What is Epigenetics technical articles are geared towards epigenetic research techniques, news, and trends in the field of epigenetics, written by scientists from universities and institutions including UCLA, Hofstra, NIH, Johns Hopkins, and more.
Explore in detail new epigenetic research techniques and tips for topics like next-generation sequencing (NGS) in epigenetics, m6A RNA methylation, CRISPR/Cas9 system epigenetic editing, chromatin immunoprecipitation (ChIP) protocol optimization, and single-cell epigenomics methods.
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For centuries, scientists and philosophers have been fascinated with learning about the brain. However, it hasn’t been until the last few decades that we’ve really been able to examine this complex organ in action. One advanced technology that has revolutionized our understanding of the human brain is magnetic resonance imaging (MRI). While this method has been extremely useful for measuring neural activity, it hasn’t been used to assess gene regulation – that is, until now. The University of Illinois (U [more…]
The body’s first line of defense against infection is the innate immune system. Although it is non-specific and less effective than the acquired immune system, it responds to invading pathogens much faster, holding off an immunological threat until a specific response can be mobilized. One integral part of the innate immune system is natural killer cells (NK). As their name suggests, these cells are capable of killing affected cells autonomously while also signaling an immune response as they secrete pro-inflammatory [more…]
A new technique has been developed that is expected to advance our knowledge of numerous underlying biological processes, including those implicated in complex diseases like cancer. Using machine learning —a form of artificial intelligence— scientists can predict gene regulation at the cellular level – a process that, before now, has been nearly impossible to do accurately. An important goal in epigenetic research is to identify regions in the genome that are vulnerable to molecular factors that can alter gene expression [more…]
Histones are the most eminent DNA-interacting proteins. As the primary protein constituent of chromatin, forming complexes with DNA to compact our large genome for efficient nuclear organization, histones support critical cellular processes such as transcription, DNA replication, and DNA repair through diverse post-translational modifications that regulate their interactions with DNA and other nuclear proteins. Consequently, anomalous changes in histone epigenetics can lead down the road to assorted pathological conditions, making histone modifications and their associated modifying enzymes suitable diagnostic, prognostic, [more…]
Cells are continually being generated and eliminated by our bodies in an ongoing cycle crucial for maintaining proper tissue structure and function. The death of cells during normal tissue maintenance results in the release of intracellular DNA material into the bloodstream, where it freely circulates. In fact, healthy individuals can have up to 100 nanograms of non-encapsulated DNA fragments floating around in every milliliter of their blood.1 Circulating cell-free DNA, or cfDNA for short, has proven quite useful in various [more…]
Antibodies are used extensively in research for procedures, such as western blotting (WB), enzyme-linked immunosorbent assays (ELISA), and immunoprecipitation (IP). The issue of accuracy and reproducibility surrounding the usage of commercially available antibodies for research continues to be a concern within the scientific community. The best way to compile information about an antibody is to review the provided manufacturer datasheet. In fact, some journals will not publish a study that includes an antibody with insufficient information and validation effort. Researchers [more…]
The most common epigenetic mark throughout the genome is 5-methylcytosine (5mC). Additionally, 5-hydroxymethylcytosine (5hmC) is also known to play a role in various processes, including embryonic stem cell development and tumorigenesis. There is also an enrichment of 5hmC in human neurons. Accurately quantifying and determining the genomic location of these two different marks is therefore crucial to our understanding of molecular biology and disease. Standard bisulfite sequencing (BS-seq) has been a reliable method for detecting un-methylated and methylated cytosine residues [more…]
To unravel the complexities surrounding the genome, advanced technologies in genomics and epigenetics are typically necessary. Most of these tests and instruments are designed with high-quality DNA and tissue specimens in mind. Accordingly, scientists preferentially use concentrated and freshly extracted DNA to achieve the best results. Yet, some researchers do not have the luxury of working with modern DNA. This is why the field of ancient DNA (aDNA) emerged. Evolutionary biologists and anthropologists that study humans and other organisms from [more…]
The neurotransmitter serotonin (also known as 5-hydroxytryptamine (5-HT)) has an absolute vast array of functions across the human body. Most commonly known to regulate mood, it is also key for the development of neurones. In fact, serotonin is linked to various mental disorders, including depression, which globally affects more than 300 million people. It has long been assumed that serotonin has an indirect role in relation to epigenetic regulation1. The binding of serotonin to its receptor(s) causes a downstream cascade [more…]
As the world’s population ages, the demand for organs and ways to optimize the transplant process will only grow. While the exact interactions between different factors must be elucidated further, it is clear that allograft rejection is partially mediated by epigenetic mechanisms such as histone acetylation, DNA methylation, and microRNAs. This framework is useful when applied to the host and the graft as well as to the immunologic and nonimmunologic reasons for rejection. At this time individualized treatment is limited [more…]