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Examining childhood multimorbidity: How crucial is studying early life multimorbidity?

Understanding multimorbidity in childhood, where physical and mental health conditions coexist, is crucial. This interview with Dr. Mark Ferro, Canada Research Chair in Youth Mental Health at the University of Waterloo explores its unique challenges compared to adult research, the need for integrated care, key predictors, and vital research directions.
Neuron cells system - 3d rendered image of Neuron cell network on black background. Hologram view interconnected neurons cells with electrical pulses. Conceptual medical image. Glowing synapse. Healthcare concept.

Understanding the role of immune dysregulation in MS

Despite significant progress in MS-related research, challenges remain. Dr Belinda Kaskow and Professor Allan G Kermode from the Perron Institute and The University of Western Australia explore the benefits of investigating the early stages of immune dysregulation in MS to enhance prevention strategies.
Doctor with human thyroid anatomy model. Thyroid tumor and cancer, postpartum period, papillary carcinoma and health

Rethinking papillary thyroid cancer: Why “low risk” isn’t always low impact

Oliver Bathe, Professor of Surgery and Oncology at the University of Calgary and CEO of Qualisure Diagnostics, urges us to rethink papillary thyroid cancer, noting that “low risk” isn’t always synonymous with low impact.
X-ray image of shoulder

Regenerative medicine and osteoarthritis: SVF, exosomes and beyond

Torbjörn Ogéus from Stockholms Led- & Smärtspecialist guides us through the evolving science of stromal vascular fraction, exosomes, and beyond in regenerative medicine and osteoarthritis.
3D rendering illustration soft white organic glossy human brain side view isolated on pastel blue background with separation clipping path for each section

Targeting the brain for the treatment of type 1 diabetes

Michael W. Schwartz, MD, explains the role played by the brain as a cause of elevated blood sugar and related metabolic derangements in type 1 diabetes, and how therapeutic targeting of this brain system can eliminate the need for insulin therapy in animal models.
image: ©Fen EP

Sudden death is the most catastrophic manifestation of heart disease

Any disease affecting the heart muscle (“myocardium”) is a potential cause of sudden cardiac death. Such diseases include recovery following a heart attack (myocardial infarct “MI”) and diseases, such as Hypertrophic and Dilated Cardiomyopathies (HCM, DCM) together with a host of rarer diseases.
Table 1. Twenty conscious EHS symptoms were listed by 1800 and again in 2023-24 from 5G

Defining Electromagnetic Hypersensitivity (EHS)

Michael Bevington, Chair of Trustees at Electrosensitivity UK, examines the history of Electromagnetic Hypersensitivity (EHS) over the past 275 years, highlighting key 18th-century discoveries and early reports of health issues related to electromagnetic fields (EMFs).
Side view mature Caucasian man sitting on living room sofa holding his painful shoulder

Chronic pain and healthcare education in Canada: Bridging the divide

Hansel Lui from the Michael G. DeGroote Institute for Pain Research and Care discusses inadequacies in healthcare education regarding chronic pain management in Canada and opportunities to close these gaps.
Figure 1. Proposed method for creating a holobiont from engineered minimal genome endosymbionts (derived from JCVI-Syn3B) that regenerate progenitor cells in liver tissue. Fluorescently labeled endosymbiont chassis bacteria with a cationic lipid coating (1) pick up protein coronas comprised of blood peptides as they traffic to the liver (2). The labeled bacteria can be visualized in the tissue (3). Once inside the host cells, the engineered endosymbionts secrete transcription factors that affect the genetic circuits of the cell (4), with limited replication with the host cytoplasm (5). After sustained reprogramming by the secreted transcription factors, the function of the holobiont is redirected (6) toward progenitor cells that can regenerate damaged liver tissue (7). Figure created using Biorender.

Tracing evolution’s blueprint: Minimal genome life and the engineering of synthetic endosymbiosis

Roksana Riddle and Christopher H. Contag from Michigan State University discuss the concept of endosymbiosis, how it has evolved, and present strategies to engineering endosymbionts and their applications in developing innovative therapies.
Unrecognizable pharma research scientist selecting the only set of drugs personalized by genome sequencing in a lineup of pills and tablets. Healthcare concept for pharmacogenomics, pharmacogenetics.

CYP genes and haplotypes in personalised medicine

Brian Tait, Chief Scientific Officer at Haplomic Technologies Pty Ltd, focuses here on CYP genes, haplotypes, and their applications in personalised medicine.
Man wearing protective face mask with uv light

Revolutionising indoor air quality to stop pandemics with Germicidal Ultraviolet (GUV) technology

Indoor air quality is a silent public health crisis, harbouring pathogens that contribute to billions of illnesses annually. Addressing this requires urgent attention, and Germicidal Ultraviolet (GUV) technology offers a powerful solution to combat airborne threats.
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Can premenstrual symptoms help improve women’s healthcare?

Professor Belinda Pletzer from Paris Lodron University of Salzburg explores if the assessment of premenstrual symptoms can help improve women’s healthcare.
Organic curves and glowing particles on a sphere.

Healthy aging: How science and daily habits preserve brain function

Key nutrients like omega-3 fatty acids, curcumin, and NAD+ are important for maintaining cognitive function, but their effective delivery to the brain is hindered by the blood-brain barrier (BBB) and age-related declines in nutrient transport. Dr Rebecca Crews and Heather Makar explore the importance of overcoming these delivery challenges to enhance strategies for cognitive longevity and healthy aging.
Figure 1: Flipons to Learn By: Each Shape Encodes Information Differently and has a different probability of flipping from one conformation to another.

Training your genome

Founder and President of InsideOutBio, Alan Herbert, explores the evolving understanding of genome information storage, and the significance of repetitive sequences called flipons in genome training. These flipons can alter their shape without breaking DNA and are vital in cell biology, especially in responding to environmental stress.
Figure 1: Therapeutic relevance of GPCRs in various diseases.

AI-driven innovations in GPCR ligand synthesis for treating inflammatory diseases

This article explores the significance of G Protein-Coupled Receptors (GPCRs) in therapeutic drug development and strategies for advancing GPCR-targeted therapies, including the use of agonists, antagonists, biased agonism, and allosteric modulators.
Biology nerve cell with biomedicine concept, 3d rendering. 3D illustration.

Unlocking the brain: Pioneering psychiatric genomics at the University of Arizona

Psychiatric disorders challenge us deeply. At the University of Arizona, researchers dissect their molecular roots, focusing on genomics. They aim to decode miRNA’s role in conditions like depression, using advanced analysis to forge a path towards personalized mental health care. Find out more in this exclusive Q&A.
Unrecognizable young woman enjoying a cigarette outdoors. Focus is on the cigarette.

Estimating the impact of cigarette smoking on life expectancy from 1950 to 2000

In this study, Theodore R. Holford from the Department of Biostatistics at the Yale University School of Public Health estimates the impact of cigarette smoking on life expectancy between 1950 and 2000.
Warning symbol for chemical hazard on chemical container, chemical in factory

The challenge of determining the health risks of low-dose chemical exposures

Rebecca J. Wilson and Pamela J. Lein, explore whether the dose makes the poison or not. Here, they discuss the challenges of determining health risks associated with low-dose chemical exposures.

Lives and money: Understanding the true cost of sepsis in Canada

Kali Barrett, Victoria Chechulina, and Fatima Sheikh discuss the economic burden of sepsis in Canada and the economic rationale for implementing coordinated, national strategies to combat this often-overlooked disease.
Figure 1: After controlling for cochlear health (assessed via RW-ECochG-TR), our data reveal that a short lateral wall electrode is linked to poorer CI performance when residual hearing is not preserved. Conversely, when a short lateral wall electrode is used, and residual hearing is preserved – enabling the use of electro-acoustic stimulation (EAS) – patients achieve excellent performance, whereas loss of residual hearing leads to significant underperformance.

Optimizing outcomes: The role of surgical technique and intraoperative factors in cochlear implant performance

Variability in cochlear implant performance remains a significant challenge for clinicians and patients. Contributors from Washington University School of Medicine investigate how surgical techniques and intraoperative adjustments can be refined to further optimize cochlear implant outcomes.

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