Sentence examples for gram of surface from inspiring English sources

Available information on bacterial OTUs (operational taxonomic units) richness in the Mediterranean Sea highlights a high level of diversity ranging from 13 to 1,306 OTUs per gram of surface sediment, depending on the method used (fingerprinting or cloning/sequencing) [88], [89], [96].

Two grams of surface-modified ZrP nanoplatelets (C8-ZrP, C12-ZrP, and C16-ZrP) and primary alkyl amines including 5 g of hexylamine (N6) and 10 g of 1-dodecanamine (N12) were dissolved in 60 mL hexane using a 100-mL glass bottle, respectively.

At least 60 grams of pristine surface will be collected and brought back to Earth.

AOA amoA gene copy numbers ranged from 6.04 × 10 to 9.45 × 10 copies per dry gram of sediment at surface layers, and the S0 and S1 located near mangrove trees had higher archaeal amoA gene abundances than S2 located far away from mangrove trees.

This is achieved because a gram of graphene has a surface area of 2,600 square metres –the equivalent of about ten tennis courts – meaning there are more opportunities for a reaction to occur in the battery.

In Gram-positive bacteria, a class of surface proteins are covalently anchored on the cell wall by a transpeptidase, which has been called sortase (Srt) (Paterson and Mitchell 2004; Ton-That et al. 2004; Marraffini et al. 2006; Clancy et al. 2010).

The potential of surface proteins of gram positive bacteria as an antigen has been tested for many years.

Standard practices for interpreting ambient measurements are not yet fully developed; for example, for most contaminants, it is unclear whether house dust concentration (micrograms per gram of dust) or loading (micrograms of surface area) is a better predictor of children's exposure or body burden.

Treatments at higher temperature shown almost the same activity of undoped titania, but sintering reduced the surface area per gram of TiO2, thus the photocatalytic activity of doped surface was more active (moles of phenol transformed/m2 h).

The chapter on the role of sortases on surface expression of surface proteins among gram-positive bacteria is comprehensive and well written.

Since TLR2 is the dominant pattern recognition receptor involved in recognition of surface components of Gram-positive bacteria we used a TLR2-NF-κB reporter assay to test this hypothesis; however, we did not observe a correlation between TLR2 activation and cytokine production.