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Alternative flipon conformations compared to Watson and Crick DNA are displayed in the left panel. Flipons offer a new way to program the genome

RNA and DNA flipons in health and disease

Flipons are the next step in DNA research. What they are, their role in DNA and RNA coding, their impact on medical science, and their relation to the immune system are discussed here.
Antibody binding to human cell receptors is a crucial aspect of the immune response and plays a fundamental role in various physiological processes, including immune defense, signaling, and regulation of cellular functions. Antibodies, also known as immunoglobulins, are proteins produced by the immune system in response to the presence of foreign substances, such as pathogens or abnormal cells.

High-resolution snapshots of antibody repertoires as potential correlates of protection

Klaus Eyer from ETH Zurich describes high-resolution snapshots of antibody repertoires as potential correlates of protection.
Figure 1. Elements of the operational RNA code in the tRNA acceptor stem. A. Bases in the tRNA acceptor stem encode two aspects of amino acid physical chemistry—size and polarity—that determine protein folding. B. Acceptor stem bases preceded the anticodon stem-loop and code other properties. C. The oldest parts of Class I and II AARS could already discriminate between both amino acid and RNA substrates (6) .

tRNA: The operational RNA code and protein folding

Charles W. Carter, Jr., from the Department of Biochemistry and Biophysics, University of North Carolina at Chapel Hill, relates molecular recognition used in genetic coding to structures of aminoacyl-tRNA synthetases and their cognate tRNAs.
A group of antibiotic pill capsules fallling. Healthcare and medical 3D illustration background.

Drug repositioning using multiple gene expression profiles

Chuo University’s Professor Y-h. Taguchi places focus on drug repositioning using multiple gene expression profiles
A scientist using a pipette with a microtiter plate and a petri dish

AI and modern experimental biology: A historical perspective

Ute Deichmann, Director of the Jacques Loeb Centre for the History and Philosophy of the Life Sciences at Ben-Gurion University of the Negev, discusses the adoption and limitations of Artificial Intelligence within modern experimental biology.
Colored Genetic Code DNA Molecule Structure

Personalized medicine: “Tyranny of the gene”

Dr Priya Hays, Ph.D., CEO/Science Writer at Hays Documentation Specialists, LLC, responds to “Tyranny of the Gene.” Is personalized medicine a threat to public health? Not really, but yes, it’s an argument for price controls and perhaps more regulations; we hear.
Tumor microenvironment concept with cancer cells, T-Cells, nanoparticles, cancer associated fibroblast layer of tumor microenvironment normal cells, molecules, and blood vessels 3d rendering

Understanding T lymphocytes inner workings to harness therapeutic potential

Leslie J. Berg, PhD from the University of Colorado, Anschutz School of Medicine, sheds light on understanding the inner workings of T lymphocytes to harness their therapeutic potential.
blue water mirror. abstract background of rippled water surface

Harnessing redox power for biotechnological application in purple non-sulphur bacteria

Here we explore purple non-sulfur bacteria (PNSB) and some of its biotech applications, with a focus on how these applications have been enhanced by manipulating the flow of reducing power.
Figure 1: Immunofluorescent image of OVCAR3 cells in culture showing that cells are at different stages of the cell cycle. P53 (green) is nuclear in all cells that are not dividing, including PGCCs that are multinuclear (a) and (b). PGCC during abnormal cytokinesis (c). P53 is redistributed in cells undergoing normal mitosis where the condensed chromosomes are either at the midbody (d) or are undergoing cytokinesis (e). (1)

Controlling ovarian cancer: An introduction to detection and treatment

With current strategies proving inadequate, what needs to be done is to further the research into detecting, treating, and controlling ovarian cancer.
3d illustration of molecule model. Science background with molecules and atoms

Probing the individuality of cells and molecules

Sotaro Uemura, Professor at the University of Tokyo, probes the individuality of cells and molecules.

Options for stroke survivors: From stroke to conventional therapy

Discovery of novel treatment options for stroke survivors – requirements for implanted systems.
Brain activity,Human brain damage,Neural network,Artificial intelligence and idea concept

Innovative gene therapy approaches for brain tumour-related epilepsy

Professor Mark Cunningham and Dr Kate Connor from Trinity College Dublin discuss the burden of brain tumour-related epilepsy and why novel therapies are urgently needed to improve the quality of life for those affected.
Lijuan Yuan with Gn pig jpg

Gnotobiotic pig models: Illuminating the enigma of human norovirus infection and immunity

Dr Lijuan Yuan and her team have studied human noroviruses (HuNoV) in gnotobiotic pigs for over 15 years. Here, she explains how such research is advancing our understanding of HuNoV pathogenesis, infectivity, and immunity.
Pills On Yellow Background, symbolising drug repositioning

Can we do drug repositioning without disease gene expression?

Chuo University’s Professor Y-h. Taguchi examines the application of cutting-edge single-cell-based measurements in drug repositioning.
Figure 1: Immunomodulatory therapies are effective during the relapsing-remitting phase of MS, when immune cells are found in active lesions, but fail to ameliorate progressive decline and irreversible clinical disability. Increased axonal injury correlates with lack of immune cell infiltration but sustained activation of resident CNS glial cells in the progressive phase. These pathological findings are consistent with MRI imaging studies demonstrating virtually no new lesions occurring during progressive MS. Additionally, at the time of MS diagnosis there is evidence of prior lesion activity by MRI imaging supporting that the future development of neuroprotective strategies should be administered in combination with immunomodulatory therapies.

Targeting the central nervous system: The future of therapeutic strategies for MS

Tara M. DeSilva from the Department of Neurosciences, Cleveland Clinic, looks at the future of therapeutic strategies for MS, focusing on targeting the central nervous system.
Green forest aerial view. Drone photography. Summer sky. Sustainability. Nature conservation. Morning

Decarbonising the world economy with synthetic biology

Macquarie University Distinguished Professor Ian Paulsen, discusses how synthetic biology can be used to decarbonise the global economy.
Girl Undergoing Eye Examination

Sight loss research: Looking forward to an equitable future

Keith Valentine, Chief Executive of Fight for Sight and Vision Foundation, shares how these newly merged organisations are driving efforts in sight loss research to improve patient care.
Inflammation concept, inflamed human tissues 3d rendering.

CB2R agonists in the clinics: A treasure chest for treating inflammatory diseases

Researchers give an update on clinical trials with CB2R agonists and their potential for the treatment of inflammatory diseases.

Development of a new gene therapy drug as a treatment for hypophosphatasia

The current primary treatment for hypophosphatasia is enzyme replacement therapy; however the development of a new gene therapy drug, ARU-2801, may change the landscape forever.
Sitting on their sofa at home, the senior adult couple smiles and laughs at a joke.

The next frontier in anti-cancer drugs

Dr Anthony J. Berdis, Case Comprehensive Cancer Center discusses the future of cancer treatments and anti-cancer drugs.
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