yes some....
Usually this results in a cancerous cell which later on results in a tumor, a mass that has an out-f-control growth that can lead to disease and even death
help full harmful neutral (all of above)
Cancer is a disease that is multiplying using the cell cycle because in the human body the living coditions are good enough for cancer to repopulate...
It may result in the production of a defective protein
A mutation in a sex cell may be passed on to an offspring. A mutation in a somatic (body) cell cannot be passed on to an offspring, but can potentially cause cancer in the person who has the mutation.
Cancer!
Sickle cell anemia is an example of a cell mutation that can be inherited.
Deviation can destroy cell, causing death/mutation.
mutation
mutation
carcinogens
The cell cycle is divided up into separate phases (S, G0, G1, M); each point of transition from one phase to another (a checkpoint) is governed by multiple proteins which serve as either "accelerators" or "brakes" for the cell cycle. These proteins are coded by chromosomes (DNA), and it is the mutation in the protein-specific DNA which creates either no protein, overactive protein, or underactive protein. IN any case, it creates a disruption to the cycle, which disturbs orderly cell growth and division. This can lead to cancer.
splitting of the cells
Cancer is a result of a malfunctioning cell cycle.
Cancer is the result of a cell cycle out of control. Proposals causes tumors quickly. This happens when the cell cycle is out of control
This depends on what kind of mutation occurs. You don't say what the mutation/result of the mutation is, so who knows what will happen to the monkey
Not all mutations are harmful. A mutation the give the organism antibiotic resistance, for example, is quite helpful. A different mutation that causes a necessary protein to misfold may result in death. In general mutations that affect proteins that are necessary for life will result in the death of the organism. One such mutation is in the protein p53 which is necessary to prevent a cell from growing uncontrollable (cancer). A mutation in p53 could result in a cell with damaged DNA to reproduce - this is what we call cancer.
The semiconservative replication of DNA occurs in the S phase or interphase of cell cycle. Mutation too occurs during this phase, whereas growth takes place in G phase.
An inactive/other active protein as a polypeptide that is incomplete will not fold properly. You could get a deleterious mutation that destroys protein product, such as Huntington's disease, or a paint mutation that, in heterozygous condition, such as sickle cell trait, is beneficial.