phosphatidylserine

navigate by keyword : young visible text subsequent stress stiffening state stage shows shape senescent senescence screenshot red protein progression production process presentation poster physiological phosphatidylserine oxidative organ occurring multimedia membrane markers marked macrophagemediated macrophage loss logo line labels label indicate illustrated highlights generated gadget font exposure erythrocytes engulfing drawing document diagram design depicting deformed deformability decreased clearance circle cellular cells cell cartoon brand blood biconcave atp associated aging aggregation

Phosphatidylserine (PS) cell membrane building block, molecular Royalty Free Stock Photo
Phosphatidylserine PS cell membrane building block molecule. Royalty Free Stock Photo
3D image of Phosphatidylserine skeletal formula Royalty Free Stock Photo
Soy and Sunflower Extracts Featuring Phosphatidylserine in Nature Royalty Free Stock Photo
Phosphatidylserine Molecular Structure from Soy and Sunflower Sources Royalty Free Stock Photo
White and red beans in rolled up sacks Royalty Free Stock Photo
3D image of 1-Oleoyl-2-palmitoyl-phosphatidylcholine skeletal formula Royalty Free Stock Photo
Each stage, such as exposure of phosphatidylserine, visible oxidative
Molecular Structure of Phosphatidylserine Extracted from Soy and Sunflower Royalty Free Stock Photo
navy bean or white kidneys beans on wood background Royalty Free Stock Photo
White beans in rolled up sack Royalty Free Stock Photo
A pile of dry beans Royalty Free Stock Photo
A pile of dry beans Royalty Free Stock Photo
Membrane structure Royalty Free Stock Photo
navy bean or white kidneys beans on wood background Royalty Free Stock Photo
Illustration depicting the aging process of red blood cells (erythrocytes). It shows a progression from a young, biconcave shape to a senescent, deformed state marked by decreased ATP production, membrane stiffening, oxidative stress, and protein aggregation. A macrophage is illustrated engulfing the senescent cell. Labels indicate physiological changes occurring at each stage, such as exposure of phosphatidylserine, visible oxidative markers, and loss of deformability. The diagram highlights cellular changes associated with red blood cell senescence and subsequent macrophage-mediated clearance.


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