The phrase "access to electron" is not correct in standard written English.
It seems to be missing an article or context, as "electron" is typically used in a plural form or with a specific context.
Example: "The researchers found that access to electrons is crucial for the experiment."
Alternatives: "access to electrons" or "access to the electron".
We would like to thank the ETH Zürich scientific centre for optical and electron microscopy (ScopeM) for access to electron microscopy equipment and P. Tittmann for technical support.
However, there are only a few facilities that have ready access to electron microscopy on the premises.
We investigated hydrogenase location and behaviour in the model unicellular cyanobacterium Synechocystis sp. PCC 6803, location having a direct bearing on access to electron donors.
Physiologically regulated hydrogenase relocalization adds a new dimension to hydrogenase functionality-redistribution between the thylakoid dispersed and puncta populations could potentially optimise access to electron donors in a condition dependent manner.
Both of these issues pertain to access to electron donors and acceptor efficacy since, although the cyanobacterium Synechocystis sp. PCC 6803 (hereafter Synechocystis) hydrogenase is O2-sensitive, inactivation can be reversed within minutes if the environment becomes anoxic and significant activity can be maintained in the presence of oxygen if the environment is sufficiently reducing.
The structures discussed here enable the access to electron-optics experiments in ballistic graphene.
The reactions are easy to set up, are tolerant of various functional groups, and allow quick access to electron-deficient, highly functionalized diaryl ether compounds.
Therefore, in order for the satellite to have access to electrons from solar wind, it would have to be placed at least 65,000 km (about 40,390 miles) away from Earth.
Since HoxE is essential for access to its electron donor, electron supply to the hydrogenase depends on a physiologically controlled localization, potentially offering a new avenue to enhance photosynthetic hydrogen production by exploiting localization/aggregation signals.
Attosecond metrology has enabled access to several electron phenomena in atoms, molecules and solids that were previously too fast to measure.
Objectives: To develop a reliable method for the laboratory diagnosis of orf zoonoses, without virus culture and without access to an electron microscope.
