Matches in SemOpenAlex for { <https://semopenalex.org/work/W4324303552> ?p ?o ?g. }
- W4324303552 endingPage "46" @default.
- W4324303552 startingPage "38" @default.
- W4324303552 abstract "Plasma is the fourth physical state of matter, characterized by an ionized gaseous mixture, after solid, liquid, and gas phases, and contains a wide array of components such as ions, electrons, radicals, and ultraviolet ray. Whereas the sun and thunder are typical natural plasma, recent progress in the electronics enabled the generation of body-temperature plasma, designated as low-temperature plasma (LTP) or non-thermal plasma since the 1990s. LTP has attracted the attention of researchers for possible biological and medical applications. All the living species on earth utilize water as essential media for solvents and molecular transport. Thus, biological application of LTP naturally intervenes water whether LTP is exposed directly or indirectly, where plasma-activated lactate (PAL) is a standard, containing H2O2, NO2- and other identified molecules. Electron spin resonance and immunohistochemical studies demonstrated that LTP exposure is a handy method to load local oxidative stress. Cancer cells are characterized by persistent self-replication and high cytosolic catalytic Fe(II). Therefore, both direct exposure of LTP and PAL can provide higher damage to cancer cells in comparison to non-tumorous cells, which has been demonstrated in a variety of cancer types. The cell death mode is either apoptosis or ferroptosis, depending on the cancer-type. Thus, LTP and PAL are expected to work as an additional cancer therapy to the established guideline protocols, especially for use in somatic cavities or surgical margins." @default.
- W4324303552 created "2023-03-16" @default.
- W4324303552 creator A5011918761 @default.
- W4324303552 creator A5019321190 @default.
- W4324303552 creator A5024978904 @default.
- W4324303552 creator A5045671403 @default.
- W4324303552 creator A5067143853 @default.
- W4324303552 creator A5069474479 @default.
- W4324303552 creator A5073575033 @default.
- W4324303552 date "2023-01-02" @default.
- W4324303552 modified "2023-10-14" @default.
- W4324303552 title "Low-temperature plasma as magic wand to differentiate between the good and the evil" @default.
- W4324303552 cites W125730286 @default.
- W4324303552 cites W1487413783 @default.
- W4324303552 cites W1568628619 @default.
- W4324303552 cites W1618001767 @default.
- W4324303552 cites W1762056017 @default.
- W4324303552 cites W1856916676 @default.
- W4324303552 cites W1932495143 @default.
- W4324303552 cites W1984081749 @default.
- W4324303552 cites W1985159719 @default.
- W4324303552 cites W1996152690 @default.
- W4324303552 cites W1996279290 @default.
- W4324303552 cites W1998618139 @default.
- W4324303552 cites W1999347013 @default.
- W4324303552 cites W2007819849 @default.
- W4324303552 cites W2010346856 @default.
- W4324303552 cites W2015248217 @default.
- W4324303552 cites W2016060560 @default.
- W4324303552 cites W2018123684 @default.
- W4324303552 cites W2027443731 @default.
- W4324303552 cites W2035152288 @default.
- W4324303552 cites W2040129836 @default.
- W4324303552 cites W2052853635 @default.
- W4324303552 cites W2099196407 @default.
- W4324303552 cites W2102454193 @default.
- W4324303552 cites W2111164125 @default.
- W4324303552 cites W2114015514 @default.
- W4324303552 cites W2117692326 @default.
- W4324303552 cites W2141750609 @default.
- W4324303552 cites W2166213615 @default.
- W4324303552 cites W2182861476 @default.
- W4324303552 cites W2250588670 @default.
- W4324303552 cites W2291881520 @default.
- W4324303552 cites W2331332729 @default.
- W4324303552 cites W2402199195 @default.
- W4324303552 cites W2416120901 @default.
- W4324303552 cites W2551745744 @default.
- W4324303552 cites W2564388605 @default.
- W4324303552 cites W2565097536 @default.
- W4324303552 cites W2567075238 @default.
- W4324303552 cites W2584489872 @default.
- W4324303552 cites W2597494578 @default.
- W4324303552 cites W2607021183 @default.
- W4324303552 cites W2608480934 @default.
- W4324303552 cites W2610198486 @default.
- W4324303552 cites W2735173957 @default.
- W4324303552 cites W2742924865 @default.
- W4324303552 cites W2762087180 @default.
- W4324303552 cites W2769053826 @default.
- W4324303552 cites W2788640168 @default.
- W4324303552 cites W2796868343 @default.
- W4324303552 cites W2810782256 @default.
- W4324303552 cites W2884202833 @default.
- W4324303552 cites W2891299437 @default.
- W4324303552 cites W2892201382 @default.
- W4324303552 cites W2895719294 @default.
- W4324303552 cites W2896335047 @default.
- W4324303552 cites W2897032853 @default.
- W4324303552 cites W2902675446 @default.
- W4324303552 cites W2941095784 @default.
- W4324303552 cites W2946908828 @default.
- W4324303552 cites W2947659575 @default.
- W4324303552 cites W2973379979 @default.
- W4324303552 cites W3000586837 @default.
- W4324303552 cites W3027650570 @default.
- W4324303552 cites W3037322823 @default.
- W4324303552 cites W3040805402 @default.
- W4324303552 cites W3042866397 @default.
- W4324303552 cites W3099944339 @default.
- W4324303552 cites W3102629870 @default.
- W4324303552 cites W3121562596 @default.
- W4324303552 cites W3135248979 @default.
- W4324303552 cites W3144188966 @default.
- W4324303552 cites W3158044260 @default.
- W4324303552 cites W3158735845 @default.
- W4324303552 cites W3199079555 @default.
- W4324303552 cites W3199172245 @default.
- W4324303552 cites W3204574124 @default.
- W4324303552 cites W3208325566 @default.
- W4324303552 cites W4210439779 @default.
- W4324303552 cites W4220951257 @default.
- W4324303552 cites W4284889683 @default.
- W4324303552 cites W4288061550 @default.
- W4324303552 cites W4311578060 @default.
- W4324303552 doi "https://doi.org/10.1080/10715762.2023.2190860" @default.
- W4324303552 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36919449" @default.
- W4324303552 hasPublicationYear "2023" @default.