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CEP70 (Centrosomal Protein 70) is a gene that encodes a protein involved in centrosome biology and cellular processes related to cell division. The centrosome is a critical organelle involved in organizing microtubules and ensuring the accurate distribution of genetic material during cell division. CEP70 plays a crucial role in maintaining centrosome integrity and proper cell division.
	'''CEP70''' is a human protein-coding gene associated with centrosomes and microtubule organisation. It encodes centrosomal protein of 70 kDa, a protein studied for its role in microtubule assembly, centrosome localisation, and mitotic spindle organisation.

== Gene Structure and Protein ==
The CEP70 gene is located on human [[chromosome 3]] at position q25.31. It spans a region of DNA and consists of several exons that are transcribed into mRNA. Alternative splicing of the CEP70 mRNA can give rise to different isoforms of the CEP70 protein.
	CEP70 is a specialist cell-biology topic. It should not be treated as a well-established diagnostic marker for ordinary clinical use unless a specific claim is backed by a strong biomedical source.

The CEP70 protein is localized to the centrosome, a cellular organelle involved in the organization of microtubules and cell division. It contains specific structural motifs and domains that contribute to its function in centrosome biology. These domains may include coiled-coil regions and other protein-protein interaction domains.
	== Gene and Protein ==
	UniProt lists the reviewed human CEP70 protein entry as centrosomal protein of 70 kDa. The protein is associated with the centrosome, a cellular structure that helps organise microtubules.

== Function and Mechanism ==
CEP70 plays a crucial role in centrosome biology and cell division processes. It is involved in maintaining centrosome integrity and function, which are essential for proper cell division and genome stability. The centrosome serves as a microtubule organizing center and participates in spindle formation during mitosis.
	Microtubules are part of the cytoskeleton. They help cells maintain shape, move material internally, and organise chromosomes during cell division. Centrosomal proteins such as CEP70 are studied because errors in centrosome and spindle behaviour can affect cell division.

During cell division, CEP70 contributes to the assembly and organization of microtubules at the centrosome. It interacts with other centrosomal proteins, including components of the pericentriolar material, to regulate centrosome structure and function.
	== Function ==
	UniProt describes CEP70 as playing a role in the organisation of both existing and newly forming microtubules in interphase cells. During mitosis, it is required for the organisation and orientation of the mitotic spindle.

By ensuring proper centrosome duplication, CEP70 helps maintain genomic stability and prevents errors in chromosome segregation during cell division. Dysregulation or dysfunction of CEP70 can lead to aberrant centrosome behavior, impaired microtubule organization, and cell division defects.
	Experimental work has reported that Cep70 localises to the centrosome throughout the cell cycle and interacts with gamma-tubulin. That interaction helps explain how the protein is recruited to the centrosome and why it is connected to spindle assembly.

== Clinical Significance ==
Research on the clinical significance of CEP70 is limited, and no specific human disorders or diseases have been directly associated with CEP70 mutations or dysregulation to date. However, abnormalities in centrosome biology and cell division processes are known to contribute to various human diseases, including cancer and developmental disorders.
	== Microtubule Assembly ==
	Research on Cep70 has linked the protein to microtubule assembly. PubMed-indexed studies report that Cep70 can promote microtubule assembly in vitro and is involved in microtubule organisation in mammalian cells.

Altered expression or function of proteins involved in centrosome biology, such as CEP70, may impact cell division and genomic stability, potentially contributing to disease development or progression. Further research is required to elucidate the specific roles of CEP70 and its potential involvement in human health and disease.
	This does not mean that CEP70 alone controls cell division. Centrosome function depends on many proteins, and CEP70 is one part of a wider system.

== Research and Future Perspectives ==
Further investigations are needed to better understand the precise mechanisms and functions of CEP70 in centrosome biology and cell division. Research efforts may focus on determining the protein's interactions with other centrosomal proteins, its regulation during the cell cycle, and its involvement in specific cellular processes.
	== Expression ==
	The Human Protein Atlas includes CEP70 expression data across tissues and cell types. Such expression resources are useful for research, but expression alone does not prove that a gene causes a disease or is a useful clinical test.

Advances in imaging techniques, proteomics, and molecular biology tools can provide valuable insights into the molecular mechanisms underlying centrosome function and the role of CEP70 in cellular processes. Such knowledge may contribute to our understanding of centrosome-related disorders and provide potential therapeutic targets for related diseases.
	== Research and Disease Context ==
	Some studies have examined CEP70 in cancer biology, paclitaxel sensitivity, angiogenesis, cilia-related biology, and male fertility models. These topics remain research areas rather than simple clinical conclusions.

	A cautious summary is that CEP70 is biologically relevant to centrosome and microtubule processes. Strong disease claims should name the study, model system, and evidence level.

	== See Also ==
	* [[Chromosome_3]]
	* [[Cell_Biology]]
	* [[Microtubule]]
	* [[Mitosis]]

== References ==	== References ==
At present, there is limited specific research available regarding CEP70. Further scientific investigations may contribute to expanding our knowledge of this gene and its role in centrosome biology and cell division.
	* [https://www.uniprot.org/uniprotkb/Q8NHQ1/entry UniProt: CEP70 human protein entry]
	* [https://www.proteinatlas.org/ENSG00000114107-CEP70 Human Protein Atlas: CEP70]
	* [https://pubmed.ncbi.nlm.nih.gov/21795687/ PubMed: CEP70 protein interacts with gamma-tubulin]
	* [https://pubmed.ncbi.nlm.nih.gov/22427462/ PubMed: Cep70 promotes microtubule assembly in vitro]
	* [https://pubmed.ncbi.nlm.nih.gov/28632150/ PubMed: centrosomal protein 70 as a mediator of paclitaxel sensitivity]
	* [https://pubmed.ncbi.nlm.nih.gov/33285087/ PubMed: role for Cep70 in centriole amplification in multiciliated cells]

	[[Category:Genes]]
	[[Category:Cell biology]]
	[[Category:Human proteins]]