Artificial organs.

Biomedical applications of polyurethanes by: (Language materials, printed)

The artificial lung by: (Language materials, printed)

Integrated biomaterials science by: (Language materials, printed)

Integrated biomaterials science by: (Language materials, printed)

Artificial muscles = applications of advanced polymeric nanocomposites / by: (Electronic resources)

Design of artificial human joints & organs by: (Electronic resources)

Microfluidics and multi organs on chip by: (Electronic resources)

Transport phenomena in biomedical engineering = artificial organ design and development, and tissue engineering / by: (Electronic resources)

Artificial organ engineering by: (Electronic resources)

Mass transfer models in membrane processes = applications in artificial organs / by: (Electronic resources)

Biocompatible Materials.

Polyurethanes.

Medical instruments and apparatus.

Biomaterials.

Biophysics and Biological Physics.

Chemistry/Food Science, general.

Tissue Engineering- methods.

Artificial organs.

Biomedical Engineering.

Nanotechnology.

Biomedical Engineering and Bioengineering.

Microfluidics.

Tissue engineering.

Artificial Organs.

Prostheses and Implants.

Artificial joints.

Medical Biochemistry.

Biological transport.

Transport theory.

Cell Membrane- metabolism.

Transplantation of organs, tissues, etc.

Membranes (Biology)

Biomedical engineering.

Biomedical materials.

Oxygenators.

Biological and Medical Physics, Biophysics.

Lung.

Muscles.

Biochemical Engineering.

Physical Chemistry.

Biomedical Devices and Instrumentation.

Toxicology.

Cell Biology.

Biological Transport- physiology.

Polyurethanes in medicine.

Engineering.

Mass transfer.

Biomedical Research.

Body Fluids- metabolism.

Transplantation.

Biomimetic polymers.

Biological Networks, Systems Biology.

Drug Delivery Systems.