Biomedical Microdevices

Editors-in-Chief Prof Alessandro Grattoni and Prof Arum Han
Published by Springer, part of @SpringerNature

[Biomedical Microdevices @BioMedMicroDev]

Biomedical Microdevices has a new cover!

Do you want a chance to be featured on the journal's cover?
Submit your cover figure together with your manuscript!

[Biomedical Microdevices @BioMedMicroDev]

Point-of-care testing: a disposable label-free electrochemical CA125 and HE4 immunosensors for early detection of ovarian cancer https://t.co/IkxCbZwNhB

[Biomedical Microdevices @BioMedMicroDev]

Paper-based multiplex biosensors for inexpensive healthcare diagnostics: a comprehensive review https://t.co/R0uFSbOmFT

[Biomedical Microdevices @BioMedMicroDev]

A digitally driven manufacturing process for high resolution patterning of cell formations https://t.co/UskREBphsG

[Biomedical Microdevices @BioMedMicroDev]

Flexible-fabricated sensor module with programmable magnetic actuators coupled to L-cysteine functionalized Ag@Fe3O4 complexes for Cu2+ detection in fish tissues https://t.co/fiPcbH4WGb

[Biomedical Microdevices @BioMedMicroDev]

An in vitro platform for study of the human gut microbiome under an oxygen gradient https://t.co/X6bHayVJDD

[Biomedical Microdevices @BioMedMicroDev]

A two-minute assay for electronic quantification of antibodies in saliva enabled through a reusable microfluidic multi-frequency impedance cytometer and machine learning analysis https://t.co/Uien2etDjn

[Biomedical Microdevices @BioMedMicroDev]

A low-cost and hand-hold PCR microdevice based on water-cooling technology https://t.co/xpxENmGFyj

[Biomedical Microdevices @BioMedMicroDev]

Cellular microarrays for assessing single-cell phenotypic changes in vascular cell populations https://t.co/VxqVNDwgnb

[Biomedical Microdevices @BioMedMicroDev]

Correction to: On-chip construction of a fully structured scaffold-free vascularized renal tubule https://t.co/tA0LMYQzFB

[Biomedical Microdevices @BioMedMicroDev]

Microfluidic-based technologies for diagnosis, prevention, and treatment of COVID-19: recent advances and future directions https://t.co/TcKiwTtrmZ

[Biomedical Microdevices @BioMedMicroDev]

On-chip construction of a fully structured scaffold-free vascularized renal tubule https://t.co/iYCbLE7RRq

[Biomedical Microdevices @BioMedMicroDev]

A multi-asperity adhesive contact model for catheter and vascular artery contact in endovascular surgery https://t.co/IU9F2eF0Yl

[Biomedical Microdevices @BioMedMicroDev]

An intelligent intestinal bleeding diagnosis and treatment capsule system based on color recognition https://t.co/1MowA4erEF

[Biomedical Microdevices @BioMedMicroDev]

Piezoelectric micropump with integrated elastomeric check valves: design, performance characterization and primary application for 3D cell culture https://t.co/4WiXKP44wT

[Biomedical Microdevices @BioMedMicroDev]

Comparative application of microfluidic systems in circulating tumor cells and extracellular vesicles isolation; a review https://t.co/6z4JbiR46U

[Biomedical Microdevices @BioMedMicroDev]

Microfluidic isolation of aptamers with affinity towards multiple myeloma monoclonal immunoglobulins https://t.co/b2yNVVVCeU

[Biomedical Microdevices @BioMedMicroDev]

Silicon membranes for extracorporeal life support: a comparison of design and fabrication methodologies https://t.co/9ZaCk8I8OD

[Biomedical Microdevices @BioMedMicroDev]

Tailored calix[4]arene-gold nanoconjugate as a ultra-sensitive immunosensing nanolabel https://t.co/aoASC6mheE

[Biomedical Microdevices @BioMedMicroDev]

A handheld electronic device with the potential to detect lung cancer biomarkers from exhaled breath https://t.co/OgzDC8Zecs

[Biomedical Microdevices @BioMedMicroDev]

Fabrication and characterization of core–shell microparticles containing an aqueous core https://t.co/vZi7tHLFTT