"Chromatin" Example Sentences
1. The chromatin in the cell nucleus is responsible for DNA packaging.
2. The density of chromatin affects gene expression.
3. The condensation of chromatin plays a crucial role in cell division.
4. The structure of chromatin is determined by histone proteins.
5. The level of DNA methylation can affect chromatin structure.
6. Changes in chromatin conformation can lead to diseases such as cancer.
7. Chromatin remodeling is necessary for gene regulation.
8. The epigenetic modifications of chromatin can be heritable.
9. The histone code is a complex system of chromatin regulation.
10. The distribution of chromatin in the nucleus is not random.
11. The assembly of chromatin during DNA replication requires specific enzymes.
12. The compaction of chromatin allows for efficient DNA storage in the nucleus.
13. The accessibility of chromatin regulates gene expression.
14. The phosphorylation of histones can affect chromatin structure.
15. The histone tails are important for chromatin dynamics.
16. The acetylation of histones plays a role in chromatin accessibility.
17. The chromatin loop domains are important for gene regulation.
18. Changes in chromatin modifications can alter cellular differentiation.
19. The heterochromatin region of chromatin is transcriptionally inactive.
20. The chromatin structure can be visualized using electron microscopy.
21. The chromatin fiber can vary in length and thickness.
22. The histone variants contribute to chromatin dynamics.
23. The chromatin state can be altered by environmental factors.
24. The chromatin fibers fold into higher-order structures.
25. The chromatin modifications are reversible.
26. The histone chaperones assist in chromatin assembly.
27. The chromatin accessibility is regulated by ATP-dependent chromatin remodelers.
28. The condensation of chromatin is important for chromosome segregation during mitosis.
29. The decondensation of chromatin is important for gene transcription.
30. The chromatin fiber plays a role in DNA damage repair.
Common Phases
1.
Chromatin is the complex of DNA and proteins that make up the genetic material of a cell;
2. Changes in
chromatin structure can regulate gene expression;
3. Histones are the main proteins responsible for organizing
chromatin;
4.
Chromatin remodeling involves the alteration of
chromatin structure without changes to the DNA sequence;
5. During mitosis,
chromatin condenses into highly compacted chromosomes;
6. Several enzymes are involved in modifying
chromatin to regulate gene expression;
7.
Chromatin dynamics play a key role in cellular processes such as DNA replication and repair.