Prelude

A prelude is a musical form.

Prelude may also refer to:

Music

Musical works

'Prelude' is a very common term as a title of a musical piece, both classical and popular. Some specific preludes are:

Prelude (band)

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Prelude are an English based vocal harmony group, who in their most famous line-up consisted of Brian Hume (vocals, guitar), his wife Irene Hume (vocals) and Ian Vardy (guitars, vocals). They formed in their native Gateshead in 1970.

Career

Prelude began to write their own material and built a following on the folk circuit and in 1973 they recorded their first album, How Long Is Forever?, on Dawn Records at Rockfield recording studios in Wales. From it came their best known recording, an a cappella version of the Neil Young song "After the Gold Rush", on Dawn. In the UK, it entered the Top 50 on 26 January 1974, had a nine-week stay, peaking at Number 21. In America, it entered the Billboard Hot 100 on 11 February 1974, and had a five-week stay, peaking at #22.

Hume explained (in 1974) how the song came about: “We were standing at a bus stop in Stocksfield and we just started singing it. There was no particular reason, it was just a nice song. The way we do it now is really no different from the way we did it at the bus stop. We included it in our act and it went down really well – even the rowdier clubs listened to it. We certainly never thought of it as a possible single. In any case we always thought of ourselves as an album group rather than making singles and included the song on the album How Long Is Forever as an afterthought”.

The Party Scene

The Party Scene is the debut full-length studio album by American pop punk band All Time Low, released on July 19, 2005 via regional imprint Emerald Moon Records. Music videos were released for "Circles" and "The Girl's a Straight-Up Hustler". Tracks 2, 3, 8, 9 and 12 were re-recorded for the band's next EP, Put Up or Shut Up.

Track listing

All music and arrangements by All Time Low; except where noted. All lyrics by Alex Gaskarth. Additional arrangements by Paul Leavitt.

Personnel

Personnel per booklet.

References

RIC

Ric may refer to:

Companies

Royal

Codes and regulations

Science and mathematics

Other

Power Rangers S.P.D.

Power Rangers S.P.D. is an American television series and the thirteenth season of the Power Rangers franchise, based on the Super Sentai series, Tokusou Sentai Dekaranger. It debuted on February 5, 2005, on ABC Family. New episodes continued to debut on ABC Family until the episode "Messenger, Part 1". Starting with "Messenger, Part 2" episodes began to debut on Toon Disney. It is also the title for the Korean dub of Dekaranger in South Korea, whose logo is similar to the American series. S.P.D. stands for "Space Patrol Delta"; in Dekaranger, it stood for Special Police Dekaranger, and in the South Korean dub of Dekaranger, it stood for Special Police Delta. A Japanese dub of S.P.D. started airing on Toei's digital television channel in Japan starting in August 2011, with two DVD volumes released on August 5. It features the original Japanese Tokusou Sentai Dekaranger cast members dubbing over the voices of their American counterparts.

Synopsis

The story takes place in the year 2025, after Earth has welcomed alien beings to live peacefully with the human race. However, peace is short lived as the planet-conquering Troobian Empire turns its destructive attention to Earth. When the Earth's first line of defense, the S.P.D. A-Squad, vanishes without a trace, the protection of the planet falls to their replacements: the B-Squad Rangers, and their dog-like alien commander, Anubis "Doggie" Cruger.

RIC3

RIC-3 also known as resistance to inhibitors of cholinesterase 3 is a chaperone protein that in humans is encoded by the RIC3 gene. The RIC3 gene was first discovered in C. elegans. RIC-3 protein is conserved in most animals and influences the maturation of various ligand gated ion channels including the serotonin 5-HT₃ receptor and nicotinic acetylcholine receptors, particularly the homomeric α₇ nicotinic receptor. RIC-3 enhances currents generated by these receptors by expediting receptor transport to the cell surface and by increasing receptor number.

References

Further reading