Research Articles
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.
Conquering Cell Death: Strategies to Overcome Anoikis and Mechanical Stress in Therapeutic Cell Delivery
This article explores the critical challenge of massive cell death in therapeutic cell delivery, where anoikis—a form of detachment-induced apoptosis—and mechanical stress during transplantation severely limit clinical efficacy.
Challenges and Solutions: Understanding the Causes of Low Stem Cell Survival Post-Transplantation
This article provides a comprehensive analysis of the major challenges limiting stem cell survival after transplantation, a critical barrier in regenerative medicine.
Mechanisms of Cell Death During Needle Injection: From Biophysical Stress to Therapeutic Solutions
This article provides a comprehensive analysis of the mechanisms underlying cell death during needle injection, a critical challenge in cell therapy and drug delivery.
Restoring Potency: A Scientific Guide to MSC Immunosuppressive Function Recovery Post-Thaw
Cryopreservation is a critical step in the clinical deployment of mesenchymal stromal cells (MSCs), yet it significantly impairs their vital immunosuppressive function, a cornerstone of their therapeutic value for conditions...
Impact of Repeated Freezing on MSC Quality: A Strategic Guide for Cell Therapy Development
This article provides a comprehensive analysis of how repeated freezing and thawing cycles impact the critical quality attributes of Mesenchymal Stromal Cells (MSCs) for therapeutic applications.
Cryopreserved MSCs: A Direct Comparison of TCP vs. Bioreactor Expansion for Clinical Manufacturing
This article provides a critical analysis for researchers and drug development professionals on the impact of expansion methodology—conventional tissue culture plastic (TCP) versus bioreactor systems—on the critical quality attributes of...
Preserving Power: Strategies for Assessing and Maintaining the Functional Potency of Thawed MSCs in Immunosuppression Assays
This article provides a comprehensive resource for researchers and drug development professionals on the critical challenge of maintaining the immunosuppressive potency of Mesenchymal Stromal Cells (MSCs) post-thaw.
Cryopreserved vs. Freshly Cultured MSCs: A Systematic Analysis of Efficacy in Preclinical Inflammation Models
This article synthesizes current preclinical evidence on the therapeutic efficacy of cryopreserved mesenchymal stromal cells (MSCs) compared to freshly cultured cells in animal models of inflammation.