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The '''Maxwell–Fricke equation''' relates the [[resistivity]] of [[blood]] to [[hematocrit]].<ref>{{cite web |title=Lab # 53: Hematocrit Measurement ...s the resistivity of plasma, ''ρ''₂ is the resistivity of blood cells and ''φ'' is the hematocrit. ...

.../web.archive.org/web/20110308154655/http://www.nonoscience.info/2010/09/02/blood-flow-and-fahraeus-effect/ |archivedate=2011-03-08 }}</ref> ...n that of feed tube and their mean velocity will be lower than that of red cells and the plasma.{{cn|date=March 2021}} ...

...logy]], as an approximation to the shape of certain cells, including [[red blood cell]]s. ...describing the shape. The above model describes a smooth surface; actual cells can be much more irregular. ...

* Current is directed toward the aorta because blood is the most conductive material in the thorax. ...e time when the slope is most steep is directly related to the peak aortic blood acceleration. ...

...and G. E. Karniadakis |year=2010|title=A low-dimensional model for the red blood cell|journal= Soft Matter|doi=10.1039/C0SM00183J|pmc=3838865|pmid=24282440| ...ss section can be divided into a [[wikt:core|core]] region and cell-free [[Blood plasma|plasma]] region near the wall. The governing equations for both regi ...

...e variation in the relative quantity of mature [[blood cell|cells]] in the blood. The equations are defined as:<ref name="mackey-glass"></ref><ref name="wol where <math>P(t)</math> represents the density of cells over time, and <math>\beta_0, \theta, n, \tau, \gamma</math> are parameters ...

...w]] in their natural, physiological environment. The metabolic response of cells [[in vitro]] is associated with the [[wall shear stress]]. ...d can be coated with [[extracellular matrix]] (ECM) [[proteins]], vascular cells, or [[biomaterials]] of interest. A vacuum forms a seal to hold these three ...

...uid Dynamics) involves the study of the motion of biological fluids (e.g. blood flow in arteries, animal flight, fish swimming, etc.). It can be either cir ...2700-2600 BC when for the first time a written document on circulation of blood and theories of Chinese medicine called "Internal Classics" was written by ...

...e|Photodiodes]]/[[Photodetector|Photodetectors]] are light cells, as light cells are full-spectrum light detectors (400nm to 800nm), but they normally inclu ...sbn=978-3-527-60523-1 |edition=1. Auflage |location=Weinheim}}</ref> Light cells can also be used to detect the presence of stars with a zoom lens to build ...

...use Correlation Spectroscopy (DCS): A Diagnostic Tool for Assessing Tissue Blood Flow in Vascular-Related Diseases and Therapies |url=https://www.eurekasele ...erefore, there is an urgent need for a way to measure blood flow. However, blood flow is difficult to measure because of sensitivity and stability of the me ...

...ter or lipophilic molecules will diffuse through the capillary lining. The blood brain barrier restricts diffusion to small hydrophobic molecules, making dr ...m flow rate will increase and the capillary will constrict. This restricts blood flow and decreases the surface area of the capillary, reducing heat transfe ...

...uminated moving particles. A potential biomedical application is measuring blood flow. ...eter. Photoacoustic Doppler effect based imaging is a promising method for blood flow measurement in capillaries. ...

...mal [[acid–base homeostasis|balance of acids and bases]] that causes the [[blood plasma|plasma]] [[pH]] to deviate out of the normal range (7.35 to 7.45). I {{Blood gas, acid-base, & gas exchange terms}} ...

...meter-sized [[soft matter]] particles, such as biological [[Cell (biology)|cells]] in suspension. ...l tweezers have been used to trap and hold biological dielectrica, such as cells or [[virus]]es.<ref> ...

...ll function. Although 5-HEDH has been evaluated in a wide range of intact cells and in crude [[microsome]] preparations, it has not yet been evaluated for ...cells and in crude [[microsome]] preparations isolated from cultured human blood [[monocyte]]s differentiated into [[macrophage]]s. These studies indicate t ...

...resents the maximum amount of [[insulin]] that [[Pancreatic beta cell|beta cells]] can produce per time-unit (e.g. in one second). The index is derived from a mathematical model of [[Blood sugar regulation|insulin-glucose homeostasis]].<ref>{{cite journal |last1=D ...

...age:Human blood erythrocytes.jpg|200px|thumb|Phase-contrast image of human blood erythrocytes obtained by the wave addition in a bright [[interference fring ...Interferogram of blood erythrocyte.jpg|thumb|200px|An [[interferogram]] of blood [[erythrocyte]]]] ...

...eyond a brightfield microscope. It is used in structures such as red blood cells, giant unilamellar vesicles and other cell-like structures. ...

The index is derived from a mathematical model of [[Blood sugar regulation|insulin-glucose homeostasis]].<ref>{{cite journal |last1=D [''I''](∞): Fasting Insulin [[Blood plasma|plasma]] concentration (μU/mL)<br /> ...

...ontract. It can also be considered as the ‘load’ that the heart must eject blood against. Afterload is, therefore, a consequence of aortic large vessel comp [[Stroke volume]] (SV) is the volume of blood ejected by the right/left ventricle in a single contraction. It is the diff ...