Robert Michael O'Hare Jr. (May 6, 1952 – September 28, 2012) was an American actor who performed on stage and television. He was best known for playing the lead role of space station Commander Jeffrey Sinclair in the science fiction television series Babylon 5, a role he left after the first season due to serious mental health issues.

Early life and education
Robert Michael O'Hare Jr. was born in Chicago, Illinois and grew up in Chicago Heights. His father, Robert Michael O'Hare Sr., was of Irish descent while his mother, Sally O'Hare (née Crisanti) was of Italian descent. He attended Chicago's Mendel Catholic Preparatory High School, where he played football, to defy his doctor who told him he would never be in athletics because of his asthma. He received several awards and scholarship offers based on his football ability and scholastic performance.

Coming from a career military family, he considered joining the US Navy or having a career in professional football but attended Harvard University, where he studied English literature and played on the Harvard Crimson football team. He joined the university's drama groups and was a performer in "The Wrongway Inn", the Hasty Pudding Theatricals' production for 1972. That same year, he went for an "acting tryout" to the New York area, and was cast as Beef Saunders in Good News! at Goodspeed Musicals. He was a member of the Harvard Glee Club during its 1973 World Tour. He left Harvard in 1974 to study at the Juilliard School of Drama. He later took lessons from Sanford Meisner in the mid-1980s.

Career
O'Hare appeared in a number of theatrical productions on Broadway and in regional theaters, including an acclaimed revival of Shaw's Man and Superman with Philip Bosco; in the role of Col. Jessup in the original stage version of A Few Good Men; as Captain Solyony in Chekhov's Three Sisters. Other notable roles included Alfred in a 1986 stage revival of Little Murders; Jake in A Lie of the Mind and John in Lips Together, Teeth Apart.

He was the first white actor nominated by the African-American theater community of New York for the AUDELCO Award for Best Actor, for his performance as Captain Jaap van Tonder in Michael Picardie's play Shades of Brown, about apartheid in South Africa.

He co-starred in the biographical TV movie Marciano and an unsold TV pilot Keefer with William Conrad in the late 1970s. In the 1980s, he appeared mainly as guest on a range of television shows, including Trapper John, M.D.; T.J. Hooker; Kate & Allie; The Equalizer; Tales from the Darkside; and Rage of Angels: The Story Continues.

He was the lead character in Michael Lengsfield's CINE-award-winning short film Short Term Bonds in 1988, screened at the 1989 Sundance festival.

In 1992, he was cast in the lead role of Commander Jeffrey Sinclair in the science fiction television series Babylon 5. He appeared in the pilot and throughout the show's first season in 1994. He left the cast for mental health reasons that were not disclosed at the time, but made guest appearances in the second and third seasons.

Subsequently, he had one guest role on The Cosby Mysteries and appeared twice on Law & Order, the last time in 2000. He did some voiceover work for commercials and read a radio adaptation of the science fiction novella Think Like a Dinosaur for Seeing Ear Theater.

After 2000, he retired from acting and rarely made public appearances.

Illness and death
Babylon 5 creator J. Michael Straczynski revealed after O'Hare's death that the actor had had severe mental illness. During the filming of the first season of Babylon 5, O'Hare began having paranoid delusions, and halfway through, his hallucinations worsened. It became increasingly difficult for O'Hare to continue working, his behavior was becoming increasingly erratic, and he was often at odds with his colleagues. Straczynski offered to suspend production for several months to accommodate treatment; however, O'Hare feared that such a hiatus would put the series at risk, and he did not want to jeopardize others' jobs. Straczynski agreed to keep O'Hare's condition secret to protect his career, and O'Hare agreed to complete the first season, but would be written out of the second season so that he could seek treatment. His departure from the cast was announced without explanation, except that it was mutual and amicable.

His treatments were only partially successful. He reappeared in a cameo appearance early in season two ("The Coming of Shadows") and returned in season three for a two-part episode ("War Without End") which closed his character's story arc. At that time, Straczynski promised O'Hare to keep his condition secret "to my grave". O'Hare told him to instead "keep the secret to my grave", arguing that fans deserved to eventually learn the real reason for his departure, and that his experience could raise awareness and understanding for people with mental illness. He made no further appearances on Babylon 5, but continued to support the show and appeared at conventions and signing events until his retirement from public appearances in 2000.

On September 28, 2012, Straczynski posted that O'Hare had had a heart attack in New York City five days earlier, and had remained in a coma until his death that day. Eight months later, Straczynski revealed the circumstances of O'Hare's departure from Babylon 5 at a presentation about the series at the Phoenix Comicon.

Filmography

Film

Television

Broadway

 Players (1978)
 Man and Superman (1979)
 A Few Good Men (1989)
 The Crucible (1991)

References

External links

1952 births
2012 deaths
American male film actors
American male stage actors
American male television actors
Harvard Crimson football players
Harvard University alumni
Juilliard School alumni
Male actors from Chicago
People with schizophrenia
American people of Irish descent
American people of Italian descent

Michael O'Hare


Ravindran Kannan, genannt Ravi, (* 12. März 1953 in Madras) ist ein indischer Informatiker und Mathematiker.

Leben
Kannan studierte am Indian Institute of Technology Bombay und wurde 1980  an der Cornell University bei Leslie Earl Trotter promoviert (The size of numbers in the analysis of certain algorithms).
Er lehrte am Massachusetts Institute of Technology, war in den 1990er Jahren Professor an der Carnegie Mellon University und danach an der Yale University. Er ist zurzeit Principal Research Scientist bei Microsoft Research in Indien  (wo er die Forschungsgruppe für Algorithmen leitet) und lehrt am Indian Institute of Science in Bangalore.

Werk
Mit Alan M. Frieze fand er eine algorithmische Version des Regularitätslemmas von Endre Szemerédi. In ihrer Arbeit führten sie das schwache Regularitätslemma ein, das ein wichtiges kombinatorisches Werkzeug für verschiedene Algorithmen wurde (Streaming Algorithms, Graph Limits, Sublinear Algorithms).

2011 erhielt er den Knuth-Preis für die Entwicklung einflussreicher algorithmischer Verfahren zur Lösung lange offener Berechnungsprobleme mit Anwendungen auf die Verarbeitung umfangreicher Datenmengen, wobei er grundlegende Beiträge in sehr unterschiedlichen Bereichen der Informatik wie Gitter und ihre Anwendungen, geometrische Algorithmen, Maschinenlernen und numerische lineare Algebra leistete. Er befasste sich auch mit Markov-Ketten und deren Mischungszeiten, Clustering.

1995 stellte er mit László Lovász und Miklós Simonovits die KLS-Vermutung (benannt nach den drei Mathematikern) auf, bei der bis 2021 mit Hilfe der Methoden der stochastischen Lokalisierung von Ronen Eldan (siehe dessen Artikel) bedeutende Fortschritte erzielt wurden. Sie ist eine  zentrale Vermutung der konvexen Geometrie.

1991 bekam er den Fulkerson-Preis mit Martin Dyer und Frieze für einen polynomzeitlichen Algorithmus zur Berechnung des Volumens beliebiger konvexer Körper.

Ebenfalls 1991 löste er das Münzproblem von Frobenius und gab einen effizienten (polynomzeitlichen) Algorithmus zur Bestimmung der Frobenius-Zahl. Das nach Ferdinand Georg Frobenius benannte Problem fragt nach der größten Zahl, die nicht aus n gegebenen Zahlen durch Addition erzeugt werden kann (diese Zahl ist die Frobeniuszahl).

Mit Frieze und Santosh Vempala untersuchte er Näherungen niedrigen Rangs an Matrizen.

Gemeinsam mit John E. Hopcroft arbeitet er an einem Buch Computer Science Theory for the Information Age, dessen Vorabversion online abgerufen werden kann.

2002 war er Invited Speaker auf dem Internationalen Mathematikerkongress in Peking (Rapid mixing in Markov chains). 2015 wurde er in die American Academy of Arts and Sciences gewählt, 2016 zum Fellow der Association for Computing Machinery.

Weblinks
 Website bei Microsoft Research (englisch)

Einzelnachweise

Person (Microsoft)
Hochschullehrer (Bengaluru)
Informatiker
Mitglied der American Academy of Arts and Sciences
Geboren 1953
Inder
Mann

Ravi Kannan


RCA Records er bandarísk tónlistarútgáfa í eigu Sony Music Entertainment. Hún er ein af aðal fjóru félögunum undir Sony Music, ásamt fyrrum samkeppnisaðila, Columbia Records. Hin tvö eru Arista Records og Epic Records. Félagið hefur gefið út tónlist af ýmsum toga, þar með talið popp, klassísk, rokk, hipphopp, raf, R&B, blús, djass og kántrí. RCA Records var stofnað árið 1900 sem gerir það að næst elsta plötufyrirtækinu í sögu Bandaríkjanna, á eftir Columbia sem var stofnað árið 1889. Það var síðan keypt af Radio Corporation of America (RCA) árið 1929 sem það dregur nafnið sitt frá. Nokkrir þekktir listamenn sem hafa starfað hjá félaginu eru m.a. Elvis Presley, David Bowie, The Kinks, Nina Simone, Diana Ross, Harry Belafonte, ABBA og Sam Cooke.

Tilvísanir

Tenglar

Bandarískar tónlistarútgáfur

RCA Records


Igreja Nossa Senhora da Conceição é uma igreja católica fundada no ano de 1812 em Conceição da Barra, município localizado no interior do estado do Espírito Santo.

História
A Igreja Nossa Senhora da Conceição é localizada no município de Conceição da Barra, no interior do estado do Espírito Santo. Localizada na região central da cidade, a igreja foi fundada no ano de 1812, possuindo elementos arquitetônicos que dialogam com a arquitetura do ecletismo, da Art Nouveau e elementos da arquitetura do Brasil colonial.

Pelo fato de possuir pia batismal e cemitério, a igreja foi elevada à condição de paróquia no ano de 1831. À época possuir esses diferenciais de estrutura faziam com que a igreja se diferenciasse das demais, podendo tornar-se paróquias. Próximo a sua fundação, defronte a igreja havia um largo, que com o desenvolvimento da cidade e seu crescimento veio a tornar-se a Praça Prefeito José Luiz da Costa, uma das principais áreas de lazer da cidade. A igreja recebe o nome de Nossa Senhora da Conceição, segundo o dogma católico, a concepção da Virgem Maria sem mancha (em latim, macula) do pecado original.

Tombamento
No ano de 2013, a Igreja passou pelo processo de tombamento junto ao Conselho Estadual de Cultura do Espírito Santo, órgão do governo do estado do Espírito Santo responsável pela manutenção histórica do estado.

Em 2017, o padre Deucy Correa, então responsável pela paróquia recebeu de representantes do Governo do Estado um projeto de restauração contratado pelo Instituto Sincades em parceria com a Secretaria de Estado da Cultura. O pároco lembrou que a igreja é um patrimônio estadual. "A restauração agora é uma realidade, o que deixa toda a cidade muito feliz. A matriz é de importância para paróquia, para o município de Conceição da Barra e para todo o estado, por ter mais de 200 anos", afirmou. O então prefeito Francisco Vervloet (PSB) destacou a importância da igreja para a cidade e disse que objetivo é iniciar a obra o mais breve possível.

Após dois anos de espera, Casagrande anunciou um aporte de seiscentos e vinte mil reais para a restauração da igreja e um prazo de entrega da obra de um ano. Em outubro de 2020, foi aberto edital de licitação, em busca de empresas que realizassem o serviço. Apesar do lançamento do edital, em dezembro de 2020, o prazo foi prorrogado para encontrar uma empresa que prestasse o serviço.

Ver também

 Nossa Senhora da Conceição
 Conceição da Barra

Ligações externas

 Igreja Nossa Senhora da Conceição no Facebook

Fundações no Brasil em 1812
Igrejas do Espírito Santo
Patrimônio tombado pela SECULT (ES)
Art nouveau
Arquitetura eclética no Brasil
Arquitetura colonial no Brasil
Conceição da Barra

Igreja Nossa Senhora da Conceição (Conceição da Barra)


අනා මරී ටුසූ (විවාහයට පෙර ග්‍රෝස්හෝල්ට්ස්; 1 දෙසැම්බර් 1761 – 16 අප්‍රේල් 1850) යනු, ඇයගේ ඉටි මූර්ති සහ ලන්ඩනයේ ඇය ඇරඹූ ඉටි කෞතුකාගාරය වන මැඩම් ටුසූ නිසා ජනප්‍රිය ප්‍රංශ කලාකාරියකි.

මරී ටුසූ


Markus Babbel (fæddur 8. september 1972) er þýskur fyrrverandi knattspyrnumaður. Og knattspyrnuþjálfari.

Babbel var gríðarlega sigursæll leikmaður, og vann meðal annars Bundesliga titla með bæði Bayern München og Stuttgart, hann vann líka enska bikarinn og evrópukeppni félagsliða  með Liverpool og Bayern München. Og hluti af sigurliði þýskalands á EM 1996 í englandi.

Titlar
FC Bayern München
 Bundesligan:(3)  1996–97, 1998–99, 1999-2000
 Þýska Bikarkeppnin: (2) 1997-98, 1999-2000, 1998-99 (úrslit)
 Meistaradeild Evrópu: (Úrslit) 1998-99
 Evrópukeppni félagsliða  : (1) 1995-96
Liverpool
 enski bikarinn: (1) 2000-2001
 Góðgerðarskjöldurinn: (1) 2001
Evrópukeppni félagsliða : (1) 2000-01
Evrópski ofurbikarinn: (1) 2001
VFB Stuttgart
 Bundesliga:(1) 2006-07
 Þýska Bikarkeppnin: 2006-07(Úrslit)

Þýskaland
EM 1996 (Gull)

Tenglar
https://www.fussballdaten.de/person/markus-babbel/
https://www.lfchistory.net/Players/Player/Profile/259

Þýskir knattspyrnumenn

Markus Babbel


D&C or D and C or variant, may refer to:

 Dilation and curettage, a medical procedure involving the dilation of the cervix to remove uterine contents
 Divide and conquer algorithm, a strategy for dynamic programming
 Doctrine and Covenants, part of the scripture of the Latter Day Saint movement
 Drill & Ceremony, a term used in the U.S. Army for a method that enables leaders to direct the movement of soldiers in an orderly manner.
 Dennis and Callahan, an American morning radio show
 Democrat and Chronicle, a Rochester, New York, daily newspaper

See also

 Divide and conquer (disambiguation)
 DNC (disambiguation)
 DC (disambiguation)
 D (disambiguation)
 C (disambiguation)
 C&D (disambiguation)

D&C


Roberto Octavio González Nieves OFM (Elizabeth, 2 de junho de 1950) é um ministro católico romano americano e arcebispo de San Juan de Puerto Rico.

Roberto Octavio González Nieves ingressou na ordem franciscana e fez sua profissão em 25 de agosto de 1973. O ex-bispo de San Miguel, Lorenzo Michele Joseph Graziano OFM, o ordenou sacerdote em 8 de maio de 1977.

Em 19 de julho de 1988, o Papa João Paulo II o nomeou bispo auxiliar em Boston e bispo titular de Ursona. O arcebispo de Boston, Bernard Francis Law, deu-lhe a consagração episcopal em 3 de outubro do mesmo ano; Os co-consagradores foram o Cardeal John Joseph O'Connor, Arcebispo de Nova York, e o Cardeal Luis Aponte Martínez, Arcebispo de San Juan de Puerto Rico.

Em 16 de maio de 1995, Roberto González Nieves foi nomeado Bispo Coadjutor de Corpus Christi e foi empossado em 26 de junho do mesmo ano. Após a renúncia de René Henry Gracidas, ele o sucedeu em 1º de abril de 1997 como Bispo de Corpus Christi. Até 1999 foi presidente do Comitê Episcopal da Igreja na América Latina da Conferência Nacional dos Bispos Católicos dos Estados Unidos (NCCB).

Em 26 de março de 1999, Roberto González Nieves foi nomeado Arcebispo de San Juan de Puerto Rico e foi empossado em 8 de maio do mesmo ano. De 1999 a 2003 foi membro do conselho do Conselho Episcopal Latino-Americano (CELAM) e presidiu seu conselho financeiro (Comité Económico).

Ver também

Arcebispos católicos de Porto Rico

Roberto Octavio González Nieves


Trenčianska Turná este o comună slovacă, aflată în districtul Trenčín din regiunea Trenčín. Localitatea se află la , se întinde pe o suprafață de  și în 2017 număra 3.369 de locuitori.

Istoric
Localitatea Trenčianska Turná este atestată documentar din 1269.

Note

Legături externe

Localități din Slovacia

Trenčianska Turná


An Telipogon obovatus in uska species han Liliopsida nga ginhulagway ni John Lindley. An Telipogon obovatus in nahilalakip ha genus nga Telipogon, ngan familia nga Orchidaceae.

Mabibilngan ini ha Ecuador. Waray hini subspecies nga nakalista.

Mga kasarigan

Telipogon

Telipogon obovatus


Irrational exuberance is a term used in 1996 by Alan Greenspan, then chairman of the U.S. Federal Reserve Board, with regards to equity prices in the United States.

Irrational exuberance may also refer to:
 Irrational Exuberance (book), by Robert Shiller, which expanded on the theme of Greenspan quote
 Irrational Exuberance (animutation), a Flash animutation of the song "Yatta" which features images of Greenspan

Irrational exuberance (disambiguation)


Şenyurt, bir yer ismi ve soyadı, şu anlamlara gelebilir:

Yerleşim yerleri

Şenyurt, Amasra – Bartın ili Amasra ilçesine bağlı köy
Şenyurt, Araç – Kastamonu ili Araç ilçesine bağlı köy
Şenyurt, Ardeşen – Rize ili Ardeşen ilçesine bağlı köy
Şenyurt, Atakum – Samsun ili Atakum ilçesine bağlı mahalle
Şenyurt, Çarşamba – Samsun ili Çarşamba ilçesine bağlı mahalle
Şenyurt, Eflani – Karabük ili Eflani ilçesine bağlı köy
Şenyurt, Kızıltepe – Mardin ili Kızıltepe ilçesine bağlı mahalle
Şenyurt, Kumru – Ordu ili Kumru ilçesine bağlı mahalle
Şenyurt, Perşembe – Ordu ili Perşembe ilçesine bağlı mahalle
Şenyurt, Sarıoğlan – Kayseri ili Sarıoğlan ilçesine bağlı mahalle
Şenyurt, Tortum – Erzurum ili Tortum ilçesine bağlı mahalle
Şenyurt, Ulaş – Sivas ili Ulaş ilçesine bağlı köy
Şenyurt, Ünye – Ordu ili Ünye ilçesine bağlı mahalle
Şenyurt, Yakutiye – Erzurum ili Yakutiye ilçesine bağlı mahalle

Soyadı Şenyurt olanlar
 Adnan Şinasi Şenyurt (1927–1993), Türk siyasetçi
 Ayten Şenyurt, Türk çocuk kitabı yazarı
 Hülya Şenyurt (1973), Türk judocu

Kaynakça

Türkçe soyadları

Şenyurt


Campoo-Los Valles — comarca da Cantábria
Aguilar de Campoo — município de Castela e Leão

Municípios da Cantábria
Campoo de Enmedio
Campoo de Yuso
Hermandad de Campoo de Suso

Desambiguações de topônimos

Campoo


The national flag of the Republic of the Congo () consists of a yellow diagonal band divided diagonally from the lower hoist-side corner, with a green upper triangle and red lower triangle.  Adopted in 1959 to replace the French Tricolour, it was the flag of the Republic of the Congo until 1970, when the People's Republic of the Congo was established.  The new regime changed the flag to a red field with the coat of arms of the People's Republic in the canton.  This version was utilized until the regime collapsed in 1991.  The new government promptly restored the original pre-1970 flag.

History
Under French colonial rule over French Congo, the authorities forbade the colony from utilizing its own distinctive colonial flag.  This was because they were worried that this could increase nationalistic sentiment and lead to calls for independence.  However, with the rise of the decolonization movement in Africa, the French were obliged to grant limited autonomy to the Congo as a self-governing republic within the French Community.  This was granted on 28 November 1958, after a referendum was held and nine months later, the Legislative Assembly began deliberating over a national flag.

The new flag was officially adopted on 15 September 1959 and remained unchanged when the French Congo became an independent state less than a year later on 15 August 1960.  It was hoisted on top of the building that formerly housed the French high commission to mark the proclamation of independence.  In 1968, a coup d'état took place in the country, with the new government proclaiming the People's Republic of the Congo a year later.  By doing so, it became the first Marxist–Leninist country in Africa.  In order to symbolize the revolutionary change, the regime instituted a new national anthem and chose a new flag.  This featured a red field charged with the country's new coat of arms—a gold star with an overlapping hammer and hoe encircled by a wreath—in the top-left canton.  The design was inspired by that of the Soviet Union's flag.

The red flag remained in place until 1991, when economic problems and the weakening of the Soviet Union's power due to the Revolutions of 1989 culminated in democratic elections and ultimately, the collapse of the People's Republic of the Congo.  The National Conference, which oversaw the transition to a democratic government, reinstated the original flag from 1959 on 10 June 1991.  The colours and shapes on the flag are mentioned in Article 5 of the constitution of the Republic of the Congo.

Design

The colours of the flag carry cultural, political, and regional meanings. The green symbolizes the agriculture and forests of the Congo, while the yellow represents the "friendship and nobility" of the Congolese people.  However, the symbolism behind the red was left unexplained.  From a continental viewpoint, the green, yellow and red are the colours of the Pan-Africanist movement.; it is the only Pan-Africanist flag to utilize a diagonal pattern in its design.  They are also the same colours utilised in the flag of Ethiopia, the oldest independent country in Africa and the only nation other than Liberia to remain independent during the Scramble for Africa.

Colour schemes

Construction Sheet

References

External links

Flags of Africa
Flag
Congo, Republic
Congo, Republic
Congo, Republic

Flag of the Republic of the Congo


American Expedition Vehicles (AEV), fundada en 1997 en Montana, Estados Unidos por Dave Harriton, es un fabricante de accesorios y partes de carrocería (aftermarket parts) y de tuning de alto rendimiento especializada en Jeep.

El principal objetivo de American Expedition Vehicles es la reconversión, equipamiento y máximo rendimiento de vehículos especializados para exploraciones terrestres, servicios, rescates, minería, seguridad, policiales y militares, entre otros. Los clientes pueden comprar los vehículos directamente de AEV o mandar su Jeep para ser personalizado y/o modificado según las peticiones del cliente.

AEV es fabricante exclusivo de partes de carrocería para el AEV Brute, un kit de conversión para agregar una «caja pickup» al Jeep Wrangler.

Conversiones
Aparte de sus exclusiva línea de accesorios tales como llantas, suspensiones y parachoques... AEV se destaca por las siguientes conversiones:

AEV Wrangler (JK)
AEV ofrece 3 paquetes de reformas para los dueños de Jeep Wrangler (JK), el JK231 es un paquete accesible de partida, con una altura de elevación más bajo y un fácil acceso a la cabina, incluye parachoques delanteros AEV. Próximo el JK231S se lo lleva a un nivel superior, la adición de un parachoques trasero y portador de neumáticos de repuesto, así como una Suspensión Premium con un alzamiento de 3.5" y neumáticos 35" x 12.5" x 17". Por último, el JK231R es cargado al máximo y listo para todo terreno, agregando neumáticos Mud Terrain y un winche Warn, así como protección con Skidplate y  AEV Heat Reduction Hood (Capó para reducción de calor AEV).

AEV Brute Pickup Truck
Para AEV la Brute fue punto de no retorno. La primera camioneta Brute es introducida en el show de SEMA(Specialty Equipment Market Association)en noviembre de 2002, el Brute pasa a ser el hit del Show de SEMA, AEV gana su tercer Design Excellence Award. Esta conversión es el extremo para cualquier Jeep Wrangler TJ, el kit viene con más del 90% montado, con un promedio del tiempo de construcción de alrededor de 60 horas. Además, el kit se puede comprar en varias etapas de terminación y/o presupuesto.

570 Hemi (tj)
El TJ 5.7L HEMI debutó en el SEMA 2003. Fue pintado color Naranja Imola, un color del Acura NSX y parecía que estaba en llamas bajo las luces en el stand de Chrysler. La pintura realmente mostró un nuevo producto para la AEV; el Heat Reduction Hood. Este coche fue el comienzo de algo nuevo en AEV, antes de este vehículo, AEV hizo muy poco trabajo en motores.

AEV J8 Milspec
AEV llegó a un acuerdo con Chrysler para vender  «componentes del chasis» del Jeep J8 en los EE. UU. El Jeep J8 es un vehículo militar basado en la plataforma del Jeep Wrangler Unlimited construido por Chrysler LLC, Estos chasis se venden completamente montado, pero sin motor o transmisión. Esto permite al cliente instalar o tener instalado o un 2.8L turbodiesel VM con 174 caballos de fuerza (130 kW) y 339 libras-pie de par de torsión (460 N·m) o un 5.7 litros V-8 HEMI de Chrysler con 330 caballos de fuerza (250 kW) y 375  libras-pie de par de torsión (508 N·m). El vehículo puede ser registrado legalmente en Estados Unidos como un «vehículo de componentes».

Referencias

Enlaces externos

Official American Expedition Vehicles (AEV) site

Empresas de tuning
Modelos de automóviles todoterreno
Fabricantes de componentes del automóvil
Modelos de pickups

American Expedition Vehicles


In molecular biology, housekeeping genes are typically constitutive genes that are required for the maintenance of basic cellular function, and are expressed in all cells of an organism under normal and patho-physiological conditions.  Although some housekeeping genes are expressed at relatively constant rates in most non-pathological situations, the expression of other housekeeping genes may vary depending on experimental conditions.

The origin of the term "housekeeping gene" remains obscure.  Literature from 1976 used the term to describe specifically tRNA and rRNA. For experimental purposes, the expression of one or multiple housekeeping genes is used as a reference point for the analysis of expression levels of other genes. The key criterion for the use of a housekeeping gene in this manner is that the chosen housekeeping gene is uniformly expressed with low variance under both control and experimental conditions. Validation of housekeeping genes should be performed before their use in gene expression experiments such as RT-PCR. Recently a web-based database of human and mouse housekeeping genes and reference genes/transcripts, named Housekeeping and Reference Transcript Atlas (HRT Atlas), was developed to offer updated list of  housekeeping genes and reliable candidate reference genes/transcripts for RT-qPCR data normalization. This database can be accessed at http://www.housekeeping.unicamp.br.

Housekeeping gene regulation
Housekeeping genes account for majority of the active genes in the genome, and their expression is obviously vital to survival. The housekeeping gene expression levels are fine-tuned to meet the metabolic requirements in various tissues. Biochemical studies on transcription initiation of the housekeeping gene promoters have been difficult, partly due to the less-characterized promoter motifs and transcription initiation process.

Human housekeeping gene promoters are generally depleted of TATA-box, have high GC content and high incidence of CpG Islands. In Drosophila, where promoter specific CpG Islands are absent, housekeeping gene promoters contain DNA elements like DRE, E-box or DPE. Transcription start sites of housekeeping genes can span over a region of around 100 bp whereas transcription start sites of developmentally regulated genes are usually focused in a narrow region. Little is known about how the dispersed transcription initiation of housekeeping gene is established. There are transcription factors that are specifically enriched on and regulate housekeeping gene promoters. Furthermore, housekeeping promoters are regulated by housekeeping enhancers but not developmentally regulated enhancers.

Common housekeeping genes in humans
The following is a partial list of "housekeeping genes." For a more complete and updated list, see HRT Atlas database compiled by Bidossessi W. Hounkpe et al. The database was constructed by mining more than 12000 human and mouse RNA-seq datasets.

Gene expression

Transcription factors

ATF1 NM_005171
ATF2 NM_001880
ATF4 Activating transcription factor 4 NM_001675
ATF6  NM_007348
ATF7 NM_001206682
ATF7IP NM_018179
BTF3 NM_001207 Homo sapiens basic transcription factor 3
E2F4 Homo sapiens E2F transcription factor 4, p107/p130-binding (E2F4), mRNA
ERH (gene) Enhancer of rudimentary homolog of drosophila (which in turn is the first enzymatic step in pyrimidine synthesis.  Regulated by MITF)
HMGB1 High mobility group box binds DNA
ILF2 Homo sapiens interleukin enhancer binding factor 2, 45kDa (ILF2), mRNA
IER2 formerly ETR101 Immediate Early Protein?
JUND Homo sapiens jun D proto-oncogene (JUND), mRNA
TCEB2 Elongin Matheo er rar

Repressors
PUF60 Homo sapiens fuse-binding protein-interacting repressor (SIAHBP1), transcript

RNA splicing

BAT1 aka DDX39B
HNRPD Homo sapiens heterogeneous nuclear ribonucleoprotein D (AU-rich element RNA
HNRPK Homo sapiens heterogeneous nuclear ribonucleoprotein K (HNRPK), transcript
PABPN1 poly(A) binding protein, nuclear 1
SRSF3 splicing factor, arginine/serine-rich

Translation factors

EIF1 aka SUI1
EIF1AD
EIF1B
EIF2A
EIF2AK1
EIF2AK3
EIF2AK4
EIF2AK1
EIF2B2
EIF2B3
EIF2B4
EIF2S2
EIF3A
EIF3B
EIF3D formerly EIF3S4
EIF3G
EIF3I
EIF3H
EIF3J
EIF3K
EIF3L
EIF3M
EIF3S5
EIF3S8
EIF4A1
EIF4A2
EIF4A3
EIF4E2
EIF4G1
EIF4G2
EIF4G3
EIF4H
EIF5
EIF5
EIF5A
EIF5AL1
EIF5B
EIF6
TUFM Tu translational elongation factor mitochondrial

tRNA synthesis

AARS  NM_001605 alanyl-tRNA synthetase
AARS2  NM_020745 alanyl-tRNA synthetase 2, mitochondrial
AARSD1  NM_001261434 alanyl-tRNA synthetase domain containing 1
CARS NM_001751 cysteinyl-tRNA synthetase
CARS2 NM_024537 cysteinyl-tRNA synthetase 2, mitochondrial (putative)
DARS NM_001349 aspartyl-tRNA synthetase
DARS2  NM_018122 aspartyl-tRNA synthetase 2, mitochondrial
EARS2 NM_001083614 glutamyl-tRNA synthetase 2, mitochondrial
FARS2  NM_006567 phenylalanyl-tRNA synthetase 2, mitochondrial
FARSA  NM_004461 phenylalanyl-tRNA synthetase, alpha subunit
FARSB  NM_005687 phenylalanyl-tRNA synthetase, beta subunit
GARS  NM_002047 glycyl-tRNA synthetase
HARS  NM_002109 histidyl-tRNA synthetase
HARS2  NM_012208 histidyl-tRNA synthetase 2, mitochondrial
IARS  NM_002161 isoleucyl-tRNA synthetase
IARS2  NM_018060 isoleucyl-tRNA synthetase 2, mitochondrial
KARS  NM_005548 Homo sapiens lysyl-tRNA synthetase (KARS), mRNA
LARS2  NM_015340 isoleucyl-tRNA synthetase 2, mitochondrial
MARS  NM_004990 methionyl-tRNA synthetase
MARS2  NM_138395 methionyl-tRNA synthetase 2, mitochondrial
NARS  NM_004539 asparaginyl-tRNA synthetase
NARS2  NM_024678 asparaginyl-tRNA synthetase 2, mitochondrial (putative)
QARS  NM_005051 glutaminyl-tRNA synthetase
RARS  NM_002884 arginyl-tRNA synthetase
RARS2  NM_020320 arginyl-tRNA synthetase 2, mitochondrial
SARS  NM_006513 Homo sapiens seryl-tRNA synthetase (SARS), mRNA
TARS  NM_152295 threonyl-tRNA synthetase
VARS2  NM_020442 valyl-tRNA synthetase 2, mitochondrial
WARS2  NM_015836 tryptophanyl tRNA synthetase 2, mitochondrial
YARS  NM_003680 Homo sapiens tyrosyl-tRNA synthetase (YARS), mRNA
YARS2  NM_001040436 Homo sapiens tyrosyl-tRNA synthetase (YARS), mRNA mitochondrial

RNA binding protein
ELAVL1

Ribosomal proteins

RPL5
RPL8
RPL9
RPL10A
RPL11
RPL14
RPL25
RPL26L1
RPL27
RPL30
RPL32
RPL34
RPL35
RPL35A
RPL36AL
RPS5
RPS6
RPS6KA3
RPS6KB1
RPS6KB2
RPS13
RPS19BP1
RPS20
RPS23
RPS24
RPS27 transcribed with ubiquitin (see FAU (gene))
RPN1 Ribophorin anchors the ribosome to rough endoplasmic reticulum

Mitochondrial ribosomal proteins

MRPL9
MRPL1
MRPL10
MRPL11
MRPL12
MRPL13
MRPL14
MRPL15
MRPL16
MRPL17
MRPL18
MRPL19
MRPL2
MRPL20
MRPL21
MRPL22
MRPL23
MRPL24
MRPL27
MRPL28
MRPL3
MRPL30
MRPL32
MRPL33
MRPL35
MRPL36
MRPL37
MRPL38
MRPL4
MRPL40
MRPL41
MRPL42
MRPL43
MRPL44
MRPL45
MRPL46
MRPL47
MRPL48
MRPL49
MRPL50
MRPL51
MRPL52
MRPL53
MRPL54
MRPL55
MRPL9
MRPS10
MRPS11
MRPS12
MRPS14
MRPS15
MRPS16
MRPS17
MRPS18A
MRPS18B
MRPS18C
MRPS2
MRPS21
MRPS22
MRPS23
MRPS24
MRPS25
MRPS26
MRPS27
MRPS28
MRPS30
MRPS31
MRPS33
MRPS34
MRPS35
MRPS5
MRPS6
MRPS7
MRPS9

RNA polymerase

POLR1C
POLR1D
POLR1E
POLR2A
POLR2B
POLR2C
POLR2D
POLR2E
POLR2F
POLR2G
POLR2H
POLR2I
POLR2J
POLR2K
POLR2L
POLR3C
POLR3E
POLR3GL
POLR3K

Protein processing

PPID Peptidyl-prolyl cis-trans isomerase D
PPIE Peptidyl-prolyl cis-trans isomerase E
PPIF Peptidyl-prolyl cis-trans isomerase F
PPIG Peptidyl-prolyl cis-trans isomerase G
PPIH Cyclophilin H
CANX Calnexin.  Folding of glycoproteins within endoplasmic reticulum
CAPN1 Calpain subunit
CAPN7
CAPNS1 Calpain protease subunit
NACA Nascent polypeptide associated complex alpha polypeptide
NACA2
PFDN2 Prefoldin 2
PFDN4 Prefoldin 4
PFDN5 Prefoldin 5
PFDN6 Prefoldin 6
SNX2 Sorting nexin 2
SNX3 Sorting nexin  3
SNX4 Sorting nexin 4
SNX5 Sorting nexin 5
SNX6 Sorting nexin 6
SNX9 Sorting nexin 9
SNX12 Sorting nexin 12
SNX13 Sorting nexin 13
SNX17 Sorting nexin 17
SNX18 Sorting nexin 18
SNX19 Sorting nexin 19
SNX25 Sorting nexin 25
SSR1 Translocon-associated protein TRAPA. Protein translocation in ER
SSR2 Translocon-associated protein TRAPB. Protein translocation in ER
SSR3 Translocon-associated protein TRAPG. Protein translocation in ER
SUMO1 Protein targeting
SUMO3 Protein targeting

Heat shock proteins

HSPA4
HSPA5
HSPA8
HSPA9
HSPA14
HSBP1

Histone

HIST1H2BC
H1FX
H2AFV
H2AFX
H2AFY Histone 2 Subfamily
H2AFZ essential for embryogenesis

Cell cycle
There is significant overlap in function with regards to some of these proteins.  In particular, the Rho-related genes are important in nuclear trafficking (i.e.: mitosis) as well as with mobility along the cytoskeleton in general.  These genes of particular interest in cancer research.

ARHGAP35
ARHGAP5
ARHGDIA
ARHGEF10L Rho guanine nucleotide exchange factor 10L
ARHGEF11 Rho guanine nucleotide exchange factor 11
ARHGEF40 Rho guanine nucleotide exchange factor 40
ARHGEF7 Rho guanine nucleotide exchange factor 7
RAB10  NM_016131 The small GTPases Rab are key regulators of intracellular membrane trafficking, from the formation of transport vesicles to their fusion with membranes
RAB11A  NM_004663
RAB11B  NM_004218
RAB14  NM_016322
RAB18  NM_021252
RAB1A  NM_004161 Homo sapiens RAB1A, member RAS oncogene family (RAB1A), mRNA
RAB1B  NM_030981
RAB21  NM_014999
RAB22A  NM_020673
RAB2A  NM_002858
RAB2B  NM_001163380
RAB3GAP1  NM_012233
RAB3GAP2  NM_012414
RAB40C  NM_021168
RAB4A  NM_004578
RAB5A  NM_004162
RAB5B  NM_002865
RAB5C  NM_004583
RAB6A  NM_002868
RAB7A  NM_004637
RAB9A  NM_004251
RABEP1  NM_004703
RABEPK  NM_005833
RABGEF1  NM_014504
RABGGTA  NM_004581
RABGGTB  NM_004582
CENPB Centromere protein B
CTBP1 Centromere protein T
CCNB1IP1  NM_021178 E3 ubiquitin-protein ligase. Modulates cyclin B levels and participates in the regulation of cell cycle progression through the G2 phase
CCNDBP1  NM_012142 May negatively regulate cell cycle progression
CCNG1  NM_004060 May play a role in growth regulation
CCNH  NM_001239 Involved in cell cycle control and in RNA transcription by RNA polymerase II. Its expression and activity are constant throughout the cell cycle
CCNK  NM_001099402 Regulatory subunit of cyclin-dependent kinases that mediates phosphorylation of the  large subunit of RNA polymerase II
CCNL1  NM_020307 Transcriptional regulator which participates in regulating the pre-mRNA splicing process
CCNL2  NM_030937 Transcriptional regulator which participates in regulating the pre-mRNA splicing process. Also modulates the expression of critical apoptotic factor, leading to cell apoptosis.
CCNY  NM_145012 Positive regulatory subunit of the cyclin-dependent kinases CDK14/PFTK1 and CDK16. Acts as a cell-cycle regulator of Wnt signaling pathway during G2/M phase
PPP1CA  NM_002708 Protein phosphatase that associates with over 200 regulatory proteins to form highly specific holoenzymes which dephosphorylate hundreds of biological targets
PPP1CC  NM_002710
PPP1R10  NM_002714
PPP1R11  NM_021959 Homo sapiens protein phosphatase 1, regulatory (inhibitor) subunit 11 (PPP1R11),
PPP1R15B  NM_032833
PPP1R37  NM_019121
PPP1R7  NM_002712
PPP1R8  NM_002713
PPP2CA  NM_002715
PPP2CB  NM_001009552
PPP2R1A  NM_014225  Negative regulator of growth and cell divisionHomo sapiens protein phosphatase 2 (formerly 2A), regulatory subunit A (PR 65),
PPP2R2A  NM_002717
PPP2R2D  NM_018461
PPP2R3C  NM_017917
PPP2R4  NM_021131
PPP2R5A  NM_006243
PPP2R5B  NM_006244
PPP2R5C  NM_002719
PPP2R5D  NM_006245
PPP2R5E  NM_006246
PPP4C  NM_002720
PPP4R1  NM_005134
PPP4R2  NM_174907
PPP5C  NM_006247
PPP6C  NM_002721
PPP6R2  NM_014678
PPP6R3  NM_018312
RAD1Homo sapiens ribonuclease/angiogenin inhibitor (RNH), mRNA
RAD17  NM_002869 Essential for sustained cell growth, maintenance of chromosomal stability, and ATR-dependent checkpoint activation upon DNA damage
RAD23B  NM_002873
RAD50  NM_005732
RAD51C  NM_002874
IST1  (locates to central dividing line of dividing cells)

Apoptosis
DAD1 Defender against cell death
DAP3 Involved in mediating interferon-gamma-induced cell death.
DAXX Death Associated Protein 6

Oncogenes
ARAF
MAZ (gene)
MYC also considered a transcription factor

DNA repair/replication
MCM3AP possibly a primase
XRCC5  NM_021141 Ku80
XRCC6  NM_001469 Homo sapiens thyroid autoantigen: Single-stranded DNA-dependent ATP-dependent helicase. Has a role in chromosome translocation.

Metabolism

PRKAG1 Senses energy level and inactivates HMGCoA reductase and Acetyl CoA Carboxylase
PRKAA1  NM_006251 Catalytic subunit of AMP-activated protein kinase (AMPK), an energy sensor protein kinase that plays a key role in regulating cellular energy metabolism
PRKAB1  NM_006253 Non-catalytic subunit of AMP-activated protein kinase (AMPK), an energy sensor protein kinase that plays a key role in regulating cellular energy metabolism
PRKACA  NM_002730 Phosphorylates a large number of substrates in the cytoplasm and the nucleus.
PRKAG1  NM_002733 Homo sapiens protein kinase, AMP-activated, gamma 1 non-catalytic subunit (PRKAG1), mRNA
PRKAR1A  NM_002734 Regulatory subunit of the cAMP-dependent protein kinases involved in cAMP signaling in cells
PRKRIP1  NM_024653 Binds double-stranded RNA. Inhibits EIF2AK2 kinase activity (By similarity).

Carbohydrate metabolism

ALDOA
B3GALT6  NM_080605
B4GALT3  NM_003779 Homo sapiens UDP-Gal:betaGlcNAc beta 1,4- galactosyltransferase, polypeptide 3
B4GALT5  NM_004776
B4GALT7  NM_007255
GSK3A
GSK3B
TPI1
PGK1 Phosphoglycerate kinase
PGAM5
ENOPH1 Enolase phosphatase
LDHA Lactate dehydrogenase
TALDO1 Transaldolase in pentose shunt
TSTA3 Mannose metabolism

Citric Acid Cycle
SDHA NM_004168 Succinate Dehydrogenase subunit A
SDHAF2  NM_017841
SDHB  NM_002973 Iron-sulfur protein (IP) subunit of succinate dehydrogenase (SDH) that is involved in complex II of the mitochondrial electron transport chain and is responsible for transferring electrons from succinate to ubiquinone (coenzyme Q)
SDHC  NM_003000 Membrane-anchoring subunit of succinate dehydrogenase (SDH) that is involved in complex II of the mitochondrial electron transport chain and is responsible for transferring electrons from succinate to ubiquinone (coenzyme Q).
SDHD  NM_003001

Lipid metabolism

HADHA Trifunctional protein subunit alpha

Amino acid metabolism
COMT Catechol-O-methyl transferase)

NADH dehydrogenase

NDUFA2NM_002488
NDUFA3  NM_004542
NDUFA4  NM_002489
NDUFA5  NM_005000
NDUFA6  NM_002490
NDUFA7 NM_005001 Homo sapiens NADH dehydrogenase (ubiquinone) 1 alpha subcomplex, 7, 14.5kDa
NDUFA8  NM_014222
NDUFA9  NM_005002
NDUFA10  NM_004544
NDUFA11  NM_175614
NDUFA12  NM_018838
NDUFA13  NM_015965
NDUFAF2  NM_174889
NDUFAF3  NM_199069
NDUFAF4  NM_014165
NDUFB2  NM_004546
NDUFB3  NM_002491
NDUFB4  NM_004547
NDUFB5  NM_002492
NDUFB6  NM_002493
NDUFB7 NM_004146 Homo sapiens NADH dehydrogenase (ubiquinone) 1 beta subcomplex, 7, 18kDa
NDUFB10  NM_004548
NDUFB11  NM_019056
NDUFB8  NM_005004
NDUFB9  NM_005005
NDUFC1 NM_002494Homo sapiens NADH dehydrogenase (ubiquinone) 1, subcomplex unknown, 1, 6kDa
NDUFC2  NM_004549
NDUFC2-KCTD14  NM_001203260
NDUFS5
NDUFV2
NDUFS2  NM_004550
NDUFS3  NM_004551
NDUFS4  NM_002495
NDUFS5  NM_004552 Homo sapiens NADH dehydrogenase (ubiquinone) Fe-S protein 5, 15kDa
NDUFS6  NM_004553
NDUFS7  NM_024407
NDUFS8  NM_002496
NDUFV1  NM_007103 Homo sapiens NADH dehydrogenase (ubiquinone) flavoprotein 1, 51kDa (NDUFV1),
NDUFV2  NM_021074 Homo sapiens NADH dehydrogenase (ubiquinone) flavoprotein 2, 24kDa (NDUFV2),

Cytochrome C oxidase
(Note that COX1, COX2, and COX3 are mitochondrially encoded)

COX4I1 001861
COX5B NM_001862
COX6B1 NM_001863
COX6C  NM_004374
COX7A2  NM_001865 Homo sapiens cytochrome c oxidase subunit VIIa polypeptide 2 (liver) (COX7A2),
COX7A2L NM_004718
COX7C NM_001867
COX8
COX8A  NM_004074 Homo sapiens cytochrome c oxidase subunit VIII (COX8), nuclear gene encoding
COX11  NM_004375
COX14  NM_032901
COX15  NM_004376
COX16  NM_016468
COX19  NM_001031617
COX20  NM_198076
CYC1 Homo sapiens cytochrome c-1 (CYC1)
UQCC  NM_018244 Required for the assembly of the ubiquinol-cytochrome c reductase complex (mitochondrial respiratory chain complex III or cytochrome b-c1 complex)
UQCR10  NM_013387
UQCR11  NM_006830 Homo sapiens ubiquinol-cytochrome c reductase (6.4kD) subunit (UQCR), mRNA
UQCRB  NM_006294
UQCRC1  NM_003365 Homo sapiens ubiquinol-cytochrome c reductase core protein I (UQCRC1), mRNA
UQCRC2  NM_003366
UQCRHL  NM_001089591
UQCRQ  NM_014402 Homo sapiens low molecular mass ubiquinone-binding protein (9.5kD) (QP-C), mRNA

ATPase

ATP2C1  NM_014382
ATP5A1  NM_004046 Homo sapiens ATP synthase, H+ transporting, mitochondrial F1 complex, alpha
ATP5B  NM_001686
ATP5C1  NM_005174
ATP5D  NM_001687 Homo sapiens ATP synthase, H+ transporting, mitochondrial F1 complex, delta
ATP5F1  NM_001688
ATP5G2  NM_005176
ATP5G3  NM_001689 Homo sapiens ATP synthase, H+ transporting, mitochondrial F0 complex, subunit c
ATP5H  NM_006356 Homo sapiens ATP synthase, H+ transporting, mitochondrial F0 complex, subunit d
ATP5J  NM_001685
ATP5J2  NM_004889 Homo sapiens ATP synthase, H+ transporting, mitochondrial F0 complex, subunit f,
ATP5J2-PTCD1  NM_001198879
ATP5L  NM_006476
ATP5O  NM_001697 Homo sapiens ATP synthase, H+ transporting, mitochondrial F1 complex, O subunit
ATP5S  NM_015684
ATP5SL  NM_018035
ATP6AP1  NM_001183 Homo sapiens ATPase, H+ transporting, lysosomal interacting protein 1 (ATP6IP1),
ATP6V0A2  NM_012463
ATP6V0B  NM_004047 Homo sapiens ATPase, H+ transporting, lysosomal 21kDa, V0 subunit c (ATP6V0B),
ATP6V0C  NM_001694 Homo sapiens ATPase, H+ transporting, lysosomal 16kDa, V0 subunit c (ATP6V0C),
ATP6V0D1  NM_004691
ATP6V0E1  NM_003945
ATP6V1C1  NM_001695
ATP6V1D  NM_015994
ATP6V1E1  NM_001696 Homo sapiens ATPase, H+ transporting, lysosomal 31kDa, V1 subunit E isoform 1
ATP6V1F  NM_004231 Homo sapiens ATPase, H+ transporting, lysosomal 14kDa, V1 subunit F (ATP6V1F),
ATP6V1G1  NM_004888 Homo sapiens ATPase, H+ transporting, lysosomal 13kDa, V1 subunit G isoform 1
ATP6V1H  NM_015941
ATPAF2  NM_145691
ATPIF1  NM_016311

Lysosome

CTSD can degrade insulin in hepatocytes
CSTB May protect cell from leaking lysosomes
LAMP1
LAMP2
M6PR

Proteasome

PSMA1  NM_002786
PSMA2  NM_002787
PSMA3  NM_002788
PSMA4  NM_002789
PSMA5  NM_002790
PSMA6  NM_002791
PSMA7  NM_002792 Homo sapiens proteasome (prosome, macropain) subunit, alpha type, 7 (PSMA7),
PSMB1  NM_002793 Homo sapiens proteasome (prosome, macropain) subunit, beta type, 1 (PSMB1), mRNA
PSMB2  NM_002794 Homo sapiens proteasome (prosome, macropain) subunit, beta type, 2 (PSMB2), mRNA
PSMB3  NM_002795
PSMB4  NM_002796 Homo sapiens proteasome (prosome, macropain) subunit, beta type, 4 (PSMB4), mRNA
PSMB5  NM_002797
PSMB6  NM_002798
PSMB7  NM_002799 Homo sapiens proteasome (prosome, macropain) subunit, beta type, 7 (PSMB7), mRNA
PSMC2  NM_002803
PSMC3  NM_002804
PSMC4  NM_006503
PSMC5  NM_002805
PSMC6  NM_002806
PSMD1  NM_002807
PSMD10  NM_002814
PSMD11  NM_002815 Homo sapiens proteasome (prosome, macropain) 26S subunit, non-ATPase, 11
PSMD12  NM_002816
PSMD13  NM_002817
PSMD14  NM_005805
PSMD2  NM_002808
PSMD3  NM_002809
PSMD4  NM_002810
PSMD5  NM_005047
PSMD6  NM_014814
PSMD7  NM_002811
PSMD8  NM_002812 Homo sapiens proteasome (prosome, macropain) 26S subunit, non-ATPase, 8 (PSMD8),
PSMD9  NM_002813
PSME2 NM_002818 Homo sapiens proteasome (prosome, macropain) activator subunit 2 (PA28 beta)
PSME3  NM_005789
PSMF1  NM_006814
PSMG2  NM_020232
PSMG3  NM_032302
PSMG4  NM_001128591
UBA1  NM_003334 Homo sapiens ubiquitin-activating enzyme E1 (A1S9T and BN75 temperature
UBA2  NM_005499
UBA3  NM_003968
UBA5  NM_024818
UBA52  NM_003333
UBAC2  NM_177967
UBALD1  NM_145253
UBAP1  NM_016525
UBAP2L  NM_014847
UBB  NM_018955 Homo sapiens ubiquitin B (UBB), mRNA
UBC  NM_021009 Homo sapiens ubiquitin C (UBC), mRNA
UBE2A  NM_003336
UBE2B  NM_003337
UBE2D2  NM_003339 Homo sapiens ubiquitin-conjugating enzyme E2D 2 (UBC4/5 homolog, yeast)
UBE2D3  NM_003340
UBE2D4  NM_015983
UBE2E1  NM_003341
UBE2E2  NM_152653
UBE2E3  NM_006357
UBE2F  NM_080678
UBE2G2  NM_003343
UBE2H  NM_003344
UBE2I  NM_003345 Homo sapiens ubiquitin-conjugating enzyme E2I (UBC9 homolog, yeast) (UBE2I),
UBE2J1  NM_016021
UBE2J2  NM_058167
UBE2K  NM_005339
UBE2L3  NM_003347
UBE2M  NM_003969 Homo sapiens ubiquitin-conjugating enzyme E2M (UBC12 homolog, yeast) (UBE2M),
UBE2N  NM_003348
UBE2NL  NM_001012989
UBE2Q1  NM_017582
UBE2R2  NM_017811
UBE2V1  NM_021988
UBE2V2  NM_003350
UBE2W  NM_018299
UBE2Z  NM_023079
UBE3A  NM_000462
UBE3B  NM_130466
UBE3C  NM_014671
UBE4A  NM_004788
UBE4B  NM_006048
USP10  NM_005153
USP14  NM_005151
USP16  NM_006447
USP19  NM_006677
USP22  NM_015276
USP25  NM_013396
USP27X  NM_001145073
USP33  NM_015017
USP38  NM_032557
USP39  NM_006590
USP4  NM_003363
USP47  NM_017944
USP5  NM_003481
USP7  NM_003470
USP8  NM_005154
USP9X  NM_001039590

Ribonuclease
RNH Ribonuclease inhibitor

Thioreductase

TXN2  NM_012473
TXNDC11  NM_015914
TXNDC12  NM_015913
TXNDC15  NM_024715
TXNDC17  NM_032731
TXNDC9  NM_005783
TXNL1  NM_004786
TXNL4A  NM_006701
TXNL4B  NM_017853
TXNRD1  NM_003330

Structural

Cytoskeletal

ANXA6
ANXA7
ARPC1A Actin-related peptide
ARPC2
ARPC5L
CAPZA2
CAPZB
RHOA also implicated in regulation of cell cycle
RHOB
RHOT1  mitochondrial trafficking
RHOT2
TUBB Tubulin, beta polypeptide
WDR1 actin disassembly?

Organelle synthesis
A specialized form of cell signaling

BLOC1S1
BLOC1S2NM_173809
BLOC1S3NM_212550
BLOC1S4NM_018366
BLOC1S6NM_012388
AP1G1 NM_001128
AP1M1 NM_032493
AP2A1 NM_014203
AP2A2 NM_012305
AP2M1
AP2S1 NM_004069
AP3B1 NM_003664
AP3D1 NM_003938
AP3M1 NM_012095
AP3S1 NM_001284
AP3S2 NM_005829
AP4B1 NM_006594
AP5M1 NM_018229
ANXA6 Annexin 6
ANXA7 Annexin 7
AP1B1 Coated vesicles
CLTA Clathrin A (vesicles)
CLTB Clathrin B (vesicles)
CLTC

Mitochondrion
MTX2

Surface

AP2S1
CD81
GPAA1
LGALS9
MGAT2
MGAT4B
VAMP3

Cell adhesion

CTNNA1 NM_001903
CTNNB1
CTNNBIP1 NM_020248
CTNNBL1 NM_030877
CTNND1 NM_001085458 delta catenin

Channels and transporters

ABCB10 NM_012089
ABCB7 NM_004299
ABCD3 NM_002857
ABCE1 NM_002939
ABCF1 NM_001090
ABCF2 NM_005692
ABCF3 NM_018358
CALM1 Calmodulin grasps calcium ions
MFSD11 NM_024311  similar to MSFD10 aka TETRAN or tetracycline transporter-like protein
MFSD12 NM_174983
MFSD3 NM_138431
MFSD5 NM_032889
SLC15A4  NM_145648
SLC20A1  NM_005415
SLC25A11 mitochondrial oxoglutarate/malate carrier
SLC25A26  NM_173471
SLC25A28  NM_031212
SLC25A3  NM_002635
SLC25A32  NM_030780
SLC25A38  NM_017875
SLC25A39  NM_016016
SLC25A44  NM_014655
SLC25A46  NM_138773
SLC25A5  NM_001152
SLC27A4  NM_005094
SLC30A1  NM_021194
SLC30A5  NM_022902
SLC30A9  NM_006345
SLC35A2  NM_005660
SLC35A4  NM_080670
SLC35B1  NM_005827
SLC35B2  NM_178148
SLC35C2  NM_015945
SLC35E1  NM_024881
SLC35E3  NM_018656
SLC35F5  NM_025181
SLC38A2  NM_018976
SLC39A1  NM_014437
SLC39A3  NM_144564
SLC39A7  NM_006979
SLC41A3  NM_017836
SLC46A3  NM_181785
SLC48A1  NM_017842

Receptors
ACVR1  NM_001105 similar to ACVRL1 TGF Beta receptor family Rendu-Osler-Weber syndrome
ACVR1B  NM_004302
CD23 FCER2 low affinity IgE receptor (lectin)

HLA/immunoglobulin/cell recognition
BAT1 aka DDX39B which is involved in RNA splicing
BSG Basigin Immunoglobulin Superfamily, extracellular metalloproteinase
MIF macrophage migration inhibitory factor
TAPBP

Kinases/signalling

ADRBK1 can downregulate response to epinephrine
AGPAT1 acyl 3 phosphoglycerol acyl transferase
ARF1
ARF3
ARF4
ARF5
ARL2 RAS Superfamily
CSF1 Colony stimulating factor not highly expressed constitutively at 5-12
CSK C-src tyrosine kinase
DCT dopachrome tautomerase
EFNA3
FKBP1A
GDI1 GDP Dissociation inhibitor (Rab family)
GNAS1 ubiquitously expressed, but differentially imprinted
GNAI2
HAX1 associated with tyrosine kinases
ILK Integrin linked kinase
MAPKAPK2
MAP2K2
MAP3K11
PITPNM Phosphatidylinositol transfer protein
RAC1 Ro GTPase involved with many signaling pathways
RAP1B GTPase involved with cell adhesion
RAGA Ras-related GTP Binding
STK19
STK24 Serine/Threonine Kinase
STK25
YWHAB Tyrosine 3-monooxygenase/tryptophan 5-monooxygenase activation protein, beta polypeptide
YWHAH Tyrosine 3-monooxygenase/tryptophan 5-monooxygenase activation protein, h polypeptide
YWHAQ Tyrosine 3-monooxygenase/tryptophan 5-monooxygenase activation protein, theta polypeptide
YWHAZ Tyrosine 3-monooxygenase/tryptophan 5-monooxygenase activation protein, zeta polypeptide

Growth factors
AIF1
HDGF Hepatoma derived growth factor (translocates to nucleus)
HGS
LTBP4
VEGFB
ZFP36L1

Tissue necrosis factor
CD40 formerly TNFRSF5

Casein kinase
CSNK1E
CSNK2B

Miscellaneous

ALAS1 Aminolevulinic Acid Synthase type 1 (type 2 is erythroid and associated with porphyria)
ARHGEF2 Rho guanine nucleotide exchange factor
ARMET Mesencephalic astrocyte-derived neurotrophic factor
AES amino terminal enhancer of split
BECN1 involved in autophagy and partners with PI3K
BUD31 formerly Maternal G10 transcript
Creatine kinase CKB (ATP reservoir)
Cytidine deaminase questionable: not present in very high levels at all
CPNE1
ENSA (gene)
FTH1 Heavy chain of Ferritin
GDI2 rab/ras vesicular trafficking
GUK1 Guanylate kinase transfers phosphate from ATP to GMP
HPRT Hypoxanthine-guanine phosphoribosyltransferase
IFITM1 Induced by interferon, transmembrane protein
JTB (gene) Jumping translocation breakpoint
MMPL2
NME2 (formerly NM23B) Nucleoside diphosphate kinase
NONO
P4HB
PRDX1 peroxiredoxin (reduces peroxides)
PTMA Prothymosin
RPA2 Binds DNA during replication to keep it straightened out
SULT1A3 Sulfate conjugation (note: SULT1C is cited in earlier literature as being ubiquitous  but this may be an example of different tags being used to refer to a common area of 2 closely related genes.  If the tag is too short, then it may not be specific enough to truly specify one member of a gene family from another)
SYNGR2 Synaptogyrin (may participate in vesicle translocation)
Tetratricopeptide, TTC1 small glutamine rich tetratricopeptide

Open_reading_frame
C11Orf13
C14orf2
C21orf33

Sperm/Testis
Although this page is devoted to genes that should be ubiquitously expressed, this section is for genes whose current name reflects their relative upregulation in testes

SPAG7
SRM Spermidine synthase
TEGT Bax-1 inhibitor
DAZAP2 Deleted in azoospermia
MEA1 Male enhanced antigen

See also
Inducible gene
Genevestigator
Spatiotemporal gene expression
 Essential proteins in protein complexes
 Gene
 Genome
 Minimal genome
 List of gene families

References

External links

Genes
Gene expression

Housekeeping gene


කළුතර දිස්ත්‍රික්කයේ  රයිගම  කෝරළයේ මුංචල්ලිස් පත්තුවේ පානදුරේ තොටුමුණ වෙරළබඩ පිහිටි ඉපැරණි ගම් පියසක් වන වස්කඩුව(වර්ෂඛණ්ඩරාෂ්ඨ) දෑ හිතකාමී මිනිසුන් රටට බිහිකල අසිරිමත් පුරවරයකි.වස්කඩුවේ ශ්‍රී සුභූති හිමි මෙම ග්‍රාමයේ පහල වූ අද්විතීය පඬිවරයෙකි.

ඉතිහාසය

වර්ෂඛණ්ඩරාෂ්ඨ්‍රය

ජෙට්ටිකාර ජනවර්ගය

වස්කඩුවේ කන්දේ පුරාණ විහාරය

වස්කඩුවේ ශ්‍රී සුමංගල නාහිමි

වස්කඩුවේ ශ්‍රී ධම්මජෝති හිමි

වස්කඩුවේ ශ්‍රී සුභූති විහාරය

වස්කඩුවේ ශ්‍රී සුභූති නාහිමි

වස්කඩුව


Die Poona Open 1989 (auch als Lotto Trophy 1989 bezeichnet) im Badminton fanden Mitte Februar 1989 in Mortsel in Belgien statt.

Medaillengewinner

Referenzen
 http://www.tournamentsoftware.com/sport/tournament.aspx?id=24E7764F-9B66-43DA-9FC2-90D9E6EBCF1B

1989
World Badminton Grand Prix 1989

Poona Open 1989


Calotes, es un género de iguanios de la familia Agamidae, contiene 23 especies. Algunas especies se conocen como lagartos del bosque, otros como chupasangre, debido a su cabeza de color rojo, y otros (es decir,  C . versicolor ) como lagartos de jardín. Están geográficamente restringidos al sur de Asia, Birmania, las regiones del sudeste de Asia, y una población introducida en Florida. La mayor diversidad del género se encuentra en el oeste y nordeste de India, Birmania, y Sri Lanka.

El género Calotes se distingue de otros relacionados por la uniformidad del tamaño de las escamas dorsales, y por los pliegues que se extienden entre la mejilla y el hombro. Además, cuentan con extremidades proporcionalmente más fuertes que los Pseudocalotes.
En comparación con el Bronchocela, los Calotes tienen una cola y extremidades proporcionalmente más cortas. Tal como lo conocemos hoy fueron clasificados por Moody (1980) antes todos los géneros arriba mencionados eran incluidos en este.
En la jerga de habla hispana: Fuerte o fornido.

Especies
Se reconocen las 26 siguientes según The Reptile Database:
 Calotes aurantolabium Krishnan, 2008
 Calotes bachae Hartmann, Geissler, Poyarkov, Ihlow, Galoyan, Rödder & Böhme, 2013
 Calotes bhutanensis Biswas, 1975
 Calotes calotes (Linnaeus, 1758)
 Calotes ceylonensis Müller, 1887
 Calotes chincollium Vindum, 2003
 Calotes desilvai Bahir & Maduwage, 2005
 Calotes ellioti Günther, 1864
 Calotes emma Gray, 1845
 Calotes grandisquamis Günther, 1875
 Calotes htunwini Zug & Vindum, 2006
 Calotes irawadi Zug, Brown, Schulte & Vindum, 2006
 Calotes jerdoni Günther, 1870
 Calotes liocephalus Günther, 1872
 Calotes liolepis Boulenger, 1885
 Calotes manamendrai Amarasinghe & Karunarathna, 2014
 Calotes maria Gray, 1845
 Calotes medogensis Zhao & Li, 1984
 Calotes minor (Hardwicke & Gray, 1827)
 Calotes mystaceus Duméril & Bibron, 1837
 Calotes nemoricola Jerdon, 1853
 Calotes nigrilabris Peters, 1860
 Calotes nigriplicatus Hallermann, 2000
 Calotes pethiyagodai Amarasinghe, Karunarathna & Hallermann, 2014
 Calotes rouxii Duméril & Bibron, 1837
 Calotes versicolor (Daudin, 1802)

Referencias

Enlaces externos

Géneros de reptiles

Calotes


The Boeing X-45 unmanned combat air vehicle is a concept demonstrator for a next generation of completely autonomous military aircraft, developed by Boeing's Phantom Works. Manufactured by Boeing Integrated Defense Systems, the X-45 was a part of DARPA's J-UCAS project.

Development
Boeing developed the X-45 from research gathered during the development of the Bird of Prey. The X-45 features an extremely low-profile dorsal intake placed near the leading edge of the aircraft. The center fuselage is blended into a swept lambda wing, with a small exhaust outlet. It has no vertical control surfaces — split ailerons near each wingtip function as asymmetric air brakes, providing rudder control, much as in Northrop's flying wings.

Removing the pilot and its associated facilities from the aircraft dramatically reduces the aircraft's cost. Ground-based pilots execute the higher level decisions, but the mechanical flying of the aircraft is autonomous.

Variants

X-45A
Boeing built two of the model X-45A; both were scaled-down proof-of-concept aircraft. The first was completed by Boeing's Phantom Works in September 2000. The goal of the X-45A technology demonstrator program was to develop the technologies needed to "conduct suppression of enemy air defense missions with unmanned combat air vehicles." The first generation of unmanned combat air vehicles are primarily planned for air-to-ground roles with defensive air-to-air capabilities coupled with significant remote piloting.

The X-45A had its first flight on May 22, 2002, and the second vehicle followed in November of that year. On April 18, 2004, the X-45A's first bombing run test at Edwards Air Force Base was successful; it hit a ground target with a  inert precision-guided munition. On August 1, 2004, for the first time, two X-45As were controlled in flight simultaneously by one ground-based pilot.

On February 4, 2005, on their 50th flight, the two X-45As took off into a patrol pattern and were then alerted to the presence of a target. The X-45As then autonomously determined which vehicle held the optimum position, weapons (notional), and fuel load to properly attack the target. After making that decision, one of the X-45As changed course and the ground-based pilot authorized the consent to attack the simulated antiaircraft emplacement. Following a successful strike, another simulated threat, this time disguised, emerged and was subsequently destroyed by the second X-45A. This demonstrated the ability of these vehicles to work autonomously as a team and manage their resources, as well as to engage previously-undetected targets, which is significantly harder than following a predetermined attack path.

After the completion of the flight test program, both X-45As were sent to museums, one to the National Air and Space Museum, and the other to the National Museum of the United States Air Force at Wright-Patterson Air Force Base, where it was inducted on November 13, 2006.

The X-45A introduced yaw axis thrust vectoring.

X-45B/C

The larger X-45B design was modified to have even more fuel capacity and three times greater combat range, becoming the X-45C. Each wing's leading edge spans from the nose to the wingtip, giving the aircraft more wing area, and a planform very similar to the B-2 Spirits'. The first of the three planned X-45C aircraft was originally scheduled to be completed in 2006, with capability demonstrations scheduled for early 2007. By 2010, Boeing hoped to complete an autonomous aerial refueling of the X-45C by a KC-135 Stratotanker. Boeing has displayed a mock-up of the X-45C on static displays at many airshows.

The X-45C portion of the program received $767 million from DARPA in October 2004, to construct and test three aircraft, along with several supplemental goals. The X-45C included an F404 engine.  In July 2005, DARPA awarded an additional $175 million to continue the program, as well as implement autonomous aerial refueling technology.

On March 2, 2006, the US Air Force decided not to continue with the X-45 project. However, Boeing submitted a proposal to the Navy for a carrier based demonstrator version of the X-45, designated the X-45N.

X-45N
The X-45N was Boeing's proposal to the Navy's Unmanned Combat Air Systems demonstration project.  When it became known that the US Air Force would end funding to the Joint Unmanned Combat Air System program (which included the X-45 and X-47), the US Navy started its own UCAS program. Requirements were defined over the summer of 2006, and proposals were submitted in April 2007.

The first flight of the X-45N was planned for November 2008, had Boeing won the contract.  The contract was eventually awarded to Northrop Grumman's proposed naval X-47, thus ending the X-45 program.

As of 2007, the software Boeing developed to allow the X-45N to land and takeoff autonomously on aircraft carriers had been installed on the first F/A-18F, which has used it to perform tests of autonomous approaches. All autonomous approaches ended with a wave-off by design.  This Super Hornet is expected to be able to hook the carrier's arrester cables autonomously by the 2009 timeframe, setting the stage for carrier-borne UAV operations.

Phantom Ray

Boeing planned to develop and demonstrate an unmanned flying test bed for advanced air system technologies. The internally funded program, called Phantom Ray, uses the X-45C prototype vehicle that Boeing originally developed for the Defense Advanced Research Projects Agency (DARPA)/U.S. Air Force/U.S. Navy Joint-Unmanned Combat Air System (J-UCAS) program. The UAV was not aimed at any particular program or competition.

Specifications (X-45A)

See also

References

External links

 Boeing X-45 Site
 X-45 Video Collection
 NASA Dryden X-45A UCAV Photo Collection
 First bombing run test is a success
 Composites combat ready in UCAVs
 Boeing X-45 / X-46 page on designation-systems.net
 Photograph; X-45C unfinished prototype
 X-45C/N computer-rendered images
 Boeing 'Phantom Eye' Hydrogen Powered Vehicle Takes Shape

Stealth aircraft
Boeing military aircraft
DARPA
Edwards Air Force Base
Unmanned stealth aircraft
Tailless aircraft
2000s United States experimental aircraft
Single-engined jet aircraft
Boeing X-45
Unmanned experimental aircraft
Articles containing video clips

Boeing X-45


De bună voie și nesilit de nimeni este un film românesc din 1974 regizat de Maria Callas Dinescu. Rolurile principale au fost interpretate de actorii Ana Széles, Romeo Pop, Emanoil Petruț.

Prezentare

Distribuție
Distribuția filmului este alcătuită din:

 Romeo Pop — Matei Clejan
 Ana Széles — Agnes
 Eugenia Bosînceanu — Ana
 George Mihăiță — Dimescu, inginer agronom
 Paula Chiuaru
 Ferenc Fábián — Bartha Béla (menționat Fábian Ferencz)
 Constantin Fugașin — Tânărul
 Rodica Mandache — Rodica, contabila
 Haralambie Boroș
 Elisabeta Jar-Rozorea — Mama lui Agnes
 Constantin Codrescu — Doctorul
 Gheorghe Naghi — Nea Nae
 Ildiko Codrescu
 Emanoil Petruț — Ilie Clejan
 Ion Vasiliu
 Maria Szabo — Erzsi

Note

Vezi și
 1974 în film

Legături externe

Filme din 1974
Filme regizate de Maria Callas Dinescu
Filme românești
Filme în limba română

De bună voie și nesilit de nimeni


Der Voslapper Groden ist ein Stadtteil der niedersächsischen Stadt Wilhelmshaven mit Industrie und Naturschutzgebieten.

Geographie
Der Voslapper Groden grenzt im Norden an Hooksiel, im Osten an die Innenjade und den JadeWeserPort, im Süden an die Wilhelmshavener Stadtteile Voslapp und Rüstersieler Groden und im Westen an Sengwarden.

Der Stadtteil besteht aus Industrieanlagen und zwei Naturschutzgebieten:
 Chemiewerk Voslapp (PVC-Produktion)
 Naturschutzgebiet Voslapper Groden-Nord
 Wilhelmshavener Raffinerie, zwischen 2010 und 2020 nur als Tanklager genutzt
 Naturschutzgebiet Voslapper Groden-Süd

Geschichte
Von 1971 bis 1973 wurde das Gebiet des heutigen Stadtteils eingedeicht und somit zu einem Groden; der Name stammt von der nahegelegenen Wohnsiedlung Voslapp. Schon bald nach der Eindeichung kamen die beiden Industrieansiedlungen. Die brach liegenden, zunächst ebenfalls als Industrieflächen vorgesehenen Gebiete wurden 2006 und 2007 unter Naturschutz gestellt.

Weblinks

Ort in der kreisfreien Stadt Wilhelmshaven

Voslapper Groden


Magnus Bak Klaris (født 23. januar 1996) er en dansk cykelrytter som kører for . Fra 2015-16 kørte han for SEG Racing Academy.

Meritter
2014
Vinder af Paris-Roubaix Juniors
Vinder af  Peace Race Juniors
Vinder af 5. etape af Grand Prix Rüebliland
Vinder af Gent - Menen

2015
7. plads, GP Horsens

2016
5. plads, Rytgerløbet

2017
2. plads i bjergkonkurrencen i Tour du Loir-et-Cher

2018  DM i holdløb
 4. etape af Tour de l'Avenir (holdløb)
3. plads, GP Horsens

2021
2. plads, Grand Prix Herning
3. plads, Demin Cup

2022
Vinder af Skandis Grand Prix
Vinder af Lillehammer Grand Prix

2023
  DM i gravel
 2. plads, DM i linjeløb

Referencer

Eksterne henvisninger

Mandlige cykelryttere fra Danmark

Magnus Bak Klaris


Las Lagunas de Lastras de Cuéllar es un conjunto de tres grandes lagunas llamadas el Carrizal, la Tenca y la Lucia, y otras menores, localizadas en el término municipal de Lastras de Cuéllar, en la provincia de Segovia (Castilla y León).

Están cubiertas de carrizos y drenadas por un arroyo afluente del río Cerquilla.

La fauna que se localiza es muy variada a pesar del reducido tamaño de este humedal. Nidifican aves como el ánade azulón, el ánade real y la focha común. También sirve de descansadero para grullas y garzas, pudiendo encontrar también ejemplares de lavandera boyera, carricero común, estornino pinto y escribano palustre.

Véase también
 Anexo:Catálogo de Zonas Húmedas de Castilla y León

Bibliografía

Espacios naturales de la provincia de Segovia
Humedales de España
Comunidad de Villa y Tierra de Cuéllar
Sexmo de Hontalbilla

Lagunas de Lastras de Cuéllar


Leimea-Craic (Laimeacraic, Leimea Kraik; ) ist ein osttimoresischer Suco im Verwaltungsamt Hatulia (Gemeinde Ermera).

Geographie

Vor der Gebietsreform 2015 hatte Leimea-Craic eine Fläche von 28,85 km². Nun sind es 33,01 km². Der Suco liegt im Süden des Verwaltungsamts Hatulia. Nördlich liegen die Sucos Samara, Coilate-Letelo und Leimea-Sarinbalo. Im Südosten grenzt Leimea-Craic an das Verwaltungsamt Atsabe mit seinen Sucos Leimea Leten (deu.: "Ober-Leten") und Laubono und im Westen an das zur Gemeinde Bobonaro gehörende Verwaltungsamt Cailaco mit seinen Sucos Goulolo, Dau Udo und Purugua. Die Grenze zu Bobonaro bildet der Fluss Marobo. In ihn münden der nördliche Grenzfluss Garai (Grai) und der südliche Grenzfluss Ladiban. In den Garai fließt der in Leimea-Craic entspringende Biaioni. Der Garai entsteht aus dem Zusammenfluss des aus dem Norden kommenden Aiboro und dem Meipu, der die Grenze zu Coilate-Letelo bildet. In den Meipu mündet wiederum der Ladibau, der Grenzfluss zu Leimea-Sorinbalo.

Zwischen Biaioni, Garai und Marobo liegen im Nordwesten die Dörfer Boeana, Aidabamera und Gunutur (Gnutur). Im Osten befinden sich die Orte Railuli und Susorema (Susurema) und im Süden das Dorf Motur. In Gunutur gibt es eine Grundschule (Escola Primaria Leimea-Craic), eine medizinische Station und einen provisorischen Hubschrauberlandeplatz. Größere Straßen, die den Suco mit der Außenwelt verbinden fehlen, weswegen die Wahlurnen für die Parlamentswahlen in Osttimor 2007 mit Pferden und Trägern zum Wahllokal in der Grundschule gebracht und wieder abgeholt werden mussten.

Im Suco befinden sich die drei Aldeias Gunutur, Hatupae und Laquiama.

Einwohner
Im Suco leben 1.703 Einwohner (2022), davon sind 870 Männer und 833 Frauen. Im Suco gibt es 270 Haushalte. Über 97 % der Einwohner geben Kemak als ihre Muttersprache an. Mehr als 2 % sprechen Tetum Prasa.

Geschichte

2003 war der damalige Subdistrikt Hatulia Schauplatz von Überfällen und Scharmützeln, in denen die Organisation Colimau 2000 verwickelt war. Zentren waren Samara und Leimea-Craic. Die Colimau 2000 hat in Leimea-Craic eine breite Unterstützung durch die Bevölkerung. Die Organisation kam im Jahr 2000 mit der Rückkehr von Flüchtlingen der Unruhen von 1999 aus Westtimor in die Region. Viele Sympathien bei den Einwohnern Leimea-Craics gewann Colimau 2000, als sie einen katholischen Priester einluden, Land für eine zukünftige Kirche zu weihen. Dieser Fall von Unterstützung der katholischen Kirche widerspricht aber den animistischen Grundzügen von Colimau 2000.

Politik
Bei den Wahlen von 2004/2005 wurde Frederico Lemos Soares zum Chefe de Suco gewählt. Bei den Wahlen 2009 gewann Baltazar dos Reis und 2016 Mario Gonçalves.

Weblinks

 Ergebnisse des Zensus 2010 für den Suco Leimea-Craic (tetum; PDF; 8,5 MB)
 Ergebnisse des Zensus 2015 für den Suco Leimea-Craic (tetum; PDF)
 Seeds of Life: Suco information sheets Hatulia (tetum)

Einzelnachweise

Suco in Ermera (Gemeinde)

Leimea-Craic


Halvøen Nørreby Hals eller blot Halsen, der er den nordvestlige afgrænsning af lagunen Nærå Strand  på Nordfyn.   Området er en stor naturseværdighed med et artsrigt fugle- og planteliv samt en spændende landskabsdannelse. Ved roden af Nørreby Hals ligger et 8 hektar stort, vandlidende område, som blev inddæmmet og afvandet af to lokale bønder i 1875. I dag har naturen atter magten, og området bag det gamle dige er nu levested for strandengens fugle og planter. Her blev i alt 29 hektar med sand- og stenstrand, strandenge, strandsøer og strandfælled fredet i 1979. Den offentligt tilgængelige del af Nørreby Hals er et udflugtsmål med gode naturoplevelser. Fuglelivet er året rundt en seværdighed og præges af mange ande- og vadefugle knyttet til Nærå Strand. Området er en del af Natura 2000 -område nr. 108 Æbelø, havet syd for og Nærå Strand og Vildtreservat Nærå - Agernæs .

Geologisk set beskytter Nørreby Hals Nærå Strand mod Kattegats brænding og ligger hen, som en aflang strandfælled dannet både ved landhævning og havets transport af grus og sand. Tæt ved halvøens østligste punkt findes et smukt system af strandvolde og strandsøer. Det omgivende hav udgøres af vidstrakte, lavvandede sandflader, som undertiden tørlægges ved ebbe. Sandfladen nord for Nørreby Hals gennemskæres af en strømrende, der trækker ind fra nordvest og strækker sig rundt om spidsen af Nørreby Hals og videre ind Nærå Strand.

Plantelivet
Plantelivet  på Nørreby hals er særdeles artsrigt. I de lave strandenge ind mod Nærå Strand vokser salttålende planter som hindeknæ, sandkryb,  strandvejbred, harril, kilebæger og udbredte tæpper af strandmalurt. På de tørre dele af Nørreby Hals findes bevoksninger af finbladet vejsennep, rødknæ og hvidkløver. Stedvis står klynger af skarntyde og den noget mindre og sjældnere agerkørvel. Desuden forekommer engelskgræs, fin kløver, humlekløver,  knoldranunkel og lancetvejbred.

Dyrelivet

Nørreby Hals er et godt sted at iagttage fuglelivet. Der ses altid mange ande- og vadefugle. Det er især almindelig ryle, hjejle, lille kobbersneppe, stor regnspove, strandskade og vibe som præger billedet. I det tidlige forår og det tidlige efterår er der gode muligheder for at iagttage betydelige flokke af klyder under deres træk til og fra ynglepladserne i Norden. I vinterhalvåret ses mest flokke af andefugle. Knopsvane, sangsvane, grågås, knortegås, gravand, gråand, edderfugl, pibeand, hvinand og toppet skallesluger forekommer i stort tal. Ifølge dofbasen er der registreret i alt 174 fuglearter i Nærå Strand. Et betydeligt antal, der illustrerer fredningens oplevelsesværdi.

Kulturhistorie

Det inderste af Nørreby Hals er mod Nærå Strand beskyttet mod oversvømmelser af gamle højvandsdiger, som blev opført i 1875. Lodsejerne fik 20 års skattefrihed efter at have foretaget inddæmningen. Da tiden var gået, blev det inddæmmede lands kvalitet takseret til at være af yderst dårlig landbrugsmæssig kvalitet.

Kilder og henvisninger

 Flyvesandet og Nørrebyhals  på naturstyrelsen.dk

Lokaliteter i Nordfyns Kommune
Fredede arealer i Danmark

Nørreby Hals


O argentino Juán Pablo Ficovich derrotou o italiano Luciano Darderi, por 6-3, 7-5 na final e conquistou o torneio.

Tabela

Cabeças-de-Chave

 Pablo Cuevas* (Se Retirou do torneio)
 Hugo Dellien (Quartas de Final)
 Thiago Seyboth Wild (Segunda Rodada)
 Juán Ignácio Londero (Primeira Rodada)

<li>  Nicolás Jarry (Semifinal)
<li>  Felipe Meligeni Alves (Semifinal)**
<li>  Nicolás Kicker (Primeira Rodada)
<li>  Pedro Cachín (Segunda Rodada)

(*) Pablo Cuevas se retirou antes da estréia, por conta de dores no joelho, sendo substituído pelo colombiano Alejandro Gómez, que entrou na chave principal como Lucky Loser.
(**) Felipe Meligeni Alves testou positivo para Covid-19 e não jogou sua partida semifinal. Sendo assim, o italiano Luciano Darderi avançou automaticamente para a decisão do campeonato.

Finais

Chave 1

Chave 2

 Main Draw

ATP Challenger Tour
Torneios de tênis em São Paulo
Competições internacionais de tênis sediadas no Brasil

São Paulo Open 2021 - Chave de Simples


mystrey means by strain and rain it is same word

Mystery


Quebrada Sorocaima es un pequeño curso de agua del sector mirandino de la ciudad de Caracas, en Venezuela. Sus aguas trascurren por el municipio de Baruta del estado Miranda.

Nace en la vertiente Oeste del Cerro El Volcán, a 1150  Desemboca en el curso bajo de la Quebrada  La Boyera, al norte de la entrada al Centro Médico Docente La Trinidad (CMDLT).

Véase también

Referencias

Galería

Enlaces externos

Hidrografía de Caracas
Ríos de la vertiente del mar Caribe en Venezuela
Ríos del Distrito Capital (Caracas)
Ríos del estado Miranda (Venezuela)
Municipio Baruta

Quebrada Sorocaima


Goran Bregović, (d. 22 Mart 1950, Saraybosna), Bosnalı Sırp-Hırvat besteci, gitarist ve şarkıcı.

Yaşamı
1950 yılında Sırp bir anne ve Hırvat babanın çocuğu olarak dünyaya geldi. 16 yaşındayken konservatuvardaki klasik keman eğitimini bırakarak Yugoslavya'nın en başarılı gruplarından sayılan Bijelo Dugme, (Beyaz Düğme) adında bir Rock grubu kurdu.

Film müziğine ilk olarak 1978'de Mica Milosevic'in Nije Nego filmiyle başladı. Bregovic'in en renkli ortaklığı yönetmen Emir Kusturica ile gerçekleşti, 1989'da Dom Za Vesanje, 1993'te Arizona Dream, 1995'te Cannes Film Festivali'ni kazanan Underground ve 1998'de Crna Macka gibi Emir Kusturica filmlerinin müziklerini yaparak Kusturica ve Bregovic çok başarılı bir ikili haline geldi. Sanatçı, Türkiye'de İzmir, İstanbul, Kocaeli, Bursa, Ankara ve Diyarbakır illerinde de konserler verdi. Sanatçının parçalarından bazıları Sezen Aksu, Oya-Bora ve Candan Erçetin gibi Türk müzisyenler tarafından Türkçe sözlerle seslendirilmiştir.

Diskografi

Solo Albümleri

 Goran Bregović (1976)
 Dom za vešanje (Film Müziği) (1988)
 Kuduz (Film Müziği) (1989)
 Les Temps des Gitans - Çingeneler Zamanı (Film Müziği) (1988)
 Arizona Dream (Film Müziği) (1993)
 La reine Margot (Film Müziği) (1994)
 Underground (Film Müziği) (1995)
 P.S. (Derleme/ Seçki) (1996)
 Silence of the Balkans (Canlı Performans/ Konser) (1997)
 Protopsálti (Πρωτοψάλτη)- Paradéchtika (Παραδέχτηκα) (1998)
 Ederlezi (Derleme/ Seçki) (1998)
 Kayah & Bregović (2000)
 Thessaloniki - Yannena with Two Canvas Shoes with George Dalaras (1999)
 Songbook (Derleme/ Seçki) (2000)
 Tales and Songs from Weddings and Funerals (2002)
 Goran Bregovic's Karmen with a Happy End (2007)
 Alkohol (2008)
 Mustafa (Film Müziği) (2008)
 Champagne for the Gypsies (2012)

Bijelo Dugme Albümleri

 Kad bi Bio Bijelo Dugme(1974)
 Šta bi Dao da si na Mom Mjestu (1975)
 Iz Sve Snage (Derleme/ Seçki) (1975)
 Eto! Baš Hoću! (1976)
 Koncert kod Hajdučke Česme (Canlı Performans/ Konser) (1977)
 Bitanga i Princeza (1979)
 Doživjeti Stotu (1980)
 Singl Ploče 1974 - 1975 (Derleme/ Seçki) (1982)
 Singl Ploče 1976 - 1980 (Derleme/ Seçki) (1982)
 Uspavanka za Radmilu M. (1983)
 Bijelo Dugme (1984)
 Pljuni i Zapjevaj Moja Jugoslavijo (1986)
 Ćiribiribela (1988)
 Nakon Svih Ovih Godina (Derleme/ Seçki) (1990)
 Ima Neka Tajna Veza (Derleme/ Seçki) (1994)

Film Müzikleri
 Mustafa (2008)
 Underground (film) (1995)
 Arizona dream (film) (1993)
 Çingeneler Zamanı [1988]

Dış bağlantılar

Kaynakça

Yaşayan insanlar
1950 doğumlular
Saraybosna doğumlular
Hırvat asıllı Bosnalılar
Sırp asıllı Bosnalılar
Bosnalı besteciler
Bosnalı erkek şarkıcılar
Film müziği bestecileri

Goran Bregović


is a town located in Kamo District, Gifu Prefecture, Japan. , the town had an estimated population of 10,303 and a population density of 250 persons per km2, in 3876 households. The total area of the town was .

Geography
Kawabe is located on the edge of the Nōbi Plain in southern Gifu Prefecture. The Hida River  flows through the town, which 70% forest and hills.  The town has a climate characterized by characterized by hot and humid summers, and mild winters  (Köppen climate classification Cfa).  The average annual temperature in Kawabe is 15.0 °C. The average annual rainfall is 2058 mm with September as the wettest month. The temperatures are highest on average in August, at around 27.6 °C, and lowest in January, at around 3.1 °C.

Neighbouring municipalities
Gifu Prefecture
Minokamo
Hichisō
Yaotsu

Demographics
Per Japanese census data, the population of Kawabe has remained relatively steady over the past 50 years.

History
The area around Kawabe was part of traditional Mino Province. During the Edo period, it part of Kamo District, and was tenryo directly controlled by the Tokugawa shogunate.  During the post-Meiji restoration cadastral reforms, the area was organised into Kamo District, Gifu Prefecture. The town of Kawabe was formed on April 1, 1897 with the establishment of the modern municipalities system. Kawabe merged with neighbouring Kamiyoneda on April 1, 1955.

Education
Kawabe has three public elementary schools and one public middle school operated by the town government. The town does not have a high school.

Transportation

Railway
 Central Japan Railway Company - Takayama Main Line
 -

Highway

Local attractions
 Kawabe Dam

Notes

External links

Towns in Gifu Prefecture

Kawabe, Gifu


Adolf Friedrich Stenzler (9 de julio de 1807 - 27 de febrero de 1887) fue un indólogo alemán.

Trayectoria
Estudió teología y lenguas orientales en la Universidad de Greifswald con Johann Gottfried Ludwig Kosegarten (1792-1860), continuó en la Universidad de Berlín con Franz Bopp (1791-1861) y en la Universidad de Bonn con August Wilhelm Schlegel (1767-1845). En 1829 obtuvo el doctorado, y prosiguió sus estudios en París, con Antoine-Léonard de Chézy (1773-1832) y Silvestre de Sacy (1758-1838). En 1833 fue nombrado professor de idiomas orientales en la Universidad de Breslau. Allí enseñó árabe, persa y sánscrito.

Stenzler fue un pionero del estudio del sánscrito en Alemania. In 1868 publicó su texto más conocido, una gramática del sáncrito, titulada Elementarbuch der Sanskrit-Sprache.

Referencias

Indólogos de Alemania
Orientalistas de Alemania del siglo XIX

Adolf Friedrich Stenzler


مصطفى مراردة هو أحد قيادات الثورة الجزائرية، مجاهد ومناضل ضمن صفوف جبهة التحرير الوطني الجزائرية.

نبذة عن حياته
ولد المجاهد مراردة مصطفى المسمى بن النوي في 21 أوت 1928 بأولاد شليح ولاية باتنة ابن الصالح وقيدوم علجية وتوفي في 18 ماي 2007.

أهم أعماله الثورية
انخرط في صفوف الثورة التحريرية الجزائرية كمناضل منذ 14 نوفمبر 1954 حيث قام بأعمال عديدة منها مسؤول مركز مكلف بالمخابىْ والاتصال والعمليات، وتخريب مصالح المستعمر.
التحق بصفوف جيش التحرير الوطني في ماي 1955 بعد اكتشاف خلية الفدائيين التي كان ينشط فيها استشهد أربعة منهم.
رافق الفقيد آنذاك مسؤول ناحية باتنة اعبيدي محمد الطاهر المدعو الحاج لخضر أعبيدي
بعد مؤتمر الصومام عين ملازما أول عضواً في الناحية الرابعة بريكة من المنطقة الأولى مكلفاً بالاتصال والأخبار وذلك في أواخر أكتوبر 1956.ثمّ مسؤولا بنفس الناحية في أواخر 1957. ثم عضوا في مجلس المنطقة الأولى باتنة للولاية الأولى أواسط سنة 1958 محتفظاَ بقيادة الناحية، ثم رقى إلى رتبة نقيب مسؤول عن المنطقة الثانية أريس بداية سنة 1959.
ثم مسؤولاً للولاية بالنيابة بعد خروج الحاج لخضر إلى تونس بداية أفريل 1959 إلى أفريل 1960.
عند تجديد مجلس الولاية رقي رائدا عضو مكلف بالأخبار والاتصال وعضواً في مجلس الثورة الجزائرية أوائل 1960.
عمل ملحقا عسكريا في بغداد من جانفي 1965 إلى جويلية 1967
ثم قائداً لمدرسة أشبال الثورة في تلمسان من جويلية إلى نوفمبر 1970
ثمّ عضواً في المجلس الشعبي الوطني عن ولاية باتنة في 1976 إلى 1982
ثم عضواً بالمجلس الوطني للمجاهدين منذ سنة 1990 إلى غاية وفاته.

وفاته
وافته المنية ليلة 18 ماي 2007 في منزله بباتنة عن عمر يناهز 79 سنة.

وصلات خارجية

 تسجيل نادر للرائد مصطفى مراردة المدعو مصطفى بن النوي.
 الرائد مصطفى مراردة في رده على مشكلة امداد ولايات الجزائرية الداخلية بالسلاح.

مراجع

جبهة التحرير الوطني الجزائرية
شاوية
شهداء حرب التحرير الجزائرية
عسكريون جزائريون
مواليد 1347 هـ
مواليد 1928
مواليد في وادي الشعبة (الجزائر)
وفيات 1428 هـ
وفيات 2007
وفيات في باتنة

مصطفى مراردة