venules

navigate by keyword : white wall visual vessel venules toy tissue terms system surrounding showing red providing process play pink pattern organ orange nose movement migration labeled inside illustrating highlights hand generated food font flow finger eye explanation exit direction diapedesis diagram detailed dessert depicted crosssection circulatory circle cellular cells cartoon capillaries brand bloodstream blood arterioles art arrows

Blood vessels network structure Royalty Free Stock Photo

Cells. Tissue cells are adjacent to the vessel. Arrows indicate Royalty Free Stock Photo

Cell and a spiky object, indicative of an immune cell, are shown Royalty Free Stock Photo

A cross-section of a blood vessel showing the flow of erythrocytes Royalty Free Stock Photo

Identify various blood cells: neutrophils, lymphocytes, monocytes, Royalty Free Stock Photo

Illustration of microcirculation showing blood flow Royalty Free Stock Photo

Illustration of microcirculation within a capillary Royalty Free Stock Photo

Is labeled with arterioles, venules, and capillaries, showing

Blue veins and a surrounding tissue-like texture, indicative of a Royalty Free Stock Photo

Stages like diapedesis, where white blood cells pass through Royalty Free Stock Photo

Close-up of Taro leaf back side. Royalty Free Stock Photo

Highlight AI generation. The illustration uses color to differentiate Royalty Free Stock Photo

The diagram features arrows indicating oxygen (O ) flow and tissue flow Royalty Free Stock Photo

Is shown exiting the vessel through a process called diapedesis, Royalty Free Stock Photo

How blood circulates at a micro-level, though uses fabricated Royalty Free Stock Photo

Cross-section of a blood vessel illustrating the process of diapedesis, where white blood cells exit the bloodstream. The vessel is labeled with arterioles, venules, and capillaries, showing blood flow direction. Red blood cells and white blood cells are depicted inside the vessel. The image highlights the movement of white blood cells through the vessel wall into surrounding tissue. This diagram is detailed with labeled arrows and terms, providing a visual explanation of cellular migration in the circulatory system.