Reproductive cycle of the cell: the orderly sequence of events by which a cell duplicates its contents and divides into two.
the life-cycle of a cell representing the period from one cell division to the next.
The repeating pattern of growth, genetic duplication, and division that many types of cells undergo. The cell cycle has two main phases: interphase, in which cells grow, duplicate chromosomes, and work, and mitotic phase, in which cells divide.
the five phase process by which a eukaryotic cell divides into two daughter cells.
Ordered sequence of events in which a cell duplicates its chromosomes and divides into two. Most eukaryotic cell cycles can be commonly divided into four phases: G1 before DNA synthesis occurs; S when DNA replication occurs; G2 after DNA synthesis; and M when cell division occurs, yielding two daughter cells. Under certain conditions, cells exit the cell cycle during G1 and remain in the G0 state as nongrowing, nondividing (quiescent) cells. Appropriate stimulation of such cells induces them to return to G1 and resume growth and division. ( Figure 13-1)
many repetitions of cellular growth and reproduction; divided into interphase and mitosis.
the series of steps that a cell must go through to divide; some chemotherapy drugs act by interfering with the cell cycle.
The series of steps that a cell passes through to duplicate its genetic material and split into two new cells. The model of this process is often drawn as a circle. It is divided into five events in which each previous phase needs to be completed before the next phase can start. The phases are called: Mitosis, G1, Synthesis (S-phase) and G2. . Errors in regulation of the cell cycle can lead to uncontrolled growth and cancer.
An ordered series of growth-related events that recurs in each cell from one cell division to the next.
The sequence of events by which a cell enlarges, duplicates it DNA and divides. The cell cycle consists of four successive phases (G1, S, G2 and M), and involves many genes including cyclins and cyclin dependent kinases (CDKs). Access to growth factors, adhesion to extracellular matrix, and cell cycle checkpoints are some of the many factors that regulate the cell cycle. Disregulation of the cell cycle can lead to the uncontrolled growth characteristic of cancer cells.
the progression of a parent cell from creation through growth and development through DNA synthesis to cellular division to produce to daughter cells.
The complex sequence of events associated with cell replication/proliferation
The reproductive stages of a cell leading to cell division (mitosis).
The timed sequence of events occurring in cell division.
The cell cycle is an ordered set of events that culminate in cell growth and replication with the production of two daughter cells. Cancer cells go through this cycle more often than healthy cells.
The life of a cell, in terms of whether it is dividing or in interphase. 168
A highly regulated process of several phases through which a cell goes in order to divide and produce two daughter cells.
The set of events that take place in the divisions of mitotic cells. The cell cycle oscillates between mitosis (M phase) and interphase. Interphase can be subdivided in order into G1, S phase, and G2. DNA synthesis takes place during S phase. The length of the cell cycle is regulated through a special option in G1, in which G1 cells can enter a resting phase called G0.
The series of events that occur in a cell between one division and the next.
The sequence of events from one division of a cell to the next; consists of mitosis (or division) and interphase. PICTURE
The life cycle of a cell which is marked by cell division which is separated into four phases: G1, S, G2, and M. DNA replication is confined to the S(synthesis) phase, and chromosomal separation in the M (mitotic) phase.
The sequence of events by which a growing cell replicates all its components and divides them more-or-less evenly between two daughter cells, so that each daughter contains all the information and machinery necessary to repeat the process.
the sequences of events a cell goes through in the process of replication. The cycle consists of 4 stages: G1, a resting stage prior to replication; S, in which DNA is synthesized; G2, a "gap" stage; and M, in which mitotic cell division takes place.
sequence of events by which cells enlarge and divide. Include stages typically named G1, S, G2, .
the time from one cell division to the next. Varies from minutes to days, but the actual division takes less than 10% of the cycle.
The name given to the highly regulated sequence of events that a cell goes through when it grows and divides in two. The cycle consists of 4 stages: G1, a resting stage prior to DNA replication; S, in which DNA is copied; G2, a 'gap' stage; and M, in which cell division takes place.
An ordered sequence of events in the life of a dividing eukaryotic cell, composed of the M, G1, S, and G2 phases.
Complete sequence of steps which must be performed by a cell in order to replicate itself, as seen from mitotic event to mitotic event. Most of the cycle consists of a growth period in which the cell takes on mass and replicates its DNA. Arrest of the cell cycle is an important feature in the reproduction of many organisms, including humans.
The period from one cell division to the next. ( 13)
The ordered sequence of events in the life of eukaryotic cells including cell growth and division phases.
Sum of the phases of growth of an individual cell type; divided into G1 (gap 1), S (DNA synthesis), G2 (gap 2), and M (mitosis); the cycle of cellular events from one mitosis to the next.
The cycle of events that regulate cell division.
The series of stages of a cell between one cell division and the next.
life cycle of a dividing cell. The cell cycle includes Interphase (G1, S, G2) and the M phase or Mitotic phase (mitosis and cytokinesis).
The cell cycle, or cell-division cycle (CDC), is the series of events in a eukaryotic cell between one cell division and the next. Thus, it is the process by which a single-cell fertilized egg develops into a mature organism and the process by which hair, skin, blood cells, and some internal organs are renewed. A specialized form of cell division is responsible for cellular differentiation during embryogenesis and morphogenesis, as well as for the maintenance of stem cells during adult life.
