Matches in SemOpenAlex for { <https://semopenalex.org/work/W2608165345> ?p ?o ?g. }
- W2608165345 endingPage "924" @default.
- W2608165345 startingPage "924" @default.
- W2608165345 abstract "The unresolved and paramount challenge in bio-imaging and targeted therapy is to clearly define and demarcate the physical margins of tumor tissue. The ability to outline the healthy vital tissues to be carefully navigated with transection while an intraoperative surgery procedure is performed sets up a necessary and under-researched goal. To achieve the aforementioned objectives, there is a need to optimize design considerations in order to not only obtain an effective imaging agent but to also achieve attributes like favorable water solubility, biocompatibility, high molecular brightness, and a tissue specific targeting approach. The emergence of near infra-red fluorescence (NIRF) light for tissue scale imaging owes to the provision of highly specific images of the target organ. The special characteristics of near infra-red window such as minimal auto-fluorescence, low light scattering, and absorption of biomolecules in tissue converge to form an attractive modality for cancer imaging. Imparting molecular fluorescence as an exogenous contrast agent is the most beneficial attribute of NIRF light as a clinical imaging technology. Additionally, many such agents also display therapeutic potentials as photo-thermal agents, thus meeting the dual purpose of imaging and therapy. Here, we primarily discuss molecular imaging and therapeutic potentials of two such classes of materials, i.e., inorganic NIR dyes and metallic gold nanoparticle based materials." @default.
- W2608165345 created "2017-05-05" @default.
- W2608165345 creator A5002441907 @default.
- W2608165345 creator A5002589686 @default.
- W2608165345 creator A5037362936 @default.
- W2608165345 creator A5052265925 @default.
- W2608165345 creator A5058750227 @default.
- W2608165345 creator A5063267769 @default.
- W2608165345 date "2017-04-28" @default.
- W2608165345 modified "2023-09-26" @default.
- W2608165345 title "Near Infrared Fluorescence Imaging in Nano-Therapeutics and Photo-Thermal Evaluation" @default.
- W2608165345 cites W119301324 @default.
- W2608165345 cites W1771160874 @default.
- W2608165345 cites W1961689541 @default.
- W2608165345 cites W1965694893 @default.
- W2608165345 cites W1967415339 @default.
- W2608165345 cites W1982548635 @default.
- W2608165345 cites W1987857014 @default.
- W2608165345 cites W1989230986 @default.
- W2608165345 cites W1991354544 @default.
- W2608165345 cites W1995534647 @default.
- W2608165345 cites W1996425492 @default.
- W2608165345 cites W2002105394 @default.
- W2608165345 cites W2004455118 @default.
- W2608165345 cites W2005535113 @default.
- W2608165345 cites W2008999855 @default.
- W2608165345 cites W2009283961 @default.
- W2608165345 cites W2013433961 @default.
- W2608165345 cites W2023715906 @default.
- W2608165345 cites W2024100029 @default.
- W2608165345 cites W2029447122 @default.
- W2608165345 cites W2031700556 @default.
- W2608165345 cites W2034476193 @default.
- W2608165345 cites W2037580750 @default.
- W2608165345 cites W2037868432 @default.
- W2608165345 cites W2038882375 @default.
- W2608165345 cites W2041967042 @default.
- W2608165345 cites W2043009832 @default.
- W2608165345 cites W2045936365 @default.
- W2608165345 cites W2054355070 @default.
- W2608165345 cites W2060182985 @default.
- W2608165345 cites W2067536929 @default.
- W2608165345 cites W2070159025 @default.
- W2608165345 cites W2070802503 @default.
- W2608165345 cites W2071224672 @default.
- W2608165345 cites W2073518011 @default.
- W2608165345 cites W2075318716 @default.
- W2608165345 cites W2076749418 @default.
- W2608165345 cites W2077863403 @default.
- W2608165345 cites W2078517045 @default.
- W2608165345 cites W2086696748 @default.
- W2608165345 cites W2087997669 @default.
- W2608165345 cites W2090174920 @default.
- W2608165345 cites W2092804218 @default.
- W2608165345 cites W2096074846 @default.
- W2608165345 cites W2096412764 @default.
- W2608165345 cites W2099199155 @default.
- W2608165345 cites W2100892270 @default.
- W2608165345 cites W2103194980 @default.
- W2608165345 cites W2107519814 @default.
- W2608165345 cites W2110027729 @default.
- W2608165345 cites W2114468052 @default.
- W2608165345 cites W2116415775 @default.
- W2608165345 cites W2123838498 @default.
- W2608165345 cites W2129191745 @default.
- W2608165345 cites W2132660446 @default.
- W2608165345 cites W2148237303 @default.
- W2608165345 cites W2150294514 @default.
- W2608165345 cites W2155935996 @default.
- W2608165345 cites W2156631561 @default.
- W2608165345 cites W2159266214 @default.
- W2608165345 cites W2161552291 @default.
- W2608165345 cites W2168100781 @default.
- W2608165345 cites W2169101925 @default.
- W2608165345 cites W2185893808 @default.
- W2608165345 cites W2187797706 @default.
- W2608165345 cites W2232623525 @default.
- W2608165345 cites W2236643502 @default.
- W2608165345 cites W2250346307 @default.
- W2608165345 cites W2271567713 @default.
- W2608165345 cites W2290808634 @default.
- W2608165345 cites W2318566197 @default.
- W2608165345 cites W2334780759 @default.
- W2608165345 cites W2338159713 @default.
- W2608165345 cites W2343234541 @default.
- W2608165345 cites W2349597 @default.
- W2608165345 cites W2440841568 @default.
- W2608165345 cites W2510572562 @default.
- W2608165345 cites W2518391872 @default.
- W2608165345 cites W2529919212 @default.
- W2608165345 cites W2547935001 @default.
- W2608165345 cites W2549405351 @default.
- W2608165345 cites W282419368 @default.
- W2608165345 cites W574085973 @default.
- W2608165345 cites W75340475 @default.
- W2608165345 doi "https://doi.org/10.3390/ijms18050924" @default.
- W2608165345 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5454837" @default.
- W2608165345 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28452928" @default.