Matches in SemOpenAlex for { <https://semopenalex.org/work/W2520924041> ?p ?o ?g. }
- W2520924041 endingPage "729" @default.
- W2520924041 startingPage "715" @default.
- W2520924041 abstract "We developed a prototype instrument called the Standoff Biofinder, which can quickly locate biological material in a 500 cm2 area from a 2 m standoff distance with a detection time of 0.1 s. All biogenic materials give strong fluorescence signals when excited with UV and visible lasers. In addition, the luminescence decay time of biogenic compounds is much shorter (<100 ns) than the micro- to millisecond decay time of transition metal ions and rare-earth ions in minerals and rocks. The Standoff Biofinder takes advantage of the short lifetime of biofluorescent materials to obtain real-time fluorescence images that show the locations of biological materials among luminescent minerals in a geological context. The Standoff Biofinder instrument will be useful for locating biological material during future NASA rover, lander, and crewed missions. Additionally, the instrument can be used for nondestructive detection of biological materials in unique samples, such as those obtained by sample return missions from the outer planets and asteroids. The Standoff Biofinder also has the capacity to detect microbes and bacteria on space instruments for planetary protection purposes. Key Words: Standoff Biofinder—Luminescence—Time-resolved fluorescence—Biofluorescence—Planetary exploration—Planetary protection—Noncontact nondestructive biodetection. Astrobiology 16, 715–729." @default.
- W2520924041 created "2016-09-23" @default.
- W2520924041 creator A5000974138 @default.
- W2520924041 creator A5012661861 @default.
- W2520924041 creator A5025578386 @default.
- W2520924041 creator A5030306707 @default.
- W2520924041 creator A5030676588 @default.
- W2520924041 creator A5032317441 @default.
- W2520924041 creator A5044780439 @default.
- W2520924041 creator A5052875936 @default.
- W2520924041 creator A5066233270 @default.
- W2520924041 creator A5074989705 @default.
- W2520924041 creator A5084718673 @default.
- W2520924041 date "2016-09-01" @default.
- W2520924041 modified "2023-10-02" @default.
- W2520924041 title "“Standoff Biofinder” for Fast, Noncontact, Nondestructive, Large-Area Detection of Biological Materials for Planetary Exploration" @default.
- W2520924041 cites W1482869164 @default.
- W2520924041 cites W1969835672 @default.
- W2520924041 cites W1969973890 @default.
- W2520924041 cites W1970110177 @default.
- W2520924041 cites W1976999626 @default.
- W2520924041 cites W1977449292 @default.
- W2520924041 cites W1981431627 @default.
- W2520924041 cites W1982040515 @default.
- W2520924041 cites W1986240325 @default.
- W2520924041 cites W1992405450 @default.
- W2520924041 cites W1996484899 @default.
- W2520924041 cites W2007838531 @default.
- W2520924041 cites W2013254866 @default.
- W2520924041 cites W2013399472 @default.
- W2520924041 cites W2013738273 @default.
- W2520924041 cites W2016176562 @default.
- W2520924041 cites W2016726725 @default.
- W2520924041 cites W2025104778 @default.
- W2520924041 cites W2026545918 @default.
- W2520924041 cites W2026559907 @default.
- W2520924041 cites W2027000530 @default.
- W2520924041 cites W2031355055 @default.
- W2520924041 cites W2033731692 @default.
- W2520924041 cites W2035957571 @default.
- W2520924041 cites W2037172057 @default.
- W2520924041 cites W2037392480 @default.
- W2520924041 cites W2037431508 @default.
- W2520924041 cites W2037728758 @default.
- W2520924041 cites W2043170691 @default.
- W2520924041 cites W2044800075 @default.
- W2520924041 cites W2045820628 @default.
- W2520924041 cites W2046720308 @default.
- W2520924041 cites W2047670118 @default.
- W2520924041 cites W2049231227 @default.
- W2520924041 cites W2051365968 @default.
- W2520924041 cites W2054022880 @default.
- W2520924041 cites W2055343213 @default.
- W2520924041 cites W2056078352 @default.
- W2520924041 cites W2059619139 @default.
- W2520924041 cites W2059818288 @default.
- W2520924041 cites W2061178826 @default.
- W2520924041 cites W2064123250 @default.
- W2520924041 cites W2064218333 @default.
- W2520924041 cites W2069517971 @default.
- W2520924041 cites W2071796237 @default.
- W2520924041 cites W2074303018 @default.
- W2520924041 cites W2076546550 @default.
- W2520924041 cites W2080745517 @default.
- W2520924041 cites W2080900930 @default.
- W2520924041 cites W2081936006 @default.
- W2520924041 cites W2083622386 @default.
- W2520924041 cites W2088716100 @default.
- W2520924041 cites W2089911645 @default.
- W2520924041 cites W2090726271 @default.
- W2520924041 cites W2100266639 @default.
- W2520924041 cites W2107316651 @default.
- W2520924041 cites W2110036154 @default.
- W2520924041 cites W2111858716 @default.
- W2520924041 cites W2122840224 @default.
- W2520924041 cites W2127832317 @default.
- W2520924041 cites W2145893294 @default.
- W2520924041 cites W2149836435 @default.
- W2520924041 cites W2151269714 @default.
- W2520924041 cites W2151398453 @default.
- W2520924041 cites W2151730254 @default.
- W2520924041 cites W2157159319 @default.
- W2520924041 cites W2166168429 @default.
- W2520924041 cites W2297487250 @default.
- W2520924041 cites W4233325167 @default.
- W2520924041 cites W4246940305 @default.
- W2520924041 cites W72907974 @default.
- W2520924041 doi "https://doi.org/10.1089/ast.2015.1400" @default.
- W2520924041 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27623200" @default.
- W2520924041 hasPublicationYear "2016" @default.
- W2520924041 type Work @default.
- W2520924041 sameAs 2520924041 @default.
- W2520924041 citedByCount "12" @default.
- W2520924041 countsByYear W25209240412018 @default.
- W2520924041 countsByYear W25209240412019 @default.
- W2520924041 countsByYear W25209240412021 @default.
- W2520924041 countsByYear W25209240412022 @default.
- W2520924041 crossrefType "journal-article" @default.