text:
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Displaying 1 - 25 of 68 items.
Pfeffer Cell Apparatus
The Pfeffer Zelle (Pfeffer Cell Apparatus), invented by Wilhelm Pfeffer in 1877, measured the minimum pressure needed to prevent a pure solvent from passing into a solution across a semi-permeable membrane, called osmotic pressure. The apparatus provided Pfeffer with a way to quantitatively measure osmotic pressure. Pfeffer devised the apparatus in the 1870s at the University of Basel in Basel, Switzerland, and he described the Pfeffer Cell Apparatus in his 1877 book Osmotische Untersuchungen: Studien Zur Zellmechanik (Osmotic Investigations: Studies on Cell Mechanics).
Ethics and Induced Pluripotent Stem Cells
The recent development of induced pluripotent stem cells (iPSCs) and related technologies has caught the attention of scientists, activists, politicians, and ethicists alike. IPSCs gained immediate international attention for their apparent similarity to embryonic stem cells after their successful creation in 2006 by Shinya Yamanaka and in 2007 by James Thompson and others.
Subject: Technologies, Ethics
Induced Pluripotent Stem Cells (iPSCs) are cells derived from non-pluripotent cells, such as adult somatic cells, that are genetically manipulated so as to return to an undifferentiated, pluripotent state. Research on iPSCs, initiated by Shinya Yamanaka in 2006 and extended by James Thompson in 2007, has so far revealed the same properties as embryonic stem cells (ESCs), making their discovery potentially very beneficial for scientists and ethicists alike.
Cerebral Organoid as a Model System in the Study of Microcephaly
Scientists use cerebral organoids, which are artificially produced miniature organs that represent embryonic or fetal brains and have many properties similar to them, to help them study developmental disorders like microcephaly. In human embryos, cerebral tissue in the form of neuroectoderm appears within the first nine weeks of human development, and it gives rise to the brain and spinal cord.
Hematopoietic Stem Cell Transplantation
The purpose of regenerative medicine, especially tissue engineering, is to replace damaged tissue with new tissue that will allow the body to resume normal function. The uniqueness of tissue engineering is that it can restore normal structure in addition to repairing tissue function, and is often accomplished using stem cells. The first type of tissue engineering using stem cells was hematopoietic stem cell transplantation (HSCT), a surgical procedure in which hematopoietic stem cells (HSCs) are infused into a host to treat a variety of blood diseases, cancers, and immunodeficiencies.
Cord blood banks are institutions designed to store umbilical cord blood (UCB) stem cells. UCB, a source of hematopoietic stem cells (HSCs), has garnered attention from scientific and medical communities since its first successful use in a hematopoietic stem cell transplant (HSCT) in 1988. The umbilical cord is the lifeline by which the growing fetus is nourished by the mother. Once regarded as medical waste, the umbilical cord has become a source of lifesaving treatment.
Subject: Technologies, Reproduction
Shoukhrat Mitalipov and Masahito Tachibana's Mitochondrial Gene Replacement Therapy Technique
In 2009, Shoukhrat Mitalipov, Masahito Tachibana, and their team of researchers developed the technology of mitochondrial gene replacement therapy to prevent the transmission of a mitochondrial disease from mother to offspring in primates. Mitochondria contain some of the body's genetic material, called mitochondrial DNA. Occasionally, the mitochondrial DNA possesses mutations.
Somatic Cell Nuclear Transfer in Mammals (1938-2013)
In the second half of the
twentieth century, scientists learned how to clone organisms in some
species of mammals. Scientists have applied somatic cell nuclear transfer to clone human and
mammalian embryos as a means to produce stem cells for laboratory
and medical use. Somatic cell nuclear transfer (SCNT) is a technology applied in cloning, stem cell
research and regenerative medicine. Somatic cells are cells that
have gone through the differentiation process and are not germ
cells. Somatic cells donate their nuclei, which scientists
Subject: Theories, Technologies, Processes
Alexis Carrel's Tissue Culture Techniques
Alexis Carrel, the prominent French surgeon, biologist, and 1912 Nobel Prize laureate for Physiology or Medicine, was one of the pioneers in developing and modifying tissue culture techniques. The publicized work of Carrel and his associates at the Rockefeller Institute established the practice of long-term tissue culture for a wide variety of cells. At the same time, some aspects of their work complicated the operational procedures of tissue culture.
Fate Mapping Techniques
For more than 2000 years, embryologists, biologists, and philosophers have studied and detailed the processes that follow fertilization. The fertilized egg proliferates into cells that begin to separate into distinct, identifiable zones that will eventually become adult structures through the process of morphogenesis. As the cells continue to multiply, patterns form and cells begin to differentiate, and eventually commit to their fate.
Golgi Staining Technique
The Golgi staining technique, also called the black reaction after the stain's color, was developed in the 1870s and 1880s in Italy to make brain cells (neurons) visible under the microscope. Camillo Golgi developed the technique while working with nervous tissue, which required Golgi to examine cell structure under the microscope. Golgi improved upon existing methods of staining, enabling scientists to view entire neurons for the first time and changing the way people discussed the development and composition of the brain's cells.
Subject: Technologies, Processes
Ericsson Method of Sperm Separation
In 1973, Ronald Ericsson developed the Ericsson method, which is a technique used to separate human male sperm cells by their genetic material. Ericsson, a physician and reproduction researcher, developed the method while conducting research on sperm isolation in Berlin, Germany, in the early 1970s. He found that the sperm cells that carry male-producing Y chromosomes move through liquid faster than the cells that carry female-producing X chromosomes.
Hanging Drop Tissue Culture
The hanging drop tissue culture is a technique utilized in embryology and other fields to allow growth that would otherwise be restricted by the flat plane of culture dishes and also to minimize the surface area to volume ratio, slowing evaporation. The classic hanging drop culture is a small drop of liquid, such as plasma or some other media allowing tissue growth, suspended from an inverted watch glass. The hanging drop is then suspended by gravity and surface tension, rather than spreading across a plate.
Chorionic villus sampling (CVS) is a test used for prenatal diagnosis. Safe to perform at an earlier stage in pregnancy than amniocentesis, CVS is another invasive prenatal diagnostic test that can be performed as early as ten weeks after the woman's last menstrual cycle. While this test does carry some risks, it is generally very effective at predicting heritable diseases during or soon after the embryonic stage of development.
Camillo Golgi's Black Reaction for Staining Neurons
In 1873 Italy, Camillo Golgi created the black reaction technique, which enabled scientists to stain and view the structure of neurons, the specialized cells that compose the nervous system. During the nineteenth century, scientists were studying cells and proposed cell theory, which describes the basic characteristics of cells as fundamental units of life. However, cell theory struggled to explain neurons as they are specialized cells and more complex in structure than cells of other tissues.
Beadle and Ephrussi's Transplantation Technique for Drosophila
Boris Ephrussi and George Wells Beadle developed a transplantation technique on flies, Drosophila melanogaster, which they described in their 1936 article A Technique of Transplantation for Drosophila. The technique of injecting a tissue from one fly larva into another fly larva, using a micropipette, to grow that tissue in the second larvae, was a means for investigating development of Drosophila. Through this technique, Beadle and Ephrussi studied the role of genes in embryological processes.
In vitro fertilization (IVF) is an assisted reproductive technology (ART) initially introduced by Patrick Steptoe and Robert Edwards in the 1970s to treat female infertility caused by damaged or blocked fallopian tubes. This major breakthrough in embryo research has provided large numbers of women the possibility of becoming pregnant, and subsequent advances have dramatically increased their chances. IVF is a laboratory procedure in which sperm and egg are fertilized outside the body; the term "in vitro" is Latin for "in glass."
"MicroSort, developed in 1990 by the Genetics and IVF Institute, is a form of pre-conception sex selection technology for humans. Laboratories located around the world use MicroSort technology to help couples increase their chances of conceiving a child of their desired sex. MicroSort separates male sperm cells based on which sex chromosome they contain, which results in separated semen samples that contain a higher percentage of sperm cells that carry the same sex chromosome.
The e-Mouse Atlas Project (1992- )
The Edinburgh Mouse Atlas, also called the e-Mouse Atlas Project (EMAP), is an online resource comprised of the e-Mouse Atlas (EMA), a detailed digital model of mouse development, and the e-Mouse Atlas of Gene Expression (EMAGE), a database that identifies sites of gene expression in mouse embryos. Duncan Davidson and Richard Baldock founded the project in 1992, and the Medical Research Council (MRC) in Edinburgh, United Kingdom, funds the project.
Diethylstilbestrol (DES) in the US
Diethylstilbestrol (DES) is an artificially created hormone first synthesized in the late 1930s. Doctors widely prescribed DES first to pregnant women to prevent miscarriages, and later as an emergency contraceptive pill and to treat breast cancer. However, in 1971, physicians showed a link between DES and vaginal cancer during puberty in the children of women who had taken DES while pregnant. Consequently, the US Food and Drug Administration (FDA) banned its use during pregnancy.
Subject: Reproduction, Technologies
A plant genetically modified that accumulates Pb is especially promising for phytoremediation (2003), by Carmina Gisbert et al.
In 2003, Carmina Gisbert and her research team produced a tobacco plant that could remove lead from soil. To do so, they inserted a gene from wheat plants that produces phytochelatin synthase into a shrub tobacco plant (Nicotiana glauca) to increase N. glauca's absorption and tolerance of toxic metals, particularly lead and cadmium. Gisbert and her team aimed to genetically modify a plant so that it could be used for phytoremediation- using plants to remove toxic substances from the soil.
Subject: Experiments, Technologies
ABO Blood Type Identification and Forensic Science (1900-1960)
The use of blood in forensic analysis is a method for identifying individuals suspected of committing some kinds of crimes. Paul Uhlenhuth and Karl Landsteiner, two scientists working separately in Germany in the early twentieth century, showed that there are differences in blood between individuals. Uhlenhuth developed a technique to identify the existence of antibodies, and Landsteiner and his students showed that humans had distinctly different blood types called A, B, AB, and O.
Subject: Theories, Legal, Technologies
Green fluorescent protein (GFP) is a protein in the jellyfish Aequorea Victoria that exhibits green fluorescence when exposed to light. The protein has 238 amino acids, three of them (Numbers 65 to 67) form a structure that emits visible green fluorescent light. In the jellyfish, GFP interacts with another protein, called aequorin, which emits blue light when added with calcium. Biologists use GFP to study cells in embryos and fetuses during developmental processes.
Radioimmunoassay (RIA) is a technique in which researchers use radioactive isotopes as traceable tags to quantify specific biochemical substances from blood samples. Rosalyn Yalow and Solomon Berson developed the method in the 1950s while working at the Bronx Veterans Administration (VA) Hospital in New York City, New York. RIA requires small samples of blood, yet it is extremely sensitive to minute quantities of biological molecules within the sample. The use of RIA improved the accuracy of many kinds of medical diagnoses, and it influenced hormone and immune research around the world.
Magnetic Resonance Microscopy (MRM)
Magnetic Resonance Microscopy (MRM) is an imaging method that allows the visualization of internal body structures. Using powerful magnets to send energy into cells, MRM picks up signals from inside a specimen and translates them into detailed computer images. MRM is a useful tool for scientists because of its ability to generate digital slices of scanned specimens that can be constructed into virtual 3D images without destroying the specimens. MRM has become an increasingly prevalent imaging technique in embryological studies.


text:
A Look Ahead At The Landscape Of TV To Come
By Linda Holmes
Published August 9, 2015 at 3:14 PM MDT
ARUN RATH, HOST:
Twice a year, the people who make television bring all the people who criticize television to Beverly Hills and spend a couple of weeks showing off. NPR's own TV critic Linda Holmes is in town to preview all the newest TV offerings for the fall. Linda Holmes, welcome to the program.
LINDA HOLMES, BYLINE: Thank you so much.
RATH: It's so nice to have you here.
HOLMES: Yeah, it's nice to be here.
RATH: So tell us about what looks promising so far.
HOLMES: Well, the presentations that I've been seeing are not over yet...
RATH: OK.
HOLMES: ...So giving a nod to the fact that there are still some people that haven't gone yet. So far, the stuff that I've liked the best - there's a very good miniseries from HBO that comes from David Simon, who did "The Wire" and "Treme." He's making a show called "Show Me A Hero." It's a true story of a decades-old dispute about building low-income housing in Yonkers...
HOLMES: ...Which he acknowledged does not necessarily sound television friendly. But as always, he's interested in the failures of institutions, and so a lot of this is about local government and trying to build housing.
So that would be kind of on your cable prestige-television end. They've also brought some stuff that I have liked on more the entertaining end. From broadcast, we saw presentations of two Fox sitcoms I like, one of which is called "Grandfathered" and stars John Stamos, and one of which is called "The Grinder" and stars Rob Lowe. So it's kind of handsome men of decades past over on Fox, and I liked both of those.
RATH: Something kind of reassuring about that somehow.
HOLMES: There is. And, you know, they're both - they're both still just kind of - they are - they're charming, handsome dudes. And in these shows, they're kind of playing on that a little bit. So they're both enjoyable shows.
RATH: There are a lot more networks presenting shows than there used to be - a lot more even non-networks that are presenting shows. How long is this list now?
HOLMES: It's a very long list. In addition kind of the traditional broadcast networks and the cable networks that are established, like HBO and Showtime - people like that - you now have a lot of shows coming from Netflix, coming from Hulu, coming from Amazon. It's gotten to be a really crowded field. There was some research that came out from the FX network yesterday that showed that they anticipate that by the end of 2015, there will have been 400 - over 400 original scripted series running during the year 2015, which is a lot.
RATH: Oh, my goodness. Isn't that going to make your head explode? How are you going to do your job?
HOLMES: It's really - you really get to the point where you just have to start making choices based on what you feel like watching a little bit. I don't watch a lot of bloody murder shows 'cause it's just not my thing. You got to cull somewhere.
RATH: So does this affect things creatively? Are there more offerings creatively? Or is it just kind of the same stuff repeated?
HOLMES: Well, I think there's some of both, right? Some of this is just shows that could easily have aired - particularly on a place like HBO will show up on a place like AMC or Netflix.
But some of it is different. You know, Tina Fey had a show - produced a show called "Unbreakable Kimmy Schmidt" that was originally supposed to be on NBC but got shuffled around and wound up being distributed on Netflix. And she talked a little bit - a week or so ago - about the fact that you do have some flexibility that actually is specific to the outlet. Netflix doesn't need you to hit that 21-minute and 15-second time exactly, which I think comedy writers, in particular, are driven somewhat crazy by.
Plus when you have people who are seeking out a show, it puts you in a different kind of contract with the viewer and you can experiment more with the content. She talked about people sometimes being really offended by things on "30 Rock" because they would just have their TV on, and they would say oh, I walked into the room and all of a sudden you were talking about X, Y, Z. And that would be the source of, you know, complaints. She said on Netflix people are seeking out the show so they give you a little more room to play around.
RATH: NPR's Linda Holmes - Linda, thank you.
HOLMES: Thank you. Transcript provided by NPR, Copyright NPR.
Linda Holmes
Linda Holmes is a pop culture correspondent for NPR and the host of Pop Culture Happy Hour. She began her professional life as an attorney. In time, however, her affection for writing, popular culture, and the online universe eclipsed her legal ambitions. She shoved her law degree in the back of the closet, gave its living room space to DVD sets of The Wire, and never looked back.
See stories by Linda Holmes

redpajama_set_name: RedPajamaCommonCrawl


I was wondering what the most appropriate wording would be for the following instance.
Today I will be illustrating the complexity of the issue that is whether or not asylum seeker children should be retained in Australian detention centres.
Should it be 'asylum seeker children', 'asylum seekers' children', or should I choose a different route altogether and merely go with, 'children of asylum seekers'?
I assumed it would be 'asylum seekers' children' but the wording on my essay handout says the former.
The matter of asylum seekers and their treatment is a current and sensitive topic. This answer comments only on the English construction of the phrases suggested, without commenting on the issue itself.
Your three terms refer to children, but not in exactly the same way.
As @HotLicks mentions, "children of asylum seekers" is the clearest of the terms you suggest, and asylum seekers' children carries the same meaning, that is, children whose parents are asylum seekers. Strictly-speaking, the term does not necessarily call those children asylum seekers.
In contrast, the term asylum seeker children has children as the head of the phrase, so the noun phrase asylum seeker modifies children. That is, the term refers to children who are asylum seekers. Strictly-speaking, it doesn't call the parents of those children asylum seekers.
Is it correct to say "that from"?
"children's literature" or "children literature"?


Efficiency and Productivity are not one and the same. But, they are close cousins!
We're going to dive into both in the Efficiency Masterclass, and learn the silent killer to productivity and what to do to overcome it.
Or that not accomplishing enough at the end of each week?
Or need to actually get more done in less time?
There are 5 Key Systems for every small business, and my guess is you're missing the mark with these 5 systems...and it could be costing you loads of cash.


text:
This Game Gathered $160,000,000 At Crowdfunding
How much money does it take creating a new game? If a short flash gaming program can be developed by a single person, one should hire an impressive team to launch an MMORPG. Designers, programmers, facilitators and a lot of other people should join the project to lead it to success in future.
Ad all these people should receive their salaries. High-class specialists cost more than average ones. In addition, they would need all the best equipment and a nice office. So, here we come to six figures.
The same happened to people who decided to launch Star Citizen game. Their calculation stopped at $2,000,000. In October 2012, Cloud Imperium Games started a crowdfunding campaign on their own website for Star Citizen. The Original Site showcased a trailer for Star Citizen, massively multiplayer, space trading and combat video game for Microsoft Windows and Linux.
Star Citizen was announced in 2012 in a Kickstarter campaign as a spiritual successor to Robert's previous games, the Wing Commander series, and Freelancer. The initial estimated target release date during the crowdfunding campaign was 2014 and has since been delayed repeatedly as the game grew in scale.
The interest to Star Citizen kept increasing and such delays irritated the gamers too much. So, they did all they could to help. By this time, people have donated over $160,000,000, which caused huge interest to Star Citizen. What is so special about this game?
The developers are hoping to create a mix of all genres known to an average gamer, including space, trading, flight combat simulation and first-person shooter, in a massively multiplayer online game. This is the first attempt to launch an MMORPG that is interesting for everyone. In addition, they pay special attention to graphics, which promises to be too realistic.
Chris Roberts, one of its creators, highlighted the importance of player-driven content: "It's like a sandbox for everybody, and occasionally you'll sprinkle in little bits of scripted content to give a bit of character, but you're getting a lot of the players generate the intrigue and the drama."
Developers explain the delay in taking attempts to design a game without glitches. They also assure gamers the development will not stop after official release. They plan to collect gamers' feedback for some time after the launch and then adjust Star Citizen accordingly.
To summon it all up, Star Citizen game is a kind of preparation for future travels into space, which is promised in the closest future. This game is a kind of high-quality simulator that feels too much like living in the open space. Developers promise it to be out of this world and we have all reasons to believe their words. All we can do is waiting for the release date to see it all with our own eyes.
Hard to say if $160,000,000 is enough for such a massive project, but we will not force you to donate money for it. There are too many projects that require your help in this world and they are more important and less popular than Star Citizen.
Zombie Jolie Is A Fake!
Check out how Sahar Tabar looks in real life. Isn't she a stunner?
Epic celebrity underboob photos
Some stars have to gorgeous breasts to keep them all covered.
Kill Yourself Gently
The best way of committing suicide without pain
What Is MOMO And Why Everyone Is Afraid Of It?
Is it a deadly monster or just one of those well played deadly pranks?
Dirty Secrets Behind Famous Tricks
Love watching magicians who can make anything disappear, smash girls in tiny boxes or cut them apart?
Men Who Conquered the Internet With Their Weight Loss Stories
How often do you think of shedding those 5-10 pounds? Time after time, you find lame excuses to eat another burger and drink a bottle of soda instead of working out. Losing weight seems so hard. It demands a great willpower and self-control. But some people manage to drop tons of weight without sob-stories and yammers. Their weight loss stories are more than impressive.
Area 51 And Extra-Terrestrial Life – Do These Two Cooperate?
Recent researches on the most secured military object on Earth – Zone 51 leave more questions than giving answers. Time to find out what is inside
Whose Butt Is The Most Dazzling?
Brazilian bombshells fight for extravagant title
5 Porn Stars Who Earned Millions
Who are the richest porn celebrities on Earth?


text:
New France (; aka French North America) was a colonial possession of France in North America.

New France may also refer to:

Historical
 Canada (New France), a former colony of France; the portion of New France frequently regarded as "New France"
 Kingdom of Araucanía and Patagonia, South America; also called "New France"
 Company of New France, a French colonial syndicate with a monopoly on the fur trade in New France

Current locations
New France, Antigonish, Nova Scotia, Canada; a village
New France, Digby, Nova Scotia, Canada; a village
 New Ireland (island), South Pacific, Oceania; formerly named "New France"

Other uses
 Tour of New France, a former pro-cycling race in Canada

See also

 France (disambiguation)
 New (disambiguation)
 Nouvelle France (disambiguation) ()

redpajama_set_name: RedPajamaWikipedia


How do you teach computers to understand language — not just transcribe human speech, but actually comprehend what someone is saying? It's one of the grand challenges of AI, and we still don't really know the best way to tackle the problem. Facebook's AI research lab, FAIR, has one idea: teach AIs to understand language by getting them to guide virtual tourists around New York City.
FAIR is releasing what it calls Talk the Walk, a dataset designed to be used by other researchers. It's comprised of three elements: small maps of New York City neighborhoods (each a couple of blocks wide), 360-degree photos of the same locations, and sample dialogues of humans guiding one another around these neighborhoods. Basically, it's everything you might need to teach an AI to tackle this task itself.
This may all sound a little odd as a method of training AI, but FAIR is tapping into an established field of research known as "grounded language learning" or "embodied learning." This theory says that the only way we can teach AI to understand language like humans is to get them to learn like we do — in the real world.
Of course, small slices of New York City are not representative of the whole world. But the idea is that if we can get AI to succeed at this particular task, the techniques researchers use will be applicable elsewhere. This is an established way to drive progress in AI, and notable datasets (like ImageNet) are often credited with pushing the whole field forward.
FAIR's researchers suggest that teams try to teach two AI agents to navigate their virtual New York maps. One agent would be a "tourist" who can see the 360-degree photos but not the map, and the other a "guide" who can see the map but not the photos. The agents then have to talk to one another to establish the tourist's location and help them navigate to another point on the map. The tourist would look for nearby landmarks, like restaurants, bars, and coffee shops, and the guide would give them directions.
Think of Talk to Walk like one of those early fantasy adventure games where you're faced with a dungeon corridor, and you have to make a choice like "go north" or "go south" or "turn around." But instead of exploring a dungeon to find treasure, you're stuck in NYC's Financial District looking for a hairdresser called Snip Dogg.
The researchers at FAIR say they haven't been able to create AI agents that can tackle this problem yet. (Why? "Because it's super hard!" says Kiela.) But they expect teams to start building bots that can guide virtual tourists sort of competently in the next few years. FAIR has established baseline results for a sub-task known as "localization," which means getting the tourist AI to convey to the guide AI where they are on the map.


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Donnie Grasso is a friend of Max Gibson and attended Hamilton High School. Grasso dreamed of striking it famous and becoming a rock star, however, he was far from it. While spending his time at the local arcade, the VR Room, Grasso tried out the new hover virtual reality which granted total freedom of movement in a suitable simulation. He met Spellbinder, who added an addictive drug to the experience and gave the user total sensory immersion. Grasso was addicted and became a thief for Spellbinder.


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WORLD Essex lorry deaths suspect wins appeal against extradition to UK
Essex lorry deaths suspect wins appeal against extradition to UK
22:54, February 12, 2020
DUBLIN, Feb. 12 (Xinhua) -- An Irish high court in Dublin on Wednesday granted a lorry driver an appeal against his extradition to the United Kingdom (UK) over his alleged involvement in multiple counts of manslaughter.
In this Wednesday Oct. 23, 2019 file photo, police escort the truck, that was found to contain a large number of dead bodies, as they move it from an industrial estate in Thurrock, south England. British police say they have arrested a 23-year-old man from Northern Ireland, Friday Nov. 22, 2019, over the deaths of 39 people from Vietnam who were found dead in a refrigerated container truck last month. (File photo: AP)
The man faces charges after the bodies of 39 illegal Vietnamese immigrants were found in a refrigerated trailer in Essex in the UK last October, local media RTE reported.
The report quoted high court judge as saying that Eamon Harrison, a 23-year-old truck driver from Northern Ireland, had been granted a right to appeal to the Court of Criminal Appeal against a ruling about his extradition made by the high court earlier this month.
Harrison, a dual Irish-British citizen, is wanted by the British police for his alleged involvement in last October's Essex incident. He faces 39 counts of manslaughter, conspiracy to assist unlawful immigration, and conspiracy to commit human trafficking under UK law.
Harrison is alleged to have delivered a trailer in which the 39 bodies were found to a Belgian port before its onward journey to Britain, where the trailer was collected from a port in Essex by another driver, who is also from Northern Ireland.
According to local media reports, Harrison was arrested in November 2019 when he traveled to Ireland and has since been held in custody by the Irish police.
Appeals court dismisses Democrats' lawsuit against Trump
President Donald Trump speaks to reporters before boarding Marine One at the White House in Washington, Friday, Feb. 7, 2020, for the short flight to Andrews Air Force Base, Md., and then on to Charlotte, NC. (Photo: AP)A federal appeals court in Washington on Friday dismissed one of several ongoing lawsuits charging that President Donald Trump has illegally profited off the presidency.The lawsuit the court dismissed was filed by Democratic members of Congress in 2017. The court was not ruling on whether Trump violated the law. It just said that the approximately 200 members of Congress who brought the lawsuit lack the ability to sue.The lawsuit had charged that the president violated the US Constitution's emoluments clause by accepting benefits to his businesses from foreign governments without congressional approval. A lower court hadallowed the lawsuit to go forward.Trump, speaking to reporters on the South Lawn of the White House on Friday, held a copy of the decision and called it a "total win" on "another phony case."The 12-pageopinionis unsigned. But in it, the panel of judges that heard the case wrote that the 29 senators and 186 members of the House of Representatives involved in the lawsuit "do not constitute a majority of either body" of Congress and therefore don't have the power to bring the lawsuit.The three judges that heard the case were Karen LeCraft Henderson and Thomas Griffith, who were nominated to the bench by Republican Presidents George H.W. Bush and George W. Bush, respectively, and David Tatel, who was nominated by a Democrat, Bill Clinton.The lawsuit is one of several that have charged the president violated the emoluments clause.A federal appeals court in Virginia recentlyheard argumentsin a separate lawsuit in which the state of Maryland and the District of Columbia accuse Trump of violating the clause by accepting profits through foreign and domestic officials who stay at the Trump International Hotel in Wa...
Wuhan officials punished for failing to report suspected case that led to patient's death
Two retired officials volunteer to clean and disinfect shared bikes with rubbing alcohol on Thursday in their community in Hefei, East Chinas Anhui Province. (Photo: Global Times)Several community officials in Wuhan, the epicenter of the novel coronavirus pneumonia outbreak (COVID-19), have been punished for failing to report a patient suspected to be infected with the virus in time, which resulted in the patients death.A report published by the citys disciplinary authority on Sunday revealed four cases in which local officials were found to have failed to perform their duties in the prevention and control of the epidemic.One of the cases shows that officials from Zhengkang community in the citys Qiaokou district failed to report information on a resident, surnamed Cheng, which meant he could not receive timely and effective treatment. Cheng eventually hanged himself to death.The communitys Party branch chief and deputy director received a warning from the Party for knowing about Chengs illness but failing to take necessary measures in time. Other grass-roots officials were criticized for lack of coordination and thoroughness in their work.In other cases, local officials were found to have failed to implement the policy of isolating people who had been in close contact with newly infected people, resulting in a large number of close contacts.The discipline inspection and supervision authority stressed that all officials and Party members should resolutely avoid formalism and bureaucratism, and vowed to seriously investigate and deal with those who failed to take responsibility, inaction, and misconduct.Faced with the sudden COVID-19 outbreak, problems such as sloppiness and poor work management have been exposed among Wuhan and Hubei authorities, reflecting serious shortcomings in local governance.The announcement came after central government officials summoned officials from Wuhan following an incident, in which local offi...
Mercedes signs new sponsor Ineos, awaiting Hamilton to commit
IneosfounderandchairmanJimRatcliffetalkswithMercedesF1bossTotoWolff(R)duringamediabriefinginLondon,UK,February10,2020./APPhotoIneosfounderandchairmanJimRatcliffetalkswithMercedesF1bossTotoWolff(R)duringamediabriefinginLondon,UK,February10,2020./APPhotoTheMercedesMotorsportFormulaOne(F1)teamonMondaya


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Home U.S. West - Photographs, Manuscripts, and Imprints Hance's Trail, Colo. Riv. Canon.
Hance's Trail, Colo. Riv. Canon.
Title Hance's Trail, Colo. Riv. Canon.
Notes Condition: print appears to have been insufficiently washed during printing process. Recto: [inscribed on negative] 6491. Hance's Trail, Colo. Riv. Canon. W. H. J. Phot. Co.
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