Research Articles
Feeder-Free Human ESC Culture: Protocols, Matrices & Media for Defined Conditions in 2024
This comprehensive guide explores feeder-free culture systems for human embryonic stem cells (hESCs), addressing key needs of researchers and drug developers.
Injectable Fibrin Scaffolds for Cell Transplantation: Mechanisms, Clinical Applications, and Future Directions in Regenerative Medicine
Injectable fibrin scaffolds have emerged as a pivotal technology in cell transplantation and regenerative medicine, offering a biocompatible, biodegradable, and surgically adaptable matrix for delivering therapeutic cells.
RGD-Modified Hydrogels: Enhancing Cell Delivery and Mitigating Transplantation Stress for Advanced Therapies
This article explores the transformative role of RGD-modified hydrogels in overcoming the central challenge of cell therapy: poor cell survival and function post-transplantation.
ECM Co-injection Strategies: Mitigating Cellular Stress for Enhanced Therapeutic Outcomes
This article explores the emerging paradigm of co-injecting extracellular matrix (ECM) molecules as a strategy to mitigate cellular stress and enhance the efficacy of regenerative therapies and drug delivery.
Piezoelectric Hydrogels: Self-Powered Biomaterials for Mechanobiological Protection and Tissue Regeneration
This article provides a comprehensive analysis of piezoelectric hydrogels, an emerging class of smart biomaterials that convert mechanical stress into therapeutic electrical signals.
Needle-Free Cell Injection: Advancing Biotherapeutics with Water-Jet Technology
This article provides a comprehensive analysis of needle-free water-jet injection technology for cell therapy applications, targeting researchers, scientists, and drug development professionals.
Piezo1 Channels as Cellular Mechanoprotectors: Molecular Mechanisms, Therapeutic Targeting, and Future Directions
This article comprehensively explores the critical role of Piezo1 mechanosensitive ion channels in cellular mechanoprotection, the physiological process by which cells defend against mechanical stress.
Calcium Signaling in Cell Membrane Repair: Molecular Mechanisms, Therapeutic Targeting, and Research Methodologies
This article provides a comprehensive analysis of the critical role of calcium signaling in plasma membrane repair, a fundamental process for cell survival post-injury.
The Biophysics of Cell Damage During Microinjection: Mechanisms, Optimization, and Viability
This article provides a comprehensive analysis of the biophysical mechanisms underlying cell damage during microinjection, a critical technique in cell biology, genetic engineering, and drug development.
Injection Force and Cell Viability: A Mechanobiological Guide to Minimizing Apoptosis in Cell Therapies
The mechanical forces experienced by cells during injection—including shear, extensional, and compressive stresses—are critical yet often overlooked factors that can significantly compromise cell viability and induce apoptotic cell death.