no that would be facilitated diffusion. nice try though.
No, Receptor-mediated Endocytosis involves specific membrane receptors.
receptor-mediated endocytosis
It is similar to diffusion. It is when a cell's membrane engulfs a particle and the remaining part of the membrane turns into a vacuole around the particle. This occurs when the particle is too large to diffuse into the cell on its own.
called receptor tyrosine-kinases
skin
Proteins (in short supply) interact with specific receptors on the cells outer membrane, triggering a cascade of events, which leads to the expression of specific genes and the production of the protein.
receptor-mediated endocytosis
It is similar to diffusion. It is when a cell's membrane engulfs a particle and the remaining part of the membrane turns into a vacuole around the particle. This occurs when the particle is too large to diffuse into the cell on its own.
called receptor tyrosine-kinases
cell membrane receptors
Viruses have specific proteins on them which only binds to certain receptors, which are present in certain cell's plasma membrane.
binds to specific receptors on postsynaptic cell membrane
skin
Cells are capable of engulfing food by forming an invagination (a cavity in the cell membrane formed as a result of the movement of membrane lipids) in their plasma membrane. The engulfed food is then entrapped in a vesicle and transported to a specific location in the cell called the lysosome. The process is called phagocytosis
Proteins (in short supply) interact with specific receptors on the cells outer membrane, triggering a cascade of events, which leads to the expression of specific genes and the production of the protein.
dendritic cells
A non specific event carried out by certain white blood cell types belonging to the innate (non-specific) immune system. For example neutrophils and macrophages both carry out this process. Phagocytosis is the engulfing and digestion of foreign microorganisms and materials. The cells involved perform endocytosis of the material, surrounding it by a membrane as they take it in, where it is then usually destroyed by activation of chemicals inside the white cell.
lungs ,heart ,brain and iver