Matches in SemOpenAlex for { <https://semopenalex.org/work/W2151081316> ?p ?o ?g. }
- W2151081316 endingPage "20120262" @default.
- W2151081316 startingPage "20120262" @default.
- W2151081316 abstract "Tetrapyrroles are a family of compounds that contain four pyrrole rings. They are involved in many fundamental biological processes such as photoreception, electron transport, gas transport and also as cofactors for enzymatic reactions. As regulators of protein activity, tetrapyrroles mediate cellular response to light, oxygen and nutrient levels in the surrounding environment. Biosynthesis of haem tetrapyrroles shares, conserved pathways and enzymes among all three domains of life. This is contrasted by chlorophyll biosynthesis that is only present in eubacteria and chloroplasts, or cobalamin biosynthesis that is only present in eubacteria and archaea. This implicates haem as the most ancient, and chlorophyll as the most recent, of the common tetrapyrroles that are currently synthesized by existing organisms. Haem and chlorophyll are both toxic when synthesized in excess over apo-proteins that bind these tetrapyrroles. Accordingly, the synthesis of these tetrapyrroles has to be tightly regulated and coordinated with apo-protein production. The mechanism of regulating haem and chlorophyll synthesis has been studied intensively in Rhodobacter species and will be discussed." @default.
- W2151081316 created "2016-06-24" @default.
- W2151081316 creator A5037303911 @default.
- W2151081316 creator A5055577505 @default.
- W2151081316 date "2013-07-19" @default.
- W2151081316 modified "2023-10-16" @default.
- W2151081316 title "Controlling the delicate balance of tetrapyrrole biosynthesis" @default.
- W2151081316 cites W102696174 @default.
- W2151081316 cites W123820057 @default.
- W2151081316 cites W1536305347 @default.
- W2151081316 cites W1569904835 @default.
- W2151081316 cites W1586103080 @default.
- W2151081316 cites W1617700002 @default.
- W2151081316 cites W1664317205 @default.
- W2151081316 cites W1878146059 @default.
- W2151081316 cites W1967250942 @default.
- W2151081316 cites W1968111643 @default.
- W2151081316 cites W1971946257 @default.
- W2151081316 cites W1972786083 @default.
- W2151081316 cites W1973466342 @default.
- W2151081316 cites W1974866485 @default.
- W2151081316 cites W1976612302 @default.
- W2151081316 cites W1981985322 @default.
- W2151081316 cites W1988099644 @default.
- W2151081316 cites W1988591380 @default.
- W2151081316 cites W2007180283 @default.
- W2151081316 cites W2011553700 @default.
- W2151081316 cites W2011954917 @default.
- W2151081316 cites W2012879790 @default.
- W2151081316 cites W2015160252 @default.
- W2151081316 cites W2016185790 @default.
- W2151081316 cites W2018363274 @default.
- W2151081316 cites W2018658988 @default.
- W2151081316 cites W2020014917 @default.
- W2151081316 cites W2026772411 @default.
- W2151081316 cites W2034636049 @default.
- W2151081316 cites W2035074438 @default.
- W2151081316 cites W2035075507 @default.
- W2151081316 cites W2035959381 @default.
- W2151081316 cites W2037402061 @default.
- W2151081316 cites W2037962420 @default.
- W2151081316 cites W2039727644 @default.
- W2151081316 cites W2042205875 @default.
- W2151081316 cites W2044350546 @default.
- W2151081316 cites W2052832659 @default.
- W2151081316 cites W2053114862 @default.
- W2151081316 cites W2060261901 @default.
- W2151081316 cites W2066602606 @default.
- W2151081316 cites W2066605127 @default.
- W2151081316 cites W2068372232 @default.
- W2151081316 cites W2077578402 @default.
- W2151081316 cites W2080802206 @default.
- W2151081316 cites W2088195228 @default.
- W2151081316 cites W2089234407 @default.
- W2151081316 cites W2091989374 @default.
- W2151081316 cites W2101559738 @default.
- W2151081316 cites W2102624197 @default.
- W2151081316 cites W2104388920 @default.
- W2151081316 cites W2109409210 @default.
- W2151081316 cites W2115664433 @default.
- W2151081316 cites W2119295404 @default.
- W2151081316 cites W2124085063 @default.
- W2151081316 cites W2133967515 @default.
- W2151081316 cites W2135789215 @default.
- W2151081316 cites W2137347727 @default.
- W2151081316 cites W2143351258 @default.
- W2151081316 cites W2145947173 @default.
- W2151081316 cites W2147664311 @default.
- W2151081316 cites W2148585617 @default.
- W2151081316 cites W2154207726 @default.
- W2151081316 cites W2156710170 @default.
- W2151081316 cites W2158282653 @default.
- W2151081316 cites W2160276371 @default.
- W2151081316 cites W2167557351 @default.
- W2151081316 cites W2168107405 @default.
- W2151081316 cites W2171224838 @default.
- W2151081316 cites W2171302056 @default.
- W2151081316 cites W2247660488 @default.
- W2151081316 cites W2401231048 @default.
- W2151081316 cites W2403381490 @default.
- W2151081316 cites W2493735649 @default.
- W2151081316 cites W3206291250 @default.
- W2151081316 cites W38312126 @default.
- W2151081316 cites W4242123597 @default.
- W2151081316 doi "https://doi.org/10.1098/rstb.2012.0262" @default.
- W2151081316 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/3758181" @default.
- W2151081316 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/23754814" @default.
- W2151081316 hasPublicationYear "2013" @default.
- W2151081316 type Work @default.
- W2151081316 sameAs 2151081316 @default.
- W2151081316 citedByCount "34" @default.
- W2151081316 countsByYear W21510813162013 @default.
- W2151081316 countsByYear W21510813162014 @default.
- W2151081316 countsByYear W21510813162015 @default.
- W2151081316 countsByYear W21510813162016 @default.
- W2151081316 countsByYear W21510813162017 @default.
- W2151081316 countsByYear W21510813162018 @default.
- W2151081316 countsByYear W21510813162019 @default.