Monthly Archives: March 2023

TMS Network (TMSN) AI Infrastructure Will Give You 100x Returns, Way Better Than SingularityNET (AGIX) And – Bitcoinist

Posted: March 31, 2023 at 1:43 am

TMS Network (TMSN) AI Infrastructure Will Give You 100x Returns, Way Better Than SingularityNET (AGIX) And  Bitcoinist

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Process – Bankruptcy Basics | United States Courts

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Article I, Section 8, of the United States Constitution authorizes Congress to enact "uniform Laws on the subject of Bankruptcies." Under this grant of authority, Congress enacted the "Bankruptcy Code" in 1978. The Bankruptcy Code, which is codified as title 11 of the United States Code, has been amended several times since its enactment. It is the uniform federal law that governs all bankruptcy cases.

The procedural aspects of the bankruptcy process are governed by the Federal Rules of Bankruptcy Procedure (often called the "Bankruptcy Rules") and local rules of each bankruptcy court. The Bankruptcy Rules contain a set of official forms for use in bankruptcy cases. The Bankruptcy Code and Bankruptcy Rules (and local rules) set forth the formal legal procedures for dealing with the debt problems of individuals and businesses.

There is a bankruptcy court for each judicial district in the country. Each state has one or more districts. There are 90 bankruptcy districts across the country. The bankruptcy courts generally have their own clerk's offices.

The court official with decision-making power over federal bankruptcy cases is the United States bankruptcy judge, a judicial officer of the United States district court. The bankruptcy judge may decide any matter connected with a bankruptcy case, such as eligibility to file or whether a debtor should receive a discharge of debts. Much of the bankruptcy process is administrative, however, and is conducted away from the courthouse. In cases under chapters 7, 12, or 13, and sometimes in chapter 11 cases, this administrative process is carried out by a trustee who is appointed to oversee the case.

A debtor's involvement with the bankruptcy judge is usually very limited. A typical chapter 7 debtor will not appear in court and will not see the bankruptcy judge unless an objection is raised in the case. A chapter 13 debtor may only have to appear before the bankruptcy judge at a plan confirmation hearing. Usually, the only formal proceeding at which a debtor must appear is the meeting of creditors, which is usually held at the offices of the U.S. trustee. This meeting is informally called a "341 meeting" because section 341 of the Bankruptcy Code requires that the debtor attend this meeting so that creditors can question the debtor about debts and property.

A fundamental goal of the federal bankruptcy laws enacted by Congress is to give debtors a financial "fresh start" from burdensome debts. The Supreme Court made this point about the purpose of the bankruptcy law in a 1934 decision:

[I]t gives to the honest but unfortunate debtora new opportunity in life and a clear field for future effort, unhampered by the pressure and discouragement of preexisting debt.

Local Loan Co. v. Hunt, 292 U.S. 234, 244 (1934). This goal is accomplished through the bankruptcy discharge, which releases debtors from personal liability from specific debts and prohibits creditors from ever taking any action against the debtor to collect those debts. This publication describes the bankruptcy discharge in a question and answer format, discussing the timing of the discharge, the scope of the discharge (what debts are discharged and what debts are not discharged), objections to discharge, and revocation of the discharge. It also describes what a debtor can do if a creditor attempts to collect a discharged debt after the bankruptcy case is concluded.

Six basic types of bankruptcy cases are provided for under the Bankruptcy Code, each of which is discussed in this publication. The cases are traditionally given the names of the chapters that describe them.

Chapter 7, entitled Liquidation, contemplates an orderly, court-supervised procedure by which a trustee takes over the assets of the debtor's estate, reduces them to cash, and makes distributions to creditors, subject to the debtor's right to retain certain exempt property and the rights of secured creditors. Because there is usually little or no nonexempt property in most chapter 7 cases, there may not be an actual liquidation of the debtor's assets. These cases are called "no-asset cases." A creditor holding an unsecured claim will get a distribution from the bankruptcy estate only if the case is an asset case and the creditor files a proof of claim with the bankruptcy court. In most chapter 7 cases, if the debtor is an individual, he or she receives a discharge that releases him or her from personal liability for certain dischargeable debts. The debtor normally receives a discharge just a few months after the petition is filed. Amendments to the Bankruptcy Code enacted in to the Bankruptcy Abuse Prevention and Consumer Protection Act of 2005 require the application of a "means test" to determine whether individual consumer debtors qualify for relief under chapter 7. If such a debtor's income is in excess of certain thresholds, the debtor may not be eligible for chapter 7 relief.

Chapter 9, entitled Adjustment of Debts of a Municipality, provides essentially for reorganization, much like a reorganization under chapter 11. Only a "municipality" may file under chapter 9, which includes cities and towns, as well as villages, counties, taxing districts, municipal utilities, and school districts.

Chapter 11, entitled Reorganization, ordinarily is used by commercial enterprises that desire to continue operating a business and repay creditors concurrently through a court-approved plan of reorganization. The chapter 11 debtor usually has the exclusive right to file a plan of reorganization for the first 120 days after it files the case and must provide creditors with a disclosure statement containing information adequate to enable creditors to evaluate the plan. The court ultimately approves (confirms) or disapproves the plan of reorganization. Under the confirmed plan, the debtor can reduce its debts by repaying a portion of its obligations and discharging others. The debtor can also terminate burdensome contracts and leases, recover assets, and rescale its operations in order to return to profitability. Under chapter 11, the debtor normally goes through a period of consolidation and emerges with a reduced debt load and a reorganized business.

Chapter 12, entitled Adjustment of Debts of a Family Farmer or Fisherman with Regular Annual Income, provides debt relief to family farmers and fishermen with regular income. The process under chapter 12 is very similar to that of chapter 13, under which the debtor proposes a plan to repay debts over a period of time no more than three years unless the court approves a longer period, not exceeding five years. There is also a trustee in every chapter 12 case whose duties are very similar to those of a chapter 13 trustee. The chapter 12 trustee's disbursement of payments to creditors under a confirmed plan parallels the procedure under chapter 13. Chapter 12 allows a family farmer or fisherman to continue to operate the business while the plan is being carried out.

Chapter 13, entitled Adjustment of Debts of an Individual With Regular Income, is designed for an individual debtor who has a regular source of income. Chapter 13 is often preferable to chapter 7 because it enables the debtor to keep a valuable asset, such as a house, and because it allows the debtor to propose a "plan" to repay creditors over time usually three to five years. Chapter 13 is also used by consumer debtors who do not qualify for chapter 7 relief under the means test. At a confirmation hearing, the court either approves or disapproves the debtor's repayment plan, depending on whether it meets the Bankruptcy Code's requirements for confirmation. Chapter 13 is very different from chapter 7 since the chapter 13 debtor usually remains in possession of the property of the estate and makes payments to creditors, through the trustee, based on the debtor's anticipated income over the life of the plan. Unlike chapter 7, the debtor does not receive an immediate discharge of debts. The debtor must complete the payments required under the plan before the discharge is received. The debtor is protected from lawsuits, garnishments, and other creditor actions while the plan is in effect. The discharge is also somewhat broader (i.e., more debts are eliminated) under chapter 13 than the discharge under chapter 7.

The purpose of Chapter 15, entitled Ancillary and Other Cross-Border Cases, is to provide an effective mechanism for dealing with cases of cross-border insolvency. This publication discusses the applicability of Chapter 15 where a debtor or its property is subject to the laws of the United States and one or more foreign countries.

In addition to the basic types of bankruptcy cases, Bankruptcy Basics provides an overview of the Servicemembers' Civil Relief Act, which, among other things, provides protection to members of the military against the entry of default judgments and gives the court the ability to stay proceedings against military debtors.

This publication also contains a description of liquidation proceedings under the Securities Investor Protection Act ("SIPA"). Although the Bankruptcy Code provides for a stockbroker liquidation proceeding, it is far more likely that a failing brokerage firm will find itself involved in a SIPA proceeding. The purpose of SIPA is to return to investors securities and cash left with failed brokerages. Since being established by Congress in 1970, the Securities Investor Protection Corporation has protected investors who deposit stocks and bonds with brokerage firms by ensuring that every customer's property is protected, up to $500,000 per customer.

The bankruptcy process is complex and relies on legal concepts like the "automatic stay," "discharge," "exemptions," and "assume." Therefore, the final chapter of this publication is a glossary of Bankruptcy Terminology which explains, in layman's terms, most of the legal concepts that apply in cases filed under the Bankruptcy Code.

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10 years after bankruptcy scare, village is paying $2.5M in cash for new Village Hall – MLive.com

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10 years after bankruptcy scare, village is paying $2.5M in cash for new Village Hall  MLive.com

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Here’s a list of Republican 2024 presidential candidates : NPR

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Republicans could have a crowded field of choices to challenge President Biden, who, at age 80, is the oldest person to serve as president and yet is expected to announce a bid for reelection.

Biden is vulnerable because of questions about the economy and a lack of intensity with the Democratic base. The man to beat in the Republican primary is still former President Donald Trump, who last fall announced his intention to seek the office again. But Trump's own vulnerabilities are glaring, and he will have a fight on his hands to win the Republican nomination again.

Here's a look at the Republicans who are already presidential candidates or who might be:

Announced: Nov. 15, 2022

Strengths: Former President Donald Trump has a stronghold with a significant portion of the GOP base. He has reshaped the Republican Party in his image, has shown he can raise money and has already won the presidency once.

Weaknesses: Chaos and controversy seem to surround him. Trump was impeached twice and is under investigation in multiple states due to his role in inspiring the Jan. 6, 2021, riot at the U.S. Capitol and for his continued lies about the 2020 presidential election. Majorities have consistently disapproved of the job he did as president and continue to have a negative view of Trump personally.

Announced: Feb. 14, 2023

Strengths: Nikki Haley, the former Trump administration ambassador to the U.N. and former governor of South Carolina, was the first candidate to challenge Trump. She's a fresh and diverse face on the national scene and will very likely be the only woman in the Republican 2024 presidential field. Haley served in the Trump administration, so she can tout that with the MAGA base, and she is a less abrasive conservative than Trump or Florida Gov. Ron DeSantis. Haley has a record as a governor (from a key early-primary state), articulates the case for Republican leadership well, is the daughter of Indian immigrants and is a couple of generations younger than Trump and Biden.

Weaknesses: Haley is not very well known nationally, and one of her first policy moves soon after announcing her bid was to say Social Security, Medicaid and Medicare should be on the chopping block.

There will also be parts of her record that conservatives will go after, like past, more inclusive statements on immigration and immigrants despite some harder-line policies she signed on to as governor in a party that has moved hard to the right on the issue. Then there's Haley's taking down of the Confederate flag at the South Carolina State House grounds after the killing of nine Black parishioners at a church in Charleston, South Carolina. How that will cut is unclear in a GOP primary, as the party has moved to the right culturally.

Announced: Feb. 21, 2023

Strengths: Former tech and finance executive Vivek Ramaswamy is a fresh, young diverse face for most Americans, has a sterling educational background and comes from the business world, which is traditionally valued in the GOP primary. He has been a prominent voice in conservative circles, arguing against the environmental, social and governance (ESG) movement and against "woke"-ism. That could help him with white-collar Republicans, who want an alternative to Trump.

Weaknesses: He's not well known, is very young for a presidential candidate, doesn't start with a solid base of support and will likely have trouble breaking through as a serious major candidate.

Strengths: Florida Gov. Ron DeSantis is the name on the tips of Republicans' tongues. He has been described as "Trump without the baggage" or "Trump with a brain." (He went to Yale University and Harvard Law School.) At only 44 years old, he's more than a generation younger than the former president. He has been governor of a big state Florida and gained prominence for his defiance on COVID-19 regulations, immigration and education. Several state and national polls over the past several months have shown him leading Trump, and while he has not declared his candidacy yet, people in his inner circle may believe now is the time.

Weaknesses: He may be more disciplined than Trump, but he lacks a certain charm. Some have cast doubt on his retail-politicking ability. While his conservative record may play well with many on the right, it's the very thing that may be his biggest weakness in a general election. As a U.S. House member, he was part of the ultra-right-wing House Freedom Caucus and was critical of then-House Speaker Paul Ryan's budget as not making enough cuts. Part of what he supported was a budget that slashed benefits to Social Security and Medicare. But he will also have to contend with anti-abortion-rights activists who believe Florida's 15-week abortion ban didn't go far enough. Generally, he's also untested as a national candidate. To this point, he has made Biden his foe, but how he'll handle the incoming from Republican rivals isn't clear at this point.

Strengths: Mike Pence's biggest strength as well as a big reason he was Trump's vice president in the first place is his appeal with white Christian evangelicals. They are a sizable portion of the Republican base, especially in Iowa, a critical early-nominating state. He has a national profile and has been involved in a presidential campaign once already.

Weaknesses: Pence's weaknesses are glaring. His break with Trump has made him a bit of a pariah for the MAGA base, and he doesn't have much of a base of his own beyond a segment of white evangelicals. Despite his national profile, he lags well behind the rest of the field in hypothetical matchups.

Strengths: Mike Pompeo served as secretary of state and CIA director under Trump high-profile jobs that upped not only his national but his international bona fides. This gives him a much firmer platform to start from for a presidential campaign than simply being a congressman from Kansas. He's serious and conservative, and his jobs under Trump give him some ability to criticize both Trump and Biden on foreign affairs. He's also close to billionaire conservative donor Charles Koch.

Weaknesses: It's hard to see how Pompeo emerges from the GOP sun-blocker that is Trump. When asked if he'd support Trump in 2024, Pompeo said, "Oh goodness, no," leaving open the possibility of his own run or supporting another candidate. "I'm very hopeful that people won't choose tweets and celebrity, but rationality and arguments. That we'll have a real conversation within our party." Though he had high-profile jobs under Trump, he doesn't have a natural base with any particular segment of the Republican Party, isn't well known nationally and doesn't have a very dynamic personality.

Strengths: New Hampshire Gov. Chris Sununu will try to carve out a moderate, anti-Trump lane. He has tried to say that his party needs to move on from Trump and that DeSantis' style of governance is too authoritarian. He's popular in his home state, and his home state just so happens to be a key early-primary state.

Weaknesses: He's not very well known nationally, and he is out of step with a large portion of the GOP base with his socially moderate views. Sununu is largely in favor of abortion rights but supports restrictions later in pregnancies. Yet he has said: "I've done more on the pro-life issue, if you will, than [any other New Hampshire governor]," touting New Hampshire's 24-week ban. Sununu has tried to walk a line on immigration, saying that this is a "country of immigrants," but he has also endorsed DeSantis' migrant flights: "Anything we can do to bring national awareness to it has to be done," he said, noting that he didn't want the migrants sent to New Hampshire, though.

Strengths: Tim Scott is Black and from a key early GOP primary state South Carolina. While he's conservative, his diverse background and upbringing bring a different perspective to the white-dominated Republican Party. The only Black Republican senator can have a commanding presence and has a more optimistic outlook than Trump or DeSantis. He has also hoarded millions of dollars and started to reach out to a national donor base.

Weaknesses: His national profile is lacking, and that will take time and money to build. He also has to contend with the problem that Haley presents, running from the same state with a similar donor set and geographic strength. They could split the vote in the South Carolina primary, opening a path for another candidate. Scott is also untested when it comes to how he will attack another opponent. He's largely seen as a nice-guy candidate. Some of his views are also ultra-conservative and could hurt him in a general election.

Strengths: Glenn Youngkin won election as governor in a Democratic-leaning state Virginia. During his campaign, he was able to strike a balance with Trump. He did not speak out against Trump and he accepted Trump's endorsement, but he did not campaign with him, as he tried to balance winning over Trump voters and swing voters. Many candidates have since been advised to use the Youngkin model. He focused on education and how racism and gender are taught in schools, which has been a cultural touchstone with the base. He's very wealthy worth almost half a billion dollars thanks to a career in private equity and has shown he's willing to spend on a campaign.

Weaknesses: It's not clear the model he won on can be replicated nationally and in a presidential-election year. He was able to do what he did in Biden's first year as president, and traditionally, the candidate of the opposite party as the president has an advantage in Virginia gubernatorial races. He's also not well known nationally, and the scrutiny of his business and financial dealings would be intense.

Strengths: A feisty favorite of many conservatives, South Dakota Gov. Kristi Noem gained prominence with her administration's opposition to restrictive COVID-19 policies. Her state's largest city, Sioux Falls, has seen strong growth over the last few years, and Noem has gotten a good deal of attention, particularly for a governor from a small state.

Weaknesses: Coming from such a small state is a difficult jumping-off point for a presidential candidate. Fewer than a million people live in South Dakota. Looked at another way, it wouldn't even be in the country's top 40 counties. Noem is untested on a national stage, and with a potentially crowded field of people with higher profiles from larger states, Noem's likeliest shot at the national ticket is making the shortlist for vice president.

Strengths: Asa Hutchinson is Arkansas' former governor, and that executive experience is usually a good launching point for president. He's trying to carve out a position that appeals to Republican-leaning independents, as he's standing against the "chaos" of Trump and has criticized the former president because of his role in the Jan. 6 insurrection. He has a conservative record on taxes and abortion rights, which, on paper, could be attractive to the GOP base.

Weaknesses: Hutchinson's opposition to Trump will make it difficult to win over a significant portion of Trump's base. He also has a fairly dry personality and is on the older side for a presidential candidate, especially for one not already well known nationally.

Strengths: Liz Cheney, Wyoming's former congresswoman and the daughter of a former vice president, is well known and prosecutes the case against Trump well, making her potentially formidable on a debate stage.

Weaknesses: Her intense opposition to Trump, despite her conservative policy bona fides, makes it difficult to see how she could gain enough support to win the GOP nomination. And with the Republican National Committee mandating that candidates pledge to back whoever wins the nomination, in order to participate in its debates, she may never be seen in one.

Strengths: The hawkish former national security adviser under Trump, John Bolton has had a prominent career, serving the last four Republican presidents. He's also likely fairly well known to Fox News viewers, as he regularly appeared on the network. Foreign policy is his area of expertise, and he's likely eager to take on Trump on the subject, given Bolton's sharp criticisms of the former president after he left Trump's administration.

Weaknesses: He has made enemies in both parties and both wings of the Republican Party, including with Trump. That narrows the potential GOP voters open to him. Republicans are also simply not animated right now by an interventionist foreign policy. His age will be a factor as well.

Alyson Hurt and Ashley Ahn contributed to the design and development of this story. It was edited by Megan Pratz and Heidi Glenn, photo edited by Catie Dull and copy edited by Preeti Aroon.

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Here's a list of Republican 2024 presidential candidates : NPR

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Republican Party – Policy and structure | Britannica

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Although its founders refused to recognize the right of states and territories to practice slavery, the modern Republican Party supports states rights against the power of the federal government in most cases, and it opposes the federal regulation of traditionally state and local matters, such as policing and education. Because the party is highly decentralized (as is the Democratic Party), it encompasses a wide variety of opinion on certain issues, though it is ideologically more unified at the national level than the Democratic Party is. The Republicans advocate reduced taxes as a means of stimulating the economy and advancing individual economic freedom. They tend to oppose extensive government regulation of the economy, government-funded social programs, affirmative action, and policies aimed at strengthening the rights of workers. Many Republicans, though not all, favour increased government regulation of the private, noneconomic lives of citizens in some areas, such as abortion, though most Republicans also strongly oppose gun-control legislation. Republicans are more likely than Democrats to support organized prayer in public schools and to oppose the legal recognition of equal rights for gays and lesbians (see gay rights movement). Regarding foreign policy, the Republican Party traditionally has supported a strong national defense and the aggressive pursuit of U.S. national security interests, even when it entails acting unilaterally or in opposition to the views of the international community.

Both the Democratic Party and the Republican Party formulate their platforms quadrennially at national political conventions, which are held to nominate the parties presidential candidates. The conventions take place in the summer of each presidential election year; by tradition, the incumbent party holds its convention second. The Republican National Convention typically gathers some 2,000 delegates who are selected during the winter and spring.

Until the 1970s, few nationwide rules governed the selection of delegates to the Republican National Convention. After the Democratic Party adopted a system based on state primaries and caucuses, the Republicans followed suit. More than 40 states now select delegates to the Republican convention through primary elections, while several other states choose delegates through caucuses. Virtually all Republican primaries allocate delegates on a winner-take-all basis, so that the candidate who wins the most votes in a state is awarded all the delegates of that state. In contrast, almost all Democratic primaries allocate delegates based on the proportion of the vote each candidate receives. As a result, the Republicans tend to choose their presidential nominees more quickly than the Democrats do, often long before the summer nominating convention, leaving the convention simply to ratify the winner of the primaries.

In addition to confirming the partys presidential nominee and adopting the party platform, the national convention formally chooses a national committee to organize the next convention and to govern the party until the next convention is held. The Republican National Committee (RNC) consists of about 150 party leaders representing all U.S. states and territories. Its chairman is typically named by the partys presidential nominee and then formally elected by the committee. Republican members of the House and the Senate organize themselves into party conferences that elect the party leaders of each chamber. In keeping with the decentralized nature of the party, each chamber also creates separate committees to raise and disburse funds for House and Senate election campaigns. Although Republican congressional party organizations maintain close informal relationships with the RNC, they are formally separate from it and not subject to its control. Similarly, state party organizations are not subject to direct control by the national committee.

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Republican Party (United States) – Simple English Wikipedia, the free …

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AbbreviationGOP (Grand Old Party)ChairpersonRonna McDaniel (MI)[1]Standing CommitteeRepublican National CommitteeHouse SpeakerKevin McCarthy (CA)House Minority LeaderMitch McConnell (KY)[1]FoundedMarch20, 1854; 169 years ago(1854-03-20)PrecededbyWhig PartyFree Soil PartyHeadquarters310 First Street SEWashington, D.C. 20003Student wingCollege RepublicansYouth wingYoung RepublicansHigh School RepublicansWomen's wingNational Federation of Republican WomenOverseas wingRepublicans OverseasMembership(2023)36,019,694[2]IdeologyMajority: Conservatism[3] Social conservatism[4][5][6] Economic liberalism[7][8]

Factions: Centrism[9] Fiscal conservatism[10]

Fusionism[11][12] Libertarianism[13] Neoconservatism[13] Paleoconservatism[14] Right-wing populism[15][16] Economic nationalism[17][18]

The United States Republican Party is one of the two big political parties in the United States of America, along with the Democratic Party, the Republican Party's main opponent. The United States has many other small parties known as third parties. The Republican Party is a center-right party, contrast to the center-left Democratic Party.

The Republicans are sometimes called "the right" or "conservatives". The Republican Party itself is also known as the GOP, which stands for "Grand Old Party". Ideologically, it favours fiscal and social conservatism,[23] opposing abortion,[24] euthanasia, labor unions, affirmative action,[25] marijuana legalisation, and a high minimum wage,[26] whilst advocating low taxes,[27] limited government,[28] gun rights,[29] free markets, and free trade,[30] although it held protectionist opinions during its early days,[31] in Theodore Roosevelts presidency, and held anti-free trade opinions in Donald Trumps presidency.[32]

The symbol of the Republican party is the elephant. This symbol was first used in 1874 in a political cartoon by Thomas Nast.[33]

The Republican National Committee, or "RNC", is the main organization for the Republican Party in all 50 states. The Republican Party is not the same political party as the Democratic-Republican Party. A state where most voters vote for Republican politicians is sometimes called a "red state".

The Republican Party was founded in Ripon, Wisconsin in 1853,[34] with the help of Francis Preston Blair. The Republican Party was formed by people who did not like the Kansas-Nebraska Act of 1854, which would let each territory allow slavery. The Republican Party was founded by past members of the Free Soil Party and the Whig Party who wanted to stop the expansion of slavery. The founders of the Republican Party wanted to stop the expansion of slavery because they believed it was against the ideals of the Constitution and Declaration of Independence. Some founders of the Republican Party wanted to abolish slavery everywhere in the United States. The Republican Party's first candidate for President of the United States was John C. Frmont in 1856.

As the Whig Party collapsed, the Republicans became one of two major political parties in the United States (the Democratic Party was the other major political party). In 1860 Abraham Lincoln, the first Republican president, was elected. For the rest of the second half of the 19th century, the country had mostly Republican presidents. From 1860 until 1912 the Republicans lost the presidential election just twice (non-consecutively to Democrat Grover Cleveland in 1884 and 1892).

Republicans believed in protectionism (the belief that raising taxes on trades with other countries would protect the economy) during the second half of the 19th century and during the early half of the 20th century.

After World War I, the 1920s had three Republican presidents: Warren Harding, Calvin Coolidge, and Herbert Hoover. It was called the Republican Decade for that reason. Harding and Coolidge made a plan for the economy which lowered taxes, made the government spend less money, and got rid of rules and laws that affected the economy.

Near the end of the 1920s, the stock market crashed and the Great Depression began. During the Great Depression, the Republican Party became less popular. No Republicans were president between 1933 and 1953, when Dwight Eisenhower began his first of two consecutive terms as president (he was re-elected in 1956). Richard Nixon lost the election in 1960, but was elected president on the Republican ticket in 1968 and again in 1972.

Ronald Reagan, an actor and conservative political activist, was elected as president in 1980. Ronald Reagan became the first Republican president who was a former member of the Democratic Party. Ronald Reagan served two terms and his successor George H.W. Bush served one term. Reagan wanted fewer laws to affect the economy, and wanted the military to be stronger.

Bill Clinton (a Democrat) was elected president in 1992, and re-elected in 1996. However, a new Congress was elected in 1994, and Republicans gained control of both the House of Representatives and the Senate. They voted against many of Clinton's ideas and proposed ideas of their own such as a line item veto and a balanced budget amendment. In 2000, George W. Bush was elected president, defeating Al Gore in a very close election. Bush was re-elected in 2004.

After elections held in 2006, Republicans lost control of Congress. Democrat Barack Obama was elected in 2008 and re-elected in 2012. Republican John Boehner was elected the Speaker of the House of Representatives in 2010 and re-elected in 2012. In 2014, Republicans gained control of the Senate and the House. Boehner resigned in early October 2015 and was eventually succeeded by Paul Ryan of Wisconsin on October 29, 2015. On November 9, 2016, Donald Trump was elected president, defeating Democrat Hillary Clinton in the Electoral College. Trump was the first Republican to take office as president since January 20, 2001, when George W. Bush was inaugurated. The Republicans lost the House and won the Senate in 2018. Paul Ryan retired in 2019 and was succeeded by Nancy Pelosi, who is a member of the Democratic Party.

In 2020, the Republicans lost the presidency when Joe Biden defeated Donald Trump. In 2022, they were able to get control back of the House of Representatives, but not the Senate.

Currently, the Republican Party is identified by classical liberalism, conservatism, and right-wing policies.

Not all Republicans believe in the same things, but generally, these are the things many Republicans support in all:

Most supporters for the Republican Party come from states in the Southern, Deep South, parts of the Midwest, and the rural Northeast areas of the US, as well as from Montana; though they come from all over the United States, including the northern portion of California.

Republican presidents in the 19th Century

Republican presidents in the 20th Century

Republican presidents in the 21st Century

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Republicans Erupt in Outrage Over Trump Indictment, Defending the Defendant – The New York Times

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  1. Republicans Erupt in Outrage Over Trump Indictment, Defending the Defendant  The New York Times
  2. Republican rivals, leaders rally around Donald Trump after indictment  The Washington Post
  3. After indictment, Trump will play the victim and the tactic will work for many Republicans  The Guardian US

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Republicans Erupt in Outrage Over Trump Indictment, Defending the Defendant - The New York Times

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‘Republicans could be woke’: A Black conservative from Chicago’s South Side makes the case for ditching Democrats – Yahoo News

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'Republicans could be woke': A Black conservative from Chicago's South Side makes the case for ditching Democrats  Yahoo News

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'Republicans could be woke': A Black conservative from Chicago's South Side makes the case for ditching Democrats - Yahoo News

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Pros and Cons of Genetic Engineering – Benefits and Risks

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Genetic engineering is the process of altering the genetic composition of plants, animals, and humans. The most practical application of genetic engineering is to create a more sustainable food system for the people of Earth, but there are other ways we can use it to our advantage as well.

Unfortunately, there are both pros and cons of genetic engineering. For every benefit, there is a list of concerns and potential problems we need to consider. There is a substantive argument on both sides of genetic engineering, and well explore both ahead.

Most people tend to focus on the negatives of genetic engineering, but there are some substantial positive we need to consider as well. Genetic engineering is a debate, and there are some good points on each side. You have to look at both the pros and cons of genetic engineering if you want to make an informed decision on the matter.

Evolution takes thousands of years to adapt to our surroundings, but genetic engineering offers a quicker path forward. With the assistance of genetic engineering, we could force our bodies to adapt to the changing climate of our planet.

Additionally, we could tack-on some extra years to our lives by altering our cells, so our bodies dont deteriorate as quickly as they currently do. The fountain of youth might be within our reach, and many look forward to advancements in the area of genetic engineering.

If we choose to go down this path, well feel better as we age and be able to outlast some of the diseases that currently take us down. We still wont be able to live forever, but genetic engineering shows promise in extending the prime of our lives.

Food shortage is a massive problem in the world, especially with the growing population. Were destroying natural habitats to make way for farmland, and overgrazing is causing current pastures to become dry and uninhabited.

The answer to this problem could come in the form of genetic engineering. If we can alter the composition of vegetables and animals, we can create new foods that might have more nutritional value than nature creates on its own.

We might even be able to advance to a point where foods give us medicines we need to combat widespread viruses and illnesses. Food is one of the most promising spaces when considering the prospect of genetic engineering.

A lot of diseases depend on genetic predisposition. Some people are more likely to get cancer, Alzheimers and other diseases than their neighbor. With genetic engineering, we can get rid of these genetic predispositions once and for all.

There will likely still be some environmental concerns that will cause diseases, but if we start altering the genes of humans, we may become resistant to genetic abnormalities. Family history wont mean anything when it comes to things like cancer, and we can start eliminating diseases that are completely based on genetics.

There are already a handful of diseases and illnesses we can detect while a baby is still in the womb. We even can genetically engineer some diseases and illnesses out of a babys system before theyre born.

Finding out your baby has a disease can be devastating, and some parents make the difficult choice to spare their child possible pain. If you know that your baby might suffer and die a few months after theyre born, you have to decide whether or not you want to roll the dice.

In the future, we might be able to eliminate the chances of unhealthy babies. Diseases like Huntingtons offer a substantial chance that the carrier will pass it onto their child. If the child isnt positive for the disease, theyll still be a carrier and have to deal with the same dilemma when it comes time to have kids of their own.

Genetic engineering has the potential to stop these threats in their tracks. Parents wont have to worry about birthing a healthy son or daughter. Science will guarantee that every baby is happy and healthy when they come into this world.

Of course, genetic engineering isnt entirely positive. There is an upside to the ability to genetically alter humans and animals, but only in ideal situations.

Our world isnt perfect, and scientists make mistakes all the time. We cant assume that genetic engineering will be available to the entirety of the human population, which is a flaw in itself.

The negatives of genetic engineering seem to outweigh the positives, especially since there is so much room for error. We dont know what were tampering with, which opens the door to a host of potential problems.

There are a couple of ethical problems with genetic engineering that we need to consider as a society. Those who subscribe to religion will see genetic engineering as blasphemy, for instance. Wed be playing God, in a sense. Anyone who believes in creation will be expressly against genetic engineering especially in human children.

Those who are on the opposite side of the spectrum from religious people probably wont love genetic engineering either. Genetically engineered food might work, but changing the genes of people will add to the overpopulation problem were currently experiencing.

Diseases are one of the most effective forms of population control. We dont have the heart to eliminate other humans in the name of population control, so disease does it for us. If we eliminate diseases, humans will have virtually no threat left on this planet.

Living longer lives might be ideal, but it isnt practical. If we extend the prime of our lives, were opening the door to having more children. Since all children would be in perfect health, well see a population increase that could have devastating consequences.

If genetic engineering becomes a reality, it will likely only be available to the richest members of society. Theyll be able to extend their lives, limit diseases, and make sure their children are always healthy when theyre born

When this happens, natural selection is completely obsolete. Instead, the wealthiest in society will thrive while the poor will die-out. Eventually, genetic diversity will completely disappear as genetically engineered children all express the most desirable characteristics

This problem also arises in nature if we decide to engineer plants and animals genetically. These organisms might start as food, but could introduce themselves to the wild and take over. Theyll decimate natural species, and eventually be the only thing left.

One of the biggest hurdles in genetic engineering is the possibility of errors or genetic defects, especially in humans. Scientists have a general understanding of what creates a functioning human, but they dont yet have all the pieces to the puzzle.

When it comes down to changing humans at a cellular level, scientists dont yet have the understanding of how small changes can affect the development of a growing baby. Changing genes could result in more damaging birth defects or even miscarriages.

Furthermore, tampering with diseases could end up creating a super-disease that is even harder to combat. There are too many variables in the human body for genetic engineering to work to the fullest potential. Even if it could, people will probably be too nervous to trust scientists tampering with the cells of their future children.

Science still isnt at a point where they can alter the genes of humans to prevent all diseases in unborn children, but it might be there soon. When that time comes, some might take genetic engineering to its logical extreme.

Our priority will be to create healthy children. Once we perfect this process, though, where to, we go? The next logical step is the ability to pick certain traits that our children will have. We might be able to select whether we have a boy or girl. Then, we can decide what eye color and hair color they have.

Pretty soon, were selecting every trait that our child has before they leave the womb. Nature will be virtually out of the question at this point, and people with enough money will design their babies from scratch.

Since the pros and cons of genetic engineering are compelling, its worth it to explore the possibility further. We still havent reached a place where scientists fully understand the opportunities genetic engineering presents, so they still have years of research on their hands.

In the end, though, no system of genetically altering humans, animals, or plants will be perfect. There is a massive potential for errors, and we likely wont have equal opportunities if and when scientists ever crack the case.

Although the positives of genetic engineering are convincing, the negatives can be terrifying. If we ever get to the point where we can genetically alter humans, we need to consider the moral, ethical, and practical application of technology before going any further.

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Pros and Cons of Genetic Engineering - Benefits and Risks

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What is Genetic Engineering? Types, Process & Applications

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Introduction

Heard about genes? The biological things that are responsible for the characteristics of any living organism. Be it me, you, or an animal, or a microbe.

Genes define the characteristics of the organism, they are made up of DNA and most of the genes act as an instruction manual to make protein. Generally, these genes come from the parents. Each organism has two sets of genes, one from each parent.

The majority of genes are identical in all humans, but a small number of genes (less than 1% of the total) vary slightly. Alleles are variants of the same gene with minor variations in DNA base sequence. These minor variations contribute to the individuality of each person's physical features.

Genes are given special names by scientists to keep track of them. Sometimes, these names are too long, so scientists keep track of them with symbols or numbers.

Now that we know what genes are. Let me ask you a simple question. Are genes only naturally occurring and can one gain them from their parents only?

No, they can be changed or manufactured using other genes. New genes can be formed in the laboratory. The best answer to the above question lies in the concept of genetic engineering. So, let us dive into the topic and explore what genetic engineering is.

The use of recombinant DNA (rDNA) technology to insert desired characters into species is known as genetic engineering. A genetically engineered (GE) animal is one that has a new trait, thanks to the recombinant DNA (rDNA) definition.

Although traditional breeding methods have long been used to improve animal traits, genetic engineering is a much more effective method of incorporating desirable traits into animals.

Still, lets understand the significance of recombinant DNA (rDNA) in genetic engineering;

Recombinant DNA is nothing but a technology that uses enzymes to cut and paste desirable parts of DNA sequences. In this way, a new gene is formed by the use of rDNA which contains the characteristics which we desired to insert into an animal. This newly formed rDNA is then ferried to the suitable host cell where it can be copied in order to get the desired result.

Human DNA, for example, can be engineered in such a way that it can be repeated or replicated in bacteria or yeast.

Attaching suitable elements to a piece of DNA and then moving it into a bacterial or yeast cell, with those elements instructing the bacterial or yeast cell to copy this DNA alongside its DNA, is what this method entails. DNA cloning is the term for this procedure and the resulting DNA is called Recombinant DNA or rDNA.

(Must read: Nanotechnology Applications in Biology)

Genetic engineering techniques have the following types-

Here rDNA is used to create a new gene and then gene transfer is carried out by inserting the gene into plasmid liquid and then transferring it into the host cell.

Gene delivery is the technique of inserting the desired gene in the host genome to get the characteristics we wanted to insert. Some methods used in it are Electroporation, solicitation and viral vector-mediated gene transfer, and liposome-mediated gene transfer

The modern method using electric current to carry out genetic engineering. In this, pores are created in cells using the current to enable the transfer of nucleic acid in a cell. This process is also referred to as electrotransfer.

A gene-editing technique is used to edit the genome, allowing for the removal of unwanted DNA sequences or the insertion of a new gene into the host genome. Some well-known gene-editing techniques used in gene therapy experiments include CRISPR-CAS9, TALEN, and ZFN.

Now you must be curious that even though these techniques are used, what is the process of genetic engineering?

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The majority of recombinant DNA technology entails inserting foreign genes into the plasmids of typical laboratory bacteria strains. Plasmids are the tiny DNA rings that are not part of a bacterium's chromosome (chromosome is the organism's major reservoir of genetic information).

Despite this, they are capable of guiding protein synthesis and, like chromosomal DNA, they are replicated and passed on to the bacteriums progeny.

Researchers are then able to generate an essentially infinite number of copies of the inserted gene by introducing foreign DNA (for example, a mammalian gene) into a bacterium.

Furthermore, if the inserted gene is functional (that is if it drives protein synthesis), the transformed bacteria will create the protein that the foreign DNA specifies.

In the end of all the creation, scientists figure out and choose the best technique for insertion or placing of the engineered gene in the desired genome taking the process to completion.

Many theoretical and practical aspects of gene function and organization have been substantially improved thanks to genetic engineering.

In medicine, genetic engineering has been used to mass-produce human insulin, human growth hormones, alpha-interferon, a hepatitis B vaccine.

Follistim (a fertility treatment), human albumin, monoclonal antibodies, antihemophilic factors, vaccinations, and a variety of other medications have been discovered with the help of genetic engineering.

Many other therapeutically important compounds have also been developed using recombinant DNA technology.

Still, the most important of them remains the manufacturing of genetically engineered crops. For example, let us suppose, there is a crop that grows in hilly areas and isnt prone to rains. But after a few years in that area, it rains like the daily sunlight.

In that case, the farmers there will need a crop that will grow like the same crop but will be resistant to water. So, some genetic engineering will be required here to insert the desired characteristic in the specific crop.

This genetic engineering technique has helped a lot in the creation of hybrid plants and has saved the souls of many farmers.

Some of the other rDNA traits used in crop development are-

Also, genetically engineered food is a prime application of it. (Source)

An example of genetic engineering as used by some researchers is in the making of a goat that produces spider silk.

As we know, the stretchable spider web is one of the strongest fibers found around us. It has high tensile strength and is even stronger than steel.

Theoretically, it might have changed use from the making of fake tendons to the ropes for parachutes. On the off chance that alone we had the option to create it in adequate amounts.

Nexia Biotechnologies Company said it has an answer: " goat milk contains proteins of cobweb! The scientists embedded the quality from arachnid DNA quality into goats' DNA so that it secretes in their milk the protein for building the net.

This milk can be utilized to create Biosteel material with attributes like cobwebs. The webs formed from this process, i.e. the process of genetic engineering are called recombinant webs resembling the rDNA used in their creation.

In the field of genetic engineering, bacteria were the very first creatures to be genetically modified in 1973, followed by mice in 1974. Since then, scientists and researchers have come a long way and they mostly owe it to technology rapidly evolving each day.

(Also read: What is Clean Energy?)

Gene is one of the most crucial components of a living organism and genetic engineering is like a blessing to natural scientists.

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What is Genetic Engineering? Types, Process & Applications

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