Question: who is the actress who plays baker on blue bloods

Answer: Abigail Hawk

"Abigail Hawk"
Abigail Hawk Abigail Hawk (born Abigail Diane Gustafson, May 4 1985) is an American actress known for playing Samantha Bonner in the 1995 TV series ""Reality Check"", Detective Abigail Baker in ""Blue Bloods"", Riley Thomas in the 2016 holiday TV movie, ""A Christmas in Vermont"", and Ellie in Domenica Cameron-Scorsese's 2017 directorial debut, ""Almost Paris"". For her performance in ""Almost Paris"", Hawk won the ""Best Actress"" award at the 2017 Golden Door Film Festival. Born in Marietta, Georgia, Hawk attended the North Springs Charter School of Arts and Sciences, in Sandy Springs, Georgia. While a student, she appeared in the


Question: who is the actress who plays baker on blue bloods

Answer: Abigail Hawk

"Blue Bloods (season 1)"
of two children Jack and Sean. Sami Gayle portrayed Erin's teenage daughter Nicole ""Nikki"" Reagan-Boyle (Marlene Lawston played this role in the pilot episode). Abigail Hawk portrayed Abigail Baker, Frank's primary aide. Brothers Andrew and Tony Terraciano portray Sean and Jack Reagan, Danny and Linda's sons. Gregory Jbara acted as Garrett Moore, the NYPD's Deputy Commissioner of Public Information. Robert Clohessy played Sgt. Sidney Gormley, the immediate supervisor of Danny and the other detectives at the precinct. Actress Dylan Moore appeared in the first six episodes as Jamie's brief fiancée Sydney Davenport. Bruce Altman portrayed Mayor Frank Russo, Frank's superior.


Question: where is the villa in call me by your name

Answer: Moscazzano

"Villa Albergoni"
the Academy Award-winning film ""Call Me by Your Name"" (2017). The interior was decorated for the film by Violante Visconti di Modrone, a relative of Luchino Visconti. Villa Albergoni Villa Albergoni is a villa (or country mansion) in Moscazzano, Lombardy, northern Italy that dates back to the 16th-century. Due to previous owners, it is also known as ""Palazzo"" or ""Villa Vimercati"", ""Villa Griffoni"" or ""Villa Sant'Angelo"". It is located at 3, Via Montodine. Villa Albergoni is located on a plateau near the Adda river, in a marshy area that was politically difficult to control on the border between the Republic


Question: where is the villa in call me by your name

Answer: Moscazzano

"Call Me by Your Name (film)"
much or be shocked about a totally naked woman. It's the men."" Guadagnino picked actors based on their performances and chemistry rather than on their sexuality. He said, ""The idea that you have to cast only someone who has a certain set of skills, and worse, a certain gender identity in any role: that's oppressive to me."" The main location set for the Perlmans' residence was Villa Albergoni, an uninhabited 17th-century mansion in Moscazzano. Guadagnino wanted to buy the house but could not afford it, so he made a film there instead. A landscape designer was hired to construct an


Question: what are the five compulsory prayers in islam

Answer: Maghrib

Salah
obligatory prayers as well as the voluntary prayers (before and after) are listed below: Sunni Muslims also perform two rakats nafl (voluntary) after the Zuhr and Maghrib prayers. During the Isha prayer, they perform the two rakats nafl after the two Sunnat-Mu'akkadah and after the witr prayer. Table notes The ""Fard Salah"" are all of the compulsory Muslim prayers - the five daily prayers, as well as the Friday prayer (Salat al-Jumu'ah) and the Eid prayers (Eid prayers). Non-performance of any these prayers renders one a non-Muslim according to the stricter Hanbali madhhab of Sunni Islam, while the other Sunni


Question: what are the five compulsory prayers in islam

Answer: Isha

"Isha prayer"
Isha prayer The Isha prayer ( """" , ""night prayer"") is the night-time daily prayer recited by practicing Muslims. It is the fifth of the five daily prayers– (""salat"") [Islamic evening begins at maghrib]. The five daily prayers collectively are one pillar of the Five Pillars of Islam, in Sunni Islam, and one of the ten Practices of the Religion (""Furū al-Dīn"") according to Shia Islam. It is a four rak'ah prayer and in Sunni Islam, the two Sunnah rak'ah following the Isha' are highly recommended and so is the third rakat Wajib Witr. There are a few optional prayers


Question: what are the five compulsory prayers in islam

Answer: Asr

"Asr prayer"
Asr prayer The Asr prayer ( """", ""afternoon prayer"") is ""the afternoon"" daily prayer recited by practicing Muslims. It is the third of the five daily prayers (the Islamic date begins at ""maghrib""). The Asr prayer consist of four rakaas. The five daily prayers collectively are one pillar of the Five Pillars of Islam, in Sunni Islam, and one of the ten Practices of the Religion (""Furū al-Dīn"") according to Shia Islam. When travelling, according to some ""madh'habs"", it may be reduced to two ""rakaʿāt"". The Asr daily prayer may be mentioned as the middle prayer in the Qur'an at


Question: what are the five compulsory prayers in islam

Answer: Fajr

"Fajr prayer"
Fajr prayer The Fajr prayer ( """", ""dawn prayer"") an obligatory prayer ('Subuh' prayer) with two ""rakat"" (prescribed movements), and one of the five daily prayers offered by practising Muslims. Fajr means dawn in the Arabic language. The five daily prayers collectively form one pillar of the Five Pillars of Islam, in Sunni Islam, and one of the ten Practices of the Religion (""Furū al-Dīn"") according to Shia Islam. The Fajr prayer is mentioned by name in the Qur'an at sura 24 (An-Nur) ayah. Inspired by the tafsir of the two hadiths that were transmitted on behalf of the Islamic


Question: what are the five compulsory prayers in islam

Answer: Isha

Ramadan
will also use this time to give a larger portion of sadaqah in order to maximize the reward that will await them at the Last Judgment. Tarawih () refers to extra prayers performed by Muslims at night in the Islamic month of Ramadan. Contrary to popular belief, they are not compulsory. However, many Muslims pray these prayers in the evening during Ramadan. Some scholars maintain that Tarawih is neither ""fard"" or a ""Sunnah"", but is the preponed ""Tahajjud"" (night prayer) prayer shifted to post-""Isha'"" for the ease of believers. But a majority of Sunni scholars regard the Tarawih prayers as


Question: what are the five compulsory prayers in islam

Answer: Zuhr

"Zuhr prayer"
is the first prayer. The five daily prayers collectively are one of the Five Pillars of Islam in Sunni Islam, and one of the ten Practices of the Religion ( ""furūʿ ad-dīn"") according to Shia Islam. The Holy Qur'an has reiterated its importance, ""Attend constantly to prayers and to the middle prayer and stand up truly obedient to Allah"". It is reduced to two rakaʿāt when traveling. In both of the sects, four rakaʿāt are mandatory (""Fard"") and are prayed silently. However, in Sunni Islam, four rakaʿāt prior to the Fard raka'ah and two rakaʿāt following the Fard raka'ah are


Question: what are the five compulsory prayers in islam

Answer: Zuhr

Salah
carry it out no Muslim is considered blameworthy, but if no one carries it out, all incur a collective punishment. Men are required to perform the fard salat in (""jama'ah""), behind an imam when they are able. According to most Islamic scholars, performing prayers in congregation is mustahabb (recommended) for men, when they are able, but is neither required nor forbidden for women. Salat al-Jumu'ah is a congregational prayer on Friday, which replaces the Zuhr prayer. It is compulsory upon men to perform it in congregation, while women may perform it so or may perform Zuhr salat instead. Salat al-Jumu'ah


Question: what are the five compulsory prayers in islam

Answer: Fajr

"Five Pillars of Islam"
if one is able. ""Shahada"" is a declaration of faith and trust that professes that there is only one God ""(Allah)"" and that Muhammad is God's messenger. It is a set statement normally recited in Arabic: ""lā ʾilāha ʾillā-llāhu muḥammadun rasūlu-llāh"" () ""There is no god but God (and) Muhammad is the messenger of God."" It is essential to utter it to become a Muslim and to convert to Islam. ""Salah"" (""ṣalāh"") is the Islamic prayer. ""Salah"" consists of five daily prayers according to the Sunna; the names are according to the prayer times: ""Fajr"" (dawn), ""Dhuhr"" (noon), ""ʿAṣr"" (afternoon),


Question: who is the premier of northern cape 2018

Answer: Sylvia Lucas

"Sylvia Lucas"
the MEC Environment and Nature Conservation in the Northern Cape. Lucas participated in ANC international study tours in the United Kingdom, Canada and the United States, and ""holds numerous university certificates."" After former Northern Cape premier Hazel Jenkins collapsed, suffering a stroke, in 2012, the Executive Council of the Province appointed Grizelda Cjiekella as Acting Premier for the duration of Premier Jenkins' incapacity leave. When, a year later, Hazel Jenkins stepped down from the post of Premier of the Northern Cape, it was Sylvia Lucas whom the ANC in the province announced, on 19 April 2013, as the premier's successor.


Question: who is the premier of northern cape 2018

Answer: Sylvia Lucas

"Northern Cape"
African general election, 2009|election of 22 April 2009. Hazel Jenkins became Premier following the election, and COPE became the official opposition. Jenkins was later replaced by Sylvia Lucas in 2013. The 2014 election saw the ANC returned to power once again with an increased mandate, while DA once again became official opposition, after the collapse of COPE. In 2018 King Khoebaha Cornelius III Declared the independence of the Sovereign State of Good Hope The Northern Cape is South Africa's largest province, and distances between towns are enormous due to its sparse population. Its size is just shy of the size


Question: who is the premier of northern cape 2018

Answer: Sylvia Lucas

"Northern Cape"
premier of the Northern Cape as of 2013 was Sylvia Lucas of the African National Congress. The politics of the Northern Cape are dominated by the African National Congress (ANC), but their position has not been as strong as in many other Provinces of South Africa|provinces of South Africa. Initially, no party had an absolute majority. In 1994 the ANC's Manne Dipico became the first Premier of the Northern Cape after Ethne Papenfus, the sole elected representative of the Democratic Party (South Africa)|Democratic Party (DP), voted with the ANC. In return, she was elected speaker of the legislature. The ANC


Question: who is the premier of northern cape 2018

Answer: Sylvia Lucas

"Grizelda Cjiekella"
Cape Provincial Legislature. She held the position until April 2009 when she was appointed MEC for Education in the Province. After Northern Cape premier Hazel Jenkins collapsed, suffering a stroke, in 2012, the Executive Council of the Province met on 20 February, unanimously resolving to appoint Grizelda Cjiekella as Acting Premier for the duration of Premier Jenkins’ incapacity leave. Her term as Acting Premier ended on 2 April 2013 when Hazel Jenkins officially stepped down from the post of Premier of the Northern Cape and was to be succeeded by Sylvia Lucas, the Provincial Minister for Environmental Affairs. Grizelda Cjiekella


Question: who is the premier of northern cape 2018

Answer: Sylvia Lucas

"Sylvia Lucas"
Sylvia Lucas Sylvia Lucas is the fourth Premier of the Northern Cape Province, South Africa, elected and inaugurated as successor to Hazel Jenkins. She served briefly as Acting Premier and before that as MEC (Member of the Executive Council) for Environmental Affairs in the Northern Cape Provincial Legislature. She was born on 22 April 1964, and grew up in Upington in the Northern Cape. Lucas attended the Carlton Van Heerden High School in Upington where in the early 1980s she first became involved in political activities. She later took part in the Rosedale rent boycotts, and was part of the


Question: who is the premier of northern cape 2018

Answer: Sylvia Lucas

"Hazel Jenkins"
the Northern Cape and was to be succeeded by Sylvia Lucas, the Provincial Minister for Environmental Affairs. However the motion to recognize Jenkins' stepping down was opposed on procedural grounds. A vote in the Northern Cape legislature on 30 April 2013, in which opposition parties COPE and the Democratic Alliance took part, failed to achieve the required two thirds support for the motion to be carried. Accordingly, Jenkins technically remained premier and Lucas was sworn in on the same day as Grizelda Cjiekella's successor as acting premier of the province. Jenkins resigned as premier with effect from 22 May 2013,


Question: what are the monomer building blocks of dna and rna

Answer: Nucleotides

Ribonucleotide
Ribonucleotide In biochemistry, a ribonucleotide is a nucleotide containing ribose as its pentose component. It is considered a molecular precursor of nucleic acids. Nucleotides are the basic building blocks of DNA and RNA. The monomer itself from ribonucleotides forms the basic building blocks for RNA. However, the reduction of ribonucleotide, by enzyme ribonucleotide reductase (RNR), forms deoxyribonucleotide, which is the essential building block for DNA. There are several differences between DNA deoxyribonucleotides and RNA ribonucleotides. Successive nucleotides are linked together via phosphodiester bonds by 3'-5'. Ribonucleotides are also utilized in other cellular functions. These special monomers are utilized in both


Question: what are the monomer building blocks of dna and rna

Answer: Nucleotides

Nucleotide
Nucleotide Nucleotides are organic molecules that serve as the monomer units for forming the nucleic acid polymers deoxyribonucleic acid (DNA) and ribonucleic acid (RNA), both of which are essential biomolecules within all life-forms on Earth. Nucleotides are the building blocks of nucleic acids; they are composed of three subunit molecules: a nitrogenous base, a five-carbon sugar (ribose or deoxyribose), and at least one phosphate group. A nucleoside is a nitrogenous base and a 5-carbon sugar. Thus a nucleoside plus a phosphate group yields a nucleotide. Nucleotides also play a central role in metabolism at a fundamental, cellular level. They carry


Question: university of michigan school of public health ranking

Answer: #4

"University of Michigan School of Public Health"
on graduate programs, the University of Michigan School of Public Health was ranked as the #4 School of Public Health in the country and also had the #1 Healthcare Management program in the country in 2011. University of Michigan School of Public Health The University of Michigan School of Public Health is one of the professional graduate schools of the University of Michigan. Located in Ann Arbor, Michigan, UM SPH is one of the oldest schools of public health in the country and is also considered one of the top schools focusing on health in the United States. Founded in


Question: who wrote i can feel at home in this world anymore

Answer: Macon Blair

"I Don't Feel at Home in This World Anymore"
of 7.4/10. The site's critical consensus reads, """"I Don't Feel At Home In This World Anymore"" transcends its unwieldy title to offer timely, intoxicatingly dark observations on gender dynamics and social norms in modern America."" On Metacritic, the film has a 75 out of 100 rating, based on 15 reviews, indicating ""generally favorable reviews"". I Don't Feel at Home in This World Anymore I Don't Feel at Home in This World Anymore (often stylized I don't feel at home in this world anymore.) is a 2017 American comedy thriller film written and directed by Macon Blair in his directorial debut.


Question: who wrote i can feel at home in this world anymore

Answer: Macon Blair

"I Don't Feel at Home in This World Anymore"
I Don't Feel at Home in This World Anymore I Don't Feel at Home in This World Anymore (often stylized I don't feel at home in this world anymore.) is a 2017 American comedy thriller film written and directed by Macon Blair in his directorial debut. It stars Melanie Lynskey, Elijah Wood, David Yow, Jane Levy and Devon Graye. The film had its world premiere at the Sundance Film Festival on January 19, 2017; it went on to win the Grand Jury Prize for the U.S. Dramatic competition. It was released by Netflix on 24 February 2017. Nursing assistant Ruth


Question: who wrote i can feel at home in this world anymore

Answer: Macon Blair

"Macon Blair"
made his directorial debut on ""I Don't Feel At Home in This World Anymore"". It had its world premiere at the 2017 Sundance Film Festival and won that festival's Grand Jury Prize. It was released on February 24, 2017, by Netflix. He is married to actress Lee Eddy. Together they have a son, Buck (b. 2015). Macon Blair Macon Blair (born 1974) is an American actor, screenwriter, director and film producer known for his roles in the films ""Blue Ruin"" and ""Green Room"", as well as his directorial debut ""I Don't Feel at Home in This World Anymore"". Blair was


Question: who wrote i can feel at home in this world anymore

Answer: Macon Blair

"I Don't Feel at Home in This World Anymore"
played young Ruth) In April 2016, it was announced Melanie Lynskey and Elijah Wood had been cast in the film, with Macon Blair writing and directing the film. Principal photography began in April 2016, in Portland, Oregon. The film had its world premiere at the Sundance Film Festival on January 19, 2017. It received a worldwide release on February 24, 2017, streaming exclusively on Netflix. ""I Don't Feel At Home in This World Anymore"" received positive reviews from film critics. It currently holds an 88% ""fresh"" rating on review aggregator Rotten Tomatoes, based on 51 reviews, with an average score


Question: who wrote i can feel at home in this world anymore

Answer: Macon Blair

"Melanie Lynskey"
in the BBC Two comedy pilot ""Our Ex-Wife"". Lynskey received praise for her portrayal of Ruth, a downtrodden vigilante, in the comedic thriller ""I Don't Feel at Home in This World Anymore"" (2017). The film's director, Macon Blair, wrote the character with Lynskey in mind. The role was physically challenging for her, as it involved several stunts and the use of prosthetics. Peter Debruge of ""Variety"" felt that Lynskey's performance was her ""best work yet"", while ""Time Out""'s Joshua Rothkopf described her as ""seething and magnetic"". The film—which also starred Elijah Wood—was awarded the Grand Jury Prize at Sundance, while


Question: who wrote i can feel at home in this world anymore

Answer: Macon Blair

"Macon Blair"
Macon Blair Macon Blair (born 1974) is an American actor, screenwriter, director and film producer known for his roles in the films ""Blue Ruin"" and ""Green Room"", as well as his directorial debut ""I Don't Feel at Home in This World Anymore"". Blair was born in Alexandria, Virginia and began working with his childhood friend Jeremy Saulnier in 2007 on the film ""Murder Party"". In 2013, he played Dwight Evans in the critically acclaimed film ""Blue Ruin"". In 2015, he starred in Saulnier's film ""Green Room"". Blair co-wrote and starred in the dark comedy ""Small Crimes"" starring Nikolaj Coster-Waldau. Blair


Question: who wrote i can feel at home in this world anymore

Answer: Macon Blair

"I Don't Feel at Home in This World Anymore"
to be bitten by a water moccasin. Ruth leaves him to die from his wounds. Panicked that she cannot find Tony on her way back, Ruth sees her grandmother's ghost point her in the correct direction. Grateful that Ruth saved her life, Meredith neglects to identify her as one of the burglars to Bendix. Ruth returns to her daily life with Tony, who survives his wounds. Writer and director Macon Blair makes a cameo appearance as a man Ruth meets at a bar. The movie is dedicated ""For Lee & Buck."" (Lee Eddy who played Angie & Buck Eddy-Blair who


Question: where are antibodies made and by what type of lymphocyte

Answer: lymph

"Omar Fakhri"
late 1960s, lymphocytes and antibodies were thought to act separately and have different functions. While working on immunotherapy for cancer, Fakhri found that neither lymphocytes nor antibodies were effective against cancer cells. Inspired by what he had observed in his work with coagulation factors, Dr. Fakhri decided to investigate the cooperation between antibodies and lymphocytes to see if there might be parallels with the way different coagulation factors operated. He found that when lymphocytes were mixed with cancerous cells in the presence of antibodies the lymphocytes encircled the cancer cells and destroyed them. He called these lymphocytes “co-optable lymphocytes.” As


Question: where are antibodies made and by what type of lymphocyte

Answer: B cells

"Wandering cell"
in the blood network. Two types of lymphocytes are present in the bloodstream, which are the B cells and the T cells. B cells are wandering cells that are antibody factories. They are capable of producing molecules that can recognize and bond to specific types of molecules present in infectious organisms or substances that the body identifies as foreign. Every individual B cell makes only one particular type of antibody, specific to only one type of foreign substance. For example, where one cell produces antibody against one of the many viral causes of a cold, another cell's antibodies will ignore


Question: where are antibodies made and by what type of lymphocyte

Answer: B cells

"T independent antigen (TI)"
T independent antigen (TI) T independent antigen elicits antibody production by B lymphocytes without T lymphocyte involvement. There are 2 distinct subgroups of TI antigens, different in mechanism of activating B lymphocytes. TI-1 antigen, which has an activity that can directly activate B cells and TI-2 antigen, which has highly repetitive structure and causes simultaneous cross-linking of specific B cell receptors (BCR) on B lymphocyte. The most commonly released isotype of antibodies in this type of immune reaction is low affinity IgM. For most protein antigens, the production of antibodies by B lymphocytes is dependent on stimulation of helper T


Question: where are antibodies made and by what type of lymphocyte

Answer: B cells

"T independent antigen (TI)"
by dendritic cells (DC) and macrophages is required. T independent antigen (TI) T independent antigen elicits antibody production by B lymphocytes without T lymphocyte involvement. There are 2 distinct subgroups of TI antigens, different in mechanism of activating B lymphocytes. TI-1 antigen, which has an activity that can directly activate B cells and TI-2 antigen, which has highly repetitive structure and causes simultaneous cross-linking of specific B cell receptors (BCR) on B lymphocyte. The most commonly released isotype of antibodies in this type of immune reaction is low affinity IgM. For most protein antigens, the production of antibodies by B


Question: where are antibodies made and by what type of lymphocyte

Answer: lymph

Idiotopes
is said to be an ""anti-idiotypic antibody"". If such is the case, the anti-idiotypic antibodies will be able to bind to the B lymphocyte receptor for the original antigen and inhibit the immune response to that antigen. This type of regulation was proposed by Niels Jerne in 1974. He termed it the ""Network Hypothesis"". This type of B lymphocyte regulation may be partially responsible for preventing an immune response from getting out of control, which would elicit damage to host tissue or even cause an autoimmune diseased state. Because of the resemblance of anti-idiotypic antibodies to the original antigen, vaccine


Question: where are antibodies made and by what type of lymphocyte

Answer: lymph

Histocompatibility
methods of typing are used to check for HLA allele expression. Serological typing involves incubating lymphocytes from the recipient with serum containing known antibodies against the varying HLA alleles. If the serum contains an antibody specific for a HLA allele that is present on the recipient's lymphocyte, the antibodies will bind to the cell and activate a complement signaling cascade resulting in cell lysis. A lysed cell will take up an added dye such as trypan blue allowing for identification. Comparing which serums triggers cell lysis allows identification of HLA alleles present on the cell surface of the recipients cells.


Question: where are antibodies made and by what type of lymphocyte

Answer: B cells

Allergy
a type I hypersensitivity reaction against an allergen encountered for the first time and presented by a professional antigen-presenting cell causes a response in a type of immune cell called a T2 lymphocyte; a subset of T cells that produce a cytokine called interleukin-4 (IL-4). These T2 cells interact with other lymphocytes called B cells, whose role is production of antibodies. Coupled with signals provided by IL-4, this interaction stimulates the B cell to begin production of a large amount of a particular type of antibody known as IgE. Secreted IgE circulates in the blood and binds to an IgE-specific


Question: where are antibodies made and by what type of lymphocyte

Answer: B cells

Lymphocyte
Lymphocyte A lymphocyte is one of the subtypes of white blood cell in a vertebrate's immune system. Lymphocytes include natural killer cells (which function in cell-mediated, cytotoxic innate immunity), T cells (for cell-mediated, cytotoxic adaptive immunity), and B cells (for humoral, antibody-driven adaptive immunity). They are the main type of cell found in lymph, which prompted the name ""lymphocyte"". The three major types of lymphocyte are T cells, B cells and natural killer (NK) cells. Lymphocytes can be identified by their large nucleus. T cells (thymus cells) and B cells (bone marrow- or bursa-derived cells) are the major cellular components


Question: where are antibodies made and by what type of lymphocyte

Answer: lymph

"Immunoglobulin light chain"
Immunoglobulin light chain The immunoglobulin light chain is the small polypeptide subunit of an antibody (immunoglobulin). A typical antibody is composed of two immunoglobulin (Ig) heavy chains and two Ig light chains. There are two types of light chain in humans: Antibodies are produced by B lymphocytes, each expressing only one class of light chain. Once set, light chain class remains fixed for the life of the B lymphocyte. In a healthy individual, the total kappa to lambda ratio is roughly 2:1 in serum (measuring intact whole antibodies) or 1:1.5 if measuring free light chains, with a highly divergent ratio


Question: where are antibodies made and by what type of lymphocyte

Answer: lymph

MELISA
metal sensitivity in metal-sensitive patients. A MELISA test measures a so-called type-IV delayed hypersensitivity reaction. In contrast to a type-I allergy, which is mediated by IgE antibodies and is often tested using an ELISA test, a type-IV hypersensitivity reaction is mediated by T-lymphocytes (or memory lymphocytes) that have had prior contact with a given allergen. In genetically predisposed individuals, an ongoing everyday exposure to allergens can induce the type-IV hypersensitivity with a resulting allergic reaction. The test procedure is a cell culture and requires live memory lymphocytes. Lymphocytes are isolated and cultured in an incubator for five days. A portion


Question: where are antibodies made and by what type of lymphocyte

Answer: lymph

"Testicular immunology"
of B-lymphocytes in the testis is significant, since these are the antibody-producing cells of the immune system. Since anti-sperm antibodies can cause infertility, it is important that antibody-producing B-lymphocytes are kept separated from the testis. T-lymphocytes (T-cells) are white blood cells which take part in cell-mediated immunity. They are often found within tissues where they can be activated by antigen-presenting cells upon infection. They are present in rat and human testes, where they constitute approximately 10 to 20% of the immune cells present, as well as mouse and ram testes. Both cytotoxic T-cells and Helper T cells are found in


Question: where are antibodies made and by what type of lymphocyte

Answer: lymph

"Guillain–Barré syndrome"
the myelin sheath by white blood cells (T lymphocytes and macrophages); this process is preceded by activation of a group of blood proteins known as complement. In contrast, the axonal variant is mediated by IgG antibodies and complement against the cell membrane covering the axon without direct lymphocyte involvement. Various antibodies directed at nerve cells have been reported in Guillain–Barré syndrome. In the axonal subtype, these antibodies have been shown to bind to gangliosides, a group of substances found in peripheral nerves. A ganglioside is a molecule consisting of ceramide bound to a small group of hexose-type sugars and containing


Question: where are antibodies made and by what type of lymphocyte

Answer: lymph

"Acute severe asthma"
during the late-phase (or chronic) reaction. The simple explanation for allergic inflammation in asthma begins with the development of a predominantly helper T2 lymphocyte–driven, as opposed to helper T1 lymphocyte–driven, immune milieu, perhaps caused by certain types of immune stimulation early in life. This is followed by allergen exposure in a genetically susceptible individual. Specific allergen exposure (e.g., dust mites) under the influence of helper T2 helper T cells leads to B-lymphocyte elaboration of immunoglobulin E (IgE) antibodies specific to that allergen. The IgE antibody attaches to surface receptors on airway mucosal mast cells. One important question is whether atopic


Question: where are antibodies made and by what type of lymphocyte

Answer: B cells

Lymphocyte
The effects of other viruses or lymphocyte disorders can also often be estimated by counting the numbers of lymphocytes present in the blood. In some cancers, such as melanoma and colorectal cancer, lymphocytes can migrate into and attack the tumor. This can sometimes lead to regression of the primary tumor. Lymphocyte A lymphocyte is one of the subtypes of white blood cell in a vertebrate's immune system. Lymphocytes include natural killer cells (which function in cell-mediated, cytotoxic innate immunity), T cells (for cell-mediated, cytotoxic adaptive immunity), and B cells (for humoral, antibody-driven adaptive immunity). They are the main type of


Question: where are antibodies made and by what type of lymphocyte

Answer: lymph

"Hashimoto's thyroiditis"
of Hashimoto's thyroiditis develops. Various autoantibodies may be present against thyroid peroxidase, thyroglobulin and TSH receptors, although a small percentage of people may have none of these antibodies present. As indicated in various twin studies a percentage of the population may also have these antibodies without developing Hashimoto's thyroiditis. Nevertheless, antibody-dependent cell-mediated cytotoxicity is a substantial factor behind the apoptotic fall-out of Hashimoto's thyroiditis. Activation of cytotoxic T-lymphocytes (CD8+ T-cells) in response to cell-mediated immune response affected by helper T-lymphocytes (CD4+ T-cells) is central to thyrocyte destruction. As is characteristic of type IV hypersensitivities, recruitment of macrophages is another effect


Question: where are antibodies made and by what type of lymphocyte

Answer: B cells

"Common gamma chain"
where it binds to cytokines and the other end of the protein resides in the interior of the cell where it transmits signals to the cell's nucleus. The common gamma chain partners with other proteins to direct blood-forming cells to form lymphocytes (a type of white blood cell). The receptor also directs the growth and maturation of lymphocyte subtypes: T cells, B cells, and natural killer cells. These cells kill viruses, make antibodies, and help regulate the entire immune system. Cytokine receptor common subunit gamma also known as interleukin-2 receptor subunit gamma or IL-2RG is a protein that in humans


Question: where are antibodies made and by what type of lymphocyte

Answer: B cells

"Pluripotency (biological compounds)"
cytokines, like interferon gamma, that activate macrophages and cytotoxic T lymphocytes (CTLs). Interferon gamma represents an example of pluripotency in itself. Many cytokines are pluripotent, in that each of these compounds can activate specific behavior in some cell types and inhibit other behavior in other cell types. Once activated by T lymphocytes or Natural Killer cells, interferon gamma upregulates expression of macrophages and both types of Major Histocompatibility Complex (MHC) antigens. In B lymphocytes (B cells), interferon gamma stimulates antibody class switching. All of these cells have different, specialized functions, but they all came from one pluripotent cell. Pluripotency (biological


Question: where are antibodies made and by what type of lymphocyte

Answer: B cells

"B cell"
B cell B cells, also known as B lymphocytes, are a type of white blood cell of the lymphocyte subtype. They function in the humoral immunity component of the adaptive immune system by secreting antibodies. Additionally, B cells present antigen (they are also classified as professional antigen-presenting cells (APCs)) and secrete cytokines. In mammals, B cells mature in the bone marrow, which is at the core of most bones. In birds, B cells mature in the bursa of Fabricius, a lymphoid organ. (The ""B"" from B cells comes from the name of this organ, where it was first discovered by


Question: where are antibodies made and by what type of lymphocyte

Answer: lymph

Phagocyte
of invaders. On the other hand, the adaptive immune system of jawed vertebrates—the basis of acquired immunity—is highly specialized and can protect against almost any type of invader. The adaptive immune system is not dependent on phagocytes but lymphocytes, which produce protective proteins called antibodies, which tag invaders for destruction and prevent viruses from infecting cells. Phagocytes, in particular dendritic cells and macrophages, stimulate lymphocytes to produce antibodies by an important process called antigen presentation. Antigen presentation is a process in which some phagocytes move parts of engulfed materials back to the surface of their cells and ""present"" them to


Question: where are antibodies made and by what type of lymphocyte

Answer: B cells

"Epstein-Barr virus-associated lymphoproliferative diseases"
the recruitment phase of study (see https://clinicaltrials.gov/ct2/show/NCT02631109?term=epstein-barr+virus&cond=Hemophagocytic+Lymphohistiocytoses&rank=1). Other salvage therapy regimens for refractory EBV+ HLH include one using anti-interferon-γ monoclonal antibody or alemtuzumab, a monoclonal antibody directed against the CD52 antigen on mature lymphocytes, are also currently undergoing clinical trials. While EBV preferentially infects B cells, it may also infect other lymphocyte types viz., CD4+ T cells (i..e T helper cells), CD8+ cells (i.e. cytotoxic T cells), NK cells (i.e. natural killer cells). The mechanism by which the virus infects these other cell types is unknown but may be their direct movement from B cells that have infected. Peripheral T


Question: where are antibodies made and by what type of lymphocyte

Answer: lymph

"Infectious tolerance"
phenomenon of T cell mediated suppression, in particular the use of non-depleting anti-CD4 monoclonal antibodies, demonstrating that neither thymus nor clonal deletion is necessary to induce tolerance. In 1989 was successfully induced classical transplantation tolerance to skin grafts in adult mice using antibodies blocking T cell coreceptors in CD4+ populations. Later was shown that the effect of monoclonal antibodies is formation of regulatory T lymphocytes. It has been shown that transfer of tolerance to other recipients can be made without further manipulation and that this tolerance transfer depends only on CD4+ T-lymphocytes. Because second-generation tolerance arises in the absence of


Question: where are antibodies made and by what type of lymphocyte

Answer: lymph

"History and naming of human leukocyte antigens"
recipient improved the likelihood of kidney survival in the recipient. The antigen list still exists, although it has been reorganized to fit what we have since learned about genetics, refined, and greatly expanded. As the study of these 'rejection' sera and ""allo""-antigens progressed, certain patterns in the antibody recognition were recognized. The first major observation, in 1969, was that an allotypic antibodies to ""4"" (""Four"") was only found on lymphocytes, while most of the antigens, termed ""LA"", recognized most cells in the body. This group ""4"" antigen on lymphocytes would expand into ""4a"", ""4b"" and so on, becoming the ""D""


Question: where are antibodies made and by what type of lymphocyte

Answer: lymph

"Low-density lipoprotein receptor-related protein 8"
also speculation that the antibody/β2GPI complexes sensitize other cell types through various LDL family receptors to lead to less common symptoms other than thrombosis. Reduced expression of ApoER2 in peripheral blood lymphocytes can contribute to major depressive disorder (MDD) in some patients. Major depressive disorder is the most common psychiatric disorder, where people show symptoms of low self-esteem and a loss of interest in pleasure. By studying the levels of ApoER2 mRNA, low levels of ApoER2 were discovered. Results from experiments have shown that this could be because of transcriptional alterations in lymphocytes. However, low levels of ApoER2 do not


Question: where are antibodies made and by what type of lymphocyte

Answer: lymph

"Immunosuppressive drug"
CD3-directed antibodies. They are used to prevent the rejection of transplanted organs, but also to track changes in the lymphocyte subpopulations. It is reasonable to expect similar new drugs in the future. Muromonab-CD3 is a murine anti-CD3 monoclonal antibody of the IgG2a type that prevents T-cell activation and proliferation by binding the T-cell receptor complex present on all differentiated T cells. As such it is one of the most potent immunosuppressive substances and is administered to control the steroid- and/or polyclonal antibodies-resistant acute rejection episodes. As it acts more specifically than polyclonal antibodies it is also used prophylactically in transplantations.


Question: where are antibodies made and by what type of lymphocyte

Answer: B cells

Antibody
form. The B lymphocyte, in this ready-to-respond form, is known as a ""naive B lymphocyte."" The naive B lymphocyte expresses both surface IgM and IgD. The co-expression of both of these immunoglobulin isotypes renders the B cell ready to respond to antigen. B cell activation follows engagement of the cell-bound antibody molecule with an antigen, causing the cell to divide and differentiate into an antibody-producing cell called a plasma cell. In this activated form, the B cell starts to produce antibody in a secreted form rather than a membrane-bound form. Some daughter cells of the activated B cells undergo isotype


Question: where are antibodies made and by what type of lymphocyte

Answer: B cells

"Antibodies from lymphocyte secretions"
if only ALS test is positive. The reason is that this method is potentially an early biomarker of active infection. However, if a subject does not show any physical symptoms, the doctors cannot prescribe anti-TB treatment. Antibodies from lymphocyte secretions The antibodies from lymphocyte secretions (ALS) assay is an immunological assay to detect active diseases like tuberculosis, cholera, typhoid etc. Recently, ALS assay nods the scientific community as it is rapidly used for diagnosis of Tuberculosis. The principle is based on the secretion of antibody from ""in vivo"" activated plasma B cells found in blood circulation for a short period


Question: where are antibodies made and by what type of lymphocyte

Answer: lymph

Alloimmunity
fully understood, but it is known that it is associated with alloantibody and cytokine production. Endothelium of the blood vessels is being damaged, therefore the graft is not sufficiently supplied with blood and is replaced with fibrous tissue (fibrosis). It takes two months at least to reject the graft in this way. CD4 and CD8 T-lymphocytes along with other mononuclear leukocytes (their exact function regarding the topic is not known) participate in the rejection. B-lymphocytes, NK cells and cytokines also play a role in it. Humoral (antibody-mediated) type of rejection is caused by recipient’s B-lymphocytes which produce alloantibodies against donor


Question: where are antibodies made and by what type of lymphocyte

Answer: lymph

Lymphokine
to produce antibodies. Important lymphokines secreted by the T helper cell include: Lymphokine Lymphokines are a subset of cytokines that are produced by a type of immune cell known as a lymphocyte. They are protein mediators typically produced by T cells to direct the immune system response by signaling between its cells. Lymphokines have many roles, including the attraction of other immune cells, including macrophages and other lymphocytes, to an infected site and their subsequent activation to prepare them to mount an immune response. Circulating lymphocytes can detect a very small concentration of lymphokine and then move up the concentration


Question: where are antibodies made and by what type of lymphocyte

Answer: lymph

"Interferon alpha-1"
antibody MEDI-545 in SLE patients suggested possible disease activity improvement in SLE patients. Another phase I clinical trial has reported a dose-dependent inhibition of IFN-α/β-inducible genes in both peripheral blood and skin biopsies in SLE patients treated with anti-IFN monoclonal antibody therapy. Also, some studies suggest that type I IFN in circulation may be useful to predict response to immunotherapy in RA. Interferon alpha-1 Interferon alpha-1/13 is a protein that in humans is encoded by the ""IFNA1"" gene. Leukocyte interferon is produced predominantly by B lymphocytes. Immune interferon (IFN-gamma; MIM 147570) is produced by mitogen- or antigen-stimulated T lymphocytes.[supplied by


Question: what is the significance of the sahara desert

Answer: the largest hot desert

Desertification
of the Sahara Desert. The world's most noted deserts have been formed by natural processes interacting over long intervals of time. During most of these times, deserts have grown and shrunk independent of human activities. Paleodeserts are large sand seas now inactive because they are stabilized by vegetation, some extending beyond the present margins of core deserts, such as the Sahara, the largest hot desert. Desertification has played a significant role in human history, contributing to the collapse of several large empires, such as Carthage, Greece, and the Roman Empire, as well as causing displacement of local populations. Historical evidence


Question: what is the significance of the sahara desert

Answer: the largest hot desert

Sahara
Sahara The Sahara (, ; , ', 'the Great Desert') is the largest hot desert and the third largest desert in the world after Antarctica and the Arctic. Its area of is comparable to the area of China or the United States. The name 'Sahara' is derived from a dialectal Arabic word for ""desert"", ' ( ). The desert comprises much of North Africa, excluding the fertile region on the Mediterranean Sea coast, the Atlas Mountains of the Maghreb, and the Nile Valley in Egypt and Sudan. It stretches from the Red Sea in the east and the Mediterranean in


Question: what is the significance of the sahara desert

Answer: the largest hot desert

Sahara
government, who, according to Keenan, ""documented a space of intercultural mediation,"" contributing much to preserving the indigenous cultural identities in the region. Sahara The Sahara (, ; , ', 'the Great Desert') is the largest hot desert and the third largest desert in the world after Antarctica and the Arctic. Its area of is comparable to the area of China or the United States. The name 'Sahara' is derived from a dialectal Arabic word for ""desert"", ' ( ). The desert comprises much of North Africa, excluding the fertile region on the Mediterranean Sea coast, the Atlas Mountains of the


Question: explorer who led an early voyage to the coast of newfoundland

Answer: Jacques Cartier

"Natural scientific research in Canada"
to have explored the area along the Newfoundland, Labrador and Greenland coasts in 1500 and 1501. In 1524, Giovanni da Verrazzano sailing under the French flag, explored the east coast of North America from Cape Fear to Newfoundland. During voyages of exploration in 1534 and 1535–1536, the French explorer Jacques Cartier ""discovered"" and mapped the St. Lawrence River as far inland as Hochelaga (Montreal). Samuel de Champlain is well known for his explorations of the St Lawrence and Acadia, in 1603 and 1604. The search for fabled Northwest Passage to the orient intrigued European explorers for 300 years. The first


Question: explorer who led an early voyage to the coast of newfoundland

Answer: Jacques Cartier

"16th century in North American history"
16th century in North American history The historical record in North America begins in the second half of the 16th century, with ongoing European exploration. Giovanni da Verrazzano explored the East Coast of North America from Florida to presumably Newfoundland in 1524. Jacques Cartier made a series of voyages on behalf of the French crown in 1534 and explored the St. Lawrence River. André Thevet's ""The new found worlde, or Antarctike"" is an English translation of Thevet's ""Les singularitez de la France antarctique"", first published in 1558. André Thevet was a Franciscan friar who accompanied Villegagnon in 1555 when he


Question: explorer who led an early voyage to the coast of newfoundland

Answer: Jacques Cartier

"History of North America"
of Isabella I and Ferdinand II, Queen and King of newly united Spain. In 1492 Columbus reached land in the Bahamas. Almost 500 years after the Norse, John Cabot explored the east coast of what would become Canada in 1497. Giovanni da Verrazzano explored the East Coast of North America from Florida to presumably Newfoundland in 1524. Jacques Cartier made a series of voyages on behalf of the French crown in 1534 and explored the St. Lawrence River. In order to understand what constitutes as successful colonization, it is important to understand what colonization means. Colonization refers to large-scale population


Question: explorer who led an early voyage to the coast of newfoundland

Answer: Jacques Cartier

"French colonization of the Americas"
and English Newfoundland, thus promoting French interests. In 1534, Francis I of France sent Jacques Cartier on the first of three voyages to explore the coast of Newfoundland and the St. Lawrence River. He founded New France by planting a cross on the shore of the Gaspé Peninsula. The French subsequently tried to establish several colonies throughout North America that failed, due to weather, disease, or conflict with other European powers. Cartier attempted to create the first permanent European settlement in North America at Cap-Rouge (Quebec City) in 1541 with 400 settlers but the settlement was abandoned the next year


Question: explorer who led an early voyage to the coast of newfoundland

Answer: Jacques Cartier

"Territorial evolution of North America prior to 1763"
of what would become Canada in 1497. Giovanni da Verrazzano explored the East Coast of North America from Florida to presumably Newfoundland in 1524. Jacques Cartier made a series of voyages on behalf of the French crown in 1534 and penetrated the St. Lawrence River. These powers slowly replaced the native nations of the North American east coast and then spread into the interior. The main powers in North America frequently fought over territory. One of the biggest wars was the French and Indian War that ended in France leaving the continent and giving up its claims in the Treaty


Question: explorer who led an early voyage to the coast of newfoundland

Answer: Jacques Cartier

"History of immigration to Canada"
Basque whalers may have begun fishing the Grand Banks as early as the 15th century. The next European explorer acknowledged as landing in what is now Canada was John Cabot, who landed somewhere on the coast of North America (probably Newfoundland or Cape Breton Island) in 1497 and claimed it for King Henry VII of England. Portuguese and Spanish explorers also visited Canada, but it was the French who first began to explore further inland and set up colonies, beginning with Jacques Cartier in 1534. Under Pierre Dugua, Sieur de Mons, the first French settlement was made in 1604 in


Question: where does the journey start in the canterbury tales

Answer: London

Tabard
the Tabard Inn in Southwark, London, established in 1307 and remembered as the starting point for Geoffrey Chaucer's pilgrims on their journey to Canterbury in ""The Canterbury Tales"", dating from about the 1380s. By the second half of the 15th century, tabards, now open at the sides and so usually belted, were also being worn by knights in military contexts over their armour, and were usually emblazoned with their arms (though sometimes worn plain). The ""Oxford English Dictionary"" first records this use of the word in English in 1450. Tabards were apparently distinguished from surcoats by being open-sided, and by


Question: where does the journey start in the canterbury tales

Answer: London

"Elizabeth Robins Pennell"
a touring wheel-woman"". She started off cycling in the 1870s, while she still lived in Philadelphia. On moving to London, she and her husband exchanged their Coventry Rotary tandem tricycle for a Humber model, going on to experiment with a single tricycle, a tandem bicycle, and finally a single bicycle with a step-through (""dropped"") frame. The first journey that she turned into a book was ""A Canterbury Pilgrimage"", a homage to Chaucer's ""Canterbury Tales"", as a gentle introduction to cycling in England. Over the next few years, the pair took several trips together, including another literary pilgrimage, this time on


Question: where does the journey start in the canterbury tales

Answer: London

"The Canterbury Tales"
The Canterbury Tales The Canterbury Tales () is a collection of 24 stories that runs to over 17,000 lines written in Middle English by Geoffrey Chaucer between 1387 and 1400. In 1386, Chaucer became Controller of Customs and Justice of Peace and, in 1389, Clerk of the King's work. It was during these years that Chaucer began working on his most famous text, ""The Canterbury Tales"". The tales (mostly written in verse, although some are in prose) are presented as part of a story-telling contest by a group of pilgrims as they travel together from London to Canterbury to visit


Question: when did the flash first appear on arrow

Answer: second season

"Legends of Tomorrow"
Allen / Flash, though he ultimately did not appear in the first season. In August 2015, Casper Crump was cast as Vandal Savage. On March 11, 2016, the series was renewed for a second season, which debuted in October 2016. The producers have considered adjusting the Legends team for additional seasons, with Joseph David-Jones' Connor Hawke and Megalyn Echikunwoke's Vixen potential additions. For the second season, Klemmer revealed that ""Arrow"" writer Keto Shimizu and ""The Flash"" writer Grainne Godfree would be working on ""Legends"" in order to ""make our stories work in concert"" with ""Arrow"" and ""The Flash"". Klemmer also


Question: when did the flash first appear on arrow

Answer: second season

"Legends of Tomorrow"
Flash""s first season, ""Fast Enough"", and later made appearances in the show's second season in November 2015. In July 2015, Guggenheim revealed that the resurrection of Sara Lance would be launched in the first few episodes of ""Arrow""s fourth season, with the events of the eighth episodes of ""Arrow"" and ""The Flash""—which were a crossover event—being used to set up the other characters of ""Legends of Tomorrow"". Franz Drameh was introduced as the new other half of Firestorm in the fourth episode of the second season of ""The Flash"". Crump, Hentschel and James debut in the crossover episodes for the


Question: when did the flash first appear on arrow

Answer: second season

Arrowverse
the character Green Arrow, which debuted in October 2012. It was shortly followed by ""The Flash"" in 2014, and the animated web-series ""Vixen"" in 2015. The universe was expanded in 2016, when in January of that year a new series titled ""Legends of Tomorrow"" debuted, which would star characters who originally appeared on both ""Arrow"" and ""The Flash"". The universe then expanded yet again later that year when the CBS series ""Supergirl"" was moved to The CW for its second season, where it has remained. A second animated web-series, """", was released in 2017, which followed Ray Terrill / The


Question: when did the flash first appear on arrow

Answer: second season

"Flash vs. Arrow"
The CW during the 2013–14 television season, when Barry Allen was introduced in the eighth episode of ""Arrow""s second season ahead of the debut of ""The Flash"". In July 2014, it was announced that the eighth episodes of the third season of ""Arrow"" and the first season of ""The Flash"" would be a two-hour crossover event. The crossover was originally planned as the seventh episodes of each series, but was pushed back due to the large amount of work needed to accomplish it. In particular, the schedule coordination of trying to ""jam another episode into the 23-episode schedule for each


Question: when did the flash first appear on arrow

Answer: second season

"The Flash (2014 TV series)"
""No sweat suits or strange code names; he ""will be"" The Flash."" While researching the best way to depict the Flash's lightning speed, Johns stated it would not just be the standard ""blurring around"". Barry ultimately appeared twice in ""Arrow"" second season, with the planned backdoor pilot cancelled in favor of a traditional pilot by The CW executives, who had been impressed by early cuts of Barry's first two episodes on ""Arrow"". This allowed the creative team to flesh out Barry's story and his world on a bigger budget, as opposed to a backdoor pilot's constraint of incorporating characters from


Question: when did the flash first appear on arrow

Answer: second season

"Heroes Join Forces"
William (she never learned about him due to Barry's time traveling) he decides to continue to keep the secret from her. Malcolm collects Savage's ashes while whispering, ""You owe me one, buddy."" The two series have been written in a shared fictional universe (Arrowverse) on The CW since the 2013–14 television season, when Barry Allen was introduced in the eighth episode of ""Arrow""s second season ahead of the debut of ""The Flash"". The following year, the eighth episodes of the third season of ""Arrow"" and the first season of ""The Flash"" formed a two-part event titled ""Flash vs. Arrow"". In


Question: when did the flash first appear on arrow

Answer: second season

"Pilot (The Flash)"
in three episodes of ""Arrow"" season two, written by Berlanti, Kreisberg and Johns. The third appearance would serve as a backdoor pilot for the new show. Kreisberg added that Barry would be a forensic scientist, and the introduction of his superpower, and his reactions to it, would be very human and grounded. Barry ultimately appears in two episodes of ""Arrow"" second season. The planned backdoor pilot was cancelled in favor of a traditional pilot by The CW executives impressed by early cuts of Barry's first two appearances on ""Arrow"". The pilot allowed the creative team to flesh out Barry's story


Question: where is the world's largest thermometer located

Answer: Baker, California, USA

"World's tallest thermometer"
after summer 2017. The world's tallest thermometer is located at 72157 Baker Boulevard in Baker, California. It is visible from three different angles along Interstate 15 in Southern California's Mojave Desert. A gift shop at the base of the thermometer stands near a commemorative plaque that describes the history of the site. World's tallest thermometer The World's Tallest Thermometer is a landmark located in Baker, California, USA. It is an electric sign that commemorates the record 134 degrees Fahrenheit (57 degrees Celsius) recorded in nearby Death Valley on July 10, 1913. The sign weighs and is held together by of


Question: where is the world's largest thermometer located

Answer: Baker, California, USA

"World's tallest thermometer"
World's tallest thermometer The World's Tallest Thermometer is a landmark located in Baker, California, USA. It is an electric sign that commemorates the record 134 degrees Fahrenheit (57 degrees Celsius) recorded in nearby Death Valley on July 10, 1913. The sign weighs and is held together by of concrete. It stands tall and is capable of displaying a maximum temperature of , both of which are a reference to the temperature record. It was built in 1991 by the Young Electric Sign Company of Salt Lake City, Utah for Willis Herron, a local Baker businessman who spent $700,000 to build


Question: where is the world's largest thermometer located

Answer: Baker, California

"The Big Empty (2003 film)"
location in Los Angeles and Baker, California, which is a real town in southern California where most of the story takes place. Many of its locations are real, including the Royal Hawaiian Motel. Several landmarks in Baker are also shown, including the world's tallest thermometer. The Alto Nido apartments where John Person is living are the same ones where William Holden lived in the beginning of ""Sunset Blvd"". While the famous Hollywood Star Lanes were used in an exterior shot near the end of the story, the interior shots of the bowling alley were filmed at a different location. The


Question: the complete collection of dna and genes is called

Answer: genome

DNA
mediate the function of the genome. Genomic DNA is tightly and orderly packed in the process called DNA condensation, to fit the small available volumes of the cell. In eukaryotes, DNA is located in the cell nucleus, with small amounts in mitochondria and chloroplasts. In prokaryotes, the DNA is held within an irregularly shaped body in the cytoplasm called the nucleoid. The genetic information in a genome is held within genes, and the complete set of this information in an organism is called its genotype. A gene is a unit of heredity and is a region of DNA that influences


Question: the complete collection of dna and genes is called

Answer: genome

"DNA microarray"
DNA microarray A DNA microarray (also commonly known as DNA chip or biochip) is a collection of microscopic DNA spots attached to a solid surface. Scientists use DNA microarrays to measure the expression levels of large numbers of genes simultaneously or to genotype multiple regions of a genome. Each DNA spot contains picomoles (10 moles) of a specific DNA sequence, known as ""probes"" (or ""reporters"" or ""oligos""). These can be a short section of a gene or other DNA element that are used to hybridize a cDNA or cRNA (also called anti-sense RNA) sample (called ""target"") under high-stringency conditions. Probe-target


Question: the complete collection of dna and genes is called

Answer: genome

"Halobacterium noricense"
group of known genes. This group contains 213 known genes. The genus ""Halobacterium"" is currently known as monophyletic because their 16S rRNA have less than 80% similarity with their closest relatives, the methanogens. According to Joint Genome Institute, another complete genome analysis of ""Halobacterium"" (strain DL1) species was sequenced using 454 GS FLX, Illumina GAIIx. ""Halobacterium noricense"" (strain CBA1132) was recently isolated from solar salt and a complete genomic analysis was performed by researchers from Korea in 2016. The researchers extracted the DNA using a QuickGene DNA tissue kit, which uses a membrane with extremely fine pores to collect DNA


Question: the complete collection of dna and genes is called

Answer: chromosome

Heredity
gene; different genes have different sequences of bases. Within cells, the long strands of DNA form condensed structures called chromosomes. Organisms inherit genetic material from their parents in the form of homologous chromosomes, containing a unique combination of DNA sequences that code for genes. The specific location of a DNA sequence within a chromosome is known as a locus. If the DNA sequence at a particular locus varies between individuals, the different forms of this sequence are called alleles. DNA sequences can change through mutations, producing new alleles. If a mutation occurs within a gene, the new allele may affect


Question: the complete collection of dna and genes is called

Answer: genome

"Spacer DNA"
Spacer DNA Spacer DNA or intergenic spacer (IGS) is a region of non-coding DNA between genes. The term is used particularly for the spacer DNA between the many tandemly repeated copies of the ribosomal RNA genes. In bacteria, spacer DNA sequences are only a few nucleotides long. In eukaryotes, they can be extensive and include repetitive DNA, comprising the majority of the DNA of the genome. In ribosomal DNA, there are spacers within and between gene clusters, called internal transcribed spacer (ITS) and external transcribed spacers (ETS), respectively. In animals, the mitochondrial DNA genes generally have very short spacers. In


Question: the complete collection of dna and genes is called

Answer: genome

"Mitochondrial DNA"
protists is a heterogeneous collection of linear molecules (type 6). Genome types 4 and 6 both range from 1–200 kbp in size. Endosymbiotic gene transfer, the process of genes that were coded in the mitochondrial genome being transferred to the cell's main genome likely explains why more complex organisms, such as humans, have smaller mitochondrial genomes than simpler organisms, such as protists. Mitochondrial DNA is replicated by the DNA polymerase gamma complex which is composed of a 140 kDa catalytic DNA polymerase encoded by the ""POLG"" gene and two 55 kDa accessory subunits encoded by the ""POLG2"" gene. The replisome


Question: the complete collection of dna and genes is called

Answer: genome

"Gene delivery"
available to deliver genes to host cells. When genes are delivered to bacteria or plants the process is called transformation and when it is used to deliver genes to animals it is called transfection. This is because transformation has a different meaning in relation to animals, indicating progression to a cancerous state. For some bacteria no external methods are need to introduce genes as they are naturally able to take up foreign DNA. Most cells require some sort of intervention to make the cell membrane permeable to DNA and allow the DNA to be stably inserted into the hosts genome.


Question: the complete collection of dna and genes is called

Answer: genome

Bioinformatics
sequences that are related, but not identical. A variant of this sequence alignment is used in the sequencing process itself. Before sequences can be analyzed they have to be obtained. DNA sequencing is still a non-trivial problem as the raw data may be noisy or afflicted by weak signals. Algorithms have been developed for base calling for the various experimental approaches to DNA sequencing. Most DNA sequencing techniques produce short fragments of sequence that need to be assembled to obtain complete gene or genome sequences. The so-called shotgun sequencing technique (which was used, for example, by The Institute for Genomic


Question: the complete collection of dna and genes is called

Answer: genome

Genomics
Genomics Genomics is an interdisciplinary field of science focusing on the structure, function, evolution, mapping, and editing of genomes. A genome is an organism's complete set of DNA, including all of its genes. In contrast to genetics, which refers to the study of individual genes and their roles in inheritance, genomics aims at the collective characterization and quantification of genes, which direct the production of proteins with the assistance of enzymes and messenger molecules. In turn, proteins make up body structures such as organs and tissues as well as control chemical reactions and carry signals between cells. Genomics also involves


Question: the complete collection of dna and genes is called

Answer: genome

"Hepatitis B"
mRNA. The viral DNA is found in the nucleus soon after infection of the cell. The partially double-stranded DNA is rendered fully double-stranded by completion of the (+) sense strand and removal of a protein molecule from the (−) sense strand and a short sequence of RNA from the (+) sense strand. Non-coding bases are removed from the ends of the (−) sense strand and the ends are rejoined. There are four known genes encoded by the genome, called C, X, P, and S. The core protein is coded for by gene C (HBcAg), and its start codon is preceded


Question: the complete collection of dna and genes is called

Answer: chromosome

Gene
long DNA helix on which thousands of genes are encoded. The region of the chromosome at which a particular gene is located is called its locus. Each locus contains one allele of a gene; however, members of a population may have different alleles at the locus, each with a slightly different gene sequence. The majority of eukaryotic genes are stored on a set of large, linear chromosomes. The chromosomes are packed within the nucleus in complex with storage proteins called histones to form a unit called a nucleosome. DNA packaged and condensed in this way is called chromatin. The manner


Question: the complete collection of dna and genes is called

Answer: chromosome

DNA
template as part of its structure. It synthesizes telomeres at the ends of chromosomes. Telomeres prevent fusion of the ends of neighboring chromosomes and protect chromosome ends from damage. Transcription is carried out by a DNA-dependent RNA polymerase that copies the sequence of a DNA strand into RNA. To begin transcribing a gene, the RNA polymerase binds to a sequence of DNA called a promoter and separates the DNA strands. It then copies the gene sequence into a messenger RNA transcript until it reaches a region of DNA called the terminator, where it halts and detaches from the DNA. As


Question: the complete collection of dna and genes is called

Answer: chromosome

"Artificial gene synthesis"
Artificial gene synthesis Artificial gene synthesis, sometimes known as DNA printing is a method in synthetic biology that is used to create artificial genes in the laboratory. Based on solid-phase DNA synthesis, it differs from molecular cloning and polymerase chain reaction (PCR) in that it does not have to begin with preexisting DNA sequences. Therefore, it is possible to make a completely synthetic double-stranded DNA molecule with no apparent limits on either nucleotide sequence or size The method has been used to generate functional bacterial or yeast chromosomes containing approximately one million base pairs. Creating novel nucleobase pairs in addition


Question: how many seasons of the smurfs are there

Answer: 9

"The Smurfs and the Magic Flute"
Flute Smurfers"") was published, marking the 50th anniversary of the original story to introduce the Smurfs. This story tells of how the Smurfs make the magic flute and how it ends up in the hands of a human merchant. Peyo, the creator of the Smurfs, oversaw the production of ""La Flûte à six schtroumpfs"" at Brussels' Belvision in 1975. The film was based on Peyo's comic album of the same name, and the ninth to feature his duo of characters, Johan and Peewit. The music score was written by Michel Legrand, a recent Oscar winner for ""Summer of '42"" and


Question: how many seasons of the smurfs are there

Answer: 9

"The Smurfs"
that the Smurfs on either side had different ideas as to how the term ""smurf"" should be used: for instance, the Northern Smurfs called a certain object a ""bottle smurfer"", while the Southern Smurfs called it a ""smurf opener"". This story is considered a parody on the still ongoing ""taalstrijd"" (language war) between French- and Dutch-speaking communities in Belgium. When they first appeared in 1958, the Smurfs lived in a part of the world called """"Le Pays Maudit"""" (French for ""the Cursed Land""). To reach it required magic or travelling through dense forests, deep marshes, a scorching desert and a


Question: how many seasons of the smurfs are there

Answer: 9

"The Egg and the Smurfs"
required for the ceremony but there are only 99 Smurfs in the village and Papa Smurf is at a loss as to how to make up the required number. Meanwhile, Vanity Smurf decides to make himself a large mirror. Since the process of hammering and polishing the required sheet of metal proves to be unbearably noisy, and he insists on working through the night, the other Smurfs demand that he continue in the forest. Vanity finishes his mirror but is then caught in a storm. Sheltering under a tree, he is admiring himself in his new mirror when it is


Question: how many seasons of the smurfs are there

Answer: 9

"Johan and Peewit"
in a 2008 Smurf adventure called ""Les schtroumpfeurs de flûte"" (French: ""The Flute Smurfers""). This story, published to mark the 50th anniversary of the first appearance of the Smurfs, is a prequel to ""La flûte à six schtroumpfs"" (published in English as ""The Smurfs and the Magic Flute"") and tells how the Smurfs first deliver the flute which was to be the basis of the 1958 story. Johan and Peewit help out a human friend of the Smurfs, but do not actually get to meet the little blue elves themselves. Few of Johan and Peewit's adventures have been published in


Question: how many seasons of the smurfs are there

Answer: 9

"The Smurfs"
they did not do so until 1992 (two years later). The decreased ratings were the result of the network changing the format of the show, resulting in the final season featuring regular time travel with only a few Smurfs. In the TV series, many classical masterpieces are used as background music during the episodes, among them Franz Schubert's Unfinished Symphony (Symphony No. 8 in B minor), Edvard Grieg's Peer Gynt and Modest Mussorgsky's Pictures at an Exhibition. Reruns of the show are played on the Cartoon Network's sister channel Boomerang. ""The Smurfs"" was named the 97th best animated series by


Question: how many seasons of the smurfs are there

Answer: 9

"The Smurfs and the Magic Flute"
more animated features, many of which were distributed by their short-lived children's subsidiary, Clubhouse Pictures. The theatrical poster for the film boasted, ""It's the Smurfs' ONE and ONLY full-length motion picture...ever!"" Prior to ""Flute"", however, a black-and-white compilation feature, ""Les Aventures des Schtroumpfs"", was released in Belgium in the mid-1960s, and had been forgotten by the time this film debuted in the US in 1983. The film features Papa Smurf, Brainy Smurf, Grouchy Smurf, Hefty Smurf (named ""Strong-man Smurf"" in the UK dub) Handy Smurf, Clumsy Smurf, Greedy Smurf (named ""Sweetie"" in the American dub), Poet Smurf, Farmer Smurf, and


Question: how many seasons of the smurfs are there

Answer: 9

"The Smurfs"
and his young friend Peewit and the wizard Homnibus. There are 105 Smurfs. Since the first appearance of the Smurfs in ""Johan et Pirlouit"" in 1958, 31 Smurf comics volumes have been created, 16 of them by Peyo, the others by his studio. Originally, the Smurf stories appeared in ""Spirou"" magazine with reprints in many different magazines, but after Peyo left the publisher Dupuis, many comics were first published in dedicated Smurf magazines, which existed in French, Dutch, German and Turkish. A number of short stories and one page gags have been collected into comic books next to the regular


Question: how many seasons of the smurfs are there

Answer: 9

"The Smurfs (comics)"
The Smurfs (comics) The Smurfs () is a Belgian comic series, created by cartoonist Peyo (pen name of Pierre Culliford). The titular creatures were introduced as supporting characters in an already established series, ""Johan and Peewit"" in 1958, and starred in their own series from 1959. Thirty ""Smurf"" comic albums have been created, 16 of them by Peyo. Originally, the ""Smurf"" stories appeared in ""Spirou"" magazine with reprints in many different magazines, but after Peyo left the publisher Dupuis, many comics were first published in dedicated ""Smurf"" magazines, which existed in French, Dutch and German. A number of short stories


Question: how many seasons of the smurfs are there

Answer: 9

"Smurf: Rescue in Gargamel's Castle"
of a Saturday-morning cartoon show"", and the audio was described as ""sophisticated"" with nuanced sounds such as ominous organ music and the ""muted echo"" accompaniment to standard leaps. The reviewers also cautioned players to ""prepare for frustration"" until they learned how to accurately judge leaps. The game was given the award for ""Best Video Game Audiovisual Effects"" at the 4th annual Arkie Awards. Smurf: Rescue in Gargamel's Castle Smurf: Rescue in Gargamel's Castle is a 1982 video game published and developed by Coleco for the ColecoVision and Atari 2600. The game is based on the television series ""The Smurfs"". In


Question: how many seasons of the smurfs are there

Answer: 9

"The Smurfs merchandising"
Kings Island At Kings Island near Cincinnati, Ohio, ""The Smurfs' Enchanted Voyage"" opened in 1984. It was similar to Disney's ""It's A Small World"". People would ride in a boat around the world of the Smurfs celebrating the seasons of Winter, Fall, Summer, and Spring. It was removed during the 1991 season. The interactive dark ride ""Boo Blasters on Boo Hill"" takes place in 2010. Kings Dominion The earlier ""Land of the Dooz"" mine train attraction became ""Smurf Mountain"". In 1995, it was eventually closed to make room for the popular """" opened in 1998. California's Great America Opening in


Question: when does sloan come into grey's anatomy

Answer: season two

"Mark Sloan (Grey's Anatomy)"
Mark Sloan (Grey's Anatomy) Mark Everett Sloan, M.D., F.A.C.S. is a fictional character from ABC's medical drama television series ""Grey's Anatomy"", portrayed by Eric Dane. Created by showrunner Shonda Rhimes, the character was introduced in season two as Derek Shepherd's best friend who caused the end of Shepherd's marriage by sleeping with his wife, Addison Montgomery-Shepherd. He moves to Seattle in season three and becomes Seattle Grace Hospital's new plastics attending to reconcile with Derek, and is dubbed ""McSteamy"" by the female interns for his good looks. Mark's focal storyline in the series involved his romantic relationship with Lexie Grey,


Question: when does sloan come into grey's anatomy

Answer: season two

"Mark Sloan (Grey's Anatomy)"
who served as one of the interns on his service when they started dating. Both he and Lexie sustained life-threatening injuries after an aviation accident in the eighth-season finale, which resulted in their deaths. Seattle Grace Mercy West is later renamed Grey-Sloan Memorial Hospital in their memory. Mark first appears in season two, introduced as a highly respected otolaryngologist sub-specialized in plastic surgery and the childhood best friend of neurosurgeon Derek Shepherd (Patrick Dempsey). In his first appearance, he flirts with Meredith Grey, and Derek punches him in the face. Derek explains that Mark had an affair with his wife,


Question: who does the voice of nelson on simpsons

Answer: Nancy Jean Cartwright

"Nancy Cartwright"
Nancy Cartwright Nancy Jean Cartwright (born October 25, 1957) is an American actress and voice actress, known for her long-running role as Bart Simpson on the animated television series ""The Simpsons"". Cartwright also voices other characters for the show, including Nelson Muntz, Ralph Wiggum, Todd Flanders, Kearney and Database. Cartwright was born in Dayton, Ohio. Cartwright moved to Hollywood in 1978 and trained alongside voice actor Daws Butler. Her first professional role was voicing Gloria in the animated series ""Richie Rich"", which she followed with a starring role in the television movie ""Marian Rose White"" (1982) and her first feature


Question: who does the voice of nelson on simpsons

Answer: Nancy Jean Cartwright


Question: what causes cracked skin at the corners of your mouth

Answer: allergies

"Angular cheilitis"
Angular cheilitis Angular cheilitis (AC) is inflammation of one or both corners of the mouth. Often the corners are red with skin breakdown and crusting. It can also be itchy or painful. The condition can last for days to years. Angular cheilitis is a type of cheilitis (inflammation of the lips). Angular cheilitis can be caused by infection, irritation, or allergies. Infections include by fungi such as ""Candida albicans"" and bacteria such as ""Staph. aureus"". Irritants include poorly fitting dentures, licking the lips or drooling, mouth breathing resulting in a dry mouth, sun exposure, overclosure of the mouth, smoking, and


Question: what causes cracked skin at the corners of your mouth

Answer: irritation

Millipede
surface, in what may provide camouflage for the millipede and increased dispersal for the mosses. Millipedes generally have little impact on human economic or social well-being, especially in comparison with insects, although locally they can be a nuisance or agricultural pest. Millipedes do not bite, and their defensive secretions are mostly harmless to humans — usually causing only minor discolouration on the skin — but the secretions of some tropical species may cause pain, itching, local erythema, edema, blisters, eczema, and occasionally cracked skin. Eye exposures to these secretions causes general irritation and potentially more severe effects such as conjunctivitis


Question: what causes cracked skin at the corners of your mouth

Answer: infection

"Herpes labialis"
the mouth and be mistaken for angular cheilitis of another cause. Sometimes termed ""angular herpes simplex"". A cold sore at the corner of the mouth behaves similarly to elsewhere on the lips. Rather than utilizing antifungal creams, angular herpes simplex is treated in the same way as a cold sore, with topical antiviral drugs. Herpes labialis infection occurs when the herpes simplex virus comes into contact with oral mucosal tissue or abraded skin of the mouth. Infection by the type 1 strain of herpes simplex virus (HSV-1) is most common; however, cases of oral infection by the type 2 strain


Question: what causes cracked skin at the corners of your mouth

Answer: infection

Dermatophagia
of their mouth, cheeks, and/or lips, causing blisters in and outside of the mouth. If the behavior is left unchecked for an extended period, calluses may start to develop where most of the biting is done. Skin chewing can be bolstered by times of apprehension and other unpleasant events. Blisters in particular can cause a feeling of desire to pull or bite off the affected skin and nails (since the skin is dead, thus easily pulled off), which could be detrimental, causing infection. Another disorder, known as excoriation disorder, the repetitive action of uncontrollably picking at one's skin, can sometimes


Question: what causes cracked skin at the corners of your mouth

Answer: infection

"Cracked nipple"
and pulling the nipple, the friction and rubbing of skin to skin. The cause of sore, cracked nipples can also be from a yeast or Candida infection in the baby or the mother or both. Thrush can develop after the use of antibiotics. For first-time breastfeeding mothers, it normally takes a few tries before the latch is right, which can make the nipples tender and sore the first few days. If the nipples become cracked or bleed, the latch may need to be corrected. Women are advised to keep on breastfeeding, as it will actually help the nipples heal. A


Question: what causes cracked skin at the corners of your mouth

Answer: infection

"Cracked nipple"
form. The nipples of nursing mothers naturally make a lubricant to prevent drying, cracking, or infections. Cracked nipples may be able to be prevented by: Roman chamomile can be applied directly to the skin for pain and swelling and is used to treat cracked nipples. Cracked nipples can be treated with 100% lanolin. Glycerin nipple pads can be chilled and placed over the nipples to help soothe and heal cracked or painful nipples. If the cause of cracked nipples is from thrush, treatment is usually begun with nystatin. If the mother is symptomatic then the mother and the baby can


Question: what causes cracked skin at the corners of your mouth

Answer: infection

"Defatting (medical)"
Defatting (medical) Defatting is the chemical dissolving of dermal lipids, from the skin, on contact with defatting agents. This can result in water loss from the affected area and cause the whitening and drying of the skin which may result in cracking, secondary infection and chemical irritant contact dermatitis. Defatting is caused by the exposure of human skin to a chemical substance, including alcohols, detergents, chemical solvents and motor oil. Aliphatic compounds (commonly found in kerosene) cause defatting action, with lower-boiling point aliphatics having the greatest defatting action and therefore the most potential to cause dermatitis. Aromatic compounds, such as


Question: what land mass was north america a part of about 300 million years ago

Answer: Pangaea

"Ganoga Lake"
down the steep escarpment of the Allegheny Front. About 300 to 250 million years ago, the Allegheny Plateau, Allegheny Front, and Appalachian Mountains all formed in the Alleghenian orogeny. This happened long after the sedimentary rocks at the lake were deposited, when the part of Gondwana that became Africa collided with what became North America, forming Pangaea. In the years since, up to 5,000 feet (1,500 m) of rock has been eroded away by streams and weather. At least three major glaciations in the past million years have been the final factor in shaping the land around the lake today.


Question: what land mass was north america a part of about 300 million years ago

Answer: Pangaea

"Nearctic realm"
represented by the Madrean Region. Although North America and South America are presently joined by the Isthmus of Panama, these continents were separated for about 180 million years, and evolved very different plant and animal lineages. When the ancient supercontinent of Pangaea split into two about 180 million years ago, North America remained joined to Eurasia as part of the supercontinent of Laurasia, while South America was part of the supercontinent of Gondwana. North America later split from Eurasia. North America has been joined by land bridges to both Asia and South America since then, which allowed an exchange of


Question: what land mass was north america a part of about 300 million years ago

Answer: Pangaea

"Waterfalls in Ricketts Glen State Park"
of the rocks that are found in the park and in the Kitchen Creek drainage basin: sandstone, shale, siltstone, and conglomerates. About 300 to 250 million years ago, the Allegheny Plateau, Allegheny Front, and Appalachian Mountains all formed in the Alleghanian orogeny. This happened long after the sedimentary rocks in the park were deposited, when the part of Gondwana that became Africa collided with what became North America, forming Pangaea. In the years since, up to 5,000 feet (1,500 m) of rock has been eroded away by streams and weather. At least three major glaciations in the past million years


Question: what land mass was north america a part of about 300 million years ago

Answer: Pangaea

"Mississippi embayment"
in what was once a single, continuous mountain range comprising the modern Appalachian range, which runs roughly on a north–south axis along the Atlantic coast of the United States, and the Ouachita range, which runs on a rough east–west axis west of the Mississippi River. The ancestral Appalachian-Ouachita range was thrust up when the tectonic plate carrying North America came into contact with the plates carrying South America and Africa when all three became joined in the ancient supercontinent Pangaea about 300 million years ago. Explaining the formation of the embayment requires explaining how part of a mountain range became


Question: what land mass was north america a part of about 300 million years ago

Answer: Pangaea

"Leonard Harrison State Park"
park is at an elevation of on the Allegheny Plateau, which formed in the Alleghenian orogeny some 300 million years ago, when Gondwana (specifically what became Africa) and what became North America collided, forming Pangaea. While the gorge and its surroundings appear mountainous, these are not true mountains: instead years of erosion have made this a dissected plateau, causing the ""mountainous"" terrain seen today. The hardest of the ancient rocks are on top of the ridges, while the softer rocks eroded away forming the valleys. The land on which Leonard Harrison State Park sits has undergone tremendous change over the


Question: what land mass was north america a part of about 300 million years ago

Answer: Pangaea

"Rise of the Continents"
200 million years ago North and South America were carved from Pangaea, and pushed westwards as separate island continents. The episode explains how subduction has created the longest continual mountain range in the world - the Andes, and how 300 million years ago New York was at the heart of a huge mountain range. Using llama as an example, Iain explains how most of South America's wildlife originated in North America, and only came south when the two island continents of North and South America joined three million years ago. To reveal Eurasia's origins, Prof Iain Stewart climbs up to


Question: what land mass was north america a part of about 300 million years ago

Answer: Pangaea

"Quehanna Wild Area"
the state; streams here have cut deep valleys with steep-sided slopes. In the southern part of Quehanna Wild Area, the Mosquito Creek gorge is up to deep, and the Red Run gorge in the north is almost deep. The Allegheny Plateau formed in the Alleghenian orogeny some 300 million years ago, when the part of Gondwana that became Africa collided with the landmass that became North America, forming Pangaea. In the dissected plateau, years of erosion have cut away the soft rocks, forming the valleys, and leaving the hardest rocks relatively untouched. The land on which Quehanna Wild Area sits


Question: what land mass was north america a part of about 300 million years ago

Answer: Pangaea

"Black Moshannon State Park"
Allegheny Plateau, just west of the Allegheny Front, a steep escarpment which rises in , and marks the transition between the Ridge-and-Valley Appalachians to the east and the Allegheny Plateau to the west. The Allegheny Plateau and Appalachian mountains were all formed in the Alleghenian orogeny some 300 million years ago, when Gondwana (specifically what became Africa) and what became North America collided, forming Pangaea. The lake within the park is at an elevation of about , and the park itself sits in a natural basin. The basin and the underlying sandstone trap water and thus form the lake and


Question: how old is baby in dirty dancing movie

Answer: 17

"Shane Harper"
musical TV special ""The Passion"", which was released March 20, 2016 on fox. In 2017, Harper played the role of Robbie, a charming waiter at the resort who woos and then cheats on Baby's older sister, Lisa, in the TV movie ""Dirty Dancing"" for ABC. He played the role of Sam Grover in the indie film ""Flock of Four"". He also guest starred in the CBS dramas ""Code Black"" and ""Wisdom of the Crowd"". In 2018, Harper starred as Josh Wheaton in the third film in the franchise """". He also starred as Tom Paxton in the PixL original movie


Question: how old is baby in dirty dancing movie

Answer: 17

"Dirty Dancing"
Abigail Breslin, Colt Prattes, Debra Messing, Sarah Hyland, Nicole Scherzinger, Billy Dee Williams & Shane Harper. It aired on May 24, 2017. It received negative reviews from a majority of critics. Dirty Dancing Dirty Dancing is a 1987 American romantic drama dance film written by Eleanor Bergstein and directed by Emile Ardolino. It stars Jennifer Grey as Frances ""Baby"" Houseman, a young woman who falls in love with dance instructor Johnny Castle (Patrick Swayze) at her family's resort. The film was based on screenwriter Eleanor Bergstein's own childhood. She originally wrote a screenplay for the Michael Douglas film ""It's My


Question: how old is baby in dirty dancing movie

Answer: 17

"Do You Love Me"
their album ""Saturday Night at the Movies"". In February 2015, Chester See & Andy Lange uploaded a cover of ""Do You Love Me"" to See's YouTube channel. In 2017 Colt Prattes, Nicole Scherzinger, and J. Quinton Johnson covered the song for ABC's ""Dirty Dancing"" movie remake. In 2018, Ian Gillan and the Javelins recorded a version as the lead single of their self-titled album of rock and roll covers. ""Do You Love Me"" is featured prominently in the 1987 film ""Dirty Dancing"", reviving the record's popularity. Re-issued as a single from the ""More Dirty Dancing"" soundtrack album, ""Do You Love


Question: how old is baby in dirty dancing movie

Answer: 17

"Dirty Dancing (2017 film)"
21 reviews, with an average rating of 3.9/10. On Metacritic, the film was given a score of 39 out of 100 based on 16 critics, indicating ""generally unfavorable reviews"". Kimberly Roots of TVLine gave ""Dirty Dancing"" a D, stating: ""By adding unnecessary elements and turning ""Dirty Dancing"" into a musical, ABC proves that it wouldn't know what made the original film special if it hit them in the pachanga."" Mae Abdulbaki of theyoungfolks.com gave ""Dirty Dancing"" a 3 (out of 10), stating ""Remaking one of the most popular and beloved movies in the history of cinema feels almost disrespectful on


Question: how old is baby in dirty dancing movie

Answer: 17-year-old

"Dirty Dancing"
albums and multiple singles, including ""(I've Had) The Time of My Life"", which won both the Golden Globe and Academy Award for Best Original Song, and a Grammy Award for best duet. The film's popularity led to a 2004 prequel, """", and a stage version which has had sellout performances in Australia, Europe, and North America. A made-for-TV remake was also released in 2017. In the summer of 1963 17-year-old Frances ""Baby"" Houseman is vacationing with her affluent family at Kellerman's resort. Her father, Jake, is doctor and friend to Max Kellerman, the resort proprietor. Exploring one night, Baby surreptitiously


Question: who captained the first european ship to sail around the tip of africa

Answer: Bartolomeu Dias

"Bartolomeu Dias"
Bartolomeu Dias Bartolomeu Dias (; ; Anglicized: Bartholomew Diaz; c. 1450 – 29 May 1500), a nobleman of the Portuguese royal household, was a Portuguese explorer. He sailed around the southernmost tip of Africa in 1488, the first to do so, setting up the route from Europe to Asia later on. Dias is the first European peri-Age of Discovery to anchor at what is present-day South Africa. Bartolomeu Dias was a squire of the royal court, superintendent of the royal warehouses, and sailing-master of the man-of-war ""São Cristóvão"" (Saint Christopher). Very little is known of his early life. King John


Question: who captained the first european ship to sail around the tip of africa

Answer: Bartolomeu Dias

"Portuguese Navy"
island of Santa Maria in 1427. In 1424, Gil Eanes crosses the Cape Bojador. Diogo Cão and Bartolomeu Dias arrived to the mouth of the Zaire River in 1482. In the same year, the São Jorge da Mina castle is built in the coast of Western Africa, by Diogo de Azambuja, becoming one of the most important Portuguese naval bases. In 1488, Bartolomeu Dias becomes the first European to sail around the southernmost tip of Africa, the Cape of Good Hope. João Vaz Corte-Real arrives to Newfoundland in 1473. Part of the coast of Newfoundland would be charted by the


Question: who captained the first european ship to sail around the tip of africa

Answer: Bartolomeu Dias

"Portuguese discovery of the sea route to India"
but they were very expensive because it was an inconvenience to trade. For example, it was dangerous and time consuming to travel by land from Europe to India. As a result, King D. João II of Portugal established a plan for ships to explore the coast of Africa to see if India was navigable via around the cape, and through the Indian Ocean. King João II appointed Bartolomeu Dias, on October 10, 1486, to head an expedition to sail around the southern tip of Africa in the hope of finding a trade route to India. Dias helped in the construction


Question: who captained the first european ship to sail around the tip of africa

Answer: Bartolomeu Dias

"Portugal–Spain relations"
the Iberian nation closer to the coast. Portugal was in a position to explore the area facing the Atlantic and adjacent to the African coasts. In successfully doing so, it discovered that Africa has been the Arab world's major source of gold brought by camel caravans across the Sahara. This prompted Prince Henry to send expeditions farther south along the Africa coast. Bartolomeu Dias and his crew found themselves sailing in the eastern coast of Africa after a South Atlantic gale blew their ships around the southern tip of the African continent. This passage is now known as the Cape


Question: during the great depression in the 1930s the u.s. economy experienced a

Answer: recession

"Responsible Government League"
Britain's House of Lords. Newfoundland was granted dominion status and was as independent as Australia, Canada, or New Zealand in this Period. This was confirmed in the Balfour declaration and in The Statute of Westminster, 1931. The Great Depression hit the Newfoundland economy hard causing the dominion government to collapse in bankruptcy. Newfoundland's economy experienced many cycles of recession. Its government's finances collapsed completely in the early 1930s due in part to considerable debts incurred by the government in its aid of the Allied effort during the First World War and the large government debt acquired in constructing a railway


Question: during the great depression in the 1930s the u.s. economy experienced a

Answer: recession

"Great Recession in the United States"
government spent more while the private sector (e.g., households and businesses, particularly the banking sector) reduced the debt burdens accumulated during the pre-recession decade. President Obama declared the bailout measures started under the Bush Administration and continued during his Administration as completed and mostly profitable as of December 2014. After the Great Depression of the 1930s, the American economy experienced robust growth, with periodic lesser recessions, for the rest of the 20th century. The federal government enforced the Securities Exchange Act (1934) and The Chandler Act (1938), which tightly regulated the financial markets. The Securities Exchange Act of 1934 regulated


Question: during the great depression in the 1930s the u.s. economy experienced a

Answer: economic recession

"History of Georgia (U.S. state)"
from a peak of 156,000 in 1925 to 1,400 in 1930. The state was relatively prosperous in the 1910s. The price of cotton remained high, until the end of World War I. Lower commodity prices in the 1920s had a negative impact on the rural economy, which, in turn, effected the entire state. By 1932, economic recession had deteriorated into a severe depression. Cotton prices decreased from a high of $1.00 a pound during World War I, to $.20 in the late 1920s, to lows of 6 cents in 1931 and 1932. The Great Depression proved to be difficult, economically,


Question: during the great depression in the 1930s the u.s. economy experienced a

Answer: recession

"Economy of Argentina"
Growth then slowed considerably, such that by 1941 Argentina's real per capita GDP was roughly half that of the U.S. Even so, from 1890 to 1950 the country's per capita income was similar to that of Western Europe; although income in Argentina remained considerably less evenly distributed. The Great Depression caused Argentine GDP to fall by a fourth between 1929 and 1932. Having recovered its lost ground by the late 1930s partly through import substitution, the economy continued to grow modestly during World War II (in contrast to the recession caused by the previous world war). The war led to


Question: who wrote the song oh lord won't you buy me a mercedes benz

Answer: Janis Joplin

"Jeppe: The Cruel Comedy"
the text says that Schoenberg is physically hurting Jeppe when in fact, he is not. Near the end of the opera, Erik dons a cowboy hat and demonically screams at Jeppe in a fashion more akin to rock music than opera. In the American premiere, the role was played by Nathan Baer, the only principal not doubled over the four performances, whose approach to the role in this scene suggested Oingo Boingo's Danny Elfman. Further, rock music is interpolated by Luna and the patrons of her tavern, quoting Janis Joplin's ""Oh Lord, won't you buy me a Mercedes-Benz."" Jeppe initially


Question: who wrote the song oh lord won't you buy me a mercedes benz

Answer: Janis Joplin

"Sven-David Sandström"
and premiered by the Oregon Bach Festival in 2009 and also performed at the Rheingau Musik Festival that year, and works by Purcell. His work draws on ideas from modernist music, minimalist music, jazz, and popular music. Indeed, in Act II of ""Jeppe"", the chorus sings the line ""O Lord, Won't You Buy Me a Mercedes-Benz"" in harmony based on the original Janis Joplin melody. He has recently become interested in Tejano music and has been working with incorporating that idiom into his work much as composers of Romantic music collected folk music and incorporated it into their works. He


Question: who wrote the song oh lord won't you buy me a mercedes benz

Answer: Janis Joplin

"Mercedes Benz (song)"
Mercedes Benz (song) ""Mercedes Benz"" is an ""a cappella"" song written by singer Janis Joplin with the poets Michael McClure and Bob Neuwirth, and originally recorded by Joplin. In the song, the singer asks the Lord to prove His love for her by buying her a Mercedes-Benz, a color TV, and a ""night on the town."" There is also a reference to ""Dialing for Dollars"", a franchised format local television program, which required one to be watching the show to win when the show called your phone number, hence the singer's need for a TV. The song is considered to