… of the hydrogels could be modulated by the adjustment of DNA sequence and length. …
capability, thus showing promise for bioimaging, tissue engineering, as well as wound dressing. …

… have been used as gene carriers for effective and safe gene delivery. Due to the intracellular
gene delivery pathway, viral vectors have the advantage of high gene transfection. However…

… , and drug delivery [89]. Surface functionalization improves the utility ranges of nanocellulose
[29]. The chemical functionalization includes self-modulated … drug delivery systems [119]. …

… The popularity of carbon nanomaterials (CNMs) has been on the rise due to their numerous
applications in the fields of drug delivery, bioimaging, tissue engineering, and biosensing. …

… Gene therapy is the product of man's quest to eliminate diseases. Gene therapy has three
facets namely, gene … mRNA has a shorter half-life, which can be modulated by effective …

… In summary, we have engineered a bioresponsive depot loaded with Zeb and aPD1 to
combine epigenetic modulation and immunotherapy, which have been proved to effectively …

… of gene therapy, which aims to treat patients by modulating … advance the field of gene
therapy through the development of … exhibit enhanced biocompatibility, tissue-specific targeting, …

… - T cells by modulating the expression of … engineered cartilage with immunomodulatory
properties was developed in conjunction with gene therapy and functional tissue engineering…

… us to discuss tissue engineering and regenerative medicine applications, other available
and potential applications include photothermal therapeutics, drug delivery, gene regulation, …

… of non-viral gene delivery vectors is the cornerstone of modern gene delivery. Despite the
… As a rule of thumb, gene delivery involves the deliberate modulation of gene expression …