An anchorage dependent cell is a cell that cannot grow without a stable or inert surface. It would be the type of cell that would grow on a petri dish.
a) do not exhibit density-dependent inhibitionb) produce molecules that inhibit the growth factors required for cell divisionc) exhibit anchorage dependenced) spend the majority of their time in the G(0) phasee) do all of the aboveANSWER: a) do not exhibit density-dependent inhibition
Cells being formed from pure water
Anchorage is located on the Pacific Plate.
Plant root is specialized for anchorage and absorption.
Collenchyma cells are found in the shoot system of plants and provide structural support. In contrast, roots are specialized for anchorage and absorption of water and nutrients, so they do not require the same type of structural support provided by collenchyma cells. Roots have other cell types, such as parenchyma, sclerenchyma, and xylem cells, that fulfill their specific functions.
This phenomenon is an example of density-independent inhibition, where the cells stop proliferating once the wound is healed and do not continue to grow beyond the needed replacement. Density-dependent inhibition refers to cells stopping proliferation when in contact with neighboring cells, and anchorage independence is the ability of cells to grow without adhering to a surface.
i don't know and i DO NOT CARE
Basically, regular cells, otherwise known as somatic cells, abide by these two inhibitors. A normal, healthy somatic cell will grow and divide until it meets an impassible barrier, such as the edge of a petri dish. This is density dependent inhibition. Such cells also have to be touching some kind of surface in order for the cell to begin to divide. This is known as anchorage dependency. Both of these relate to cancer cells as these cell do not follow these two rules. The cells will continue to divide until they are killed, as they do not follow any of these inhibitors.
dependent cell that can only grow with a substratum
a) do not exhibit density-dependent inhibitionb) produce molecules that inhibit the growth factors required for cell divisionc) exhibit anchorage dependenced) spend the majority of their time in the G(0) phasee) do all of the aboveANSWER: a) do not exhibit density-dependent inhibition
Anchorage dependence is a biological phenomenon where cells require physical attachment to a surface in order to survive and proliferate. Cells grown in suspension without anchorage typically undergo programmed cell death (apoptosis). This property is often studied in the context of cancer research and tissue culture.
A dependent is a cell that a formula depends on. The cells mentioned in a formula are its dependents.
bones
Anchorage length is the required distance to transfer a load and is dependent on the materials used. Development length is the length of the reinforcement bar or rod required to transfer the load safely to another bar.
that means the cells are able to metastasize and spread to other parts of the body my niiiggaa
The bones
The Biome of Anchorage Alaska is Tundra.