142 studies on Other class curated from PubMed, ClinicalTrials.gov, and EuropePMC. Updated daily.
A successful sublingual Oxytocin formulation could revolutionize PPH prevention, particularly in settings where intravenous access or skilled personnel are limited. This non-injectable route offers a practical, user-f…
While specific results from this completed Phase 2 trial are not yet available, the investigation of intranasal oxytocin for obesity holds significant potential. If positive findings emerge, oxytocin could offer a nov…
This ambitious cohort study is crucial for advancing our understanding of chronic hypersomnolence by providing a rich, integrated dataset. The collected data will be instrumental in identifying novel biomarkers for di…
Understanding the direct biological links between chronic insomnia and dementia biomarkers could revolutionize early detection and intervention strategies. If specific CSF markers are reliably associated with chronic …
Augmenting existing, evidence-based psychotherapies for PTSD is crucial to improve treatment response rates and long-term outcomes for individuals suffering from this debilitating condition. If intranasal oxytocin pro…
These findings underscore that targeted immune modulation offers a highly effective and well-tolerated therapeutic strategy for eosinophilic esophagitis. The success of EoE-Modulin in an animal model provides compelli…
This research highlights the distinct neurobiological pathways through which vasopressin and oxytocin modulate cognitive functions, even though they are structurally similar. Understanding these differential effects c…
This research highlights oxytocin's broader role in human social cognition and economic decision-making, suggesting it influences how we assign value to objects based on ownership. Understanding this mechanism could p…
Optimizing labor induction protocols is crucial for improving maternal and neonatal outcomes, potentially reducing complications and improving patient experience. If one route of Misoprostol administration proves sign…
This SingWell proof-of-concept study highlights that group singing offers a holistic, accessible, and enjoyable non-pharmacological intervention for older adults. The observed improvements in mood, social engagement, …
This study provides a significant computational foundation for developing novel antiviral therapies against CCHFV, a pathogen with urgent unmet medical needs and a high fatality rate. By specifically targeting the uni…
Melatonin's potential as a safe, easily administered, and cost-effective intervention for C-section recovery is a significant finding. If confirmed in larger trials, melatonin could become a valuable adjunct therapy t…
This research highlights Norrin as a promising therapeutic agent for Diabetic Retinopathy, offering a novel approach that simultaneously targets RGC neuroprotection and vascular stability by rebalancing VEGF and PEDF.…
This study provides compelling evidence that Bulevirtide, as an entry inhibitor, offers a highly effective therapeutic strategy for HBV-HDV co-infection, a condition with previously limited treatment options. The sign…
This research is critical for identifying novel strategies to improve outcomes for individuals suffering from eating disorders, which often have high relapse rates and incomplete recovery. If successful, this study co…
This research highlights the significant role of low-risk HPV in a substantial portion of nasal inverted papilloma cases, suggesting it's not just high-risk types that are relevant. The findings strongly indicate that…
This study highlights the significant potential of β-peptide nanofilaments as superior antigen delivery systems, offering enhanced stability and immunogenicity compared to conventional amphiphilic peptide structures. …
The review affirms that insulin remains a safe, effective, and versatile therapeutic agent for managing diabetes in the inpatient setting, adaptable to a wide range of patient needs and clinical presentations. Evidenc…
These findings are crucial as they establish a direct mechanistic link between tau oligomers and blood-brain barrier dysfunction, a critical early event in neurodegenerative diseases like Alzheimer's. The activation o…
This research highlights HNF14 as a novel and promising therapeutic strategy for Age-related Macular Degeneration, particularly for the atrophic forms where current treatment options are severely limited. Its ability …
This study represents a significant breakthrough by demonstrating the power of generative AI in discovering and validating novel therapeutic peptides for challenging diseases like glioblastoma. The potent anti-tumor e…
This study provides crucial insights into the risk factors for PBIE, enabling breeders and veterinarians to implement more targeted and effective management strategies. Identifying high-risk mares early can lead to pr…
This extensive UK-specific data provides crucial insights into the epidemiology and management of feline dystocia, offering a robust evidence base for veterinary practitioners. The findings highlight specific risk fac…
This research highlights the potential of Humanin-Like 3 (HN-L3) as a novel, non-invasive biomarker for Multiple Sclerosis (MS), especially in cases with predominant optic nerve and spinal cord involvement. Current di…
This study provides compelling evidence that HNF14, a humanin fragment peptide, holds significant therapeutic potential for Age-related Macular Degeneration. Its ability to simultaneously reduce abnormal blood vessel …
This research provides crucial mechanistic insights into how arsenic, a common environmental contaminant, could contribute to Alzheimer's disease pathology. The findings highlight APP upregulation, NEP downregulation,…
The most significant finding is the confirmation of Wnt/ß-Catenin signaling as a central, highly druggable pathway for inducing follicle neogenesis and reversing hair loss. This research provides a robust scientific f…
This study highlights the potential of carnosine-derived lipidated peptides as a new class of biomaterials with inherent therapeutic properties. The ability to form tunable hydrogels means CLP could serve as a self-de…
This pilot study provides compelling evidence that Estrogen-Related Receptors (ERRs) represent a highly promising and previously under-explored therapeutic target for combating sarcopenia and disuse-induced muscle atr…
This study highlights the exciting potential of repurposing peptides with established functions, like collagenesis induction, into novel antimicrobial agents. The demonstrated efficacy against multidrug-resistant Gram…
This research significantly advances our understanding of the complex molecular mechanisms underlying androgenetic alopecia (AGA) by identifying CXXC5 as a central player in the DHT-PGD2 axis. This discovery provides …
This research highlights the critical role of early monocyte modulation in influencing the trajectory of Alzheimer's disease (AD) pathology. The findings suggest that ARA 290 could represent a novel therapeutic strate…
This research highlights the therapeutic potential of targeting ERR pathways to combat heart failure by directly addressing its underlying metabolic dysfunction. By enhancing the heart's ability to generate energy and…
This research underscores the significant potential of specific oligopeptides, particularly the combination of Vezugen and Pinealon, as highly effective and safe geroprotective agents. The superior impact on biologica…
Understanding the intricate interaction between oxytocin and serotonin is profoundly important for advancing our knowledge of human social behavior and emotional health. Dysregulation in either system is implicated in…
This research provides critical insights into the molecular mechanisms governing peptide-DNA interactions, particularly highlighting the significant and specific role of divalent ions like magnesium. Such detailed und…
This research is significant because it demonstrates a novel and highly targeted strategy for treating obesity by directly reducing white adipose tissue (WAT). Unlike many existing weight loss drugs that primarily sup…
This study's findings are significant because 99mTc-DOTA-ARA-290 offers a potentially superior method for non-invasive detection of cardiac ischemia, which could lead to earlier diagnosis and intervention. The high sp…
This study provides compelling evidence that Longevity-Max, a specific CHM blend, can modulate fundamental molecular pathways associated with aging, including telomere maintenance, sirtuin activation, and inflammation…
This detailed structural characterization provides a fundamental understanding of how FOXO4-DRI exerts its senolytic effects, by directly targeting and modulating the p53 pathway through a unique transient binding mec…
This review significantly advances our understanding of oxytocin's profound and multifaceted role in maternal mental health, extending far beyond its well-known reproductive functions. The findings underscore oxytocin…
The study revealed significant alterations in brain dynamics and molecular profiles in individuals with late-life depression. Specifically, they observed a significant reduction in brain entropy, particularly in the p…
This commentary highlights a crucial aspect of drug development: accurately identifying the mechanism of action. If adipotide truly reduces fat by inducing apoptosis of blood vessels in white adipose tissue, it repres…
This study highlights a novel therapeutic strategy for metabolic diseases by targeting the adipose tissue vasculature rather than directly reducing fat mass. The ability to improve glucose tolerance and insulin sensit…
This research highlights epigenetic age acceleration as a crucial, early-life biomarker for future cardiovascular disease risk. Identifying adolescents with accelerated biological aging could enable targeted early int…