4.2 PCR chips 5.2.2 Fluid shear stress BioMEMS 6 Bio-MEMS in medical implants and surgery 5.3 Assisted reproductive technologies 4.3.2 Sample fractionation Oligonucleotide chips 4.1.1 Oligonucleotide chips 3.2 Electrical and electrochemical sensors BioMEMS 6 Bio-MEMS in medical implants and surgery 3.3 Optical sensors 5.2 Stem-cell engineering Bio-MEMS 7 References 5.2.4 Cell–cell interactions 1 History 5.2.3 Cell–ECM interactions 6 Bio-MEMS in medical implants and surgery 4.1 Genomic and proteomic microarrays 2.1 Materials 6.1 Implantable microelectrodes 5 Bio-MEMS in tissue engineering 2.2 Electrokinetics 6.2 Microtools for surgery Oligonucleotide chips 5.1 Cell culture BioMEMS [biomedical (or biological) view article Bio-MEMS BioMEMS BIO-MEMS 2.1.3 Biological materials 4.1.2 cDNA microarray 6.3 Drug delivery https://en.wikipedia.org/wiki/Bio-MEMS 2.1.1 Silicon and glass 2 Approaches 2.1.2 Plastics and polymers 4.1.3 Peptide and protein microarrays BioMEMS [biomedical (or biological) Bio-MEMS 2.1.4 Paper 6.1 Implantable microelectrodes 4.3 Point-of-care-diagnostic devices 4.3.1 Sample conditioning 6.2 Microtools for surgery Bio-MEMS 5.2.1 Biochemical factors 2.3 Microfluidics 6.3 Drug delivery 6.3 Drug delivery 4 Bio-MEMS for diagnostics BioMEMS 3.1 Micromechanical sensors 6.1 Implantable microelectrodes 3 Bio-MEMS as Miniaturized Biosensors 6.2 Microtools for surgery Bio-MEMS From Wikipedia, the free encyclopedia 5.2.5 Embryoid body formation and organization BioMEMS BioMEMS [biomedical (or biological) BioMEMS [biomedical (or biological) BioMEMS