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699624

Carbon, mesoporous

Name: Carbon, mesoporous
Brand: ALDRICH

nanopowder, graphitized, less than 250 ppm Al, Ti, Fe, Ni, Cu, and Zn combined

Synonym(s):

Graphite nanoparticles, Graphitized carbon, Graphitized carbon black

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About This Item

Empirical Formula (Hill Notation):

CAS Number:

1333-86-4

Molecular Weight:

12.01

EC Number:

231-955-3

MDL number:

MFCD00133992

UNSPSC Code:

12352302

PubChem Substance ID:

329762148

NACRES:

NA.23

form

nanopowder

surface area

50-100 m²/g

pore size

0.25 cm³/g pore volume (typical)
137 Å average pore diameter (typical)

bp

4827 °C

mp

3654-3697 °C

density

1.828 g/cm³ (absolute, typical)

bulk density

0.075 g/cm³

SMILES string

[C]

InChI

1S/C

InChI key

OKTJSMMVPCPJKN-UHFFFAOYSA-N

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General description

Surface area of the graphitized mesoporous carbon was determined to be 77 m²/g. These are highly pure graphitized, porous carbon nanoparticles. Particles have large mesopores and some microporosity. Graphite lattice structure content of approximately 10%. An agglomeration of 30 nm mesoporous nanoparticles (TEM).

Application

The cytotoxic effects of graphitized carbon mesoporous nanopowder and multiwalled carbon nanotubes (MWNTs) was compared on human airway epithelium. Mesoporous carbon was found to have no effect on the epithelium cell morphology.

Storage Class Code

11 - Combustible Solids

WGK

nwg

Flash Point(F)

Not applicable

Flash Point(C)

Not applicable

Personal Protective Equipment

dust mask type N95 (US), Eyeshields, Gloves

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Multiwalled carbon nanotubes induce altered
morphology and loss of barrier function in human
bronchial epithelium at noncytotoxic doses

Snyder RJ, et al.

Nanomedicine (London, England), 9, 4093-4105 (2014)

Salix purpurea Stimulates the Expression of Specific Bacterial Xenobiotic Degradation Genes in a Soil Contaminated with Hydrocarbons.

Antoine P Pagé et al.

PloS one, 10(7), e0132062-e0132062 (2015-07-15)

The objectives of this study were to uncover Salix purpurea-microbe xenobiotic degradation systems that could be harnessed in rhizoremediation, and to identify microorganisms that are likely involved in these partnerships. To do so, we tested S. purpurea's ability to stimulate

Decreasing methane yield with increasing food intake keeps daily methane emissions constant in two foregut fermenting marsupials, the western grey kangaroo and red kangaroo.

Catharina Vendl et al.

The Journal of experimental biology, 218(Pt 21), 3425-3434 (2015-11-06)

Fundamental differences in methane (CH4) production between macropods (kangaroos) and ruminants have been suggested and linked to differences in the composition of the forestomach microbiome. Using six western grey kangaroos (Macropus fuliginosus) and four red kangaroos (Macropus rufus), we measured

Hydrogenase-independent uptake and metabolism of electrons by the archaeon Methanococcus maripaludis.

Svenja T Lohner et al.

The ISME journal, 8(8), 1673-1681 (2014-05-23)

Direct, shuttle-free uptake of extracellular, cathode-derived electrons has been postulated as a novel mechanism of electron metabolism in some prokaryotes that may also be involved in syntrophic electron transport between two microorganisms. Experimental proof for direct uptake of cathodic electrons

Breath analysis for in vivo detection of pathogens related to ventilator-associated pneumonia in intensive care patients: a prospective pilot study.

Wojciech Filipiak et al.

Journal of breath research, 9(1), 016004-016004 (2015-01-06)

Existing methods for the early detection of infections in mechanically ventilated (MV) patients at intensive care units (ICUs) are unsatisfactory. Here we present an exploratory study assessing the feasibility of breath VOC analyses for the non-invasive detection of pathogens in

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