Cell Cycle News and Research

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Researchers develop a new method to map the spatial evolution of cancers

Researchers developed a genetic clone mapping workflow centered around base-specific in situ sequencing (BaSISS) technology to derive quantitative maps of multiple genetic clones of cancer cells.

11 Nov 2022

Study reveals how a cell signaling molecule can help oral cancer cells acquire high motility

The process of metastasis is when cancer cells gain motility and spread to other sites of the body. Because this is one of the main causes of cancer-related deaths, researchers have aimed to develop therapeutic strategies that can block metastasis.

18 Oct 2022

Study identifies genetic variation that influences lithium-induced neural proliferation

Bipolar disorder, a neuropsychiatric condition that includes manic and depressive episodes, affects about 1% of the population and is strongly influenced by genetics.

18 Oct 2022

Researchers find a reproducible way to study cellular functions of plants cells with 3D bioprinting

A new study from North Carolina State University shows a reproducible way of studying cellular communication among varied types of plant cells by "bioprinting" these cells via a 3D printer.

14 Oct 2022

High-resolution pangenome dataset provides genetic insights into domestic and wild silkworm

BGI Genomics, in collaboration with Southwest University, the State Key Laboratory of Silkworm Genome Biology, and other partners, has constructed a high-resolution pangenome dataset representing almost the entire genomic content in a silkworm.

30 Sep 2022

The impact of sleep fragmentation on the clonal diversity of immune cells and the genetic aging of the hematopoietic system

A new study shows that sleep does much more, regulating the normal production of blood cells. This finding underlines how essential a healthy sleep routine is for a normal life.

26 Sep 2022

Viruses exploit ability to sense the environment to maximize their infective yield

New UMBC-led research in Frontiers in Microbiology suggests that viruses are using information from their environment to "decide" when to sit tight inside their hosts and when to multiply and burst out, killing the host cell. The work has implications for antiviral drug development.

23 Sep 2022

Virology of the human monkeypox virus

A new review to be posted in the Virus Research journal aims to provide an overview of the recent advances reported concerning hMPXV virology.

21 Sep 2022

Study finds telomeres can set damage thresholds for cancer cells above which they cannot continue to divide

A recent study hypothesized that ALT might compromise telomere integrity if not restricted appropriately.

21 Sep 2022

Jumping gene plays an important role in reducing depression, fear, and anxiety

First characterized in Prof. Tadashi Yamamoto's former lab in Japan in 1996, the gene Tob is well known for the role it plays in cancer. Previous research has also indicated that it has a hand in regulating the cell cycle and the body's immune response.

9 Sep 2022

Study reveals a vital route through which fascin promotes cancer development

The study reveals an important route through which fascin promotes cancer development and provides insights into potential pathways that could block its action.

30 Aug 2022

Discovery explains how impaired metabolism triggers neuroendocrine tumors in the adrenal glands

Researchers have deciphered a signaling cascade through which inborn errors in metabolism provoke deadly neuroendocrine tumors in the adrenal glands.

16 Aug 2022

Research identifies unique vulnerabilities in ALT cancers that can serve as novel therapeutic targets

In a study recently published in Cancer Research, a journal of the American Association for Cancer Research, a team of researchers led by C. Patrick Reynolds, M.D., Ph.D., director for the Texas Tech University Health Sciences Center School of Medicine Cancer Center, sought to expand upon his lab's previous research that showed ALT tumors identified by a biomarker known as C-circles share a common biology that confers vulnerabilities to be exploited for cancer therapy.

10 Aug 2022

Study evaluates the tumor-modulatory effects of opsins on melanoma cancer

Melanopsin (OPN4) is a light-sensing protein found in skin and retina cells. A new study conducted at the University of São Paulo (USP) in Brazil suggests that OPN4 can also participate in the development and progression of melanoma, the most aggressive type of skin cancer.

10 Aug 2022

The eyes of mutant zebrafish help understand the role of a protein in preventing cell death

Around 15 years ago, a group of researchers discovered mutant zebrafish. The eyes of these zebrafish did not develop correctly, resulting in them being significantly smaller than the eyes of wild zebrafish.

9 Aug 2022

New biomimetic formulation developed to tackle glioblastoma multiforme

Glioblastoma multiforme (GBM) is an aggressive brain cancer with a poor prognosis and few treatment options. New and effective approaches for GBM treatment are therefore urgently needed.

22 Jul 2022

The known and proposed interactions of SARS-CoV and SARS-CoV-2 with DNA damage response pathways

Researchers reviewed the consequences of infection with sSARS-CoVs on the host DNA damage response.

19 Jul 2022

Brown researchers develop an advanced way to isolate single cells from complex tissues

In cancer research, it all comes down to a single cell. Over the last decade, cancer researchers have homed in on the fact that an individual cell from a tumor can be used to perform molecular analyses that reveal important clues about how the cancer developed, how it spreads and how it may be targeted.

14 Jul 2022

Duke researchers identify role for key gene in developmental disability syndrome

A single gene that was previously found to be the driving force in a rare syndrome linked to epilepsy, autism and developmental disability has been identified as a linchpin in the formation of healthy neurons.

28 Jun 2022

Study identifies critical genes and biological pathways related to COVID-19 myocarditis

Scientists from China have recently deciphered the genetic network and biological mechanisms associated with COVID-19 myocarditis using bioinformatic methods.