See also: rip
- 1 English
- 2 Italian
- 3 Latin
- Rest in peace.
- When he died his family received hundreds of letters signed with RIP at the end.
- Usually pronounced letter by letter, not as rip.
- The phrase is never used in reference to actual sleep or rest for the living; it refers only to the dead.
- Typically found as an epitaph on a tombstone or in an obituary.
- The phrase is sometimes used as an epithet when referring to a deceased person, as in “This university was founded by Thomas Jefferson, RIP.”
- Can be used as an imperative verb: "She died in a car accident last week. RIP Christy."
- Also used as an indirect way of stating that someone or something is dead, literally or figuratively.
- Can be followed by a date or a year, which is the date or year of death.
- The symbolic representation of a grave, e.g. for Halloween decorations, cartoons, map markers, is a tuft of grass or earth with an upright tombstone with R.I.P. engraved on it.
abbreviation: rest in peace
- (molecular biology) Repeat-induced point mutation, a process by which both copies of duplicated sequences are mutated.
1987 December 4, Eric U. Selker; Edward B. Cambareri; Bryan C. Jensen; Kenneth R. Haack, “Rearrangement of duplicated DNA in specialized cells of Neurospora”, in Cell, volume 51, number 5, page 750:
- The RIP process can be extremely efficient. A linked duplication of 6 kb of Neurospora DNA, whose elements were separated by 7.5 kb of bacterial and unique Neurospora sequences, never survived a cross unrearranged.
1989 June 30, Edward B. Cambareri; Bryan C. Jensen; Eric Schabtach; Eric U. Selker, “Repeat-Induced G-C to A-T Mutations in Neurospora”, in Science, volume 244, number 4912, page 1573:
- Thus, the RIP process results in point mutations, consistent with the results from the heteroduplex analyses. On the basis of this information, we suggest changing the name of the phenomenon from "rearrangement induced premeiotically" to "repeat-induced point mutation."
2003 April 24, James E. Galagan et al., “The genome sequence of the filamentous fungus Neurospora crassa”, in Nature, volume 422, page 860:
- To investigate the impact of RIP on protein families in Neurospora, genes were clustered into ‘multigene families’ on the basis of an all versus all comparison of protein sequences (see Methods).