Newsletters
Verdiva Bio Announces Completion of Enrollment for EVOLVE-2 Phase IIb Study of VRB-101, a Potential Once-Weekly Oral GLP-1 Peptide Analog in Individuals with Obesity
[Verdiva Bio Limited] Verdiva Bio Limited announced the completion of enrollment for its Phase IIb EVOLVE-2 clinical study of VRB-101, a once-weekly oral, cAMP-biased, GLP-1 peptide analog candidate for body weight reduction in people with overweight or obesity.
Implanted Flexible Electronics Reveal Principles of Human Islet Cell Electrical Maturation
[Science] Investigators implanted tissue-like, stretchable electronics during organogenesis of human pancreatic organoids, enabling months-long, single cell–resolved electrophysiology.
RIPK1 Regulates β-cell Fate via Actions on Gene Expression and Kinase Signaling in a Mouse Model of β Cell Self-Reactivity
[Cell Death & Disease] Researchers reported that Ripk1 expression is increased in islets from aged non-obese diabetic mice and β cells from T1D donors, suggesting that RIPK1 may drive cytokine- and autoimmune-mediated β cell demise in T1D.
Messenger RNA Delivery to Islet β Cells Using Conjugated Lipid Nanoparticles
[Cell Reports Medicine] Scientists described a lipid nanoparticle platform for β cell-enriched mRNA delivery that can be further augmented by conjugation to enhanced glucagon-like peptide-1.
Iron Deficiency Induces Maturation-Dependent Loss of Pancreatic β Cells
[Nature Communications] Investigators identified a maturation-dependent requirement for iron in mouse and human β cells. Using chemical chelation and genetic disruption of transferrin receptor (TFRC)-mediated uptake, they showed that immature β cells depend on iron during metabolic transition to functional maturity.
Evidence That Extra Copies of Chromosome 1q Play a Role in the Early Phases of Pancreatic Neoplasia
[Science Advances] Researchers searched for oncogenes activated by copy number increases using whole-genome sequencing data of 535 PDACs. They found that gains of 1q were the second most common gain, occurring in 213 (39.8%) of PDACs.
Activation of the Pancreatic “Metabolic Synapse” Aggravates Type 2 Diabetes Mellitus by Inducing PANoptosis in β-Cells
[Diabetes] Scientists investigated the contribution of pancreatic fibroblasts to β-cell dysfunction and type 2 diabetes mellitus (T2DM) progression. They used single-cell sequencing technology and in vitro experiments to investigate the mechanisms by which bariatric surgery ameliorates T2DM.
Single-Cell Analysis of Chemotherapy-Induced Remodeling Reveals CD276-Driven Basal-Like Chemoresistance in Pancreatic Cancer
[Gastroenterology] Investigators uncovered the plasticity of PDAC tumor cell states and interactions with the tumor microenvironment that are modified during chemotherapy of unresectable advanced PDAC.
Sympathetic Nerve-Fibroblast Crosstalk Drives Nerve Injury, Fibroblast Activation, and Matrix Remodeling in Pancreatic Cancer
[JCI Insight] Researchers investigated the bidirectional crosstalk between sympathetic nerves and cancer-associated fibroblasts in human and mouse pancreatic tumors.
The Emerging Role of Pancreatic Exocrine Fibrosis As a Common Aetiological Driver of Islet Dysfunction and Diabetes: Opportunities for Novel Disease-Modifying Interventions
[Diabetologia] Scientists examine the literature regarding a potential common aetiological role of pancreatic fibrosis in the pathogenesis of type 3c, type 2, and type 1 diabetes.
B.C. Research ‘Opens the Door’ to More Effective Cancer Therapies
[Canadian Affairs] Researchers at the University of British Columbia and B.C. Children’s Hospital Research Institute have recently discovered how to use stem cells to create the immune cells needed for effective cell therapy.
Nonoxidative Pentose Phosphate Pathway Regulates CD8+ T Cell Immunity by Maintaining NADPH Homeostasis
[Proceedings of The National Academy of Sciences of The United States of America] The authors demonstrated that the nonoxidative pentose phosphate pathway, mediated by transketolase and transaldolase, is critical for CD8+ T cell activation, proliferation, and memory formation by maintaining NADPH homeostasis.

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