User:Antony-22

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I'm a chemist with a research interest in nanotechnology. I've been editing Wikipedia since Fall 2006, and was reading it for about two years before that. Most of my work is related to articles on nanotechnology, biomolecular structure, and related science topics, as well as science policy and budgetary policy, and local landmarks, especially bridges. As of January 2017, I am a Wikipedian-in-Residence for the U.S. National Institute for Occupational Safety and Health, and my edits for that position are made under a separate account.

My time is split between creating and expanding new articles, copyediting existing articles for flow and clarity of organization, and performing splits of long articles and merges of articles that have overlapping subject matter. I'm a big fan of navboxes as a tool to improve readers' understanding of how articles relate to each other within a broader context.

Accomplishments[edit]

I have created or overhauled a good number of articles; the above links contain a list of the articles I have worked extensively on, as well as a gallery of the images I have uploaded. I have also made a number of navboxes, mainly for the various subfields of nanotechnology, to improve article flow and attract more edits to these articles.

The boxes below feature changing samples from my FA, GA, and DYK credits.

Selected quality article

A microbiology laboratory

The hazards of synthetic biology include biosafety hazards to workers and the public, mainly from exposure to pathogens and toxic chemicals; biosecurity hazards stemming from deliberate engineering of organisms to cause harm; and hazards to the environment including adverse effects on biodiversity and ecosystem services. In general, existing hazard controls, risk assessment methodologies, and regulations developed for traditional genetically modified organisms (GMOs) also apply to synthetic organisms. "Extrinsic" biocontainment methods used in laboratories include biosafety cabinets and gloveboxes, as well as personal protective equipment. In agriculture, they include isolation distances and pollen barriers. Synthetic organisms might potentially offer increased hazard control because they can be engineered with "intrinsic" biocontainment methods that limit their growth in an uncontained environment, or prevent horizontal gene transfer to natural organisms; these include auxotrophy, biological kill switches, and xenobiological organisms. (more...)

Did you know...

The Richards Building in 1923
The Richards Building in 1923
Selections from my DYK credits. Refresh.
Committed identity: UrlFvyyl,LbhNerAbgTbvatGbPenpxZlVqragvglFbRnfvyl!GurErnyUnfuVfNg/Pbzzvggrq vqragvgl. is a ROT13 commitment to this user's real-life identity.