B - the cytoskeleton
The hollow tubes of protein that help maintain the shape of the cell are called microtubules. They are part of the cytoskeleton and play crucial roles in cell structure, cell division, and intracellular transport.
Cells are given their shape by a supporting structure called the cytoskeleton, which is made up of protein filaments. The cytoskeleton helps maintain the cell's shape, provide structural support, and allows for cell movement and division. Additionally, the plasma membrane surrounding the cell also plays a role in defining the cell's shape.
This layer is called a cell wall,
Yes, T cells have receptor sites called T cell receptors (TCRs) on their cell surface. These TCRs recognize specific antigens presented by antigen-presenting cells, activating the T cell to mount an immune response.
A 'T' shape could be called a cross, and in a religious manner, a crucifix.
The shape of the cell is misshapen.
when erythrocytes bind to CD3 receptors present on the surface of T-cell it will give rose like appearance to T-cell this process is called as T-cell rosetting
The outside of a cell is called the cell wall or the cell membrane. They are both important because they help keep everything in the cell together, and they provide it's shape.
It is called a "killer" T-cell
memory T cells
B - the cytoskeleton
T-lymphocytes, they are a type of white blood cell.
The shape is called the teardrop shape!In 2-dimensions, its parametric equation isx = sin(t)*sinm(t/2)y = cos(t) for -pi < t < piThe integer constant, m, changes the shape of the teardrop. At m = 0 the shape is a circle and as m increases the shape gets a pointier the top. I think 3 is about right.The 3-d version is obtained by rotating this shape about the y axis.The shape is called the teardrop shape!In 2-dimensions, its parametric equation isx = sin(t)*sinm(t/2)y = cos(t) for -pi < t < piThe integer constant, m, changes the shape of the teardrop. At m = 0 the shape is a circle and as m increases the shape gets a pointier the top. I think 3 is about right.The 3-d version is obtained by rotating this shape about the y axis.The shape is called the teardrop shape!In 2-dimensions, its parametric equation isx = sin(t)*sinm(t/2)y = cos(t) for -pi < t < piThe integer constant, m, changes the shape of the teardrop. At m = 0 the shape is a circle and as m increases the shape gets a pointier the top. I think 3 is about right.The 3-d version is obtained by rotating this shape about the y axis.The shape is called the teardrop shape!In 2-dimensions, its parametric equation isx = sin(t)*sinm(t/2)y = cos(t) for -pi < t < piThe integer constant, m, changes the shape of the teardrop. At m = 0 the shape is a circle and as m increases the shape gets a pointier the top. I think 3 is about right.The 3-d version is obtained by rotating this shape about the y axis.
The hollow tubes of protein that help maintain the shape of the cell are called microtubules. They are part of the cytoskeleton and play crucial roles in cell structure, cell division, and intracellular transport.
Cells are given their shape by a supporting structure called the cytoskeleton, which is made up of protein filaments. The cytoskeleton helps maintain the cell's shape, provide structural support, and allows for cell movement and division. Additionally, the plasma membrane surrounding the cell also plays a role in defining the cell's shape.
The thin, flexible barrier around a cell is called the cell membrane. It regulates the flow of materials in and out of the cell and helps maintain the cell's shape and integrity.