rheology / MRI / Porosity / Permeability / Porous Media / Measurement / Technique / Three Dimensional Imaging / Fluid flow / Spatial Distribution / Clinical Sciences / Theoretical Models / Porous Medium / Flow Rate / Nuclear Magnetic Resonance Imaging / Heterogeneous porous media / Magnetic resonance image / Rheology / MRI / Porosity / Permeability / Porous Media / Measurement / Technique / Three Dimensional Imaging / Fluid flow / Spatial Distribution / Clinical Sciences / Theoretical Models / Porous Medium / Flow Rate / Nuclear Magnetic Resonance Imaging / Heterogeneous porous media / Magnetic resonance image

Transient left paraduodenal hernia

Biomedical Engineering / Computed Tomography / Turkey / Neurotoxicology / Humans / Female / Ct / Clinical Sciences / Intestinal Obstruction / Gastrointestinal Tract / Hernia / Clinical Signs / Duodenum / Female / Ct / Clinical Sciences / Intestinal Obstruction / Gastrointestinal Tract / Hernia / Clinical Signs / Duodenum

Transient left paraduodenal hernia

Biomedical Engineering / Computed Tomography / Turkey / Neurotoxicology / Humans / Female / Ct / Clinical Sciences / Intestinal Obstruction / Gastrointestinal Tract / Hernia / Clinical Signs / Duodenum / Female / Ct / Clinical Sciences / Intestinal Obstruction / Gastrointestinal Tract / Hernia / Clinical Signs / Duodenum

A computational model of in vitro angiogenesis based on extracellular matrix fibre orientation

Dentistry / Biomedical Engineering / Tissue Engineering / Temporal Resolution / Confocal Microscopy / Extracellular Matrix / Computer Simulation / Random Walk / Computer Model / Animals / Density gradient / Rats / Experimental Data / Microvessels / Extracellular Matrix / Computer Simulation / Random Walk / Computer Model / Animals / Density gradient / Rats / Experimental Data / Microvessels

Apical root strain as a function of post extension into a composite resin core

Dentistry / Biomedical Engineering / Nonparametric Statistics / Elasticity / Humans / Prosthetic Dentistry / Statistical Significance / Strain Measurement / Tooth Root / Mechanical Stress / Composite resins / Group / Dental Stress Analysis / Tensile Strength / Composite Resin / Prosthetic Dentistry / Statistical Significance / Strain Measurement / Tooth Root / Mechanical Stress / Composite resins / Group / Dental Stress Analysis / Tensile Strength / Composite Resin

Design of an endoscopic carrier with complete directional control

Engineering / Biomedical Engineering / Humans / Medical Electronics / Fiber Optic Technology / Endoscopes

Design of an endoscopic carrier with complete directional control

Engineering / Biomedical Engineering / Humans / Medical Electronics / Fiber Optic Technology / Endoscopes

Electrocardiographic Patterns during Left Ventricular Epicardial Pacing

Biomedical Engineering / Treatment Outcome / Electrocardiography / Humans / Clinical Sciences / Adult / Retrospective Studies / Reproducibility of Results / Pericardium / Sensitivity and Specificity / Cardiac-Resynchronization-Therapy-Devices-Market / Heart Ventricles / Bundle Branch Block / Adult / Retrospective Studies / Reproducibility of Results / Pericardium / Sensitivity and Specificity / Cardiac-Resynchronization-Therapy-Devices-Market / Heart Ventricles / Bundle Branch Block

Physical Properties of Guna Seeds

Agricultural Engineering / Biomedical Engineering / Seed size / Surface Area / Moisture Content / Bulk Density / Physical Properties / Bulk Density / Physical Properties

Insideibec issue7 2

Biomedical Engineering / Biomechanics

Preliminary evaluation of in vitro cytotoxicity and in vivo antitumor activity of Premna herbacea Roxb. in Ehrlich ascites carcinoma model and Dalton\'s lymphoma ascites model

Materials Science / Biomedical Engineering / Survival Analysis / Antioxidants / Phytotherapy / Lymphoma / Lamiaceae / Liver / Mice / Animals / Male / Clinical Sciences / Ethyl Acetate / Plant extracts / Body Weight / Antitumor Activity / Cell Survival / Xanthium / MTT assay / Lymphoma / Lamiaceae / Liver / Mice / Animals / Male / Clinical Sciences / Ethyl Acetate / Plant extracts / Body Weight / Antitumor Activity / Cell Survival / Xanthium / MTT assay

A Comparative Study Of Neural Networks Models For EMG Pattern Classification

Biomedical Engineering / Neural Networks / Medicine / Pattern Classification / Back Propagation Neural Network / Network Topology / Neural Net / Neural Network Model / Network Topology / Neural Net / Neural Network Model
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