Several important research results focus on new advances in microRNA molecular research!

"This article has compiled a number of important research results to focus on scientists in the field of molecular research and new progress to share with you! Photo Source: : New Breakthrough! Scientists reveal the molecular mechanisms that protect the integrity of the body's blood vessels! : Short-chain molecules () play a very critical role in the regulation of gene expression Molecular expression and function abnormalities are often involved in a variety of pathological processes, including the occurrence of chronic diseases such as atherosclerosis and other regulatory functions in the cytoplasm, which can interact with target transcriptions in the cytoplasm to inhibit protein production and promote transcription declineIn a recent study published in the international journal, scientists from the University of Munich and others described a different way of acting in molecules called molecules, and by investigating molecules called molecules, researchers say that simply interacting with them can promote their transfer to the nucleus and inhibit the activity of enzymes that kill the molecules in this way by killing the molecules of the cell by programmed cells, which can protect blood vessels and reduce the degree of atherosclerosis lesionsChallenge the routine! Revealing new mechanisms for inhibition expression: In a new study, researchers at the Whitehead Institute for Biomedical Research in the United States collected large amounts of data on species and developed an improved predictive model for all individualsTheir findings provide unprecedented accuracy and granularity-related results for target predictions recently published in the journalThe researchers say we've focused on consistent target patterns in the past because this consistency gives us confidence in the observed results, but with the reliable results of this study, we can now look at the differencesResearchers operate one of the essential resources to predict target and target efficacyThis latest study will be used to update and provide scientists around the world with a more useful reference tool for research on gene expression regulation involving mediatedMolecules may link the body's immune system to brain cells: Recent studies have found that disease-specific changes in brain cells with high genetic similarity to bidirectional affective disorder show that the overlap rate exceeds these changes that affect gene expression; a recent report was published in the International JournalIn a joint study, scientists from the University of Goethe and the University of Sibeli in Jerusalem revealed the gender-specific bias of these changes and the cellular control mechanisms based on the endogenous short chainThe researchers revealed that the key role played in gene expression control in all human cells is that one of the targeted genes can effectively inhibit their expression, but the main problem is that researchers face the possibility that a combination of human organisms can express about one of these can affect the expression of hundreds or even thousands of genesBased on this using sequencing and bioinformatics techniques to analyze gene expression in the patient's brain and cultured human nerve cells, they found some differences in the expression or differences between male and female immune-related genes, especially the cytokine-related cytokines, which are messenger stakes in immune cellsExposing cultured male and female nerve cells to these cytokines researchers found that these nerve cells can be converted into choline-energy neuronal cells (defined by using the neurotransmitter acetylcholine)Methylation or being a powerful biomarker for the occurrence of cancer: In a recent study published in the international journal, scientists from Osaka University have found a new way to distinguish between early pancreatic cancer patients and healthy people, which may help develop new methods for early diagnosis of pancreatic cancerMolecular levels associated with genetic function, such as those associated with genetic function, are key indicators of abnormal cancer-related activity, but now researchers aren't sure how different molecules are altered in cancer cells, and now researchers have developed a new way to effectively distinguish cancer tissue from non-cancerous tissueThe researchers say the rate of methylation can effectively distinguish between cancer patients and healthy individuals, and can show abnormal expressions in cancer tissue that are stable in body fluids and therefore serve as useful biomarkers to indicate the occurrence of cancerAlthough the level of expression that researchers can measure, the lack of sensitivity and accuracy of the technique is particularly despite the fact that the measurement is based on the assumption that targets can be identified and regulated regardless of whether they are methylated or not, but their role actually changes with the status of methylation, so the researchers want to solve this problem through researchLack of sleep affects function in the body and thus damages cardiovascular health! In recent years, a number of studies have shown that sleep-deprived people have a higher risk of stroke and heart attack A recent study published in the international journal, scientists from the University of Colorado, found that lower levels of three physiological regulators in the blood of individuals who sleep less than an hour a night can affect gene expression and play a key role in maintaining vascular health The findings may help researchers develop new non-invasive tests for sleep-deprived patients to help monitor their health The researchers say that in this study we shed light on a new potential mechanism for how sleep affects heart health and the body's overall physiological health Although the American Heart Association recommends that people get hours of sleep a night, about the average American sleeps the average sleep time over the past century has fallen from hours per night to an hour per night SOURCE: Focus-focused processing is expected to lead to new anti-cancer therapies: Researchers in a years-long study of genes have found that the gene can help suppress most cancer types, a recent report in the international journal
The results of the study, by scientists at Virginia Commonwealth University, could help study the molecular mechanisms of the same driven cardiovascular and neurodegenerative diseases, in addition to being important for cancer research, by revealing how genes drive the progression of cancer through the function of influence Initially, the researchers discovered the gene and their colleagues published a series of studies detailing how the gene inhibits the occurrence of cancer by directly affecting two important cell death medials, including apoptosis and toxic cell autophagy; The expression of targeted silent molecules is expected to treat diabetes: In a recent study published in the international journal Leiden University Medical Center in the Netherlands, scientists from the university medical center in the Netherlands have found that targeting the expression of silent molecules may improve the body's insulin secretion and lower their body's blood sugar levels while also increasing insulin secretion in the outlying human islet cells In a study that said molecules are often over-expression in diabetic organisms, researchers used a special agonist called a special agonist to systematically treat mice that simultaneously process islet tissue in mice and humans to block molecular expression Researchers at Shanghai University have discovered the mechanism by which lung cancer occurs and reveals the mechanism of action: Lung cancer is one of the most common malignant diseases in the world, including non-small cell lung cancer (approx.) and small cell lung cancer (approx.) A previous study of a single-chain non-coding class of intracellular expression has found to play an important role in the development of lung cancer Recently, researchers from the Shanghai Academy of University Sciences reported a significant increase in expression in human non-small cell lung cancer tissue and cell lines in international academic journals Studies have shown that expression can accelerate the proliferation and migration of non-small cell lung cancer cells and inhibit apoptosis : Driving the occurrence of cancer: Researchers have long believed that a double-stranded chain can silence genes A new study from Thomas Jefferson University recently showed that the synergy of some two chains in certain types of cancer promotes aggressiveness and growth of cancer cells, which are two signs of poor prognosis in cancer patients The researchers say the coordination of such activities is surprising The two chains we know don't target a unified sequence, but nonetheless we see their collaborative work-related research published in the journal The researchers found that the pair showed increased or decreased activity in a variety of cancers, using data from a sample of cancer patients with a variety of cancers : Heavyweight! Scientists hope to use molecules to treat Alzheimer's disease! Alzheimer's disease is an increasingly popular neurodegenerative disease that often erodes memory and other cognitive functions in the brain of patients, although previous researchers have previously discovered the main biological characteristics of the disease: beta amyloid plaques and tangles( but the treatment of this complex disease has been elusive In a recent study published in the international journal Journal, scientists from Brigham and Women's Hospital investigated the function of a particular molecule involved in the development of Alzheimer's protein lesions, focusing on the molecular work that binds to gene expression regulators and destroys encoded proteins The researchers focused on molecules and previous studies have shown that the molecule is in a downward state in Alzheimer's disease and other diseases Molecules appear to be the main regulators that protect the health of neuronal cells and could also serve as a new target to help researchers develop new treatments for Alzheimer's disease () More wonderful counts! Stay tuned!