FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2949271478> ?p ?o ?g. }

• W2949271478 endingPage "3466" @default.
• W2949271478 startingPage "3457" @default.
• W2949271478 abstract "A phase-change contrast agent (PCCA) can be activated from a liquid (nanodroplet) state using pulsed ultrasound (US) energy to form a larger highly echogenic microbubble (MB). PCCA activation is dependent on the ambient pressure of the surrounding media, so any increase in hydrostatic pressure demands higher US energies to phase transition. In this paper, the authors explore this basic relationship as a potential direction for noninvasive pressure measurement and foundation of a unique technology the authors are developing termed tumor interstitial pressure estimation using ultrasound (TIPE-US). TIPE-US was developed using a programmable US research scanner. A custom scan sequence interleaved pulsed US transmissions for both PCCA activation and detection. An automated US pressure sweep was applied, and US images were acquired at each increment. Various hydrostatic pressures were applied to PCCA samples. Pressurized samples were imaged using the TIPE-US system. The activation threshold required to convert PCCA from the liquid to gaseous state was recorded for various US and PCCA conditions. Given the relationship between the hydrostatic pressure applied to the PCCA and US energy needed for activation, phase transition can be used as a surrogate of hydrostatic pressure. Consistent with theoretical predictions, the PCCA activation threshold was lowered with increasing sample temperature and by decreasing the frequency of US exposure, but it was not impacted by PCCA concentration." @default.
• W2949271478 created "2019-06-27" @default.
• W2949271478 creator A5009219493 @default.
• W2949271478 creator A5023655473 @default.
• W2949271478 creator A5044745232 @default.
• W2949271478 creator A5048052461 @default.
• W2949271478 creator A5060957675 @default.
• W2949271478 date "2019-06-01" @default.
• W2949271478 modified "2023-10-02" @default.
• W2949271478 title "Impact of hydrostatic pressure on phase-change contrast agent activation by pulsed ultrasound" @default.
• W2949271478 cites W1487831133 @default.
• W2949271478 cites W1604408587 @default.
• W2949271478 cites W1634760965 @default.
• W2949271478 cites W1895291253 @default.
• W2949271478 cites W1916012762 @default.
• W2949271478 cites W1972448673 @default.
• W2949271478 cites W1982387849 @default.
• W2949271478 cites W1986986101 @default.
• W2949271478 cites W1990343803 @default.
• W2949271478 cites W1991482308 @default.
• W2949271478 cites W1998425421 @default.
• W2949271478 cites W2000000541 @default.
• W2949271478 cites W2002838713 @default.
• W2949271478 cites W2004325596 @default.
• W2949271478 cites W2004539235 @default.
• W2949271478 cites W2005504812 @default.
• W2949271478 cites W2017568670 @default.
• W2949271478 cites W2028156849 @default.
• W2949271478 cites W2031700322 @default.
• W2949271478 cites W2037490594 @default.
• W2949271478 cites W2039759027 @default.
• W2949271478 cites W2047224304 @default.
• W2949271478 cites W2055009621 @default.
• W2949271478 cites W2057124992 @default.
• W2949271478 cites W2061501935 @default.
• W2949271478 cites W2065355090 @default.
• W2949271478 cites W2073344859 @default.
• W2949271478 cites W2076728050 @default.
• W2949271478 cites W2083437069 @default.
• W2949271478 cites W2084002680 @default.
• W2949271478 cites W2087911459 @default.
• W2949271478 cites W2104300873 @default.
• W2949271478 cites W2107134343 @default.
• W2949271478 cites W2109134893 @default.
• W2949271478 cites W2109563446 @default.
• W2949271478 cites W2113506065 @default.
• W2949271478 cites W2114428020 @default.
• W2949271478 cites W2117558556 @default.
• W2949271478 cites W2119325996 @default.
• W2949271478 cites W2120189687 @default.
• W2949271478 cites W2122099856 @default.
• W2949271478 cites W2130281904 @default.
• W2949271478 cites W2134421998 @default.
• W2949271478 cites W2140570135 @default.
• W2949271478 cites W2145549983 @default.
• W2949271478 cites W2158303916 @default.
• W2949271478 cites W2163308073 @default.
• W2949271478 cites W2172103519 @default.
• W2949271478 cites W2201543035 @default.
• W2949271478 cites W2238879479 @default.
• W2949271478 cites W2310139918 @default.
• W2949271478 cites W2483060651 @default.
• W2949271478 cites W2529359263 @default.
• W2949271478 cites W2559897271 @default.
• W2949271478 cites W2607059597 @default.
• W2949271478 cites W2607332337 @default.
• W2949271478 cites W2611913196 @default.
• W2949271478 cites W2761553582 @default.
• W2949271478 cites W2767010947 @default.
• W2949271478 cites W2789599622 @default.
• W2949271478 cites W2910540809 @default.
• W2949271478 cites W2911377888 @default.
• W2949271478 doi "https://doi.org/10.1121/1.5111345" @default.
• W2949271478 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6570615" @default.
• W2949271478 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31255129" @default.
• W2949271478 hasPublicationYear "2019" @default.
• W2949271478 type Work @default.
• W2949271478 sameAs 2949271478 @default.
• W2949271478 citedByCount "10" @default.
• W2949271478 countsByYear W29492714782019 @default.
• W2949271478 countsByYear W29492714782021 @default.
• W2949271478 countsByYear W29492714782022 @default.
• W2949271478 countsByYear W29492714782023 @default.
• W2949271478 crossrefType "journal-article" @default.
• W2949271478 hasAuthorship W2949271478A5009219493 @default.
• W2949271478 hasAuthorship W2949271478A5023655473 @default.
• W2949271478 hasAuthorship W2949271478A5044745232 @default.
• W2949271478 hasAuthorship W2949271478A5048052461 @default.
• W2949271478 hasAuthorship W2949271478A5060957675 @default.
• W2949271478 hasBestOaLocation W29492714782 @default.
• W2949271478 hasConcept C121332964 @default.
• W2949271478 hasConcept C133256868 @default.
• W2949271478 hasConcept C134853933 @default.
• W2949271478 hasConcept C143753070 @default.
• W2949271478 hasConcept C143895478 @default.
• W2949271478 hasConcept C149288129 @default.
• W2949271478 hasConcept C178790620 @default.
• W2949271478 hasConcept C185592680 @default.

• next