Temperature contours in two numerical simulations of the turbulent flow between a cold and a hot wall (flow from left to right), with the same Reynolds and Prandtl numbers. Can you guess what causes the differences? :)
#FluidsFriday
CSF with metastatic melanoma
Mets to CSF can sometimes be subtle, but features like size relative to normal elements, prominent nucleoli, and dense cytoplasm / cytoplasmic blebs can be very helpful
#CytoPath#PathTwitter#FluidsFriday
Visualization of a particle-resolved DNS of slightly positively buoyant particles in open channel flow. Nice WIP together with Wei Gao from KAUST. Happy #fluidsfriday!
Discussed coastal boulder transport and deposits by storms in Ireland today for the #FluidsFriday Graduate Student Practicum!
It was exciting to share this part of my Ph.D. research for the first time!#l
Pleural fluid with metastatic breast carcinoma:
The smooth, community borders of this adenocarcinoma give a "cannon-ball"-like appearance in the fluid
#FluidsFriday#CytoPath#PathTwitter
Fun case for #FluidsFriday: Urine with polyomavirus cytopathic effect. Infected cells w/ tails are affectionately known as 'comet cells' ☄️
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Met lung AdenoCA (top) vs normal CSF elements monocytes and lymphocyte
AdenoCAs in CSF will often appear singly rather than in clusters like other fluids& cytologically bland. Size is a helpful distinguishing feature from background elements
#FluidsFriday#Cytopath#PathTwitter
For #FluidsFriday: CSF with metastatic lung adenocarcinoma
Contrast size and appearance of the lesional cells to background monocytes. Additional feature of cytoplasmic blebbing seen here #CytoPath#PathTwitter
For #FluidsFriday
Pleural fluid in a pt w hx colonic adenoca w signet ring cell and mucinous features - ThinPrep & CB shown here nicely highlighting the morphology
#CytoPath#PathTwitter