93 studies on MK-677 curated from PubMed, ClinicalTrials.gov, and EuropePMC. Updated daily.
This research is crucial as it highlights the potential of ghrelin and synthetic growth hormone secretagogues as novel therapeutic agents for treating acute ischemic heart disease, such as myocardial infarction (heart…
This study provides compelling evidence that MK-0677, an oral growth hormone secretagogue, can significantly enhance recovery outcomes in elderly patients following hip fracture surgery. The observed improvements in l…
This study significantly expands our understanding of ghrelin's metabolic roles beyond its well-known effects on appetite and growth hormone, highlighting its direct involvement in adipocyte function. The discovery of…
The development of GHSs represents a paradigm shift in treating conditions associated with GH deficiency or catabolic states. These compounds offer a non-invasive, orally active alternative to recombinant GH, potentia…
This research significantly expands our understanding of how growth hormone secretagogues interact with the ghrelin receptor, moving beyond simple agonism to reveal a sophisticated allosteric modulation. This dual mec…
This systematic methodology represents a significant advancement in pharmaceutical quality control and drug development, offering a standardized framework for impurity tracking. By enabling the early and thorough iden…
This discovery of highly potent GHSs like compound 8 holds significant therapeutic potential for a range of conditions. Such compounds could be invaluable for treating growth hormone deficiency, combating sarcopenia (…
These robust findings underscore the significant therapeutic potential of ghrelin receptor agonists as a multifaceted strategy for intervening in and potentially reversing various aspects of age-related decline. The o…
This synthesis highlights the GH/IGF-I axis as a critical endocrine regulator in Alzheimer's disease, offering a novel perspective on its pathogenesis. Understanding this intricate relationship could pave the way for …
This research demonstrates a successful strategy for enhancing the potency and efficacy of growth hormone secretagogues through targeted structural modification. The improved in vivo efficacy and pharmacokinetic profi…
This research strongly suggests that targeting the GH/IGF-1 axis could be a powerful strategy to combat age-related cardiovascular decline and improve vascular health. By restoring endothelial progenitor cell (EPC) fu…
This research provides a fundamental and detailed understanding of how the ghrelin receptor is activated by a wide array of molecules, from its natural peptide hormone to synthetic small molecules. Identifying this sh…
This research highlights the potential of an oral ghrelin mimetic as a therapeutic strategy to combat age-related muscle loss and improve physical function in older adults. The oral route of administration offers a si…
This study provides crucial and definitive evidence that MK-677, despite its ability to elevate growth hormone levels, does not offer a viable therapeutic strategy for slowing the progression of Alzheimer's Disease. T…
This research provides a fundamental understanding of the precise mechanism by which GHS and GHRPs activate the Ghrelin receptor, specifically concerning Galpha(o1) signaling. The identification of these compounds as …
This review underscores the critical need for more robust, evidence-based interventions to address somatopause and its associated age-related conditions. The findings highlight that current GH therapy, despite its pop…
These findings suggest that MK-0677 could be a valuable therapeutic agent to enhance recovery and improve long-term outcomes for patients following hip fracture. By promoting muscle strength and functional mobility, i…
This research highlights a crucial, previously underappreciated, pathway through which thyroid hormone influences metabolic health, specifically by modulating ghrelin secretion. The finding that thyroid hormone can su…
These findings highlight ghrelin's crucial role in modulating fear memory consolidation, suggesting that dysregulated ghrelin signaling could significantly contribute to the pathophysiology of conditions like Post-Tra…
This study provides compelling evidence that MK-0677, an oral ghrelin receptor agonist, can effectively increase IGF-1 levels in hemodialysis patients. This is a critical step towards addressing the IGF-1 deficiency o…
This comprehensive review underscores the therapeutic promise of GHS for conditions characterized by GH deficiency or age-related decline, such as sarcopenia and frailty, by effectively stimulating endogenous GH relea…
This study provides compelling evidence for MK-0677's potential as a therapeutic agent for Alzheimer's Disease, targeting multiple facets of its complex pathology, including amyloid beta accumulation, neuroinflammatio…
This research strongly supports the potential of oral MK-677 as an effective agent for stimulating growth hormone release and promoting somatic growth. The significant increases in body weight, linear growth, and IGF-…
This research highlights the critical and previously underappreciated role of GHS-R1a in the pathogenesis of neurogenic hypertension and its associated renal dysfunction. The strong association between GHS-R1a underex…
This validated LC-MS/MS method provides a critical tool for regulatory agencies and quality control laboratories to effectively monitor and enforce regulations against SARM adulteration in dietary supplements. By enab…
This research highlights a critical factor influencing the reliability of neck-surface accelerometer data in voice assessment. Understanding this relationship is crucial for developing more accurate and personalized d…
This research significantly advances our understanding of how transcriptional regulation impacts fundamental neuronal function and excitability. The findings highlight Satb1 and Satb2 as critical regulators of glutama…
This detailed characterization of ibutamoren metabolites in horses provides invaluable data for equine anti-doping control programs. By identifying the specific breakdown products, laboratories can develop more sensit…
This validated UHPLC-MS/MS method represents a significant leap forward for anti-doping efforts by dramatically extending the detection window for SARMs and metabolic modulators beyond what is possible with traditiona…
This study presents a paradigm shift in how complex nonlinear signals can be analyzed, offering a powerful tool for fields beyond theoretical physics. For the biotech and peptide community, this AI-driven approach cou…
This research provides crucial data on the metabolic fate and elimination profile of MK-0677 in horses, which is vital for anti-doping efforts. The identification of long-lived urinary metabolites significantly extend…
This research provides a critical advancement for anti-doping strategies in equine sports, particularly for Thoroughbred racing. By identifying long-lived metabolites and establishing their detection windows, regulato…
This case report provides crucial, albeit preliminary, human data on the combined effects of LGD-4033 and MK-677, highlighting their potent impact on body composition and endocrine function. The observed anabolic effe…
This groundbreaking research provides a robust and significantly extended detection method for MK-0677, poised to revolutionize anti-doping strategies in equine sports. The ability to detect this potent growth hormone…
This case report highlights the critical public health risk posed by unregulated commercial performance-enhancing supplements, which often contain undisclosed anabolic or pro-hormonal agents. The reversibility of the …
This case report highlights a critical, under-recognized risk associated with MK-677 use, particularly given its widespread availability and popularity in the performance-enhancing supplement market. It underscores th…
If the trial yielded positive results, this study would validate an oral therapeutic approach for fibromyalgia, potentially offering a more convenient and accessible alternative to injectable growth hormone. An effect…
The study revealed that acute stress robustly suppressed hunger-driven food seeking in the animal model. This suppression was directly correlated with increased activation of neurons within the PVN, suggesting a criti…