Liquid biopsy technologies based on membrane microfluidics: High‐yield purification and selective quantification of biomarkers in nanocarriers
Liquid biopsy, screening cancer non‐invasively and frequently by detecting and quantifying
molecular markers in physiological fluids, would significantly improve cancer survival rate …
molecular markers in physiological fluids, would significantly improve cancer survival rate …
[HTML][HTML] Rheological impact of viscous fluid in the core region of heated curved pipe surrounded by Casson rheological fluid
The immiscible fluids can help design more efficient systems for drug delivery and
understanding the blood flow through diseased arteries. It can also have implications for the …
understanding the blood flow through diseased arteries. It can also have implications for the …
A variational approach applied to reduce fouling with the electroosmotic flow in porous-wall microchannels
Fouling is the accumulation of unwanted material on solid surfaces. The fouling materials
can consist of either living organisms or non-living substances. Therefore, analysis of mass …
can consist of either living organisms or non-living substances. Therefore, analysis of mass …
A study on the pressure‐driven flow of magnetized non‐Newtonian Casson fluid between two corrugated curved walls of an arbitrary phase difference
Pressure‐driven movement is a fundamental concept with numerous applications in various
industries, scientific disciplines, and fields of engineering. Its proper execution is vital for …
industries, scientific disciplines, and fields of engineering. Its proper execution is vital for …
Effect of AC electric field in mass transport of a neutral solute in a microtube with porous wall
Electroosmotic flow actuation is one the most active research area in microfluidics. The
advantages of microfluidic systems with porous walls are improvement of heat and mass …
advantages of microfluidic systems with porous walls are improvement of heat and mass …
Combined electroosmotic and pressure‐driven transport of neutral solutes across a rough, porous‐walled microtube
A number of microfluidic systems of interest essentially consist of micro‐scaled
channels/tubes, whose walls are inherently rough. The novelty of the current study lies in …
channels/tubes, whose walls are inherently rough. The novelty of the current study lies in …
A novel investigation of Casson fluid flow over an infinite plate with constant temperature by constructing the absorbing boundary conditions
Casson fluid has been widely used in blood, honey, chocolate, and various polymer fluids,
for which the investigation of its underlying flow and heat transfer mechanisms in complex …
for which the investigation of its underlying flow and heat transfer mechanisms in complex …
Interplay of steric factor and high zeta potential on entropy generation during nanofluid slip flow in a microfluidic tube
Of concern in the paper is entropy generation during electrically modulated transport of a
nanofluid in a hydrophobic cylindrical microtube. For thermodynamic analysis of the system …
nanofluid in a hydrophobic cylindrical microtube. For thermodynamic analysis of the system …
Electro‐kinetically enhanced mass transport of charged macro‐solutes through a microchannel with porous walls
Electrokinetics of the solute transport across the porous walls of micro channel is important
from its practical application but less explored. Transport of the charged macro‐solutes …
from its practical application but less explored. Transport of the charged macro‐solutes …
Surface tension driven flow forming aluminum oxide microtubes
Aluminum oxide microtubes decorated with metallic nanoparticles were produced through
thermal oxidation method by using metallic aluminum microwire above its melting point, ie …
thermal oxidation method by using metallic aluminum microwire above its melting point, ie …