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Scientists Use Snail Genomics To Fight Deadly Parasitic Disease – IFLScience

An incredible international team of over 100 scientists has just completed a crucial step that might soon help fight a terrible parasitic disease known as schistosomiasis, which kills to up two hundred thousands people every year.

The team, led by researchers at the University of New Mexico, has completed an in-depth analysis of the genome of the tropical Rams Horn snail (Biomphalaria glabrata), which is crucial to the development of the parasite. This research, published in Nature Communication, might tell us how to take the snail out of the equation and stop the parasite before it can affect humans.

Sequencing and characterizing the genome of this snail has given us a lot of information into its biology, lead author Professor Coenraad Adema, from the University of New Mexico, said in a statement. It has informed us on animal evolution and supports the drive to minimize the impact of infectious disease on global health.

The parasite is a flat worm. It infects these freshwater snails at the beginning of its life cycle, and as it develops it takes over the snails reproductive system and metabolic processes. When it is fully developed, it leaves the snail but stays in the water. There it can survive, waiting, until it comes in contact with humans. Then it breakstheir skin and begins to reproduce.

Understanding the snails genome gives us many avenues to cut the snail out of this parasites lifecycle, which one day may lead to the elimination of this disease, Adema added.

After malaria, this is the worst parasitic disease on the planet. So, being able to do work that may help improve global human health outcomes it is a very important motivation for my research.

Schistosomiasis, also known as bilharzia or snail fever, affects the urinary tract and intestine of the people who become infected. According to the World Health Organization (WHO), in 2015, 66.5 million people were reported to have been treated for the disease. Snail fever is one of the neglected tropical diseases.

The research has an impact beyond disease prevention. Researchers are uncovering the full genome of more and more species, which is heralding a new and deeper understanding of the biological links between every organism on Earth.

This is an important contribution to better understanding infectious disease, he said. It also gives us information on regulation of gene expression, comparative immunology, embryology, general biology of snails, animal evolution, and many other things."

The WHO hopes to eliminate snail fever by 2025, and this research might give scientists the right tools to get rid of it once and for all.

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Scientists Use Snail Genomics To Fight Deadly Parasitic Disease - IFLScience

A more detailed understanding of cell divisions giving rise to sperm and egg cells could lead to infertility treatments – Medical Xpress

May 17, 2017 Researchers have identified a speedy protein that plays an important role in the cell division process called meiosis. Credit: SCIEPRO/Science Photo Library

Researchers have shown that a recently identified protein, called Speedy A, plays an essential role in the early stages of meiosisa special type of cell division that produces sperm and egg cells.

In meiosis, a single cell divides twice, producing four cells, known as sperm or egg cells, which contain half the genetic information of the original cell. When a sperm fertilizes an egg, the resultant embryo contains a full set of chromosomes. In the early stages of meiosis, chromosomes residing in the nucleus undergo a process called recombination, which involves the exchange of genetic material that leads to genetic diversity.

"Recombination can only happen when the ends of the chromosomes, called telomeres, are attached to the nuclear envelope," explains Philipp Kaldis of the A*STAR Institute of Molecular and Cell Biology.

Kaldis, in collaboration with Kui Liu of Sweden's University of Gothenburg, and colleagues in China and the US, wanted to understand how chromosomal telomeres attach to the nuclear membrane or 'envelope', during meiosis.

Using immunofluorescent staining of mouse spermatocytes, they found that a protein called Speedy A is localized to telomeres. Speedy A is a member of the Speedy/RINGO protein family, which activate cyclin-dependent kinase 2 (Cdk2), an important cell division-related protein which is also localized to telomeres, but whose role in meiosis is not fully understood.

The researchers then bred mice that were deficient in the gene for Speedy A and found that mice lacking Speedy A were infertile, similar to mice that were previously bred lacking Cdk2.

By comparing telomerenuclear envelope attachment in mice with and without Speedy A, the team found that a specific portion of the Speedy A protein, called its RINGO domain, facilitated binding to Cdk2. Speedy A also bound to telomeres via its N terminus (the end that has a free amine group) and this, together with the RINGO domain, form Speedy A's 'telomere localization domain', which the researchers believe mediates the initial binding of chromosomal telomeres to the nuclear envelope.

Speedy A's other end, the C terminus (which has a free carboxyl group), is responsible for activating Cdk2 and is unlikely to affect telomere attachment to the nuclear membrane. Speedy A may also recruit Cdk2 to telomeres and later activate it together with other cyclins. Activated Cdk2 may then help regulate chromosome movements along the nuclear envelope.

"Our work is basic research, but you wonder whether a man with fertility defects may have defects associated with Cdk2 and Speedy A," says Kaldis. The team's "ultimate goal is to develop treatments for males with fertility issues," he says.

Explore further: How two telomere proteins interact with each other and the functional effects of cancer-associated mutations

More information: Zhaowei Tu et al. Speedy ACdk2 binding mediates initial telomerenuclear envelope attachment during meiotic prophase I independent of Cdk2 activation, Proceedings of the National Academy of Sciences (2017). DOI: 10.1073/pnas.1618465114

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A study in mice finds that development of age-related macular degeneration (AMD) could be arrested by switching from a high-glycemic diet (starches as are found in white bread) to a low-glycemic (starches found in whole grains). ...

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BRIEF-Beijing Leadman Biochemistry sets up Fujian medical devices JV with individual – Reuters

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BRIEF-Beijing Leadman Biochemistry sets up Fujian medical devices JV with individual - Reuters

The Anatomy of a Global B2B Campaign – AdAge.com

Lauren Flaherty,CA Technologies' CMO. Credit: CA Technologies

When you spy the occasional B2B ad campaign that is both surprising and relevant, veterans of the trade can't help but wonder, "Why wasn't that new 'organ' rejected by the corporate body?"

To answer this question, it helps to spend time with the top marketing surgeon (aka CMO). In the interview below, Lauren Flaherty, CMO at CA Technologies, helps dissect the strategic thinking behind CA's new global campaign, "The Modern Software Factory." In the process, her diagnosis identifies several truths that other marketers would be wise to take to heart.

Talk about your new campaign.

"The Modern Software Factory" is a way of framing how CA can help guide companies through their digital transformation. Over the last couple of years, we've been talking about the application economy and all of its promise. What we came to appreciate is that people understand it, but they struggle with how to get there. For example, customers need to be agile, they've got to get apps to market more quickly and securely, they desperately need insights from data. "The Modern Software Factory" is not a show floor for us; it's actually where we can ask customers: Where's your pain point? Where do you see your opportunity? And then we can demonstrate that we have the software that can help. [View new ads here and here.]

What was the genesis of this idea?

The genesis WAS a book written last fall by our CTO and a number CA's presales team members called "Digitally Remastered." Their insight came from years of working with customers and seeing the best practices for what we call in the book, "A Blueprint for Your Modern Software Factory." It comes from real customer data and insights, and it's a very pragmatic approach to how you proceed on the digital transformation journey.

It's a big deal for a global company to launch a new campaign like this. What were the main steps to bring the program to fruition?

We work closely with our regional colleagues to make sure that a campaign is relevant in all regions. What was fascinating was that our sales and marketing teams heard the same things from customers in every region. The customer doesn't come to the discussion saying, "I'm looking for product X, Y or Z." Instead, they say, "I need to make this happen. I have this pain point." Interestingly all of us who do global brand work struggle with adoption outside of the U.S., but there was this universal need for digital transformation. It varies by country in terms of maturity, but the need to have business be powered by software is universal.

Before we launched, we've also enabled our sales colleagues with education and training, so they're prepared to carry "The Modern Software Factory" narrative. This campaign is an articulation of our business strategy, so our ability to show CA's know-how and have a different kind of dialogue with our customers is crucial.

What were the biggest hurdles that you had to overcome in bringing this to market?

Simplification. Technology and software can get pretty geeky, pretty fast, so it was important to simplify the message to align with business outcomes, keep it customer-centric and avoid the pitfalls of speaking in code. We focused on a narrative around business value and goals, so the campaign would resonate with the targets we wanted to reach. We also developed a framework that would be globally relevant, clear and easy to understand. Once we had those elements, and coupled the voice of the customer with the device of "The Modern Software Factory," it started to click and came together quickly.

Will you be measuring impact on brand perceptions?

We measure everything! For brand, we'll look at traditional metrics around reputation management, in association with our brand familiarity and consideration. We care a lot about consideration, because that's based on our data, and is the leading indicator to what we'll see downstream in pipeline. We also look at what's happening with CA.com -- traffic, and how it spikes as we turn the faucet of content on and off, how long and where are people on the site, and more.

How about lead generation?

Underneath the brand metrics, product demand is everything here. We look at pipeline data, specifically whether we have enough opportunities by week across sales, partners, digital sales and marketing. We ask whether we're creating enough opportunity that will convert into revenue. So, we consider the full spectrum of measurement, from brand to what I call hygiene-level demand creation.

Did you work with any outside partners?

We work with a team called John McNeil Studios, or JMS, based in Berkeley, California. They've been our agency of record for brand for the last three and a half years. JMS is a really talented group, and they help us with everything from television, to digital, to brand identity work. They get the category, and they're great partners.

In terms of launching the "Modern Software Factory" campaign and getting it to market, what were the biggest lessons learned?

I think the biggest lesson --- and it sounds so obvious -- is that when you keep the customer at the center of everything, it's your True North. We just kept coming back to, "How do they express their needs? Where do they place the greatest value?" It framed how we would tell the story, and what we would emphasize.

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‘Grey’s Anatomy’ spinoff is everything that’s wrong with TV – New York Post

Does Shonda Rhimes think shes Dick Wolf?

Taking several pages from the Law & Order masterminds playbook, ABC announced Tuesday that Rhimes, the outrageously successful creator of Scandal and Greys Anatomy, will next executive-produce a Greys spinoff, also set in Seattle with firefighters, not love-starved doctors, as its focus.

Is this not a blatant rip-off of Wolfs Chicago franchise on NBC, which includes, so far, the fire and police departments, the hospital and the courthouse? What might ABC call this one? By George, I think Ive got it: Seattle Fire!

No one can interweave the jeopardy firefighters face in the line of duty with the drama in their personal lives quite like Shonda, and Greys signature Seattle setting is the perfect backdrop for this exciting spinoff, crowed ABC Entertainment President Channing Dungey in a statement announcing the newest addition to Rhimes empire.

Really? What has Wolf been doing since Chicago Fire kicked off his Windy City franchise in 2012?

Wolfs city of heroes franchise also includes Chicago P.D. launched in 2014, Chicago Med, which debuted a year later, and the 2017 entry, Chicago Justice. With the exception of the latter show, which has yet to be renewed for next season, they are dependable performers for NBC, averaging between 6 and 7 million total viewers. They also offer more proof that Wolf is the undisputed master of setting procedural shows in a specific city and, unlike Greys Anatomy (which is filmed in Los Angeles), shooting them there. His on-location Chicago series give viewers the gritty urban feel they learned to love on Wolfs groundbreaking, New York-set Law & Order franchise, whose sole survivor, SVU, has been renewed for an age-defying 19th season.

What does Rhimes and her Shondaland production company, which specializes in the kind of daytime-skewing melodrama where dominant females stomp their way through the corridors of power, have to offer here? Shes already launched one LA-set Greys spinoff, the middling Private Practice, which ran for six seasons. Do we need another? Rhimes is already on tap to executive-produce another legal series for ABC, the midseason entry For the People in 2018. And her most recent series, The Catch, was canceled after two lackluster seasons.

If it wasnt clear before, this latest Shondaland project seals it: ABC is in a rut programmingwise. After scheduling two doomed Scandal knockoffs last season (Conviction and Notorious), the network has decided to go back in time to find viewers. And so they announced a revival of American Idol, a series that has been off its competitors air just over a year, and then Roseanne, which ended 20 years ago. Whats next? The reboot of Burkes Law? Have Gun Will Travel with, let me think ... Zac Efron as Paladin?

Hollywood, I think we have a problem.

By contrast, another prolific producer, Ryan Murphy, has kept working (on cable, admittedly) by bucking formulas and branching out into different TV genres, and doing so in surprising, provocative and entertaining ways that command the attention of viewers and the respect of Hollywood, scooping up Emmys and other awards. In the past few years he has given us American Horror Story, The People v. O.J. Simpson and Feud: Bette and Joan, three distinct series that sent programmers scrambling to their conference rooms ... to copy him.

Imitation may be the sincerest form of flattery, but on TV, its a crutch.

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'Grey's Anatomy' spinoff is everything that's wrong with TV - New York Post

An Explosive Grey’s Anatomy Finale! See How Meredith Reacts in the Moments After Blast – PEOPLE.com

Greys Anatomy has been known for letting sparks fly both figuratively and literally but things are taken up a notch in the season 13 finale on Thursday as the staff at Grey Sloane Memorial attempt to mitigate the casualties after an explosion rocks the hospital.

In an exclusive sneak peek, Meredith (Ellen Pompeo), Arizona (Jessica Capshaw) and Minnick (Marika Dominczyk) are in the Grey Sloane parking lot when a fireball is seen busting out of one of the higher floors of the hospital.

The doctors attempt to get back into the hospital but are stopped by security, who have locked the facility down while they hunt for a rapist on the run inside.

Bailey (Chandra Wilson) sees the women and insists the security guards allow the women inside so they can help with the crisis, which is the result of a fight between Pratt (Jerrika Hinton) and the rapist.

The season 13 finale of Greys Anatomy airs Thursday at 8 p.m. ET on ABC.

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A new era for genetic testing, especially in pregnancy – San Francisco Chronicle

A year and a half ago, few health insurers would cover a noninvasive prenatal test which draws blood from a pregnant woman to analyze fetal DNA unless the pregnancy was considered high-risk, which usually meant the woman was over 35.

The test, which screens for chromosomal abnormalities linked to genetic disorders like Down syndrome, seemed less essential for women with average- or low-risk pregnancies.

Today, at least 30 major U.S. insurers including Anthem, Cigna and more than a dozen Blue Cross Blue Shield affiliates nationwide cover the test for average-risk single-gestation pregnancies, expanding access to millions more people.

The turnaround is part of a broader move by insurers to pay for genetic tests and screenings. The technology is advancing quickly, and the cost of many types of tests is plummeting. Not all tests are covered. But increasingly, insurers are willing to cover screenings for genetic mutations linked to breast, colon and prostate cancer.

The trend has sparked concerns about the access insurers could have to the sensitive information such tests reveal.

Photo: Paul Chinn, The Chronicle

Matthew Rabinowitz, founder and CEO of Natera, is seen in a company genetics testing lab in San Carlos on May 4, 2017. Natera projects selling half a million tests this year, he said.

Matthew Rabinowitz, founder and CEO of Natera, is seen in a company genetics testing lab in San Carlos on May 4, 2017. Natera projects selling half a million tests this year, he said.

Paolo Jose calibrates equipment at the Natera genetics testing lab in San Carlos on Thursday, May 4, 2017. Natera Inc makes a non-invasive prenatal test and sells it to OBGYN practices and fertility centers.

Paolo Jose calibrates equipment at the Natera genetics testing lab in San Carlos on Thursday, May 4, 2017. Natera Inc makes a non-invasive prenatal test and sells it to OBGYN practices and fertility centers.

Insurers help make genetic testing widely available

We are seeing more insurance companies cover genetic testing for two reasons: The prices are going down and the value is going up, said Dan Mendelson, president of the Washington consulting firm Avalere Health. The growing coverage of such tests raises some important and extremely socially relevant questions about how the information is used, he added.

The trend is poised to bring a windfall to Bay Area genetic testing firms like Natera Inc., a San Carlos company that makes the noninvasive prenatal test and sells it to obstetrics-gynecology practices and fertility centers. The Natera test, called Panorama, has about 25 percent of the noninvasive prenatal test market share in the U.S. and is the fastest-growing genetic test in the country, according to data compiled by Wells Fargo Securities.

The noninvasive prenatal test is relatively new, coming onto the market in 2011. It is termed noninvasive because the more commonly known procedure to diagnose fetal chromosomal abnormalities, amniocentesis, involves sticking a needle into a pregnant womans abdomen to draw amniotic fluid, which creates a small risk to the fetus. The noninvasive test is not diagnostic, meaning that if it shows a positive result, an expectant mother must still get the result confirmed by amniocentesis. Negative results, though, could reduce the need for invasive procedures.

In December, the Centers for Medicare and Medicaid Services established pricing for aneuploidy and microdeletion testing two chromosomal abnormalities that the prenatal test is designed to detect. Medicaid and many private insurers use the agencys pricing about $800 for one test as a benchmark to set their own prices.

Between 2013 and 2016, Natera sales largely driven by sales of Panorama and Horizon, a genetic-carrier screening more than quintupled from 88,000 to 447,000, according to the company, which went public in 2015 and earned $217 million in revenue last year. Natera expects to sell half a million tests this year, said CEO Matt Rabinowitz.

Coverage is growing beyond the prenatal sphere. More genetic testing for breast, ovarian and colon cancer is being paid for because the information gleaned from the tests is highly predictive, said Lawrence Brody, a senior investigator at the National Human Genome Research Institute, a unit of the National Institutes of Health.

Insurance companies dont want to pay for things that make no health improvements, he said.

Twenty years ago, it cost more than $100 million to sequence the human genome; today, it costs only thousands, according to the National Human Genome Research Institute. Similarly, testing for specific genes is also more accessible.

It used to cost $3,000 to $4,000 to look at just two breast-cancer genes, Brody said. Now it can cost a couple hundred to look at a panel that has 20 genes on it.

Insurance plans are now more likely to cover tests for the gene BRCA1, mutations of which increase the risk of breast cancer, said Mendelson, the health consultant.

That is spilling over to other companies in the genetic-testing space. Over the last nine months, three of the nations largest private insurers Aetna, Humana and UnitedHealthcare have contracted with the San Francisco genetic testing firm Invitae Corp., making the company an in-network provider of diagnostic tests, including BRCA1 and BRCA2, for hereditary breast and ovarian cancer. That is catapulting the number of people potentially covered for these tests from 5 million to 180 million, according to Invitae.

Many genetic tests still are not covered. For example, patients must pay out of pocket for results from the Mountain View firm 23andMe, which sells tests that indicate peoples risk of developing 10 diseases, including Parkinsons, Alzheimers and some blood-clotting disorders.

Where they do cover tests, insurers do not necessarily get access to the results, but a doctor treating a patient may use billing codes that would result in insurers knowing about some diagnoses, according to a spokeswoman for the California Department of Insurance, which regulates insurance companies.

Federal and state laws limit what insurers can do with the information. The federal Genetic Information Nondiscrimination Act of 2008 prohibits insurance companies from discriminating against patients by denying coverage or charging higher premiums based on genetic information. California law goes a step further: It prevents insurers from discriminating against people who carry a gene that may cause a disability in their children.

Cigna does not have access to the test results, said Cigna spokesman Mark Slitt: Thats between patients and their doctors.

A spokesman for Kaiser Permanente said test results are reviewed only by providers and patients and not by the health plan.

A spokeswoman for Blue Shield of California did not directly address whether it saw the test results: As our coverage of genetic tests continues to grow, we go through a deliberate process of making sure the tests are scientifically sound and reliable for our providers and members, she said in an email.

Several of the regions largest insurers, including Kaiser and Blue Shield, said genetic testing can be applied to identify potential medical conditions and improve patients overall health, but they did not provide figures for how many such tests were conducted for their members.

Agreements between insurers and providers are confidential making it difficult to determine how many genetic tests are being done or covered by insurers, said Michael S. Watson, executive director of the American College of Medical Genetics and Genomics, an influential medical association.

Anthem, the first major insurer to expand its coverage of noninvasive prenatal testing to average-risk pregnancies, declined to comment.

Not all genetic testing is useful, medically relevant or accurate, and some experts have cautioned against acting on the results without proper guidance from genetic counselors. Genetics determine just 30 percent of a persons health; the other 70 percent is a combination of behavior, environment and other factors, according to a 2015 report by the Kaiser Family Foundation, which is unrelated to Kaiser Permanente.

You have to be sophisticated to interpret the results, Brody said. We do have a tendency in the U.S. to pile more on sometimes because we can. ... Some genes included three years ago on a breast-cancer test panel have been shown not to influence breast-cancer risk, so we got those taken off. Were learning as we go.

Menlo Park residents Shantanu Rane and Pratibha Gupta took a noninvasive prenatal test last year when Gupta was pregnant with their now-7-month-old daughter. They received a false positive for Turner syndrome, a chromosomal condition in females that can lead to shorter life spans and kidney and heart problems. The couple chose not to do an invasive diagnostic procedure and prepared for the worst. They found out seven months later, when Gupta delivered, that their daughter did not have Turner syndrome, after doctors did a cord blood test analyzing the genetic composition of blood from the umbilical cord.

Rane, who wrote a Medium post about the experience, said he wishes he had known more about how to interpret the results of the test, which showed that a chromosomal abnormality was detected, and that the lab would have been more transparent explaining the result.

There needs to be better education of the patients so they know what theyre going into, said Rane, a researcher in electrical engineering. You have a lot of headache and worry, and at the end you find out things are fine.

Catherine Ho is a San Francisco Chronicle staff writer.

Email: cho@sfchronicle.com Twitter: Cat__Ho

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A new era for genetic testing, especially in pregnancy - San Francisco Chronicle

5 Things You Need To Know Before Taking an At-Home Genetic Test – NBCNews.com

Genetic testing is now available for over 2,000 conditions from over 500 different laboratories Reuters, file

Prior to April 2017, genetic testing was limited to medical professionals who were testing their patients for certain inherited traits and disorders. With the Food and Drug Administration's approval of the first ever direct-to-consumer test, the company 23andMe can not only sell commercial DNA kits to determine ancestry, but they can test for 500,000 genetic variants to assess for risk of developing any one of 10 diseases. You can do this in the privacy of your home. But should you?

Here are 5 questions to ask before ordering a home genetic testing kit.

Be an informed consumer. Experts recommend seeking professional genetic counseling even before ordering the kit to better understand the implications and limitations of the results. Since the process of developing a disease is much more complicated than just the presence or absence of a certain gene, seeking out the expertise of a genetic professional can aid with putting the results into context based on your family history and medical problems.

Related:

The FDA recognizes the seriousness of this testing, and reports that consumers must first acknowledge that the results may cause anxiety. The opt-in page provides resources to professional medical associations.

In the only commercially available direct-to-consumer test currently available, 23andMe assesses your genetic risk for 10 different diseases.

"The Alzheimer's Association believes you need to think thoroughly before getting a genetic test," says chief science officer of the Alzheimer's Association Maria C. Carrillo, Ph.D. "There are 100s of genes for the Alzheimer's disease. So, it's important for people to know the test is only looking for one gene that has the highest risk for Alzheimer's.

If there are other diseases you are concerned about, speak with your doctor or a genetic counselor who is capable of ordering specialized testing.

No, the current test offered does not have the capability to diagnose you with a certain disease. It can only inform you of your genetic risk, but not overall risk. Keep in mind DNA is not the sole determinant of disease. There are also gene variations, family history, lifestyle choices, and the environmental factors to consider in how genes are expressed. Just because someone has a genetic risk does not mean they will go on to develop the disease. In cases of sufficient scientific evidence, a genetic report will even be able to quantify a risk percentage. For example, having two copies of a certain gene variant raises lifetime risk of developing Alzheimer's disease as high as 87 percent.

Related:

Privacy continues to be a top concern as technology rapidly advances. Transparency and easy of accessibility are what companies are considering when making their privacy policies. According to the National Society of Genetic Counselors, before sending in your DNA, it is important to ask:

Different state and federal laws exist, such as the Genetic Information Nondiscrimination Act, which prohibits employers from discriminating based on genetic information. The Affordable Care Act also offered protections against health insurance companies from discriminating based on genetic testing results.

However, as health care legislature continues to evolve, it will be imperative to keep an eye on what new policies come forth.

Mary Freivogel, president of the National Society of Genetic Counselors Board of Directors, notes that there are currently no federal laws that exist relating to protections for life insurance, long term care insurance, or disability insurance.

Just as experts recommend seeking advice from a genetic counselor prior to testing, it is probably more important to have a professional weigh in once the results are back. They can help you interpret the implications of your genetic risk, understand what you can do to prevent or monitor for early signs of the disease, and how you should discuss your results with relatives who have similar DNA.

"It goes beyond the science and genetics and one should think about the societal and family implications," says Carrillo. "Talk to the genetic counselors before and after taking a genetic test. It is important understand the results since it can have implications for you and your family."

If you are considering sending off you spit here are additional resources about genetic testing to help inform your decision.

Parminder Deo is an associate producer for NBC News. Dr. Jacqueline Paulis, is an emergency medicine resident physician in New York City and a medical fellow for NBC News.

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5 Things You Need To Know Before Taking an At-Home Genetic Test - NBCNews.com

Health and reproductive biology: a research record of paradigm-shifting discoveries – Nevada Today

At the moment of reproductive fertilization, much of a person's health perspective is determined by the genetic and epigenetic information contained within the sperm and egg. This research finding has changed our understanding of health and disease.

Wei Yan, foundation professor of physiology and cell biology at the University of Nevada, Reno School of Medicine, was one of the first to validate this important finding. In recognition of his distinguished research record and paradigm-shifting discoveries, Yan, who holds a medical degree and a PhD, has received the University's 2017 Outstanding Researcher Award.

Yan's research on the genetic and epigenetic regulation of human and animal reproduction is internationally recognized, and his research has been continuously supported by grants from the National Institutes of Health and various foundations.

Factors such as nutrition, lifestyle, or environmental exposures all impact health. But Yan's research indicates that the quality of the gametes (sperm and eggs) has a huge impact on the health perspective of the offspring. His research has discovered that environmental insults can lead to genetic and epigenetic alterations in the gametes, which not only compromise fertility, but also predispose the offspring to many common diseases, which sometimes can even be inherited across multiple generations.

"We were among the first putting forward this provocative idea that may explain the development of many common diseases," Yan said. "Researchers and science no longer look for one generation's impact on disease development."

A significant discovery by Yan's team is the quality of sperm in determining the overall health of the offspring. It was once thought sperm only deliver the father's DNA into the egg, but Yan's research has shown that, in addition to genetic information, sperm also carry over a large amount of epigenetic information during fertilization.

"They carry not only the DNA blueprint but also the regulators of DNA," Yan said of the role of sperm. "This finding has allowed us to link sperm quality to disease development in the offspring."

The study of sperm in Yan's lab has also contributed to new ideas and approaches to reproductive health, including advances toward the development of non-hormonal, male contraceptives.

"Dr. Yan is an outstanding scientist of international reputation whose expertise in epigenetics and reproductive medicine has led to discoveries of great importance to human health," Tom Schwenk, dean of the University of Nevada, Reno School of Medicine. said.

Considering his contributions, it is all the more incredible to think his career in research almost didn't happen.

As Yan worked toward his medical degree from China Medical University, which he earned in 1990, he found himself drawn to laboratory settings rather than clinical practices. He pursued a fellowship in forensic pathology, and the timing of his entry into this medical and scientific arena coincided with the expanding application of new DNA technologies.

"I saw the birth and emergence of DNA testing, and my background in medicine and pathology positioned me to study this new area," he said.

Yan became the first person in China to develop and use these technologies to solve criminal cases. His time as a coroner with the Institute of Forensic Sciences for China's Liaoning Province was, as he said, "real-world CSI."

At crime scenes the most common finding is hair - not blood or bodily fluids - and because the hair shaft is enriched in mitochondrial DNA, the application of DNA testing is very effective. Yan's application of the science resulted in a dramatic increase in solved criminal cases, particularly sexual assault cases, and he was called upon by agencies across the country looking to apply the science to their investigations.

His family was proud to see Yan achieve this early-career success, but Yan was ready to head in a new direction. He quit his job to embark on a career in research and explore his newfound passion: "Doing something new, exploring something new, always looking at new questions."

He earned his PhD in physiology in 2000 from the University of Turku in Finland where he was part of an internationally renowned research lab in the study of endocrinology and reproduction science. He later completed a postdoctoral fellowship in the Department of Pathology at Baylor College of Medicine in Houston, Texas.

Related Academic Programs

Foundation Professor and Chair of the Department of Physiology and Cell Biology Kenton Sanders recruited Yan because of his extraordinary skills and ideas regarding reproductive biology, transgenics and molecular biology.

"He rapidly developed a productive laboratory and has consistently been one of the most productive and well-funded members of the faculty," Sanders wrote in his nomination of Yan for the Outstanding Researcher Award. "Wei has made significant contributions in the field of reproductive biology ... and has recently developed ideas and new techniques for the study of epigenetics and has worked hard on contraceptive development."

Yan has published more than 110 peer-reviewed articles with more than 5,400 citations. He holds three patents, and he has received numerous awards, including the 2009 Nevada Regents' Rising Researcher Award, the 2009 Society for the Study of Reproduction Young Investigator Award, the 2012 American Society of Andrology Young Andrologist Award and the 2013 Nevada Healthcare Hero Award for Research and Technology. In 2016, Yan was named a University of Nevada, Reno Foundation Professor, the highest honor the University bestows upon its faculty.

Yan recently received a prestigious appointment to serve as editor-in-chief of the journal Biology of Reproduction as of July 2017.

Looking back at his career, Yan places great value on the role of mentorship.

"I came here as a young assistant professor and started to look for role models," Yan said. "I sought out high-achieving scientists to learn from."

He learned a great deal from Sanders, who Yan describes as visionary and always watching where the science is going.

"I'm lucky to be in UNR Med, surrounded by top-tier scientists," Yan said. "I appreciate the collegiality in this relatively small research community, especially the support from the department chair and the dean."

He appreciates the importance of giving back and mentoring others. "My goal is to create a competitive and supportive environment, to have enthusiastic graduate students and post-doctoral fellows and contribute to their development, to make many more discoveries beneficial to human health."

"He is an expert mentor who has built strong and productive research teams," Schwenk said. "The School of Medicine is proud that Dr. Yan has been selected to join a long line of scientists and investigators recognized as outstanding researchers at UNR."

Yan formally received the 2017 Outstanding Researcher Award and a $5,000 award grant at the University's Honor the Best Ceremony on May 16. For more information about this and other awards presented through Research & Innovation at the University, visit unr.edu/research-and-innovation/support-opportunities/awards.

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Health and reproductive biology: a research record of paradigm-shifting discoveries - Nevada Today

Hanover High artist inspired by anatomy class – Wicked Local Hanover

Adam Silva adsilva@wickedlocal.com @AdamSMariner

Even though 2,700students won the same type of award, Tori Miller is in pretty exclusive company when you consider 330,000 students from around the world entered the competition.

The Hanover High School seniors colored pencil piece "Blackout"was submitted to the Scholastic Art and Writing Awards, also known as the Globe Show and placed in the silver medal category amid thousands of entries.

Surprisingly, Miller's work was created for an anatomy class, not an art class.

We were doing a project on how chemicals affect the body, so we got to pick the topic, said Miller. Im into makeup, so part of it was to create a propaganda poster, so I was just looking for references to put on my poster. I saw the womans photo on Tumblr and I thought it was a beautiful photo to put on a poster. It was a really quick drawing and it wasnt until this year that I touched it again. I didnt add the blue background until I touched it again for this piece.

Hanover High art teacher David Crawford suggests all advanced placement art students submit pieces to the show and Miller added the piece to her portfolio for the class. Several teachers have gone out of their way to commend Miller on her success and to heap praise for her talent.

Not to take anything away from Tori as an individual, but I want to emphasize the fact that the support of her friends is a big part of the success of all of them, said Crawford. She represents the best that Hanover has to offer. Im very glad that she was selected for this and not just for her, but for Hanover itself. Its the best that these kids can do.

Despite her clear talent for art, Miller's love of four-legged creatures is leading her to a career as an animal care specialist. While it sounds the same as veterinary medicine, Miller contends that its different.

The schools she is looking at are Becker College in Worcester and North Shore Community College in Danvers, two of the only colleges in the area that offer the major.

Im still waiting to hear back from them since I applied and I guess it went into their spam mail, she said, with a nervous laugh. Hopefully, if I hear back from them, Ill start as soon as I can.

Follow Adam Silva on Twitter @AdamSMariner.

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Hanover High artist inspired by anatomy class - Wicked Local Hanover