Sentence examples for biological cargo from inspiring English sources
No. "It's just biological cargo".
I love the dispassion with which he refers to astronauts as "biological cargo".
They appear to play an important role in many disease processes, most notably inflammation and cancer, where their efficient functional delivery of biological cargo seems to contribute to the disease progress.
These platforms can be loaded with large amounts of biological cargo, administered systemically and act at a distance, target specific cell populations, undergo intracellular internalization via endogenous uptake mechanisms, and act as contrast agents or release cargo for therapeutic purposes.
Single walled carbon nanotubes [1] (CNT) are promising scaffolds for transporting biological cargo across cellular membranes [2] [5].
Compared with most other mesoporous silicas, this gives it the unique ability to expose the biological cargo to only concave curvature upon adsorption.
Dendrimers and dendritic polymers with unique inherent supramolecular features and multivalent properties permit tailoring interactions with a range of biological cargoes for drug delivery.
The inherent property of carbon nanotubes, which is to breach the cell membrane of different types of mammalian cells, can be utilized for cellular transport and as a delivery system for functional biological cargos.
Extensive effort is currently being expended on the innovative design and engineering of new molecular carrier systems for the organelle-targeted delivery of biological cargoes (e.g., peptide aptamers or biological proteins) as tools in cell biology and for developing novel therapeutic approaches.
Beyond clarifying the RanGTP-dependent composition and organization of the intact pore, the ability to form the Ran-reversible impβ/Nup153 material in vitro will allow the interplay of energy, impβ, and Ran to be directly investigated and should also allow efficient and selective molecular rectifiers to be created in vitro, not just for biological cargos but also for other substrates.
These versatile and advanced polymeric nanocomposites are capable of carrying and delivering a range of biological and bioactive cargo ranging from, but not limited to, stem cells through biofactors to glucocorticoids.
