Matches in SemOpenAlex for { <https://semopenalex.org/work/W4300717350> ?p ?o ?g. }
- W4300717350 endingPage "109426" @default.
- W4300717350 startingPage "109426" @default.
- W4300717350 abstract "Selenophosphate synthetase (SEPHS) was originally discovered in prokaryotes as an enzyme that catalyzes selenophosphate synthesis using inorganic selenium and ATP as substrates. However, in contrast to prokaryotes, two paralogs, SEPHS1 and SEPHS2, occur in many eukaryotes. Prokaryotic SEPHS, also known as SelD, contains either cysteine (Cys) or selenocysteine (Sec) in the catalytic domain. In eukaryotes, only SEPHS2 carries out selenophosphate synthesis and contains Sec at the active site. However, SEPHS1 contains amino acids other than Sec or Cys at the catalytic position. Phylogenetic analysis of SEPHSs reveals that the ancestral SEPHS contains both selenophosphate synthesis and another unknown activity, and that SEPHS1 lost the selenophosphate synthesis activity. The three-dimensional structure of SEPHS1 suggests that its homodimer is unable to form selenophosphate, but retains ATPase activity to produce ADP and inorganic phosphate. The most prominent function of SEPHS1 is that it is implicated in the regulation of cellular redox homeostasis. Deficiency of SEPHS1 leads to the disturbance in the expression of genes involved in redox homeostasis. Different types of reactive oxygen species (ROS) are accumulated in response to SEPHS deficiency depending on cell or tissue types. The accumulation of ROS causes pleiotropic effects such as growth retardation, apoptosis, DNA damage, and embryonic lethality. SEPHS1 deficiency in mouse embryos affects retinoic signaling and other related signaling pathways depending on the embryonal stage until the embryo dies at E11.5. Dysregulated SEPHS1 is associated with the pathogenesis of various diseases including cancer, Crohn's disease, and osteoarthritis." @default.
- W4300717350 created "2022-10-04" @default.
- W4300717350 creator A5006566063 @default.
- W4300717350 creator A5010080171 @default.
- W4300717350 creator A5016544113 @default.
- W4300717350 creator A5033681113 @default.
- W4300717350 creator A5035100173 @default.
- W4300717350 creator A5035878254 @default.
- W4300717350 creator A5048138321 @default.
- W4300717350 creator A5074320272 @default.
- W4300717350 creator A5074824488 @default.
- W4300717350 creator A5084275127 @default.
- W4300717350 date "2022-11-01" @default.
- W4300717350 modified "2023-10-14" @default.
- W4300717350 title "SEPHS1: Its evolution, function and roles in development and diseases" @default.
- W4300717350 cites W1486610254 @default.
- W4300717350 cites W1548949601 @default.
- W4300717350 cites W1570147547 @default.
- W4300717350 cites W1641384127 @default.
- W4300717350 cites W1647577587 @default.
- W4300717350 cites W1913584117 @default.
- W4300717350 cites W1966815619 @default.
- W4300717350 cites W1976619439 @default.
- W4300717350 cites W1981268894 @default.
- W4300717350 cites W1981826336 @default.
- W4300717350 cites W1984174807 @default.
- W4300717350 cites W1986222273 @default.
- W4300717350 cites W1991394753 @default.
- W4300717350 cites W2001415595 @default.
- W4300717350 cites W2004634968 @default.
- W4300717350 cites W2008077687 @default.
- W4300717350 cites W2009695761 @default.
- W4300717350 cites W2009943068 @default.
- W4300717350 cites W2011427262 @default.
- W4300717350 cites W2028066286 @default.
- W4300717350 cites W2029315482 @default.
- W4300717350 cites W2040142558 @default.
- W4300717350 cites W2045055079 @default.
- W4300717350 cites W2047638903 @default.
- W4300717350 cites W2054842964 @default.
- W4300717350 cites W2057887750 @default.
- W4300717350 cites W2067158962 @default.
- W4300717350 cites W2075786756 @default.
- W4300717350 cites W2079432892 @default.
- W4300717350 cites W2080388275 @default.
- W4300717350 cites W2084153641 @default.
- W4300717350 cites W2084913785 @default.
- W4300717350 cites W2093198875 @default.
- W4300717350 cites W2097637665 @default.
- W4300717350 cites W2098890352 @default.
- W4300717350 cites W2099089793 @default.
- W4300717350 cites W2118610676 @default.
- W4300717350 cites W2123098050 @default.
- W4300717350 cites W2124108929 @default.
- W4300717350 cites W2125628477 @default.
- W4300717350 cites W2127316554 @default.
- W4300717350 cites W2128360087 @default.
- W4300717350 cites W2132826785 @default.
- W4300717350 cites W2133919074 @default.
- W4300717350 cites W2137769800 @default.
- W4300717350 cites W2142664783 @default.
- W4300717350 cites W2149005038 @default.
- W4300717350 cites W2152207030 @default.
- W4300717350 cites W2168433858 @default.
- W4300717350 cites W2168548331 @default.
- W4300717350 cites W2398924449 @default.
- W4300717350 cites W2407109380 @default.
- W4300717350 cites W2593028600 @default.
- W4300717350 cites W2800952104 @default.
- W4300717350 cites W2805714045 @default.
- W4300717350 cites W2924471609 @default.
- W4300717350 cites W2930667225 @default.
- W4300717350 cites W2951630093 @default.
- W4300717350 cites W2979565517 @default.
- W4300717350 cites W3013352992 @default.
- W4300717350 cites W3048893255 @default.
- W4300717350 cites W3089592584 @default.
- W4300717350 cites W3092045619 @default.
- W4300717350 cites W3121352127 @default.
- W4300717350 cites W3132268936 @default.
- W4300717350 cites W3198270146 @default.
- W4300717350 cites W3210520969 @default.
- W4300717350 cites W3210599409 @default.
- W4300717350 cites W4200350814 @default.
- W4300717350 cites W4210925581 @default.
- W4300717350 cites W4245543343 @default.
- W4300717350 cites W4281568460 @default.
- W4300717350 cites W4283317848 @default.
- W4300717350 doi "https://doi.org/10.1016/j.abb.2022.109426" @default.
- W4300717350 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36202216" @default.
- W4300717350 hasPublicationYear "2022" @default.
- W4300717350 type Work @default.
- W4300717350 citedByCount "2" @default.
- W4300717350 countsByYear W43007173502023 @default.
- W4300717350 crossrefType "journal-article" @default.
- W4300717350 hasAuthorship W4300717350A5006566063 @default.
- W4300717350 hasAuthorship W4300717350A5010080171 @default.
- W4300717350 hasAuthorship W4300717350A5016544113 @default.