Specific applications could then benefit from a big surface-to-volume ratio in big porosity structures to sense biomolecules, whereas for filtering purposes, the pore diameter can be tuned to match the molecule size to be transported through the membrane.
Due to a big surface-to-volume ratio of QDs, the different bio-labeling such as DNA and RNA can be added, in addition to, it can be to link to biological molecules such as peptide, nucleic acid, oligonucleotides, and antibody (Fig. 2b) by different methods.
Due to a big surface-to-volume ratio of QDs, they can be labeled with different biomolecules (e.g., peptide, proteins, enzymes, antibodies, nucleic acid, oligonucleotides, and drugs) (Chen et al. 2008; Xing and Rao 2008; Frasco and Chaniotakis 2010; Wang et al. 2008b) by different methods.
In this work, AuNPs offered a big surface area to immobilize a large number of aptamers and excellent electrochemical signal transduction.
The problem is that the carbon dioxide injected to promote algae growth tends to escape from a big surface.
The nanotriangle shapes revealed to have a big surface area with the range 2 100 nm.
If the mole is cancerous, or if it's large and covers a big surface area, it will probably need to be removed using surgical excision.
Potential vascular application lies in their ability to generate microporous structures with a big surface area.
Coal is universely believed at present to be a porous medium with a big surface area.
"I've always felt when you come to Port Vale your wide players are so important as it is such a big surface and playing area.
