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Biochemistry Analyzers Global Industry Analysis Research Reports and Forecast 2024 – Digital Journal

This section of the report gives the breakup of the market share of all the key players operating in the global biochemistry analyzers market and observes that the market is highly fragmented owing to the presence of various companies, especially domestic players, in the global biochemistry analyzers market.

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Albany, NY -- (SBWIRE) -- 05/22/2017 -- Market Research Reports Search Engine (MRRSE) in its latest report titled 'Biochemistry Analyzers Market: Global Industry Analysis and Forecast, 2016-2024'has presented a comprehensive research on the competition landscape in the global biochemistry analyzers market.The competition landscape portion of the global biochemistry analyzers market report begins by introducing the readers of the report to the company share analysis of all the important players operating in the global biochemistry analyzers market.

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In the subsequent section of the report, a competition dashboard is presented, which supplies information on various key players operating in the global biochemistry analyzers market; such as product offerings, regional presence and most important of all, strategies adopted by the key market players in order to succeed in the global biochemistry analyzers market. This kind of information is important for any new entrants or established players operating in the global biochemistry analyzers market as it provides insights on the kind of strategies being adopted by the leading market players so that they can emulate their success and also gauge the effectiveness of such strategies in different regions of the global biochemistry analyzers market.

In the subsequent sections of the competition landscape, individual information is supplied on the various key players operating in the global biochemistry analyzers market. The kind of information that is given includes company details, company description, product offerings, key financial information and key developments pertaining to the company. In addition, a strategic overview of the companies is also given that provides valuable information regarding the direction that the company is taking with respect to the market in the coming few years and how this will impact the global biochemistry analyzers market. Last but not the least, a SWOT analysis of all the key market players is also given in the competition landscape that provides deep insights regarding the key market players operating in the global biochemistry analyzers market and how the key market players are going to shape up the global market in the future with regards to their strengths and weaknesses and how they utilize the opportunities provided to them and tackle the various market threats and challenges.

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Besides this, in the beginning of the report, a market forecast is given that comprises three scenarios, namely the conservative scenario, the likely scenario and the optimistic scenario. All of these three scenarios will result in different market numbers and growth rates and the report gives information why a particular scenario has been chosen as the most likely scenario in the global biochemistry analyzers market and also gives information regarding the other scenarios that may change the market forecasts, if at all, and the magnitude of the change on the forecasted market numbers and growth rates. Besides this, a section on regional biochemistry analyzers market volume (Unit Mn) analysis and forecast by product type, 2016-2024 is also given that provides an overview of the volume share in the regional biochemistry analyzers market and which region is the largest, most lucrative and fastest growing in terms of volume so that correct decisions pertaining to the global biochemistry analyzers market are taken. In addition, there is a section of the report devoted to the fully and semi-automated biochemistry analyzers price forecast by region, 2015 & 2024. This section of the report gives a price overview of the market region wise, so that important decisions on market growth and expansion can be taken by the players who wish to operate in the biochemistry analyzers market.

Another important and attractive feature of the global biochemistry analyzers report present by Persistence Market Research is the inclusion of PEST analysis. The detailed PEST analysis provided in the report gives all the important political, economic, social and technological aspects governing the global biochemistry analyzers market so that readers are fully aware of all the important factors that directly or indirectly affect the growth of the biochemistry analyzers market globally. Besides, information about the Laboratory Accreditation: Internal Quality Control (IQC), Laboratory Accreditation: External Quality Assessment Scheme (EQAS) are also given, adding more value to the report. Important guidelines by the Clinical and Laboratory Standards Institute (CLSI) are provided to enable readers to get an idea about the nuances of the global biochemistry analyzers market.

Also, in addition to all the above, the biochemistry analyzers market report contains an executive summary and also market definitions and the market taxonomy. Macroeconomic factors affecting the global biochemistry analyzers market along with the demand side drivers and supply side drivers are also given in order to give a deep overview of the global biochemistry analyzers market. Besides, restraints impacting the market along with opportunities and trends shaping up the biochemistry analyzers market also given to further add value to the report. The global biochemistry analyzers market analysis and forecast by product type, by end user, by modality, and by region is also given. This section of the report contains valuable information like Basis Point Share (BPS) analysis, Y-o-Y growth projections and market attractiveness analysis to provide in-depth insights into the global biochemistry analyzers market.

Market Segmentation

By Product Type

Semi-automated Biochemistry Analyzer Fully Automated Biochemistry Analyzer By Application

Clinical Diagnostics Bioreactor Byproduct Detection Drug Development Applications Others By Modality

Bench-top Floor standing By End User

Hospitals Diagnostic Centers Pharmaceutical Companies Biotechnology Companies Academic Research Institutes Contract Research Organizations Academic Research Institutes By Region

North America Latin America Europe Asia Pacific Middle East and Africa

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MRRSE partners exclusively with leading global publishers to provide clients single-point access to top-of-the-line market research. MRRSE's repository is updated every day to keep its clients ahead of the next new trend in market research, be it competitive intelligence, product or service trends or strategic consulting.

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Biochemistry Analyzers Global Industry Analysis Research Reports and Forecast 2024 - Digital Journal

The Anatomy of Finickiness: On Alexander Theroux’s Einstein’s Beets: An Examination of Food Phobias – lareviewofbooks

MAY 22, 2017

TO BEGIN WITH the obvious question: Does the world need a more or less 800-page book on food phobias? Beats me. But the answer is in any case moot because, despite his subtitle, Alexander Theroux has written something rather different, more interesting and grander than that.

A phobia is generally considered (Im quoting Merriam-Webster here) an exaggerated usually inexplicable and illogical fear of a particular object, class of objects, or situation, and certainly Theroux writes about those who suffer from (and lets face it, sometimes celebrate) this condition, though he also tries to explain the inexplicable. Moreover he demonstrates that the distinctions between phobia, dislike, simple preference, aversion, obsession, and mere squeamishness are inevitably blurred. Hes concerned with food fetishes, fixations, fashions, food snobbery, and inverted snobbery, with food as a marker of class, status, and self-definition. He presents a parade of faddists, would-be revolutionaries, nutritional autocrats, cranks, and a few well-meaning folk with dubious ideas.

Inevitably the book contains a good deal of what we might call food trivia, although Im sure the author would rightly insist that these matters are anything but trivial. This is a serious book. But that doesnt mean we cant have some fun along the way, starting with the title: it derives from the fact that Einstein famously hated beets, though its a limited fame as far as this reader was concerned. Einstein was not alone: Michelle and Barack Obama hate them too, as does the food writer and occasional novelist Gael Greene. In fact, the book demonstrates that youre extremely unlikely to be alone in your phobia, however singular it may seem: Alfred Hitchcock wouldnt eat eggs but neither would President Taft, nor will Whoopi Goldberg. Naomi Watts and Jennifer Aniston cant abide caviar. Colson Whitehead cant face ice cream having worked an ice cream stand where the perk of the job was all he could eat.

William Cobbett eschewed tea because it was a destroyer of health, an enfeebler of the frame, an engenderer of effeminacy and laziness, a debaucher of youth, and a maker of misery for old age. Mussolini didnt eat mashed potatoes because they gave him a headache. Idi Amin doesnt seem like hed have been a fussy eater, but he had his limits, I tried human flesh, and it is too salty for my taste. Of course the reader cant be sure if this flesh was raw or cooked: if the latter, then surely the saltiness was the fault of the cook. There is also some speculation about whether Amin was actually speaking the truth or just buffing up his image as terrifying despot.

Prince (the purple one) didnt like to eat much of anything, but he particularly disliked mushrooms, feta cheese, and onions, although when he let Heavy Table look in his fridge there were 18 jars of mustard in there, and he explained, I dont collect it, but LOL yeah theres a lot in there. Incidentally, Thomas Love Peacock, the 19th-century novelist and official of the East India Company, judged an inn by its mustard pot: if he didnt like the look of the mustard hed leave the place.

These unlikely connections across history and culture, surprising, entertaining, sometimes free associative but not exactly random, are what give Einsteins Beets its special flavor and appeal. Therouxs scholarship is wide ranging and digressive, drawing on a quirky, specialized knowledge of history, literature, the higher gossip, as well as pop culture. Theres even an unexpected compare and contrast between food attitudes in Star Wars versus Star Trek.

The book also contains much that is genuinely informative and educational. Who knew that T-bone steak became the vogue in South Africa after Archbishop Desmond Tutu pointed out that its shape resembled that of the continent? Who knew that celery, parsnips, figs, and parsley contain high levels of fucoumarins potent light-activated carcinogens? How many of us are familiar with the philosophical poem by John Heywood (14971580) Of Books and Cheese? Well, I am now: its a good read.

Actually, cheese does seem to have the particular power to cloud mens and womens minds. Which is why Mitt Romney, when on the road running for president in 2011, though he ate a lot of pizza, always took the cheese off. T. S. Eliot declared never commit yourself to a cheese without first examining it. And Courtney Love, who hates cheese, calls it sour milk LARD. Like thats a bad thing?

From time to time I was reminded of Robert Burtons The Anatomy of Melancholy, similar in its baggy, overstuffed, eccentric, encyclopedic qualities, with the author by no means restricted to his alleged subject. Therouxs book has something of the magnificent folly about it. He tells us Brief Lives, John Aubreys gorgeously chaotic collection of biographies, is one of his favorite books: no big surprise there.

The index of Einsteins Beets is in itself a thing of wonder (if not of absolute accuracy): Angelina Jolie is there next to James Joyce, Jennifer Lopez next to Lord Byron, Homer next to J. Edgar Hoover next to Bob Hope next to Gerard Manley Hopkins. (Full disclosure, I should say that I too appear there, lodged somewhere between Isaac Newton and Friedrich Nietzsche.)

However, all that free-wheeling research aside, there is a personal, autobiographical element to the book. Fittingly enough the author tells us about his own phobias and dislikes. A by-no-means-complete list includes peppermint, margarine, marshmallows, kidneys, fruit-flavored teas, haggis, Scotch eggs, pork pies, all white bread, sweetbreads, overcooked pastas, salty chips, dried coconut flakes that taste like candle wax, fat-free yoghurt, three bean salad, pretty much all casseroles, head cheese, Waldorf salad, menudo, white chocolate, whole-wheat pasta, egg salad in any form, deviled eggs, any canned or jellied ham, yellow waxed beans, smoked salmon and cream cheese pinwheels, tossed salads with apples, mince pies of any stripe, store-bought candied fruits, harsh anchovies, tuna or sardines packed in water or even for that matter cheap mushy tuna in oil. Heres an author who knows his subject.

Theroux emerges as quite a character, perhaps his own literary creation; irascible, opinionated, easily distracted, with a lot on his mind. He doesnt do political correctness, hardly a shock to readers of his earlier works, and that may be an objection for some, though it would be a very sour individual indeed who could keep an entirely straight face at some parts of his chapter titled Liberaces Sticky Buns, or How Gay is Your Food? which reaches an apotheosis in a description by Neil Patrick Harris of his visit to an Asian restaurant in Montreal where he ate acupunctured snapper. Theroux quotes Harris as saying, Its snapper that has been caught and then killed in a way that is very calm the fishermen insert needles so that the trauma of death is avoided and the cut is really tender. Id have thought this must be satire, but apparently not. The information comes from an interview in Bon Apptit, a magazine not much known for its zesty sense of irony and subversion.

Theroux meanwhile does a very nice line in casual, personal abuse. Bill Cosby is the moronic, face-pulling jester/rapist. Andrew Zimmern he of Bizarre Foods fame is [s]calp-bald, beaky and voracious, he has the head of a California Condor, except that the body is that of a manatee. Diana Vreeland whom he despises for her snobbery (she once said, I loathe native food) is [t]all, loud, brash opinionated, and as homely as an empty glass of buttermilk. Both Ogden Nash and Elaine Dundy are dismissed as poetasters. Mahatma Gandhi was a peevish foodie, P. J. ORourke a would-be humorist, Dick Cheney a sour ball and satanic creep. He isnt always politically incorrect.

Joan Didion the cadaverous novelist and a frail, querulous near-dwarf comes in for special treatment. The dislike here (and it does seem downright phobic) surely has more to do with her writing than her eating habits, though Theroux takes time to pour scorn on her personal cookbook a bunch of astonishingly unoriginal recipes. And he finds a surprising ally in Angela Carter Although I am a card-carrying and committed feminist, she writes, what I would like to see happen to Joan Didions female characters is that a particularly hairy and repulsive chapter of Hells Angels descend upon their therapy group with a special squeal of brakes and sweep these anorexic nutters behind them despite their squeaks of protest. Ouch, in all sorts of ways.

Being an equal-opportunity abuser, Theroux also directs some venom at his own brother, Dear Paul who is also compulsively and self-admiringly forever the steadfast, brave, and unwavering hero of his own books, both fiction and non-fiction. He also casts doubt on Pauls claims to have eaten owls, sparrows, and beaver, among other rarities.

As for his high seriousness, theres a polemical section about the Israeli governments policy to restrict the amount of food going into Gaza, and he quotes Dov Weisglass, senior advisor to (now-disgraced) Prime Minister Ehud Olmert, as saying they were putting the Palestinians on a diet but not to make them die of hunger. Theres also a pretty sharp analysis of Hillary Clintons political disingenuousness, in her refusal to express any food preference whatsoever, declaring that all food is good, presumably for fear of offending anyone. Trump is simply dismissed (the book was evidently written before the election), not least because Trumps a man who will eat a whole bucket of chicken with a knife and fork.

But above all the book is an attempt to understand the various meanings that attach to eating and food, not only, or at least not narrowly, in terms of phobias and aversions. It may be a clich to say that we are what we eat, but its true enough. And perhaps were even more defined but what we dont eat, or what we refuse to eat. Theroux writes: A negative chic attaches to refusing something outright. The act of spurning acquires a kind of power. It gives advantage, dominance.

Well yes, most of us carnivores have ceded power to the vegetarian at our table, havent we? And most of us, however omnivorous, have probably turned up our nose at moms cooking in order to assert our independence. Theroux has a chapter titled We Inhabit the Universe of Mom.

Not that its only about mom. In a different chapter, titled Hearst, Hebrews, and Hydrophones, he offers a convincing analysis of Kafkas The Hunger Artist. Kafka may or may not have been suffering from anorexia nervosa, but he was certainly suffering from a troubled relationship with his father. Theroux sees the repudiation of food in this short story as an example of self-cancellation. The Hunger Artist controls the one thing that he can, and later he adds, I have often thought that in extreme cases the food a person selects to dislike might very well be an objective correlative of his or her guilt, the projection of an inner demon. The hunger artist selects to dislike everything.

Elsewhere in the book Theroux writes, resistance, outward and inward, is nothing less than a whispering answer to our need [] The struggle is for freedom, although of course it may well end up as a kind of enslavement. The last line of the book asks: Why cant food have its own devils? But by then, Theroux has proved that it can, it does, and probably it must.

So to return to that opening question, does the world need an 800-page book on food phobias, as well as dislikes, simple preferences, aversions, obsessions, squeamishness, food fetishes, fixations, fashions, snobbery, and inverted snobbery? Simple answer: Damn right it does and with Theroux at the helm, you cant help wondering why it wasnt a thousand, two thousand pages long. Some of us will be eagerly awaiting an expanded edition.

Geoff Nicholson is a novelist and nonfiction writer and a contributing editor atLARB.

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The Anatomy of Finickiness: On Alexander Theroux's Einstein's Beets: An Examination of Food Phobias - lareviewofbooks

Major finding in human anatomy has implications for many brain … – The Denver Post

By David Kohn, The Washington Post

Kari Alitalo had studied lymphatic vessels for more than two decades. So he knew that this network, which carries immune cells throughout the body and removes waste and toxins, didnt extend into the brain: This had been accepted wisdom for more than 300 years. Nobody questioned that it stopped at the brain, says Alitalo, a scientist at the University of Helsinki in Finland.

Three years ago, Alitalo wanted to develop a more precise map of the lymphatic system. To do this, he used genetically modified mice whose lymphatic vessels glowed when illuminated by a particular wavelength of light. (The mice had been given a gene from a species of glowing jellyfish.)

When viewing the modified mice under the light, Aleksanteri Aspelund, a medical student in Alitalos laboratory, saw something unexpected: The heads of the mice glowed. At first, he suspected that there was something wrong with the animals, the lighting or the measuring equipment. But when Alitalo and Aspelund repeated the experiment, they got the same result. It seemed that the lymphatic vessels extended to the brain after all.

This was surprising, to say the least: In the 21st century, major findings involving basic human anatomy are rare. These days, you dont make discoveries like this, Alitalo says. But every once in a while in science, you stumble on something really unexpected. You open a new door, to a whole new world.

Alitalo is one of several scientists exploring this new world. Working independently, several other researchers, including Maiken Nedergaard of the University of Rochester and Jonathan Kipnis of the University of Virginia School of Medicine, have also shown that lymphatic vessels extend into the brain.

The discovery is much more than a historical footnote. It has major implications for a wide variety of brain diseases, including Alzheimers, multiple sclerosis, stroke and traumatic brain injury.

Researchers have identified two networks: the vessels that lead into and surround the brain, and those within the brain itself. The first is known as the lymphatic system for the brain, while the latter is called the glymphatic system. The g added to lymphatic refers to glia, the kind of neuron that makes up the lymphatic vessels in the brain. The glymphatic vessels carry cerebrospinal fluid and immune cells into the brain and remove cellular trash from it.

Alitalo, Nedergaard, Kipnis and others have found evidence that when the systems malfunction, the brain can become clogged with toxins and suffused with inflammatory immune cells. Over decades, this process may play a key role in Alzheimers disease, Huntingtons disease, Parkinsons disease and other neurodegenerative illnesses, research suggests. This is a revolutionary finding, Nedergaard says. This system plays a huge role in the health of the brain.

Nedergaard describes the glymphatic system as like a dishwasher for the brain. The brain is very active, she says, and so it produces a lot of junk that needs to be cleaned out.

In hindsight, she says, the system should have been noticed long ago. When the skull and head are dissected, the vessels are visible to the naked eye. But no one bothered to really look: Usually the brain is seen only as a bunch of nerve cells. We have come to think of the brain as a computer. And its not. Its a living organ.

Nedergaard and Helene Benveniste, a scientist at Yale University, have found evidence linking problems in the lymphatic and glymphatic systems to Alzheimers. In a study on mice, they showed that glymphatic dysfunction contributes to the buildup in the brain of amyloid beta, a protein that plays a key role in the disease.

Last year, Jeff Iliff, a neuroscientist at Oregon Health & Science University, and several colleagues examined postmortem tissue from 79 human brains. They focused on aquaporin-4, a key protein in glymphatic vessels. In the brains of people with Alzheimers, this protein was jumbled; in those without the disease, the protein was well organized. This suggests that glymphatic breakdowns may play a role in the disease, Iliff says.

The vessels have also been implicated in autoimmune disease. Researchers knew that the immune system has limited access to the brain. But at the same time, the immune system kept tabs on the brains status; no one knew exactly how. Some researchers theorize that the glymphatic system could be the conduit and that in diseases such as multiple sclerosis where the bodys immune system attacks certain brain cells the communication may go awry.

The system may also play a role in symptoms of traumatic brain injury. Nedergaard has shown that in mice, the injuries can produce lasting damage to the glymphatic vessels, which are quite fragile. Mice are a good model, she says, because their glymphatic systems are very similar to humans. She and Iliff found that even months after being injured, the animals brains were still not clearing waste efficiently, leading to a buildup of toxic compounds, including amyloid beta. Nedergaard returns to the dishwasher analogy. Its like if you only use a third of the water when you turn on the machine, she says. You wont get clean dishes.

Recent research has also found evidence that the glymphatic system may extend into the eye. For decades, scientists have noted that many people with Alzheimers disease also have glaucoma, in which damage to the optic nerve causes vision loss. But they struggled to find a common mechanism; the glymphatic system may be the link.

In January, Belgian and Swiss researchers identified a rich network of glymphatic vessels within the optic nerve. The scientists also found that when these vessels malfunction, they seem to leave behind deposits of amyloid beta as well as other neurotoxins that damage the optic nerve.

And in March, Harvard University researchers reported that glymphatic flow is significantly decreased in the period just before a migraine. The intense pain in these headaches is caused largely by inflamed nerves in the tissue that surrounds the brain. Neuroscientists Rami Burstein and Aaron Schain, the lead authors, theorize that faulty clearance of molecular waste from the brain could trigger inflammation in these pain fibers.

One key to glymphatic performance seems to be sleep. Nedergaard has shown that at least in mice, the system processes twice as much fluid during sleep as it does during wakefulness. She and her colleagues focused on amyloid beta; they found that the lymphatic system removed much more of the protein when the animals were asleep than when they were awake. She suggests that over time, sleep dysfunction may contribute to Alzheimers and perhaps other brain illnesses. You only clean your brain when youre sleeping, she says. This is probably an important reason that we sleep. You need time off from consciousness to do the housekeeping.

Nedergaard and Benveniste have also found that sleep position is crucial. In an upright position someone who is sitting or standing waste is removed much less efficiently. Sleeping on your stomach is also not very effective; sleeping on your back is somewhat better, while lying on your side appears to produce the best results. The reason for these differences remains unclear, but Nedergaard suspects that it is probably related to the mechanical engineering of the lymphatic vessels and valves; she suggests that the healthiest approach may be to move periodically while you sleep.

Sleep is probably not the only way to improve glymphatic flow. For instance, a paper published in January by Chinese researchers reported that in mice, omega-3 fatty acidsimproved glymphatic functioning.

Benveniste is examining dexmedetomidine, an anesthetic that may have the ability to improve glymphatic flow. And in a small human study, other scientists have found that deep breathing significantly increases the glymphatic transport of cerebrospinal fluid into the brain.

Alitalo is experimenting with growth factors, compounds that can foster regrowth of the vessels in and around the brain. He has used this method to repair lymphatic vessels in pigs and is now testing the approach in the brains of mice that have a version of Alzheimers.

Right now there are no clinical therapies in this area, he says. But give it a little time. This has only just been discovered.

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Major finding in human anatomy has implications for many brain ... - The Denver Post

‘Adopted’ embryo programme produces new style extended families – Medical Xpress

May 19, 2017 Credit: University of Huddersfield

Experts at the University of Huddersfield are researching the emergence of a new style of family creation that sees couples "adopt" embryos and, after the child is born, remain in contact with the donors and in many cases develop a special relationship with them.

Some of the couples who have experienced the system so far available only in the USA and New Zealand have given highly positive responses to the UK-based research team.

One comment from a recipient who had made contact with an embryo donor was: "Not only were we given our daughter, but a whole family too two families actually, or one big family."

The researchers are Dr Lucy Frith, who is Reader in Bioethics at the University of Liverpool; University of Huddersfield Professor Emeritus Eric Blyth, an authority on social work who has a long track record of research into infertility treatments; and University of Huddersfield senior lecturer Dr Steve Lui, who has a background working and researching in the field of embryology.

The team has been examining the policies of the Snowflakes Embryo Adoption Program, operated in the USA by the organisation Nightlight Christian Adoptions. In 1997, when it discovered that thousands of human embryos were being stored in fertility clinics, this group began to connect couples who had stored embryos that they did not plan to use themselves with couples who could not conceive and it encourages them to remain in contact.

The pairings have resulted in the birth of over 500 babies, and a number of the children have met the women and men whose genetic material they carry, and their full genetic siblings living in donor families. This summer, many of them will attend an event celebrating the 20th anniversary of the scheme.

In the UK, children who are born as the result of egg, sperm and embryo donation have the right, once they reach 18, to ask the Human Fertilisation and Embryology Authority to disclose the identity of their biological parents.

Therefore, the Snowflakes Embryo Adoption Program in the USA proved to be a valuable research opportunity for the UK researchers. They hope to continue the project monitoring developments as the children who resulted from adopted embryos become older. Their current findings have been reported in a new article.

Titled Family building using embryo adoption: relationships and contact arrangements between provider and recipient families, it appears in the leading journal Human Reproduction.

The Snowflakes organisation offered its clients the opportunity to participate in the research, conducted by email. The article describes study participants' responses and the statistical data that it yielded. Phase Two of the project provided participants in the embryo adoption programme with the opportunity to give their appraisal of the scheme and several comments from both recipient and donor couples are relayed in the article. They include:

In their conclusion, the article's authors acknowledge that: "The use of embryos provided by a third party for family building is a contested form of reproductive technology. A conditional programme of embryo donation, such as that which operates in New Zealand and of which Snowflakes is an example, is even more contentious and couching embryo donation as adoption has caused controversy".

But they add that "conditional or embryo adoption programmes could provide an alternative to an anonymous, clinic-based model and give those who have unused embryos the opportunity to choose who they wish to donate to and if they wish to have and maintain contact in the longer term".

Dr Steve Lui, one of the researchers, said that an open adoption system could prove to be better. It enables children to learn about genetic factors that could be important for medical reason.

"Also, the issue of 'where do I come from?' is very important for the child in the long term. If you are open about it, then it won't come as a shock at a later point in their life."

Professor Blyth added: "Our study sheds light on how different families that become connected to each other following open embryo donation/adoption relate to each other. This is likely to become a more common pattern of family relations as policies and practices regarding gamete and embryo donation embrace increased transparency."

Explore further: Children can benefit when adoptive and biological parents share adoption stories

More information: Lucy Frith et al. Family building using embryo adoption: relationships and contact arrangements between provider and recipient familiesa mixed-methods study, Human Reproduction (2017). DOI: 10.1093/humrep/dex048

For most of the 20th century, adoptions were largely "closed," meaning birth parents placed their child with an adoption agency and had no further contact unless the child sought them out later in life. However, statistics ...

Elsevier today announced the publication of a recent retrospective study in Reproductive BioMedicine Online to better understand treatment considerations and outcomes for same-sex male couples and single men when using assisted ...

Despite a prevalence of anonymous sperm donation in European countries, the use of the same sperm donor for subsequent conceptions is of paramount importance to those couples needing sperm donation to have children. "We found ...

It's the dream of many infertile couples: to have a baby. Tens of thousands of children are born by in vitro fertilization, or IVF, a technique commonly used when nature doesn't take its course. However, embryos obtained ...

Findings from new research led by the Monash Biomedicine Discovery Institute (BDI) and University College London may finally resolve, and potentially provide answers, as to why older women have higher incidences of miscarriage ...

Infertile couples have a major opportunity to achieve a successful pregnancy without the need for IVF, thanks to new research into a 100-year-old medical technique.

Women with endometriosisa common and painful disease linked to infertility - have called for more studies to understand its causes and find a possible cure.

Before leaving the hospital after childbirth, more women are opting to check one thing off their list: birth control.

Studies have found that one in six pregnant women have been abused by a partner - beaten, stabbed, shot, or even murdered. New research shows the risks to these women may be especially profound: Pregnant women are twice as ...

Researchers at Baylor College of Medicine have discovered that changing the circadian clock in mouse liver can alter how the body responds to diet and also change the microbes living in the digestive track. In this study, ...

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'Adopted' embryo programme produces new style extended families - Medical Xpress

‘Grey’s Anatomy’ Fans ‘Rebuke’ That Jackson, Maggie, April Twist … – Moviefone

Here we were, worried about Dr. Stephanie Edwards (Jerrika Hinton), when it was Japril that Shonda Rhimes tried to kill off in the "Grey's Anatomy" Season 13 finale.

There were plenty of surprises in the finale, including some actual good news to go along with the bittersweet. And then there were those record scratch scenes between April Kepner (Sarah Drew), Maggie Pierce (Kelly McCreary), and Jackson Avery (Jesse Williams), including April telling Maggie she can tell that Maggie likes Jackson (!) and she can also tell that Jackson likes Maggie too (!!) ending with the suggestion that Maggie tell Jackson how she feels (!!!).

Didn't Japril make up during #JaprilTheSequel? And didn't Maggie just have a huge crush on Nathan Riggs (Martin Henderson), like, five minutes ago?

Some fans have been anticipating/dreading a Maggie/Jackson pairing since Maggie's mom suggested she let loose and make a mistake, and that episode was followed by some borderline intimate moments with Jackson. But others thought, nah, they wouldn't do that, it's just step-family members supporting each other.

There are some fans out there who support a Maggie/Jackson pairing, in part because they don't like April and would like to see Jackson with someone else. But several more viewers, at least the ones who tweet, are solidly and vocally against the idea.

Here's a taste of the reactions to Japril + Maggie:

Clearly, this is what Shonda and company wanted -- to get fans talking and speculating in the summer before Season 14. It's possible Jackson will be conflicted, or know he wants to be with April (aka the mother of his child) and this will be another short love triangle for Maggie. It would be nice if she could have her own romance without third-party complications, but that's not "Grey's" style.

"Grey's Anatomy" Season 14 will premiere this fall on ABC.

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'Grey's Anatomy' Fans 'Rebuke' That Jackson, Maggie, April Twist ... - Moviefone

Ovation Fertility Presenting "One Embryo-One Baby" Success; Advances in Cryopreservation at Annual Bioanalysts … – Benzinga

Ovation Fertility is presenting at this week's annual AAB/CRB conference on how embryo biopsy, preimplantation genetic screening and advances in cryopreservation have led to a more efficient and effective path to pregnancy for patients undergoing in vitro fertilization (IVF) treatment.

LOS ANGELES, CA (PRWEB) May 19, 2017

Ovation Fertility scientists' work is being showcased at the annual meeting and educational conference of the American Association of Bioanalysts (AAB) and the College of Reproductive Biology (CRB) today and Saturday (May 19-20) at the Galleria Hotel in Houston. The conference reinforces AAB's commitment to excellence in clinical laboratory services and regulations.

"We are pleased to share industry-recognized, pioneering IVF research performed by Ovation Fertility and to provide continuing education to clinical and medical laboratory professionals across the nation," says Nate Snyder, CEO, Ovation Fertility. "Attendees benefit from learning about the successes brought about by the collaborative mindshare of Ovation Fertility IVF and genetics labs, working in tandem with our partner physician practices."

Mitchel C. Schiewe, Ph.D., HCLD, who directs Ovation Fertility's IVF lab in Newport Beach, notes that by working together across its network of experts, Ovation Fertility developed reproductive technology solutions that make achieving pregnancy through IVF more effective, affordable and financially accessible.

Ovation Fertility IVF Labs, Partner Practices Join Forces

The two abstracts being presented at the conference show research performed by Ovation Fertility in conjunction its partner physician practices.

1. "Striving for One Embryo-One Baby: How the Integration of Vitrification and Preimplantation Genetic Screening (PGS) Technologies Has Impacted Society"

Technical Supervisor Shane Zozula of Ovation Fertility Newport Beach is presenting a poster based on Ovation Fertility's founding philosophy to achieve successful pregnancy one healthy baby at a time. Although advanced embryo culturing has led to favorable pregnancy results using fresh embryo transfers, they often were the result of multiple embryo transfers, resulting in high-risk pregnancies with twins and triplets. Through elective vitrification and the adoption of blastocyst biopsy/PGS, Ovation Fertility has improved the quality of patient care by transferring fewer embryos, reducing miscarriages and increasing healthy singleton live births.

The findings were produced collaboratively by researchers at Ovation Fertility labs in Newport Beach and Las Vegas, Southern California Center for Reproductive Medicine, and The Fertility Center of Las Vegas. They include Shane Zozula; John Whitney; Robert E. Anderson, M.D.; and Schiewe. Forest Garner provided study design and statistics support.

2. "Comparative Human Blastocyst Repeat Vitrification (rVTF): Effect of Device Type (Cryolock versus microSecure) by Solution Used (DMSO/EG versus Glycerol/EG) on Post-warming Viability"

Vitrification of human embryos has evolved into a highly reliable and efficient process in many assisted reproductive-technology laboratories worldwide. Over the past several years, Schiewe has strived to better understand the physical and chemical relationships of vitrification treatments by using a revitrification model to define tolerance thresholds for post-warming survival/viability. At the AAB/CRB conference, embryologist RaeAnne vanTol is making the oral presentation showing the resiliency of human blastocysts to various cryopreservation agents and devices. The subset of data being presented is part of a larger collaborative study between Ovation Fertility labs in Newport Beach and Nashville that will be presented at the European Society of Human Reproduction and Embryology annual conference in July.

Additional authors include Shane Zozula, Kelley Waggoner and Schiewe, all of Ovation Fertility Newport Beach.

Collaboration Leads to Success

According to Snyder, "We are proud of the collaborative efforts among Ovation Fertility labs and partner practices. The greatest advances in reproductive medicine result from the collective knowledge and shared experience of fertility professionals, working as a cohesive team rather than as individuals. The research presented by Ovation Fertility in Houston will benefit all patients who are considering using IVF to build their families."

About Ovation Fertility Ovation Fertility Founded in 2015 by a coalition of thought-leading reproductive endocrinologists and scientists, Ovation Fertility is a national fertility service provider offering a suite of state-of-the-art assisted reproductive technology services to aspiring parents, including embryology, andrology and genetic testing as part of the in vitro fertilization process. Ovation Fertility partners with physicians who are committed to reducing the average cost of a live birth through IVF by advancing industry standards in fertility treatment. For more information, visit http://www.ovationfertility.com.

For the original version on PRWeb visit: http://www.prweb.com/releases/2017/05/prweb14354320.htm

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Ovation Fertility Presenting "One Embryo-One Baby" Success; Advances in Cryopreservation at Annual Bioanalysts ... - Benzinga

New study maps protein interactions for a quarter of the human … – Phys.Org

May 17, 2017 Credit: CC0 Public Domain

Harvard Medical School researchers have mapped the interaction partners for proteins encoded by more than 5,800 genes, representing over a quarter of the human genome, according to a new study published online in Nature on May 17.

The network, dubbed BioPlex 2.0, identifies more than 56,000 unique protein-to-protein interactions87 percent of them previously unknownthe largest such network to date.

BioPlex reveals protein communities associated with fundamental cellular processes and diseases such as hypertension and cancer, and highlights new opportunities for efforts to understand human biology and disease.

The work was done in collaboration with Biogen, which also provided partial funding for the study.

"A gene isn't just a sequence of a piece of DNA. A gene is also the protein it encodes, and we will never understand the genome until we understand the proteome," said co-senior author Wade Harper, the Bert and Natalie Vallee Professor of Molecular Pathology and chair of the Department of Cell Biology at Harvard Medical School. "BioPlex provides a framework with the depth and breadth of data needed to address this challenge."

"This project is an atlas of human protein interactions, spanning almost every aspect of biology," said co-senior author Steven Gygi, professor of cell biology and director of the Thermo Fisher Center for Multiplexed Proteomics at Harvard Medical School. "It creates a social network for each protein and allows us to see not only how proteins interact, but also possible functional roles for previously unknown proteins."

Bait and prey

Of the roughly 20,000 protein-coding genes in the human genome, scientists have studied only a fraction in detail. To work toward a description of the entire cast of proteins in a cell and the interactions between themknown as the proteome and interactome, respectivelya team led by Harper and Gygi developed BioPlex, a high-throughput approach for the identification of protein interplay.

BioPlex uses so-called affinity purification, in which a single tagged "bait" protein is expressed in human cells in the laboratory. The bait protein binds with its interaction partners, or "prey" proteins, which are then fished out from the cell and analyzed using mass spectrometry, a technique that identifies and quantifies proteins based on their unique molecular signatures. In 2015, an initial effort (BioPlex 1.0) used approximately 2,600 different bait proteins, drawn from the Human ORFeome database, to identify nearly 24,000 protein interactions.

In the current study, the team expanded the network to include a total of 5,891 bait proteins, which revealed 56,553 interactions involving 10,961 different proteins. An estimated 87 percent of these interactions have not been previously reported.

Guilt by association

y mapping these interactions, BioPlex 2.0 identifies groups of functionally related proteins, which tend to cluster into tightly interconnected communities. Such "guilt-by-association" analyses suggested possible roles for previously unknown proteins, as these communities often commingle proteins with both known and unknown functions.

The team mapped numerous protein clusters associated with basic cellular processes, such as DNA transcription and energy production, and a variety of human diseases. Colorectal cancer, for example, appears to be linked to protein networks that play a role in abnormal cell growth, while hypertension is linked to protein networks for ion channels, transcription factors and metabolic enzymes.

"With the upgraded network, we can make stronger predictions because we have a more complete picture of the interactions within a cell," said first author Edward Huttlin, instructor of cell biology at Harvard Medical School. "We can pick out statistical patterns in the data that might suggest disease susceptibility for certain proteins, or others that might suggest function or localization properties. It makes a significant portion of the human proteome accessible for study."

Launching point

The entire BioPlex network and accompanying data are publicly available, supporting both large-scale studies of protein interaction and targeted studies of the function of specific proteins.

Although the network serves as the largest collection of such data gathered to date, the authors caution it remains an incomplete model. The current pipeline expresses bait proteins in only one cell type (human embryonic kidney cells) grown under one set of conditions, for example, and distinct interactions may occur in different cell types or microenvironments.

As the network increases in size and more human proteins are used as baits, scientists can better judge the accuracy of each individual protein interaction by considering its context in the larger network. Isolating the same protein complex several times, each time using a different member as a bait, can provide multiple independent experimental observations to confirm each protein's membership. Moreover, by using prey proteins as bait, many protein interactions can be observed in the opposite direction as well. Both of these scenarios greatly reduce the likelihood that particular interactions were identified due to chance. The team continues to add to BioPlex, with a target goal of around 10,000 bait proteins, which would cover half of the human genome and would further increase the predictive power of the network.

"We certainly aren't seeing all the interactions, but it's a launching point. We think it's important to continue to build this map, to see how much of it is reproduced in other cell types under different conditions, to see whether the interactions are similar or dynamic," Gygi said. "Because whether you're interested in cancer or neurodegenerative disease, basic development or evolutionary fitnessyou can make new hypotheses and learn something from this network."

Explore further: Facebook for the proteome

More information: Architecture of the human interactome defines protein communities and disease networks, Nature (2017). nature.com/articles/doi:10.1038/nature22366

Journal reference: Nature

Provided by: Harvard Medical School

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New study maps protein interactions for a quarter of the human ... - Phys.Org

Do we know enough about genetics for personalized DNA tests to improve our health, fitness? – Genetic Literacy Project

The latest health and fitness trend involves taking a DNA test to find out more about how our bodies respond to different types of food and exercise.

A growing number of start-ups, such as 23andMe, FitnessGenes, UBiome, DNAFit, Orig3n and Habit, are moving into this space, promising that mail-order genetic tests can change your life for the better.

Avi Lasarow, chief executive of DNAFit, explains that everything about who we are is the unique combination of what we are born with our genetics and how we live our environment.

The biggest environment factor that we can control in our day-to-day lives is our diet, he says, so by understanding more about the static part, the genetics, we can better tweak the bit in our control.

[S]ome genetic experts are concerned that the efficacy of such kits may be overhyped.

I do think that the amount of useful information that personalised health tests can offer is very limited at present because we still know very little about the effect of most SNPs [genetic variations called single nucleotide polymorphisms] and other types of genetic variation on a persons health, [says Dr Jess Buxton, a geneticist at University College London.]

The GLP aggregated and excerpted this blog/article to reflect the diversity of news, opinion, and analysis. Read full, original post:Can knowing your genetic make-up lead to a healthier life?

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Do we know enough about genetics for personalized DNA tests to improve our health, fitness? - Genetic Literacy Project

Study sheds light on how different families relate to each other following open embryo adoption – News-Medical.net

May 19, 2017

EXPERTS at the University of Huddersfield are researching the emergence of a new style of family creation that sees couples "adopt" embryos and, after the child is born, remain in contact with the donors and in many cases develop a special relationship with them.

Some of the couples who have experienced the system - so far available only in the USA and New Zealand - have given highly positive responses to the UK-based research team.

One comment from a recipient who had made contact with an embryo donor was: "Not only were we given our daughter, but a whole family too - two families actually, or one big family."

The researchers are Dr Lucy Frith, who is Reader in Bioethics at the University of Liverpool; University of Huddersfield Professor Emeritus Eric Blyth, an authority on social work who has a long track record of research into infertility treatments; and University of Huddersfield senior lecturer Dr Steve Lui, who has a background working and researching in the field of embryology.

The team has been examining the policies of the Snowflakes Embryo Adoption Program, operated in the USA by the organization Nightlight Christian Adoptions. In 1997, when it discovered that thousands of human embryos were being stored in fertility clinics, this group began to connect couples who had stored embryos that they did not plan to use themselves with couples who could not conceive and it encourages them to remain in contact.

The pairings have resulted in the birth of over 500 babies, and a number of the children have met the women and men whose genetic material they carry, and their full genetic siblings living in donor families. This summer, many of them will attend an event celebrating the 20th anniversary of the scheme.

In the UK, children who are born as the result of egg, sperm and embryo donation have the right, once they reach 18, to ask the Human Fertilisation and Embryology Authority to disclose the identity of their biological parents.

Therefore, the Snowflakes Embryo Adoption Program in the USA proved to be a valuable research opportunity for the UK researchers. They hope to continue the project - monitoring developments as the children who resulted from adopted embryos become older. Their current findings have been reported in a new article.

Titled Family building using embryo adoption: relationships and contact arrangements between provider and recipient families, it appears in the leading journal Human Reproduction.

The Snowflakes organization offered its clients the opportunity to participate in the research, conducted by email. The article describes study participants' responses and the statistical data that it yielded. Phase Two of the project provided participants in the embryo adoption program with the opportunity to give their appraisal of the scheme and several comments from both recipient and donor couples are relayed in the article. They include:

To be able to have an open adoption so our children could know each other and we could watch our biological children grow up; that option was priceless for us.

It is extremely important to us that some kind of contact is maintained with the adopting family. We would like our own children to know of their distant siblings, and, if possible, develop a relationship with them.

We want [child] to have a positive sense of identity. We want her to know her story and history (as complete as possible). Understanding her history and where she comes from will help her to understand who she is.

We are all family now. No other questions or decisions are needed. They are great folks and the girls are sisters which is what is most important to me.

In their conclusion, the article's authors acknowledge that: "The use of embryos provided by a third party for family building is a contested form of reproductive technology. A conditional program of embryo donation, such as that which operates in New Zealand and of which Snowflakes is an example, is even more contentious and couching embryo donation as adoption has caused controversy".

But they add that "conditional or embryo adoption programs could provide an alternative to an anonymous, clinic-based model and give those who have unused embryos the opportunity to choose who they wish to donate to and if they wish to have and maintain contact in the longer term".

Dr Steve Lui, one of the researchers, said that an open adoption system could prove to be better. It enables children to learn about genetic factors that could be important for medical reason.

"Also, the issue of 'where do I come from?' is very important for the child in the long term. If you are open about it, then it won't come as a shock at a later point in their life."

Professor Blyth added: "Our study sheds light on how different families that become connected to each other following open embryo donation/adoption relate to each other. This is likely to become a more common pattern of family relations as policies and practices regarding gamete and embryo donation embrace increased transparency."

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Study sheds light on how different families relate to each other following open embryo adoption - News-Medical.net

Cancer immunotherapy may work in unexpected way – Medical Xpress

May 18, 2017 Researchers have found that a cancer therapy may prompt a type of immune cell called a macrophage (illustrated above) to attack cancer. Credit: Sciencepics/Shutterstock

Antibodies to the proteins PD-1 and PD-L1 have been shown to fight cancer by unleashing the body's T cells, a type of immune cell. Now, researchers at the Stanford University School of Medicine have shown that the therapy also fights cancer in a completely different way, by prompting immune cells called macrophages to engulf and devour cancer cells.

The finding may have important implications for improving and expanding the use of this cancer treatment, the researchers said.

A study describing the work, which was done in mice, was published online May 17 in Nature. The senior author is Irving Weissman, MD, professor of pathology and of developmental biology. The lead author is graduate student Sydney Gordon.

PD-1 is a cell receptor that plays an important role in protecting the body from an overactive immune system. T cells, which are immune cells that learn to detect and destroy damaged or diseased cells, can at times mistakenly attack healthy cells, producing autoimmune disorders like lupus or multiple sclerosis. PD-1 is what's called an "immune checkpoint," a protein receptor that tamps down highly active T cells so that they are less likely to attack healthy tissue.

How cancer hijacks PD-1

About 10 years ago, researchers discovered that cancer cells learn to use this immune safeguard for their own purposes. Tumor cells crank up the production of PD-L1 proteins, which are detected by the PD-1 receptor, inhibiting T cells from attacking the tumors. In effect, the proteins are a "don't kill me" signal to the immune system, the Stanford researchers said. Cancer patients are now being treated with antibodies that block the PD-1 receptor or latch onto its binding partner, PD-L1, to turn off this "don't kill me" signal and enable the T cells' attack.

"Using antibodies to PD-1 or PD-L1 is one of the major advances in cancer immunotherapy," said Weissman, who is also the Virginia and D.K. Ludwig Professor for Clinical Investigation in Cancer Research, director of the Stanford Institute for Stem Cell Biology and Regenerative Medicine and director of the Ludwig Center for Cancer Stem Cell Research and Medicine at Stanford. "While most investigators accept the idea that anti-PD-1 and PD-L1 antibodies work by taking the brakes off of the T-cell attack on cancer cells, we have shown that there is a second mechanism that is also involved."

What Weissman and his colleagues discovered is that PD-1 activation also inhibits the anti-cancer activity of other immune cells called macrophages. "Macrophages that infiltrate tumors are induced to create the PD-1 receptor on their surface, and when PD-1 or PD-L1 is blocked with antibodies, it prompts those macrophage cells to attack the cancer," Gordon said.

Similar to anti-CD47 antibody

This mechanism is similar to that of another antibody studied in the Weissman lab: the antibody that blocks the protein CD47. Weissman and his colleagues showed that using anti-CD47 antibodies prompted macrophages to destroy cancer cells. The approach is now the subject of a small clinical trial in human patients.

As it stands, it's unclear to what degree macrophages are responsible for the therapeutic success of the anti-PD-1 and anti-PD-L1 antibodies.

The practical implications of the discovery could be important, the researchers said. "This could lead to novel therapies that are aimed at promoting either the T-cell component of the attack on cancer or promoting the macrophage component," Gordon said.

Another implication is that antibodies to PD-1 or PD-L1 may be more potent and broadly effective than previously thought. "In order for T cells to attack cancer when you take the brakes off with antibodies, you need to start with a population of T cells that have learned to recognize specific cancer cells in the first place," Weissman said. "Macrophage cells are part of the innate immune system, which means they should be able to recognize every kind of cancer in every patient."

Explore further: Potential new cancer treatment activates cancer-engulfing cells

More information: Sydney R. Gordon et al. PD-1 expression by tumour-associated macrophages inhibits phagocytosis and tumour immunity, Nature (2017). DOI: 10.1038/nature22396

Macrophages are a type of white blood cell that can engulf and destroy cancer cells. A research group led by Professor MATOZAKI Takashi, Associate Professor MURATA Yoji, and YANAGITA Tadahiko (Kobe University Department of ...

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(Medical Xpress)Scientists at the School of Medicine have shown that their previously identified therapeutic approach to fight cancer via immune cells called macrophages also prompts the disease-fighting killer T cells ...

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Antibodies to the proteins PD-1 and PD-L1 have been shown to fight cancer by unleashing the body's T cells, a type of immune cell. Now, researchers at the Stanford University School of Medicine have shown that the therapy ...

Looking to improve cancer treatment, a multi-institutional research team has taken a comprehensive approach to evaluating which molecular changes in cancer cells are most likely involved in the development of the disease. ...

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Cancer immunotherapy may work in unexpected way - Medical Xpress