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Researchers develop novel cell reprogramming strategy to slow down glioblastomas

Gliomas are the most common primary brain tumors in adults. Among them, high-grade glioblastomas (GBMs) are particularly known to be notoriously aggressive and invasive, which makes it challenging to treat them.

16 Sep 2021

Study uncovers mechanism where two transcription factors stabilize each other’s binding to DNA

Researchers have discovered an exclusive mechanism through which two transcription factors stabilize each other’s binding to DNA in fission yeast.

14 Sep 2021

Study imparts mechanistic understanding on early stages of human cancer

Scientists demonstrated that normal human fibroblast cells can be converted to specific cancer cells through factors that are identified in actual human patients.

9 Sep 2021

Study identifies gene families responsible for simple leaf development

Recent research elucidates how simple leaves—one of the two basic forms of leaves—originate in a plant.

18 Aug 2021

New technique can map out nearly all of the regulatory switches across a maize genome

Getting a full understanding of how genes are regulated is a major goal of scientists worldwide. Now, a Florida State University professor and his research partners have developed a technique that can map out nearly all of the likely regulatory switches across a genome.

16 Aug 2021

New study could prevent T cell exhaustion in the immune system’s fight against cancer

Struggling against a tumor is not a sprint. It is a marathon. The race of cancer-fighting T cells is at times simply very long, and the T cells give up fighting. This phenomenon is referred to as T cell exhaustion by researchers.

21 Jul 2021

Study explains the rapid adaptation of plants to changing environmental conditions

For a long time, researchers and gardeners have known that plants grow taller and flower sooner when they are surrounded by other close-growing flora.

2 Jul 2021

New machine learning method predicts how genes in particular cells are controlled

Researchers from the University of Illinois Chicago have created software that can aid researchers in identifying gene regulators faster.

2 Jul 2021

Study reveals warmer nights change the rice plant’s biological rhythm

Rice crop yields are being hampered by increasing nighttime temperatures, and a new study sheds light on why.

1 Jul 2021

New understanding of the molecular basis behind continuous stem cell activity in plants

An inter-university research group has succeeded in constructing the gene expression network behind the vascular development process in plants. They achieved this by performing bioinformatics analysis using the 'VISUAL' tissue culture platform, which generates vascular stem cells from leaf cells.

11 Jun 2021

Study shows how scar tissue can effectively regenerate the injured heart

It is estimated that during a heart attack, one billion cells in the heart are lost. In the wake of the heart attack, the lost tissue is replaced by scar tissue, which can lead to heart failure, arrhythmia and death. In a new study, researchers from the University of Tsukuba have shown how cells in the scar tissue can be converted to heart muscle cells, effectively regenerating the injured heart.

3 Jun 2021

Human self-organizing cardiac organoids mimic the architecture of a heart chamber

Self-organizing heart organoids created at the Austrian Academy of Sciences’ Institute of Molecular Biotechnology (IMBA) are also efficient injury and in vitro congenital disease models. These “cardioids” have the potential to transform studies into cardiovascular diseases and heart malformations.

21 May 2021

Researchers study the unique genomic organization of coral symbionts

According to recent findings, the genome of single-celled plankton, called dinoflagellates, is arranged in an extremely unusual and strange manner. The study results set the foundations for further research into these vital aquatic species and significantly broaden the understanding of what a eukaryotic genome can look like.

3 May 2021

Researchers identify specific proteins that play a key role in the development of dendritic cells

The human immune system comprises functionally specialized cellular defense mechanisms that protect the body against disease.

3 May 2021

New integrative genetic screening technology offers insights into role of DNA accessibility in cancer

In a new resource for the scientific community, published today in Nature Biotechnology, researchers in the lab of Neville Sanjana, PhD, at the New York Genome Center (NYGC) and New York University (NYU) developed CRISPR-sciATAC, a novel integrative genetic screening platform that jointly captures CRISPR gene perturbations and single-cell chromatin accessibility genome-wide.

30 Apr 2021

Study reveals RNA regulatory mechanisms within transcription-translation couplings

To gain a better understanding of how bacterial RNA gives rise to proteins scientists are now focusing on the special way this process takes place in bacteria.

15 Apr 2021

Study shows how nitrate presence controls nodule formation in legumes

Legumes, or plants belonging to the bean family, form nodules on their roots to absorb nitrogen.

12 Apr 2021

Neurod4 gene found to be the key factor in nerve regeneration after spinal cord injury

Nagoya University researchers have identified a gene that plays a crucial role in regenerating neurons of African clawed frog tadpoles, which has an unusually high capacity for nerve regeneration.

31 Mar 2021

New genetic engineering strategy largely reduces tau protein levels in Alzheimer’s animal model

A genetic engineering approach has helped scientists to drastically decrease the levels of tau protein.

22 Mar 2021

New highly sensitive RNA detection method advances in situ transcriptomics

Human cells typically transcribe half of their roughly 20,000 genes into RNA molecules at any given time. Just like with proteins, the function of those RNA species not only relies on their abundance but also their precise localization within the 3D space of each cell.

18 Mar 2021