Introducing exogenous macromolecular materials, including genetic materials, drugs,
peptides into plant cells, referred to as intracellular delivery, is crucial for various plant …

Lasers enable modification of living and non-living matter with submicron precision in a
contact-free manner which has raised the interest of researchers for decades. Accordingly …

Facilitating the delivery of impermeable molecules into cells stands as a pivotal step for both
basic research and therapeutic delivery. While current methods predominantly use …

Femtosecond laser photoporation has become a popular method to deliver various kinds of
molecules such as genes, proteins, and fluorescent dyes into single mammalian cells …

Microalgae-based metabolic engineering has been proven effective for producing valuable
substances such as food supplements, pharmaceutical drugs, biodegradable plastics, and …

Laser based cell manipulation has proven to be a versatile tool in biomedical applications.
In this context, combining weakly focused laser pulses and nanostructures, eg gold …

Intracellular delivery of molecules can be increased by laser-exposure of carbon black
nanoparticles to cause photoporation of the cells. Here we sought to determine effects of …

In this last decade, the genetic transformation technique has been highly developed and
widely used both for scientific purposes to elucidate the function of a particular gene in …

The introduction of nanoparticles to intact plant cells is promising as a transporting
technique of a wide range of functional molecules. Among various molecular delivery …

The use of small particles has expanded the capability of ultrashort pulsed laser
optoinjection technology toward simultaneous treatment of multiple cells. The microfluidic …