113 studies on Apoptosis mechanism curated from PubMed, ClinicalTrials.gov, and EuropePMC. Updated daily.
This research significantly expands the potential therapeutic scope of Tirzepatide beyond its established roles in type 2 diabetes and obesity, suggesting a novel application in neurodegenerative diseases like Alzheim…
This study highlights the neuroprotective and regenerative potential of Elamipretide (SS-31) in the context of spinal cord injury. By directly targeting mitochondrial dysfunction and promoting neural remodeling, Elami…
This study provides compelling evidence that endogenous FGF21 plays a critical protective role against retinal inflammation and damage. The findings suggest that maintaining adequate FGF21 levels could be a viable the…
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 preclinical evidence that semaglutide, a widely used GLP-1 receptor agonist for type 2 diabetes and obesity, possesses significant neuroprotective properties against chemotherapy-induced…
This mechanistic understanding is crucial because it identifies mitochondrial dysfunction as a central, actionable target for preventing β-cell loss in T2DM. By elucidating the precise links between mitochondrial heal…
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 research highlights NDP-MSH as a promising therapeutic candidate for treating intracerebral hemorrhage by targeting multiple pathways involved in secondary brain injury. By activating the Melanocortin-1 Receptor …
This research highlights Humanin's conserved yet evolutionarily tuned role in protecting against mitochondrial dysfunction and oxidative stress across mammals. The observed species-specific differences provide critica…
The review consistently highlighted that Humanin demonstrated potent and broad-spectrum anti-inflammatory and cytoprotective effects across diverse experimental models. In several mouse models of acute inflammation, H…
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 study provides compelling evidence that Humanin-G possesses significant neuroprotective capabilities in a preclinical model of retinal degeneration. The observed preservation of both retinal structure and functio…
These findings are significant as they highlight the potential of peptide preparations like Cortexin and Pinealon as geroprotective agents, capable of enhancing brain resilience against age-related stressors. By modul…
The introduction of the short peptides generally promoted a survival rate in animals subjected to carotid artery occlusion, though specific quantitative data for this improvement was not provided. > The study found th…
This research highlights the significant potential of these bioregulatory tripeptides, particularly T-38, as novel agents for enhancing skin regeneration and combating age-related skin pathologies. The ability of T-38…
This research underscores the potential of peptide geroprotectors as novel therapeutic agents for combating age-related cognitive decline and neurodegenerative diseases. The finding that Pinealon exerts a prevalent po…
These findings are significant as they highlight the potential of specific peptides to mitigate the damaging effects of oxygen deprivation in the aging brain. Pinealon's capacity to both stimulate neurogenesis and red…
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 study provides compelling mechanistic evidence that ARA290 can effectively protect against cisplatin-induced nephrotoxicity by simultaneously suppressing apoptosis and inflammation. The ability of ARA290 to targe…
This research is highly significant as it identifies a novel and effective therapeutic strategy for combating age-related diseases and potentially extending healthy lifespan. By specifically targeting the FOXO4-p53 in…
These findings are highly significant as they reveal a novel mechanism for age-related testosterone insufficiency and offer a targeted therapeutic strategy. The ability of FOXO4-DRI to selectively induce apoptosis in …
This research highlights the therapeutic potential of senolytic peptides like FOXO4-DRI in targeting and removing harmful senescent cells from cartilage. By selectively eliminating these dysfunctional cells, FOXO4-DRI…
This research highlights FOXO4-DRI as a promising therapeutic agent for combating age-related male infertility by specifically targeting and eliminating senescent Leydig cells. By blocking the FOXO4-p53 interaction, t…
This research highlights a novel therapeutic strategy for keloids by precisely targeting senescent fibroblasts and their inherent resistance to apoptosis. By modulating p53 activity and promoting its nuclear exclusion…
This research is profoundly significant because it provides compelling ex vivo evidence for PNC-27's potent anti-cancer activity in a highly relevant model using actual human patient samples. This approach offers a mo…
This research highlights PNC-27 as a promising dual-mechanism anti-cancer agent that targets both an intracellular protein (HDM-2) and the cell membrane. Its selective toxicity towards cancer cells, while sparing norm…
This study provides crucial insights into the molecular mechanisms governing the stability and efficacy of p53-derived anticancer peptides, highlighting the critical role of the ETFS amino acid sequence. The findings …
This conceptual framework for poptosis represents a potentially groundbreaking shift in cancer treatment strategy. By proposing a mechanism for highly selective cancer cell destruction, it addresses a major limitation…
This study provides compelling evidence that kisspeptin-10 acts as a pleiotropic agent, meaning it exerts multiple beneficial effects, against triple-negative breast cancer. Its unique ability to simultaneously suppre…
This study highlights Kisspeptin-10 as a promising novel therapeutic candidate for the management of obesity and type 2 diabetes. Its multifaceted action, involving both the enhancement of beneficial gut hormones and …
This study highlights Kisspeptin-10 as a promising therapeutic candidate for glioblastoma by simultaneously targeting EMT and inducing apoptosis, two critical pathways in cancer progression. Its ability to disrupt mul…
This research provides novel and critical mechanistic insights into how IGFBP-3 modulates cellular responses to growth factors, unequivocally identifying sphingosine kinase as a pivotal downstream effector in this pro…
This study provides compelling evidence for hexarelin's potential as a novel therapeutic agent for ischemic heart failure by beneficially modulating the PTEN/Akt/ERK signaling pathway. The observed significant improve…
This research highlights Hexarelin's significant neuroprotective potential against oxidative stress, a fundamental process implicated in numerous neurodegenerative conditions. By elucidating its mechanism through the …
This research highlights the significant neuroprotective potential of ghrelin receptor agonists, such as Hexarelin and JMV2894, in mitigating the cellular damage associated with the SOD1-G93A mutation, a key driver of…
Understanding the precise role of Humanin in the context of cardiac surgery outcomes could significantly advance patient care and risk management. If specific Humanin levels are found to correlate with, or predict, th…
This research highlights Humanin's significant potential as a novel therapeutic agent for neurodegenerative diseases like Alzheimer's and Parkinson's, as well as other conditions involving mitochondrial dysfunction an…
This study provides strong preclinical evidence for a novel therapeutic approach to combat brain aging and cognitive decline by targeting the FOXO4-p53 axis. The significant improvements in cognitive function and redu…
This study demonstrates the immense potential of computational peptide engineering to rapidly design and optimize therapeutic candidates for challenging diseases like melanoma. The significant improvements in binding …
This research highlights a novel and promising therapeutic strategy for Glioblastoma Multiforme (GBM) by leveraging engineered exosomes to simultaneously induce cancer cell death and correct gut dysbiosis. The ability…
This review significantly advances our understanding of Diabetic Kidney Disease (DKD) by firmly establishing mitochondrial dynamics as a crucial pathogenic mechanism. Identifying specific pathways within mitochondrial…
This review significantly advances our understanding of GLP-1's extensive therapeutic potential, moving beyond its established role in metabolic health. The detailed exploration of its neuroprotective mechanisms sugge…
This study presents a highly promising and innovative strategy for targeted RNAi therapy against pancreatic cancer, leveraging the natural biocompatibility of exosomes and the specificity of the iRGD peptide. By effec…
This review is crucial for consolidating the vast knowledge surrounding ghrelin and identifying critical areas for future research and development. Understanding ghrelin's diverse physiological roles and the hurdles t…
This research identifies SSTR2 as a highly promising therapeutic target for aggressive SDHB-deficient pheochromocytomas and paragangliomas, offering a novel strategy for a disease with limited options. The fact that S…
This research highlights the potential of targeted immunomodulation to protect pancreatic beta cells from autoimmune destruction, a critical step towards preventing or reversing Type 1 Diabetes. By specifically activa…