OpenLLM-France/wikimedia huggingface dataset:
# Acrydite

Acrydite is a phosphoramidite that allows the synthesis of oligonucleotides with a methacryl group at the 5' end (less commonly 3' or internal). Acryl oligonucleotides have been tested, but the acrylyl group is not stable to storage. Acrydite-modified oligonucleotides can react with nucleophiles such as thiols (Michael addition chemistry), this forms the basis of the ez-rays chemistry which was used for microarrays. More importantly, Acrydite-modified oligonucleotides can be incorporated, stoichiometrically, into hydrogels such as polyacrylamide, using standard free radical polymerization chemistry, where the double bond in the Acrydite group reacts with other activated double bond containing compounds such as acrylamide.

## History

The idea of acrylamide-modified DNA was developed by T. Christian Boles, while working at Mosaic Technologies, a now-defunct biotechnology company located in Waltham, MA. The IP was licensed, along with a microarray technology ("ez-rays") to Matrix Technologies, of Hudson, NH, which is now part of Thermo Scientific. Acrydite-modified oligonucleotides can be obtained from vendors such as Integrated DNA Technologies (IDT).

## Hybrigel

The first use of Acrydite was in a technology called Hybrigel. In Hybrigel, Acrydite-modified oligos are incorporated into a standard polyacrylamide gel system; as complementary ss nucleic acid moves past the immobilized Acrydite oligos, the complementary DNA is captured. Hybrigel-like technology is widely used as a DNA purification system, as in a DNA sequencing technology developed at Berkeley. Acrydite technology can also be used to purify DNA, as in the Pre-gen colon cancer test developed by Exact Sciences.

## Polonys

Mitra and Church at Harvard Medical School developed a novel DNA sequencing technology based on Acrydite-modified probes; this technology is used by Agencourt.

## Acrydite and PCR

Surprisingly, the Acrydite group survives PCR, so Acrydite-modified PCR products can be prepared and used as oligos. However, as is common with polymers that are longer than the persistence length, the coupling of Acrydite-modified PCR products is inefficient, as the ends of the molecules are not accessible.

## Acrydite and Protein

Acrydite-modified oligonucleotides have been used to study protein DNA interactions

## Acrydite and aptamer-functionalized molecularly imprinted polymers

Acrydite-modified aptamers (and also aptamers containing internal acrylamide modifications) have been used to make AptaMIPs, molecularly imprinted polymers that use polymerizable aptamers as monomers for the imprinting. AptaMIPs show enhanced target-binding properties relative to traditional MIPs.

## Acrydite and DNA Computing

Experiments by Braich et al. solving the Satisfiability Problem have demonstrated that Acrydite can be used in DNA computing to implement the extraction operation. Previously, a biotin–avidin magnetic bead system was used for this purpose.
# Trigonopterus enam

Trigonopterus enam is a species of flightless weevil in the genus Trigonopterus from Indonesia.

## Etymology

The specific name is derived from the Indonesian word for "six".

## Description

Individuals measure 2.06–2.24 mm in length. Body is slightly oval in shape. General coloration is black, with rust-colored antennae, tarsi, and tibiae.

## Range

The species is found around elevations of 790–965 metres (2,592–3,166 ft) in Labuan Bajo on the island of Flores, part of the Indonesian province of East Nusa Tenggara.

## Phylogeny

T. enam is part of the T. saltator species group.
# Where's Wally? (book)

Where's Wally?, published in the United States and Canada as Where's Waldo?, is the title of the first book in the Where's Wally? series, published in 1987.
In the book, Wally travels to everyday places, where he sends postcards to the reader (which are the pictures in the book), and the reader must locate Wally in the postcard.
The book became an instant best-seller.
Where's Wally? was re-released in October 1997 in a special 10th anniversary edition form.
The location of Wally was changed in each picture and additional characters were added for the reader to find (Woof, Wizard Whitebeard, Wenda, Odlaw, the Wally Watchers, and others).
The Wally series is evocative of an earlier children's book titled Where's Wallace? (by Hilary Knight), in which a red-headed orangutan escapes from the zoo and "hides" in highly detailed picture panoramas, including a beach, department store, circus, stadium, and museum.

## Scenes

* In Town
* On the Beach
* Ski Slopes
* Camp Site
* The Railway Station
* Airport
* Sports Stadium
* Museum
* At Sea
* Safari Park
* Department Store
* Fairground

## Controversy

In March 1993, Springs Public School in Long Island, New York banned Where's Wally from the school library due to a parent's complaint that a topless woman can be seen sunbathing in the upper right corner of the "On the Beach" scene. Since then numerous other schools and libraries have also banned the book, and it ranks #87 on the American Library Association's list of the most frequently challenged books of the 1990s. In the 1997 special edition re-release of the book, the beach scene was slightly edited and the topless woman is wearing a bikini top.
# Swimming at the 2022 Asian Games – Women's 200 metre backstroke

The women's 200 metre backstroke event at the 2022 Asian Games took place on 26 September 2023 at the Hangzhou Olympic Sports Expo Center.

## Schedule

All times are China Standard Time (UTC+08:00)
| Date | Time | Event |
| Tuesday, 26 September 2023 | 10:37 | Heats |
| Tuesday, 26 September 2023 | 19:46 | Final |

## Records

Prior to this competition, the existing world, Asian and Games records were as follows.
| World Record | Kaylee McKeown (AUS) | 2:03.14 | Sydney, Australia | 10 March 2023 |
| Asian Record | Zhao Jing (CHN) | 2:06.46 | Guangzhou, China | 14 November 2010 |
| Games Record | Zhao Jing (CHN) | 2:06.46 | Guangzhou, China | 14 November 2010 |

## Results
### Heats

| Rank | Heat | Lane | Swimmer | Nationality | Time | Notes |
| 1 | 3 | 4 | Peng Xuwei | China | 2:09.67 | Q |
| 2 | 1 | 5 | Lee Eun-ji | South Korea | 2:11.42 | Q |
| 3 | 1 | 4 | Mio Narita | Japan | 2:11.62 | Q |
| 4 | 2 | 4 | Liu Yaxin | China | 2:13.96 | Q |
| 5 | 3 | 5 | Rio Shirai | Japan | 2:14.17 | Q |
| 6 | 2 | 5 | Cindy Cheung | Hong Kong | 2:14.69 | Q |
| 7 | 3 | 3 | Xeniya Ignatova | Kazakhstan | 2:14.98 | Q |
| 8 | 2 | 3 | Xiandi Chua | Philippines | 2:15.44 | Q |
| 9 | 3 | 2 | Faith Khoo | Singapore | 2:18.57 | |
| 10 | 2 | 2 | Jinjutha Pholjamjumrus | Thailand | 2:19.79 | |
| 11 | 3 | 6 | Chloe Isleta | Philippines | 2:20.28 | |
| 12 | 1 | 2 | Mia Millar | Thailand | 2:20.54 | |
| 13 | 1 | 3 | Jessica Cheng | Hong Kong | 2:21.15 | |
| 14 | 2 | 6 | Palak Joshi | India | 2:25.81 | |
| 15 | 3 | 1 | Elizaveta Rogozhnikova | Kyrgyzstan | 2:26.28 | |
| 16 | 1 | 6 | Ganga Senavirathne | Sri Lanka | 2:26.37 | |
| 17 | 3 | 7 | Enkh-Amgalan Ariuntamir | Mongolia | 2:31.09 | |
| 18 | 1 | 7 | Enkhbaatar Anima | Mongolia | 2:39.76 | |
| 19 | 2 | 7 | Fatima Lotia | Pakistan | 2:53.04 | |

### Final

| Rank | Lane | Swimmer | Nationality | Time |
| | 4 | Peng Xuwei | China | 2:07.28 |
| | 6 | Liu Yaxin | China | 2:08.70 |
| | 5 | Lee Eun-ji | South Korea | 2:09.75 |
| 4 | 3 | Mio Narita | Japan | 2:10.72 |
| 5 | 7 | Cindy Cheung | Hong Kong | 2:12.44 |
| 6 | 1 | Xeniya Ignatova | Kazakhstan | 2:12.82 |
| 7 | 8 | Xiandi Chua | Philippines | 2:13.63 |
| 8 | 2 | Rio Shirai | Japan | 2:14.39 |
# Mille Petrozza

Miland "Mille" Petrozza (born 18 December 1967) is a German musician. He is best known as the lead vocalist and rhythm guitarist of thrash metal band Kreator, which he started playing in as Tyrant in 1982 and renamed into Tormentor in 1984. He is also the principal songwriter of the band and the only member to appear on every Kreator album.
Petrozza also shared lead vocals in union with Tomas Lindberg for the track "Dirty Coloured Knife" on the self-titled 2002 album from Israeli metal act Nail Within.
In 1994, he played guitar in the metal all-star band Voodoocult, amongst such artists as Dave Lombardo of Slayer and Chuck Schuldiner of Death.
He appeared on Edguy's 2004 album, Hellfire Club, providing lead vocals on an alternate version of the album's opening song, "Mysteria", featured as a bonus track to the album. He also appeared on Caliban's 2006 album, The Undying Darkness, on "Moment of Clarity".
He also appeared on the 2010 Volbeat album Beyond Hell/Above Heaven on the track titled "7 Shots". Petrozza and drummer Stefan Schwarzmann played for the recording of the 2012 album Revolution by Lacrimosa.

## Personal life

Petrozza is vegan. He and his wife regularly contributed to the vegan magazine Kochen ohne Knochen, run by Joachim Hiller. Petrozza has also collaborated with Peta2, but he believes his lifestyle is a personal choice, "I do not want to preach my lifestyle on others".

## Discography
### Kreator

* Endless Pain (1985)
* Pleasure to Kill (1986)
* Terrible Certainty (1987)
* Extreme Aggression (1989)
* Coma of Souls (1990)
* Renewal (1992)
* Cause for Conflict (1995)
* Outcast (1997)
* Endorama (1999)
* Violent Revolution (2001)
* Enemy of God (2005)
* Hordes of Chaos (2009)
* Phantom Antichrist (2012)
* Gods of Violence (2017)
* Hate Über Alles (2022)

### Voodoocult

* Jesus Killing Machine (1994)

### Edguy

* Hellfire Club (2004)

### Lacrimosa

* Revolution (2012)

### Avantasia

* Moonglow (2019)
# Josh Hinds

Anthony Omarian Joshua Hinds (born 29 March 2003) is an English professional footballer who plays as a forward for Scottish Championship club Queen's Park.

## Career

A youth product of West Ham United, Hinds moved to the Hull City youth academy in 2019 at the U18 level. He made his professional debut with Hull City in a 0–0 EFL Championship tie with Bournemouth on 28 August 2021. On 19 November 2021, Hinds moved on a month-long loan to Spalding United. The loan was expected to be extended but on
30 December 2021 he was recalled by Hull City. Shortly after his return to Hull City, Hinds made an appearance as a substitute in the televised F.A. Cup third round defeat against Everton.
On 18 March 2022, Hinds moved on a month-long loan spell to Gainsborough Trinity.
On 4 November 2022, Hinds joined National League North side Boston United on a one-month loan deal.
On 17 February 2023, Hinds joined National League North side Bradford (Park Avenue) on a month-long loan spell. At the end of the season Hinds was released by Hull City.
In February 2024, Hinds joined Scottish Championship club Queen's Park on a short-term contract until the end of the season. After being unable to obtain international clearance in Scotland, Hinds instead joined National League South side Truro City the following month. On 16 March 2024, he made his debut for Truro as a substitute in a 2–1 win over St Albans City.
On 3 July 2024, Hinds once again joined Queen's Park, this time successfully obtaining international clearance, on a one-year deal with an option to extend for a further year.

## Career statistics

    As of 8 January 2022.
Appearances and goals by club, season and competition :
| Club | Season | League | League | League | FA Cup | FA Cup | EFL Cup | EFL Cup | Europe | Europe | Other | Other | Total | Total |
| Club | Season | Division | Apps | Goals | Apps | Goals | Apps | Goals | Apps | Goals | Apps | Goals | Apps | Goals |
| Hull City | 2021–22 | Championship | 1 | 0 | 1 | 0 | 0 | 0 | — | — | — | — | 2 | 0 |
| Career total | Career total | Career total | 1 | 0 | 1 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | 2 | 0 |
# St Thomas' Church, Green Hammerton

St Thomas' Church is an Anglican church in Green Hammerton, a village in North Yorkshire, in England.
The church was designed by George Gilbert Scott as a chapel of ease to the Church of the Ascension, Whixley and was completed in 1876. The village did not previously have an Anglican church, and the construction costs of between £2,000 and £3,000 were funded by donations, co-ordinated by a Mrs Valentine, wife of the vicar of Whixley. It was designed to accommodate 130 worshippers. An organ chantry was added in 1899. One of the smallest of Gilbert Scott's churches, it is criticised by David Cole, who writes that "the heart does not warm to it", although Historic England states that "the quality of the architecture is high, as is the level of artistic achievement". It was grade II listed in 2008.
The church is built of pitch-faced stone with a red tile roof. It has a cruciform plan, consisting of a nave and a chancel, transepts, an organ chantry and a porch. Between the nave and the chancel is a bellcote containing two bells. It has stained windows with glass by Clayton and Bell and James Powell and Sons. Inside, there is a wooden reredos dating from 1934, and a marble font.
# Ember Reichgott Junge

Ember Reichgott Junge (born August 22, 1953) is an attorney, radio personality, and former state senator from Minnesota, representing New Hope and surrounding communities. A Democrat, she was elected to the Senate at age 29 and served for 18 years. Junge served as majority whip from 1991 to 1994, and as assistant majority leader from 1995 to 2000. She authored the first charter school law in the United States.

## Career

In 1998, Junge ran for Minnesota Attorney General in the DFL primary, losing to Mike Hatch, who went on to be elected in November. She served as the Minnesota chair of Joe Lieberman's 2004 presidential campaign. In 2006, she ran for Congress in the 5th Congressional district. In the contest to replace retiring incumbent Martin Olav Sabo, she placed third in the DFL primary, trailing Keith Ellison, the endorsed candidate, and former Sabo aide Mike Erlandson.
Junge is a frequent analyst on local Twin Cities political/public affairs programs, including KSTP-TV's At Issue with Tom Hauser and Almanac on Twin Cities Public Television.
Junge also pursues activities outside politics; she has appeared on stage at the Lakeshore Players Community Theater in White Bear Lake, Minnesota.
Junge is the Chief Advancement Officer for Lutheran Social Service of Minnesota.
# Chaudhary Iftikhar Ahmed Warsi

Chaudhary Iftikhar Ahmed Warsi is a Pakistani politician who was a Member of the Provincial Assembly of the Punjab, from May 2013 to May 2018.

## Early life and education

He was born on 29 June 1954.
He graduated from Federal Government College, Islamabad No. 2 and has a BA degree.

## Political career

He was elected to the Provincial Assembly of the Punjab as a candidate of Pakistan Muslim League (Nawaz) from Constituency PP-3 (Rawalpindi-III) in 2013 Pakistani general election.
# Zhingyalov hats

Zhingyalov hats (Armenian: Ժենգյալով հաց, also zhengyalav hatz, zhangyalov hats, or jingalov hats) is a type of flatbread stuffed with finely diced herbs and green vegetables. It is a traditional dish of Armenians from Artsakh and Syunik and has traditionally been a staple in times of scarcity, such as famine and war.

## Preparation

Unleavened dough is rolled out until it becomes paper-thin, then it is filled with a stuffing that consists of 10 to 20 types of diced and oiled wild and cultivated herbs. One of the most important steps in preparing a good zhingyalov hats is the greens' composition. Tasteless leaf vegetables and herbs with less pronounced taste make up the base of the stuffing: examples include lettuce, spinach, atriplex, beet greens, chickweed, shepherd's-purse, viola leaves and similar plants. Herbs with distinctive tastes (chervil, urtica, allium), sour (rumex) or spicy (laserpitium) ones are needed in smaller quantities; bitter-tasting greens as taraxacum should be sparse. Additionally the stuffing might contain bryndza and fried onions.
After stuffing, zhingyalov hats are fried for around 10 minutes on a special griddle called "saj" or "sajin" (Armenian: սաջին), or in a tonir for a couple of minutes.
The finished dish is consumed with beer, doogh, or wine. Zhingyalov hats is especially popular during the Great Lent.
# You Love Me (novel)

You Love Me is a thriller novel by Caroline Kepnes, published in April 2021. It is the sequel to her 2016 novel, Hidden Bodies, and third installment of the You series.
The novel debuted at number fifteen on The New York Times fiction best-seller list for the week ending April 10, 2021.
Kepnes published another sequel, For You and Only You, in 2023.

## Synopsis

Following a major upheaval in his life, Joe Goldberg leaves Los Angeles for new pastures in the Pacific Northwest. When he meets the lovely Mary Kay DiMarco, Joe intensely falls for her. Ready to prove that he is a different man, Joe tries to court her without his usual obsessive acts. After securing a job in a new sleepy town and striving to prove an alternative method of making his next relationship work without meddling, he tries to find his happily ever after. But can Joe really prove that he is capable of change to find himself worthy of true love, or is he set to repeat history, dooming others to an ill-fated end of violence and destruction?

## Reception

Sarah Weinman from The New York Times gave a glowing review of the novel, stating that it "continues to work because Kepnes is brilliant at depicting the cognitive dissonance of someone like Joe. His stalkerish behavior steps over the line again and again, but in a way that is all too familiar to any woman menaced or made uncomfortable by the so-called "good guy." No doubt he'll return in future installments, demonstrating the shattered barrier between id and superego."

## Sequels

Kepnes published a third sequel, For You and Only You, in 2023.
# No Me Conoce

"No Me Conoce" (transl. "Don't Know Me") is a song by Puerto Rican rapper and singer Jhayco, released as the third single from his second studio album Famouz on February 22, 2019. It was later released in a version with J Balvin and Bad Bunny, and charted on the US Billboard Hot 100. As of November 2023, the music video has received over 2 billion views.

## Critical reception

Matthew Ismael Ruiz of Vulture called the song a "romp that splits the difference between the classic reggaeton riddim and Latin trap's swirling atmospherics". Writing for Noisey, Gary Suarez said of the remix that it "showcases [Jhayco's] skills as both popwise hooksmith and adept spitter more than capable of contending with two of urbano's best known acts."

## Charts
### Weekly charts

Weekly chart performance for "No Me Conoce" :
| Chart (2019) | Peak position |
| Bolivia (Monitor Latino) | 14 |
| Puerto Rico (Monitor Latino) | 1 |
| Spain (PROMUSICAE) | 4 |
Weekly chart performance for "No Me Conoce (Remix)" :
| Chart (2019) | Peak position |
| Argentina (Argentina Hot 100) | 4 |
| Colombia (National-Report) | 3 |
| Dominican Republic (SODINPRO) | 1 |
| US Billboard Hot 100 | 71 |
| US Hot Latin Songs (Billboard) | 4 |
| US Latin Airplay (Billboard) | 2 |
| US Latin Rhythm Airplay (Billboard) | 2 |

### Year-end charts

| Chart (2019) | Position |
| Spain (PROMUSICAE) | 9 |
| US Hot Latin Songs (Billboard) | 9 |
| Chart (2020) | Position |
| US Hot Latin Songs (Billboard) | 20 |

## Certifications

Certifications for "No Me Conoce" :
| Region | Certification | Certified units/sales |
| Italy (FIMI) | Gold | 35,000$^‡$ |
| Portugal (AFP) | Gold | 5,000$^‡$ |
| Spain (PROMUSICAE) | 7× Platinum | 420,000$^‡$ |
| United States (RIAA) Remix | 9× Diamond (Latin) | 5,400,000$^‡$ |
| $^‡$ Sales+streaming figures based on certification alone. |||
# Kiyotsugu Hirayama

Kiyotsugu Hirayama (平山 清次, Hirayama Kiyotsugu, October 3, 1874 – April 8, 1943) was a Japanese astronomer, best known for his discovery that many asteroid orbits were more similar to one another than chance would allow, leading to the concept of asteroid families, now called "Hirayama families" in his honour.

## Biography

Hirayama studied astronomy at Imperial University of Tokyo and graduated in 1897. He taught astronomy in the engineering school of the General Staff Office of the Japanese Army between 1897 and 1901. In 1906 he became Assistant Professor of Astronomy at Tokyo Imperial University; in 1919 he became a Professor. From 1906 to 1907 Hirayama was a member of the Committee that determined the latitude border at Sakhalin after the Russo–Japanese War. In 1911 he received a doctoral degree "with several papers about latitude variation". Hirayama started working on asteroids in 1905; in 1918 he published papers "Researches on the distribution of the mean motions of the asteroids" and "Groups of asteroids probably of common origin", and, later "Families of asteroids" (1922) and "Note on an explanation of the gaps of the asteroidal orbits" (1928). In 1935 he published his main work, Asteroid.
The crater Hirayama on the Moon is jointly named after him and Shin Hirayama. The asteroid 1999 Hirayama is named in his honour.
# Magnesium nitrate

Magnesium nitrate refers to inorganic compounds with the formula Mg(NO$_3$)$_2$(H$_2$O)$_x$, where x = 6, 2, and 0. All are white solids. The anhydrous material is hygroscopic, quickly forming the hexahydrate upon standing in air. All of the salts are very soluble in both water and ethanol.

## Occurrence, preparation, structure

Being highly water-soluble, magnesium nitrate occurs naturally only in mines and caverns as nitromagnesite (hexahydrate form).
The magnesium nitrate used in commerce is made by the reaction of nitric acid and various magnesium salts.

## Use

The principal use is as a dehydrating agent in the preparation of concentrated nitric acid.
Its fertilizer grade has 10.5% nitrogen and 9.4% magnesium, so it is listed as 10.5-0-0 + 9.4% Mg. Fertilizer blends containing magnesium nitrate also have ammonium nitrate, calcium nitrate, potassium nitrate and micronutrients in most cases; these blends are used in the greenhouse and hydroponics trade.

## Reactions

Magnesium nitrate reacts with alkali metal hydroxide to form the corresponding nitrate:
    Mg(NO$_3$)$_2$ + 2 NaOH → Mg(OH)$_2$ + 2 NaNO$_3$.
Since magnesium nitrate has a high affinity for water, heating the hexahydrate does not result in the dehydration of the salt, but rather its decomposition into magnesium oxide, oxygen, and nitrogen oxides:
    2 Mg(NO$_3$)$_2$ → 2 MgO + 4 NO$_2$ + O$_2$.
The absorption of these nitrogen oxides in water is one possible route to synthesize nitric acid. Although inefficient, this method does not require the use of any strong acid.
It is also occasionally used as a desiccant.