FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4254720199> ?p ?o ?g. }

• W4254720199 endingPage "153535002003031" @default.
• W4254720199 startingPage "153535002003031" @default.
• W4254720199 abstract "Recently, there has been tremendous interest in developing techniques such as MRI, micro-CT, micro-PET, and SPECT to image function and processes in small animals. These technologies offer deep tissue penetration and high spatial resolution, but compared with noninvasive small animal optical imaging, these techniques are very costly and time consuming to implement. Optical imaging is cost-effective, rapid, easy to use, and can be readily applied to studying disease processes and biology in vivo. In vivo optical imaging is the result of a coalescence of technologies from chemistry, physics, and biology. The development of highly sensitive light detection systems has allowed biologists to use imaging in studying physiological processes. Over the last few decades, biochemists have also worked to isolate and further develop optical reporters such as GFP, luciferase, and cyanine dyes. This article reviews the common types of fluorescent and bioluminescent optical imaging, the typical system platforms and configurations, and the applications in the investigation of cancer biology." @default.
• W4254720199 created "2022-05-12" @default.
• W4254720199 creator A5003655999 @default.
• W4254720199 creator A5042051209 @default.
• W4254720199 creator A5082080836 @default.
• W4254720199 date "2003-10-01" @default.
• W4254720199 modified "2023-10-16" @default.
• W4254720199 title "Current Advances in Molecular Imaging: Noninvasive in Vivo Bioluminescent and Fluorescent Optical Imaging in Cancer Research" @default.
• W4254720199 cites W1534575982 @default.
• W4254720199 cites W1544900705 @default.
• W4254720199 cites W1545968958 @default.
• W4254720199 cites W1553198783 @default.
• W4254720199 cites W1561185469 @default.
• W4254720199 cites W1572736799 @default.
• W4254720199 cites W159880720 @default.
• W4254720199 cites W1840763667 @default.
• W4254720199 cites W1965976551 @default.
• W4254720199 cites W1968603674 @default.
• W4254720199 cites W1971050137 @default.
• W4254720199 cites W1979120586 @default.
• W4254720199 cites W1979887297 @default.
• W4254720199 cites W1980989869 @default.
• W4254720199 cites W1985316610 @default.
• W4254720199 cites W2004814586 @default.
• W4254720199 cites W2005460629 @default.
• W4254720199 cites W2013412105 @default.
• W4254720199 cites W2014293907 @default.
• W4254720199 cites W2015193035 @default.
• W4254720199 cites W2029150803 @default.
• W4254720199 cites W2029309165 @default.
• W4254720199 cites W2035074260 @default.
• W4254720199 cites W2038518285 @default.
• W4254720199 cites W2039026859 @default.
• W4254720199 cites W2041232262 @default.
• W4254720199 cites W2043649486 @default.
• W4254720199 cites W2044339940 @default.
• W4254720199 cites W2049815086 @default.
• W4254720199 cites W2050014887 @default.
• W4254720199 cites W2050085273 @default.
• W4254720199 cites W2074058888 @default.
• W4254720199 cites W2081966923 @default.
• W4254720199 cites W2094868914 @default.
• W4254720199 cites W2108447763 @default.
• W4254720199 cites W2114352009 @default.
• W4254720199 cites W2114406100 @default.
• W4254720199 cites W2127068865 @default.
• W4254720199 cites W2129218935 @default.
• W4254720199 cites W2129646129 @default.
• W4254720199 cites W2129672554 @default.
• W4254720199 cites W2136018508 @default.
• W4254720199 cites W2139402759 @default.
• W4254720199 cites W2142222126 @default.
• W4254720199 cites W2146851147 @default.
• W4254720199 cites W2151790333 @default.
• W4254720199 cites W2152193821 @default.
• W4254720199 cites W2336606318 @default.
• W4254720199 cites W4230872326 @default.
• W4254720199 cites W4237899792 @default.
• W4254720199 cites W938090486 @default.
• W4254720199 doi "https://doi.org/10.1162/15353500200303142" @default.
• W4254720199 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/14717329" @default.
• W4254720199 hasPublicationYear "2003" @default.
• W4254720199 type Work @default.
• W4254720199 citedByCount "33" @default.
• W4254720199 countsByYear W42547201992014 @default.
• W4254720199 countsByYear W42547201992015 @default.
• W4254720199 countsByYear W42547201992016 @default.
• W4254720199 countsByYear W42547201992017 @default.
• W4254720199 countsByYear W42547201992018 @default.
• W4254720199 countsByYear W42547201992019 @default.
• W4254720199 countsByYear W42547201992020 @default.
• W4254720199 countsByYear W42547201992021 @default.
• W4254720199 countsByYear W42547201992022 @default.
• W4254720199 countsByYear W42547201992023 @default.
• W4254720199 crossrefType "journal-article" @default.
• W4254720199 hasAuthorship W4254720199A5003655999 @default.
• W4254720199 hasAuthorship W4254720199A5042051209 @default.
• W4254720199 hasAuthorship W4254720199A5082080836 @default.
• W4254720199 hasBestOaLocation W42547201991 @default.
• W4254720199 hasConcept C120665830 @default.
• W4254720199 hasConcept C121332964 @default.
• W4254720199 hasConcept C136339569 @default.
• W4254720199 hasConcept C150903083 @default.
• W4254720199 hasConcept C171250308 @default.
• W4254720199 hasConcept C18903297 @default.
• W4254720199 hasConcept C192562407 @default.
• W4254720199 hasConcept C207001950 @default.
• W4254720199 hasConcept C2777324032 @default.
• W4254720199 hasConcept C29331040 @default.
• W4254720199 hasConcept C41008148 @default.
• W4254720199 hasConcept C5176359 @default.
• W4254720199 hasConcept C57477423 @default.
• W4254720199 hasConcept C86803240 @default.
• W4254720199 hasConcept C91881484 @default.
• W4254720199 hasConcept C92630104 @default.
• W4254720199 hasConceptScore W4254720199C120665830 @default.
• W4254720199 hasConceptScore W4254720199C121332964 @default.
• W4254720199 hasConceptScore W4254720199C136339569 @default.

• next