Development of Innovative DNA Hydrogels for Assisted Drug Release
Utilizing reduced Takumi-shaped DNA nanostructures, researchers create optimal DNA hydrogels with possible biological uses.
Utilizing reduced Takumi-shaped DNA nanostructures, researchers create optimal DNA hydrogels with possible biological uses.
According to the researchers, these recurring patterns suggest potential therapeutic targets meant to prevent or slow the progression of cancer.
Although embryonic cells exhibit amazing adaptability at this dynamic stage of early development, it is still unknown what molecular mechanisms and variables govern this plasticity.
Researchers at the University of Würburg (JMU), under the direction of Professor Claudia Höbartner, have recently discovered the three-dimensional structure of SAMURI, a particularly unique ribozyme.
A cell’s morphology and form are crucial to its biological function. This is in line with the “form follows function” theory that is prevalent in contemporary architecture and design.
The codon chart is an important tool in the fields of molecular biology and genetics, allowing the translation of the genetic code into specific amino [Read More…]
The genetic flaw causing the immunological condition chronic granulomatous disease can be fixed with the CRISPR technique. But now, scientists from the University of Zurich have demonstrated that there is a chance of unintentionally adding further flaws.
The spliceosome has up until now remained elusive and unexplored in human biology due to the vast number of components involved and the complexity of its function.
Their novel method makes it feasible to regulate gene expression in the body in previously unattainable ways, which might improve human health and medical research.
What is Micro RNA or miRNA? Micro RNAs belong to small non-coding RNA molecules involved in the regulation of gene expression. These short RNA sequences, [Read More…]