Examples of using Cell cycle in English and their translations into German
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DNA repair can occur at various points in the cell cycle, as outlined below.
The cell cycle is highly organised and divided into four phases G1, S, G2 and M.
All of these elements act on the‘vital cell cycle' and have a direct impact on skin ageing.
The cell cycle contains 4 stages; Gap 1(G1) phase, synthesis(S) phase, gap 2(G2) phase and mitosis(M) phase.
When Rb is bound to E2F,the complex acts as a growth suppressor and prevents progression through the cell cycle.
The cell cycle relies on ubiquitin and the SCF complex plays an integral role in the regulation of this process.
These cyclins oscillate, increasing and decreasing at different stages,binding to CDKs and driving the cell cycle forward.
The cell cycle is regulated by cyclins, a type of protein that binds and activates cyclin dependent kinases CDKs.
Properties of affected nucleic acid sequences,in particular regulatory effects on cell growth, cell cycle and immune system;
The cell cycle of eukaryote cells includes four main phases for the replication of DNA and new cells. .
Clinical studies have demonstratedAHCC's ability to support healthy immune system function and cell cycle regulation.
Processes, such as the cell cycle, use this to regulate the transcription of different genes throughout the cell cycle.
The growth and division of a cell is orchestrated into a highly controlled andordered process called the cell cycle.
The cell cycle is a comprised of 4 stages, which are tightly controlled to ensure accurate replication of DNA and formation of daughter cells. .
This work further demonstrated that Trps1-deficient mice have an increased histone 3 acetylation level,which leads to defects in cell cycle progression.
The structure of human chromosomes and its alterations during the cell cycle The structure of the human genome: coding and gene regulatory sequences.
Not all cells express the genes at the same time, andnot all cells that are analysed are at the same points within the cell cycle.
Their discovery has since led to many other insights into the cell cycle, including insights into the function of cell cycle regulation in cancer.
As dicentric chromosomes impede or even suppress the regular process of cell division,fewer changes are observed in each successive cell cycle.
The cell cycle, also known as the cell division cycle, is a well-defined and coordinated series of stages which actively dividing eukaryotic cells progress through.
DNA packed with histones moves around inside the cell nucleus and does so,depending on the phase of the cell cycle, at a speed of a few nanometers per second.
Cyclin-dependent kinases(CDKs) play a pivotal role in cell cycle control and transcription regulation and have long been considered attractive therapeutic targets.
Defined conditions of cellular stress cause activation of p53, including DNA damage,hypoxia and non-physiological forms of cell cycle activation.
This long ignored and overlooked connection between the mitochondria and the cell cycle is something that is worthy of considerable more attention as we understand the role of diet in our bodies.
As histone H3 undergoes phosphorylation between prophase and anaphase, this protein can be used todistinguish between G2 and m phases when assessing the cell cycle.
Micronuclear envelope defectscause deficient recruiting of proteins involved in cell cycle checkpoints and DNA damage repair Terradas et al.
The cell cycle is also crucial to how cancer cells replicate, so studying this cycle in yeast has led not only to increasing our understanding of a basic life process, but also to clinical benefits.
To study whether extremelylow frequency magnetic field exposure produce alterations in the growth, cell cycle, survival and DNA damage of wild type and mutant yeast strains.
 Thus, the presence of Ki67 antigen is strictly associated with the cell cycle and confined to the nucleus, suggesting an important role in the maintenance and/or regulation of the cell division cycle. .
DNA hypomethylation of aberrantly methylated genes involved in normal cell cycle regulation, differentiation and death pathways may result in gene re-expression and restoration of cancer- suppressing functions to cancer cells. .