yes every cell contain genetic material and it is the only info which cell inherits from parent cell and the very info. (genetic material) helps the cell to develop in its' real original form
i.e it guide the arrangement of its' contents -( mitochondria, Nucleus etc. ) in the form in which they are found hence enabling the cell to survive in external environment.
and
if sometimes there is some adulteration in genetic material that cell inherits from parent cell then it led to some variations in structure of cell which sometime are the reason of evolution of a new species or Other-times May be the "cause" of the death of the cell ( As the body design formed by adulterated information-genetic material- is not able to sustain in the environment. )
Muscle cells and liver cells have the same DNA, but they express different genes. This differential gene expression determines the unique characteristics and functions of each type of cell. Muscle cells express genes related to movement and contraction, while liver cells express genes related to metabolism and detoxification.
No, a cell in your stomach does not contain genes for brain cells. Different types of cells express different sets of genes to carry out their specific functions in the body. Brain cells and stomach cells have different gene expression profiles to support their distinct roles in the body.
Control genes impede certain genes from expressing themselves and allow others to express themselves/ Thus a liver cell will have basically the same genome as a neuron, but will not express axon development and the neuron will not express bile development.
Differences in gene expression lead to the various cell types in a multicellular organism through a process called cellular differentiation. While all cells in an organism contain the same DNA, specific genes are turned on or off in different cells, influencing their structure and function. For example, muscle cells express genes that code for proteins involved in contraction, while nerve cells express genes necessary for neurotransmission. This selective gene expression results in diverse cell types, each specialized for distinct roles within the organism.
Genes are the basic units of heredity that contain instructions for the development, growth, and function of all body cells. These genes are composed of DNA and are passed down from parents to offspring through reproduction.
yes
All cells have genes
If the cells are from one individual, all will have the same genes except their sex cells which have 1/2 the number. A dog will have different genes from a cat. The genes make the cat different from the dog and human.
All body cells have the same DNA. They all play different roles because the brain sends them signals to do so. You can't have them all doing the same thing. Ex: If you only have skin cells, then what cells will make up your heart or liver or bones?
All your genes are present in your liver cells
Muscle cells and liver cells have the same DNA, but they express different genes. This differential gene expression determines the unique characteristics and functions of each type of cell. Muscle cells express genes related to movement and contraction, while liver cells express genes related to metabolism and detoxification.
Cells that are part of a multi-cellular organism typically have the same metabolic functions as single-celled organisms, however differences exist. Multicellular cells will have a specialized function, typically do not have to independently gather food and will express target genes selectively rather than all of the genes necessary for survival that a single-celled organism might express.
No, a cell in your stomach does not contain genes for brain cells. Different types of cells express different sets of genes to carry out their specific functions in the body. Brain cells and stomach cells have different gene expression profiles to support their distinct roles in the body.
All body cells have the same genes except for the sex cells (sperm and ova). They do not use the same genes. A muscle cell isn't using the same genes as a nerve cell does. Otherwise the muscle cell and the nerve cell would not be different nor do different things.
In one way or another, all of them. However, we generally don't speak of natural selection in terms of how it affects cells (except perhaps germline cells), but in terms of how it affects populations, lineages or allele frequencies in gene pools. In population genetics, cells are merely the containers for collections of genes, and the machines that express those genes.
False
Control genes impede certain genes from expressing themselves and allow others to express themselves/ Thus a liver cell will have basically the same genome as a neuron, but will not express axon development and the neuron will not express bile development.