Matrix Nutrition Discover the Secret to Restoring Damaged Muscle

Due to a recent study Matrix nutrition have now discovered a new secret that aids recovery after intensive exercise and rebuilds cells. This new information confirms their beliefs on the importance of vitamins when learning how to build muscle through weight gainer supplements.

(PRWEB UK) 15 October 2012

The study was conducted by scientists from the University of Kent who made an alarming discovery as they uncovered the process in which one of the most coveted vitamins, B12, is produced in human cells.

As B12 plays a crucial role in our health on a daily basis this new information is set to change the way medicine works. B12 is an essential vitamin for anyone undergoing exercise or weights training as decencies of the vitamin are associated with disorders of the cardiovascular system.

Martin Warren led the group and it was his systematic plan that allowed students to observe the construction of B12 in bacteria. Forming a series of molecular machines on a conveyor belt, he was able to vary the length of the line of assembly revealing how this crucial vitamin is manufactured.

However it was after this process that the real revelation was revealed, one that may change the way we treat patients of cancer and other life threatening illnesses. The student team did not only observe but also tampered with the structures and found that they could alter the way the vitamin is made. This breakthrough hopes to utilize these new forms of the vitamin to use in drugs to fight TB and cancer.

Professor Warren said, this is a really important step forward. Vitamin B12 is a nutrient that is only made by bacteria and is not present in plants. Therefore a significant proportion of the world's population, including vegetarians, are at risk of B12 deficiency. Our work will assist in the generation of better ways of making more of this vitamin available and is also permitting us to make new compounds that will literally allow us to throw a spanner in the works of infections such as TB and diseases such as cancer.'

Adam Latham the owner of Matrix Nutrition is pleased that the supplements he sells include this vitamin, he says, weve always understood the importance of B vitamins in our products as they not only help with restoration and recovery of the body after intensive exercise they also have mood enhancers that are essential when training is getting a little tough or when trying to lose weight. The majority of our protein shakes UK Manufactured contain a unique blend of vitamins and minerals that support the immune system and help to repair the body the natural way.

For more information please visit http://www.matrixnutrition.com

Matrix Nutrition is the first choice for body builders and those looking to lose weight. They provide a range of supplements and protein powders to increase energy, help lose weight, increase muscle and to support the body through intensive training. Matrix Nutrition has a very simple mission plan: To provide effective sport supplements at an affordable price. While it is common knowledge the price off raw materials within the nutrition industry is rising (i.e. whey protein) we will do our utmost to keep Matrix Nutritions products some off the most affordable on the market. While other companies may take advantage of these rising costs to inflate their prices even more we will not.

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Matrix Nutrition Discover the Secret to Restoring Damaged Muscle

Nutrition Point enhances EDI efficiency with Kewill

Nutrition Point, a leading supplier of gluten free products, has selected Kewill, a leading provider of solutions that simplify global trade and logistics, to provide a fully integrated Electronic Data Interchange (EDI) system, to improve its order and invoicing processes.

Nutrition Point has already seen cost savings on processing orders more quickly by using Kewill MessageBroker since its go live in October 2008. The new system enables employees to focus more on customer service as it does not require the manual re-entry of order and invoice details.

As an end-to-end managed B2B integration service, maintained on a 24/7/365 basis, Kewill MessageBroker gives Nutrition Point more visibility over the process as notifications are received via email to confirm an order has been received.

The company chose Kewill MessageBroker because of its ability to connect, convert and control data in any format, through any communication channel.

Mehdi Barani, Systems Development Analyst, Nutrition Point, commented, After the implementation of a new ERP system, we decided that it was time to review our EDI processes. We already had a good working relationship with Kewill, as we previously used their client-side EDI solution, EasyTrade, to trade with partners. However, we required an outsourced, hosted system which had the ability to integrate into Navision. Kewill was able to supply a fully managed EDI service with seamless integration and the ability to process our orders and invoices quickly and efficiently.

Jacquie Boast, European Chief Operating Officer for Kewill commented, Nutrition Point is experiencing the efficiencies from using Kewills MesssageBroker solution with immediate effect, demonstrating the quick ROI we deliver to our customers. Their order process has been streamlined, freeing up users time to enhance customer service which in todays economic climate is a key measure of customer satisfaction and retention

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Nutrition Point enhances EDI efficiency with Kewill

MPs weigh-in on Nutrition North

It has been two weeks since the Nutrition North program came into full effect and Members of Parliament from various parties are weighing in on how it's working.

As of Oct. 1 the list of foods eligible for air freight subsidies shrunk. Items such as canned fruits and vegetables, dry pasta and rice are no longer covered.

Interim Liberal leader Bob Rae visited a grocery store in Kuujjuaq, Quebec last week. He said too many family staples are no longer covered by the subsidy.

Well its pretty astronomical. I think people in the south just dont get it if you dont see it for yourself, Rae said.

The government I think is trying to present it as sort of a nutrition program, but really its more about price and affordability and about the cost of living. Rather than the nanny state telling people, well well cover this food but we wont cover that food.

New Democrat MP Romeo Saganash wants all stakeholders government, retailers and consumers to work together.

The Prime Minister needs to call a summit so that everybody can sit down [and] discuss this and see how we can fix this problem once and for all, Saganash said.

The parliamentary secretary for Aboriginal Affairs and Northern Development, Conservative Greg Rickford, said the government wants to make sure people understand the program first. Then, Rickford says, the program is designed to be flexible and change with conditions over time.

Nutrition North representatives say that since the new program started the price of a northern food basket dropped by eight per cent. Rickford is not sure when the first annual report from the Nutrition North advisory board will be released.

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Creative Edge Nutrition, Inc. Acquires Chesapeake Nutraceuticals

MADISON HEIGHTS, Mich., Oct.15, 2012 /PRNewswire/ --Creative Edge Nutrition, Inc. (FITX), a nutritional supplement company focusing on active lifestyles, announced today the details and name of the acquisition ofChesapeake Nutraceuticals http://www.chesapeakenutraceuticals.com, from August 20, 2012 press release. Chesapeake Nutraceuticals was a wholly owned subsidiary of SCD Enterprises, a vertically integrated nutritional supplement holding company. Chesapeake Nutraceuticals (Chesapeake) is a premier supplement brand geared towards providing the nutritional support necessary for the aging who strive to increase their quality of life through proactive nutrition.The entire product line is specially formulated based on the science provided by elite U.S. and International Medical Institutions. Dr. Ron Blankstein, who has been practicing for over 30 years (Dr. Blankstein is Board Certified in both Internal and Cardiovascular Medicine), plays an important role in the formulation of this product line. Chesapeake has a customer base of 120,000 people and has delivered more than 10 million informational and product news letters to its target market.

"Chesapeake Nutraceuticals, like http://www.ScienceDefinedNutrition.com, http://www.scifitauthentic.com and http://www.cenergynutrition.com, are brands that truly bring a measured benefit to those who take them. We look forward to growing these brands within our current and new distribution networks both domestic and international. We will continue to aggressively grow and expand our presence in the sports nutrition marketplace through both organic growth and strategic acquisitions like this one," stated Bill Chaaban, Creative Edge Nutrition's CEO and President.

A complete list of our acquisitions:

About http://www.chesapeakenutraceuticals.com

Chesapeake Nutraceuticals provides premium grade supplements to aging Americans. Their products are formulated in conjunction with the latest research from elite U.S. and International Medical Institutions. Please visit our site at http://www.chesapeakenutraceuticals.com

About http://www.supplementstogo.com

http://www.Supplementstogo.com is one of the leading online retailers in the market today for discount supplements. The Company focuses on leading edge products that produce the best results for their customers with superior pricing and delivery costs than the competition. Please visit our site at http://www.Supplementstogo.com

About http://www.a-z-nutrition.com

A-Z-Nutrition.com is one of the best known e-tailers of discount nutritional supplements. The Company has served its customers for over a decade by providing quality products at the best prices around. Please visit our site at http://www.a-z-nutrition.com

About Science Defined Nutrition, Inc. http://www.sciencedefinednutrition.com

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Creative Edge Nutrition, Inc. Acquires Chesapeake Nutraceuticals

HCCC’s renovated science labs ‘amazing’

Bonita Gibb hovered over a new microscope examining a piece of cardiac muscle. While the Herkimer County Community College student did not take science classes prior to construction of the $2.8 million laboratory renovation project, she is benefiting from the better organized, high-technology equipped, spacious and cheery classrooms at the college. Fifty percent of the cost of renovations was matched by the state, while the other half is being funded by donations. For about two weeks, students and faculty have enjoyed the refurbished science labs in the Edward Manning and Shirley Angar Gaynor Science Center. Last week, biology Professor Jennifer Herzog wrote on a white-painted portion of the wall which serves as a white board in the front of the microbiology lab as a few of her students analyzed microbes. Its amazing. Its so much more spacious, she said. Im finally able to get everything taught with students working in a safe environment. Herzog said students and faculty were impressed with the renovations, and noted she can see all her students as they work. We had the ahh factor when we opened the door, she said. During the planning process, faculty was asked for their opinions on what should be included in each of the specific labs microbiology, chemistry, biology, physics and anatomy. Each room is equipped with 24 stations. From new microscopes, computers and touch-screen televisions to clear cabinets for easily finding tools, the five labs were designed with everyone in mind. It was everything I asked for down to the pull-out drawers, Herzog said as she pulled a wooden slab hidden within one of the stations. The new labs also means the college will be able to offer more classes as well as new programs down the line, said Henry Testa, associate dean of academic affairs for business, health, science and technology. Down the hall, physics and astronomy Professor Faith Thompson said her request was for plenty of outlets. Plenty, where theyre not dangerous, she said, noting the stations are large enough to fit the equipment now and dont bulk under the weight. Theyre stable for vibrations, Thompson said. Second-year student Jennifer Canter, who sat in Thompsons lab room, said the old labs made it difficult to work in groups. Compared to the old labs, (these) are more functional and easier to get around in, she said.

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HCCC’s renovated science labs ‘amazing’

DNA evidence fails to convince jury of man’s guilt in 1983 killing

A retrial is expected in a San Francisco cold case murder in which DNA evidence failed to lead to a conviction Tuesday.

Just three of the 12 jurors believed there was enough evidence even after matching DNA samples to convict 48-year-old William Payne of strangling to death 41-year-old Nikolaus Crumbley while raping him in a car in John McLaren Park on Nov. 16, 1983.

On Wednesday, Deputy Public Defender Kwixuan Maloof, who represents Payne, said the hung jury proves that despite what we see on television, the presence of DNA does not prove a person is guilty of a crime.

But prosecutors appear determined to prove otherwise. Motions in Paynes retrial begin today, the Public Defenders Office said, with opening arguments scheduled for Oct. 22.

DNA evidence and independent corroborating testimony linked the defendant to the brutal rape and murder of Mr. Crumbely, District Attorney George Gascn said following Tuesdays outcome.

Payne was 19 years old when Crumbleys body was found facedown at the intersection of John Shelley Drive and Mansell Street. Prosecutors said Crumbleys pants and underwear were pulled down to his ankles.

Prosecutors believe Payne killed Crumbley while the two were having sex in Crumbleys rental car, which was later found in Oaklands Lake Merritt.

Three years ago, cold case investigators tied DNA found in Crumbleys rectum to Payne, whose DNA had been entered in a criminal database after he assaulted a woman in 1984.

In January, Payne was charged with first-degree murder during the course of sodomy.

But the DNA evidence wasnt enough to convince nine jurors of Paynes guilt.

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DNA evidence fails to convince jury of man’s guilt in 1983 killing

Posted in DNA

RainDance Technologies and Integrated DNA Technologies to Develop Reagents and Consumables for Digital PCR

LEXINGTON, Mass. & CORALVILLE, Iowa--(BUSINESS WIRE)--

RainDance Technologies, Inc., the Digital Biology Company, and Integrated DNA Technologies (IDT) Inc., the world leader in oligonucleotide synthesis, today announced a collaboration focused on consumables specifically tailored to perform the fast-growing application of digital PCR. Under the terms of the agreement, the companies will work together on the development of reagents compatible with the RainDrop Digital PCR System. Financial terms of the agreement were not disclosed.

The RainDrop Digital PCR System is a breakthrough research platform that is transforming the performance of molecular assays by enabling digital answers across a number of important applications including low-frequency tumor allele detection, gene expression, copy number variation, and SNP measurement. Built using RainDances proven RainStorm picodroplet technology, the RainDrop System generates up to 10 million picoliter-sized droplets per sample. Since each droplet encapsulates no more than a single molecule, researchers can quickly determine the absolute number of droplets containing specific target DNA and compare that to the number of droplets with background, wild-type DNA.

We have achieved a new gold standard in sensitivity, quantitation and multiplexing through enhancements in every aspect of system and reagent refinement, said Rena McClory, Ph.D., Marketing Director for Digital PCR at RainDance Technologies. We are pleased to be working with market leaders such as IDT on the development and broad availability of best-in-class reagents in support of our new RainDrop Digital PCR System.

IDT is a leader in manufacturing and developing custom oligonucleotideproductsfor use in the research and diagnostic life science markets.This includesdesign and synthesis ofdual-labeled probes for gene expression and genotyping as part of the PrimeTime qPCR product family. Founded by Dr. Joseph Walder in 1987, IDTs development has been guided by an uncompromising approach to quality, a belief in the value of good service, and a determination to minimize consumer costs.

We are pleased to be working with RainDance in supporting scientists who are seeking to apply the powerful attributes of digital PCR to their research projects, said Stephen Gunstream, Senior Vice President of Marketing and Strategy at IDT. Digital PCR is redefining the science of directly quantifying and amplifying nucleic acids and will open the doors to an exciting era of new discoveries.

For more information about the RainDrop Digital PCR System, please visit http://www.RainDanceTech.com.

About RainDance Technologies

RainDance Technologies, the Digital Biology Company, is pioneering the use of high-throughput picodroplet-based analysis in human health and life science research. The company's core RainStorm technology generates millions of discrete droplets that can encapsulate a single molecule, cell or reaction and be digitally analyzed and sorted one at a time. The power, precision and simplicity of picodroplets enable researchers to answer complex questions with unprecedented sensitivity and quantitation. The complete RainDance solution includes automated instrumentation, customizable bioinformatics and high-value consumables and reagents for applications including targeted next-generation DNA sequencing, methylation, digital PCR. Based in Lexington, Massachusetts, the company supports scientists around the world through its international sales and support operations and a global network of distributors and service providers. For more information, please visitwww.RainDanceTech.com.

For research use only. Not for use in diagnostics procedures.

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RainDance Technologies and Integrated DNA Technologies to Develop Reagents and Consumables for Digital PCR

Posted in DNA

Leonard Lerman, 87; senior lecturer at MIT researched DNA

Using tools he often had made himself, Leonard Lerman took great care in making precise measurements during experiments he performed to further the understanding of DNA.

A simple way to state it is that he was a deeply quantitative man, said Tom Maniatis, chairman of the biochemistry and molecular biophysics department at Columbia University, who had worked with Dr. Lerman as a graduate student at Vanderbilt University.

Discoveries he made about what can unwind the strands of DNA, and other research throughout his career, helped Dr. Lerman become a key figure in the field of molecular biology.

He was both a deep and brilliant man, and also a clever man, in the sense that he always had great ideas and techniques, Maniatis said.

Dr. Lerman, formerly a senior lecturer at the Massachusetts Institute of Technology, died Sept. 19 in his Cambridge home of a chronic neurological disease. He was 87.

He did lots of things that served for the increased understanding of the structure of DNA and the things that interacted with DNA, said Maurice Fox, a professor emeritus of molecular biology at MIT.

Dr. Lerman, Maniatis said, saw the world through mathematics and could use mathematical and physical properties of molecules to predict what would occur.

As a graduate student at the California Institute of Technology, Dr. Lerman worked with Linus Pauling, who in 1954 was awarded the Nobel Prize for chemistry and has often been referred to as one of the founders of molecular biology.

Dr. Lerman set out to prove his hunch that antibodies have two binding sites to bond with antigens, which are any foreign substances that prompt an immune response. After achieving that goal, he graduated from Cal Tech with a doctorate in chemistry in 1950 and went on to join the faculty of the University of Colorado.

The 1950s were an active time for DNA research. Dr. Lerman was determined to find out more about chemicals that attach to DNA strands and make them unwind, often causing mutations. The way certain chemicals attach to the strands is called intercalation, and it occurs between adjacent base pairs in double-stranded DNA.

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Leonard Lerman, 87; senior lecturer at MIT researched DNA

Posted in DNA

The Future of DNA Sequencing Isn't in the Lab

Up until now, the money Illumina (Nasdaq: ILMN) , Roche, Life Technologies (Nasdaq: LIFE) , and Pacific Biosciences of California (Nasdaq: PACB) have made selling DNA sequencers has come from research labs. Academics need DNA sequencers to do basic research to understand how genetic variation affects biologic processes.

That basic research has translated into the clinic at an alarming rate, producing the next generation of DNA sequencing demand.

You can see it in the acquisitions Roche's bid for Illumina appeared to be mostly driven by bringing sequencing to the clinic. Roche has a strong hold in diagnostic testing, and Illumina's sequencing technology is superior to Roche's. But Roche played hardball and didn't want to overpay for the technology.

Last month, Illumina decided it could fill some of the gap on its own, purchasing BlueGenome, a leader in cytogenetics. The company sells tests that look at the DNA to identify genetic abnormalities that lead to cancer and other issues. Currently, those abnormalities are identified by binding probes to the DNA to identify duplications and fusion of chromosomes, but we're not too far off from where cancer patients just routinely get their DNA sequenced to identify the abnormalities.

Blue Genome also has a test to look for abnormalities before in vitro fertilization. Sequencing might be harder there, because of less DNA, but these issues are often overcome eventually.

It sure looks to me like Illumina bought BlueGenome more for its ability to sell and run the clinical test than for the test themselves, which may be obsolete in a few years given the rapid decrease in the cost of sequencing. We will get to the point where running individual tests like Sequenom's (Nasdaq: SQNM) MaterniT21 PLUS will be silly because the entire genome can be analyzed for the same cost.

Diagnosing Earlier this month, Life Technologies hooked up with CollabRx (Nasdaq: CLRX) to use the company's interpretive analytics to help develop tests for cancer diagnostics. CollabRx combines a patient's data from multiple sources to help the doctor develop a treatment plan. The genotype of a tumor tells you a lot about what drugs might be able to kill the tumor, but the genetic variation still needs to be taken in context with other pieces of information.

Getting the sequence and knowing what to do with it are two different things. One startup sequencing company, Knome, has begun selling a $125,000 supercomputer, so hospitals can analyze patients' DNA sequences directly. Having the process in-house might speed up diagnosis, but the appeal seems to also be about avoiding confidentiality issues for the patients when the data is shared externally. Either way, the fact that hospitals are buying the station is a sign that they see a future in using patients DNA sequences when diagnosing patients.

On the cusp (still) We've been on the verge of pushing genomics into diagnostics for years. Illumina added a new division for diagnostics back in 2008. Four years later, we're further along, but we're still a ways away from where DNA sequencing is a mainstream test done by most doctors.

The limiting factor is a combination of usefulness and cost, both of which are headed in the right direction. We're learning more about how genetic variations affect patients' physiologies. And the discoveries are accelerated as more people get their genomes sequenced.

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The Future of DNA Sequencing Isn't in the Lab

Posted in DNA

DNA will play pivotal role in Ridgeway case

DENVER - DNA evidence will almost certainly play a pivotal role in the ongoing investigation into the murder of Jessica Ridgeway, but a noted DNA expert cautions it can also potentially lead investigators down a rabbit hole.

Take the backpack that was found shortly after Jessica Ridgeway was reported missing as an example. It was found in a neighborhood in Superior.

"What if some kid sneezed on [Jessica's] backpack during recess [at her school]? Then we're focusing all of our efforts on this, and when we don't find that person we then think we haven't found the killer," Dr. Elizabeth Johnson told 9News from her California home on Monday.

Dr. Johnson has more than 20 years of experience working in the field of DNA technology. She was called by the defense to testify during the Kobe Bryant case in Colorado. She currently works in private forensic consultation.

"I think the biggest misconception about DNA technology is that it is infallible and that there are never mistakes made," she said. "Just because you someone's DNA on an object doesn't make them guilty of a criminal act."

Of course, she said, the presence of particular bodily fluids can also be indicative of a criminal act, and thus lead investigators closer to a killer. But she cautions that CSI-like television shows have raised the expectations of many people in inappropriate ways.

Dr. Andrew Bonham is a professor at Metropolitan State University and says he still believes DNA will help in the Ridgeway murder investigation.

"I am almost 100 percent convinced," the molecular biology expert said. "That (the killer) is going to leave traces of DNA behind and that investigators are going to find those traces."

He said that current technology allows investigators to collect even seemingly miniscule portions of bodily fluids in an effort to identify critical DNA markers.

"We're now talking about almost less than you can perceive," he said.

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DNA will play pivotal role in Ridgeway case

Posted in DNA

BVU students present research on environmental impact of Bt corn

Jennifer Heim and John Killpack. /Photo submitted

The students were invited to share their findings at the North Central Chapter (NCC) Conference of the International Society of Wetland Scientists (SWS) in Chesterton, Ind., in late September. Jennifer also earned a competitive travel grant to attend the conference and present their project, entitled, "Impact of Bt Corn Leaf Detritus on Aquatic Macroinvertebrates."

Jennifer developed the proposal for the project during the spring semester of her sophomore year. She chose the topic because she recognized its significance to agriculture and the health of freshwater systems.

"I've always been curious about anthropogenic effects on ecosystems, and when told to select a topic that I would be working on for three years, I knew I wanted to find something interesting that was currently impacting the environment and humans," says Jennifer. "I browsed current science journal articles and happened across one about the impact of Bt corn detritus on macroinvertebrate communities. I had heard of Bt corn before seeing that article, but didn't know much about it. After I read the article, I realized that this was something that could have serious impacts on freshwater systems near agricultural land."

Bt corn has been genetically altered to express the bacterial Bt toxin, which is poisonous to insect pests. In biology, detritus is non-living particulate organic material which can include the bodies or fragments of dead organisms. Aquatic macroinvertebrates are found in lakes, streams, ponds, marshes and puddles and help maintain the health of the water ecosystem by breaking down leaf detritus and other organic matter to perpetuate the cycling of nutrients and energy through the system.

John grew up on a farm and was relatively familiar with Bt corn and its effects on the environment. He had also previously completed an internship with the Missouri River Basin that gave him greater knowledge about macroinvertebrates and water quality. He was intrigued enough to get involved with Jennifer's project.

"When I heard that Jennifer was basing her project in these areas, I decided to join her and assist in the research project," John says. "Our hypothesis was that the presence of Bt corn leaves as a food source for aquatic macroinvertebrates will show negative environmental effects in lab and field testing when compared to non-Bt corn leaves. In our research, we found negative survivability effects on tricopteran macroinvertebrates when comparing results from Bt corn leaves verses non-Bt-corn leaves."

The research project allowed John to obtain experience in a field-based project in order to assist in his decision to pursue ecological research or a human health direction after he graduates from BVU in the spring.

Beyond the results of the research, Jennifer also learned about enduring the challenges and trials of her project.

"One of the most important things I've learned is patience and acceptance that not everything is going to work out the way you want it to on your first try," Jennifer says. "This was research, not a controlled lab exercise. With that, you're going to have to go through a lot of trial and error for things to work, and even then you cannot always expect to get the results you want to see."

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BVU students present research on environmental impact of Bt corn

Einstein establishes the Paul F. Glenn Center for the Biology of Human Aging Research

Public release date: 15-Oct-2012 [ | E-mail | Share ]

Contact: Kim Newman sciencenews@einstein.yu.edu 718-430-3101 Albert Einstein College of Medicine

October 15, 2012 (BRONX, NY) Albert Einstein College of Medicine of Yeshiva University has received a $3 million grant from the Glenn Foundation for Medical Research to establish the Paul F. Glenn Center for the Biology of Human Aging Research. The grant will fund research to translate recent laboratory and animal discoveries into therapies to slow human aging.

Aging contributes to many of the debilitating and costly diseases including cancer, cardiovascular disease and diabetes that burden the United States and many other countries. This complex but universal condition causes individual cells and the body as a whole to decline in function. Finding the mechanisms that underlie the aging process may lead to treatments that slow aging, prevent or limit common diseases, and allow people to live healthier, longer lives.

"Unless we find protective mechanisms to delay aging, we will not make progress against age-related diseases," said Nir Barzilai, M.D., co-director of the new center as well as director of the Institute for Aging Research, the Ingeborg and Ira Leon Rennert Chair in Aging Research, and professor of medicine and of genetics at Einstein. "With this valuable grant from the Paul F. Glenn Foundation, we hope to make significant advances toward understanding the aging process and improving human health."

"The generosity of Paul F. Glenn and his foundation is a welcome shot in the arm for aging research in the United States, which is chronically underfunded," said Jan Vijg, Ph.D., co-director of the new center, the Lola and Saul Kramer Chair in Molecular Genetics, and professor and chair of genetics and professor of ophthalmology and visual sciences at Einstein. "This grant will help Einstein to maintain its position as one of the world's leaders in this rapidly growing field."

"Paul F. Glenn has been a visionary in aging research for more than 30 years," said Ana Maria Cuervo, M.D., Ph.D., co-director of the new center, the Robert and Rene Belfer Chair for the Study of Neurodegenerative Diseases, and professor of developmental and molecular biology, of anatomy and structural biology and of medicine at Einstein. "Some of us got to know him when we were still graduate students and he came to scientific conferences to see the data as it was being developed. Paul's personal approach to science has made a big difference to many of us in the field of aging research and has contributed to the career development of many young investigators."

The funding, in the form of pilot and feasibility study grants, is targeted to several specific research projects: uncovering the genetic and epigenetic mechanisms that protect humans against aging and age-related diseases, testing the effectiveness of the first-generation pro-longevity therapies, and developing novel preventive and therapeutic interventions against cellular aging in humans.

###

Drs. Barzilai and Cuervo are also co-directors of Einstein's Institute for Aging Research and, together with Dr. Vijg, of the Nathan Shock Center for the Basic Biology of Aging. Both centers are funded by the National Aging Institute, part of the National Institutes for Health.

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Einstein establishes the Paul F. Glenn Center for the Biology of Human Aging Research

Obama, Romney have ways to make you vote

(Crown Publishing Group) - The Victory Lab by Sasha Issenberg.

More from PostPolitics

Chris Cillizza

THE FIX | Its ridiculous that the two campaigns dont want Crowley to ask followup questions.

Felicia Sonmez

Campaign ramrodded their way into kitchen so Ryan could get picture taken washing dishes, charity chief says.

Chris Cillizza

How did the late-night comedy show see the vice presidential debate?

Turnout is where precision targeting really works, says Sasha Issenberg, author of The Victory Lab: The Secret Science of Winning Campaigns. Political scientists are using the tools of behavioral economics and behavioral psychology to understand why people vote and how to enforce that habit; campaigns are building voting scores for people in their databases like the financial industry builds credit scores.

Does it work? More than 1.1 million people already have voted, according to early voting statistics collated by George Mason University political scientist Michael McDonald, and plenty of them were prodded to do so without ever knowing it.

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Obama, Romney have ways to make you vote

Jacqueline Laurita of 'Real Housewives of New Jersey' Shares 'Ultherapy' Beauty Secret

ABC News' Juju Chang and Cathy Becker report:

Jacqueline Laurita lives a life in the spotlight.

As a star of the hit reality-TV show " The Real Housewives of New Jersey," the mother of three has been engaged in an on-air fight with former friend Teresa Guidice, a fight that most recently played out on the show's three-part reunion.

"It would just take a lot at this point," Laurita, 42, told "Good Morning America" of a possible reconciliation with her co-star and one-time friend. "It's hard. It's stressful."

Another thing Laurita can't reconcile is the concept of aging gracefully.

"I think that when people age gracefully, the people that age gracefully, it's because they can. Just for me, if I can fight it, I will," she said.

To deal, in part, with the reality of appearing on reality TV, Laurita admitted that she has tried many beauty approaches and treatments, including Botox, fillers and Fraxel laser.

The newest weapon in Laurita's fight is called "Ultherapy," a noninvasive skin treatment that uses ultrasound to lift, tone and tighten loose skin.

RELATED: Can you stop the clock with preventive Botox, thermage treatments?

Dr. William Song, an aesthetic medicine specialist at Omni Aesthetics in Oakland, N.J., performs the procedure for Laurita. He told "GMA" that the procedure was one of his favorite anti-aging therapies. And there's zero downtime.

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Jacqueline Laurita of 'Real Housewives of New Jersey' Shares 'Ultherapy' Beauty Secret

Why Emily Owens, M.D. Is Grey's Anatomy 2.0

Mamie Gummer, Ellen Pompeo

From the moment Emily Owens, M.D. begins, one thought will surely cross your mind: This feels very familiar.

That's because The CW's new medical dramedy is pretty similar to ABC's stalwart Grey's Anatomy from the titular protagonists' names to the voiceovers and even the characters, the tone of Shonda Rhimes' medical drama is present.

Emily Owens stars Mamie Gummer (The Good Wife, Off the Map) as a first-year intern who, while working alongside her best friend/crush (Justin Hartley) and her childhood nemesis (Aja Naomi King), must learn the hard way that hospitals are a lot like high school.

VIDEO: Watch the premiere of The CW's Emily Owens, M.D. online now!

"I think that every medical show now is going to be compared to Grey's," Gummer tells TVGuide.com. "I did a show called Off the Map and it was set in a jungle and everyone was comparing it to Grey's. It's sort of inevitable. Grey's has gotten a little gray. It has more somber notes generally than we do, but Grey's is a great show and it's been running forever, so obviously they're doing something right."

What they're doing right is exactly what Emily creator Jennie Snyder Urman probably hopes to capitalize on considering archetypes from the Shondaland flasgship series can be found in the CW show. Let's take a look at the characters to see how similar they really are:

Emily Owens (Mamie Gummer) is Meredith Grey: Both docs came to their respective hospitals wide-eyed and hoping to make a difference, but where Mer went dark and twisty, Emily is still hoping to hang on to her bright and shiny side, which offers a lot of awkward comedy as she navigates the waters of residency. "She's generally awkward," Gummer says. "She's lacking in social graces, but she's very well-intentioned. She's smarter and has more depth than she's given credit for or that she's aware of. She's a kind of geeky character." And although both characters use voiceover narration, expect more from Emily than what you're used to from Grey's.

Will Rider (Justin Hartley) is Derek Shepherd: Like Derek was to Meredith, this is ultimately the heartthrob that you and Emily will be rooting for her to end up with. No random one-night stands here, though, as the duo went to medical school together and she's been harboring a longtime crush on her pal. "You learn that they have a real friendship founded on a lot of shared experience and true affection," Gummer says. "It's not just a girlish crush that she has." And just like Grey's dragged out the will-they-won't-they tension for MerDer, so too will Emily as Gummer says they're still working through that in episodes they're currently filming.

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Why Emily Owens, M.D. Is Grey's Anatomy 2.0

Ivy Tech's nano hub

SOUTH BEND -- Ivy Tech Community College in South Bend next year will add an intensive, 18-credit summer nanotechnology study program that is expected to draw students from across Indiana and possibly from other states.

The new program will be funded with a $165,000 National Science Foundation grant awarded to the South Bend campus. The grant will allow the campus here to develop a Nanotechnology Application and Career Knowledge (NACK) Network teaching site hub here, one of just seven such hubs in the nation.

The teaching site here is being developed in partnership with Penn State University.

Nanotechnology involves research and technological development at a scale so tiny it's measured in nanometers -- billionths of a meter. It creates and uses structures that have novel properties because of their size, and it offers the ability to manipulate individual atoms and molecules.

Jobs prospects are expected to be good in the growing field of nanotechnology.

The initial 10-week summer program will have room for 20 students. The program will be intense: six courses, requiring class work eight hours a day, five days a week.

Ivy Tech in South Bend last year became the first -- and so far the only -- college in Indiana to offer an associate's degree program in nanotechnology.

Abdollah Aghdasi, chair of Ivy Tech's nanotechnology program, expects the summer program to draw students from Ivy Tech's other campuses around the state and also from some four-year colleges and universities.

"You don't need to be an Ivy Tech student. We can take students from Notre Dame, IUSB, Western Michigan University -- anyone who wants to come and get the exposure to nanotechnology," he said.

Although the nanotechnology degree currently is offered only in South Bend, students at other Ivy Tech campuses could take their general education requirements at their home campus, attend the intensive summer of nanotechnology courses in South Bend, then arrange to complete requirements (including an internship) for the nanotechnology degree back at their home campus, Aghdasi said.

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Ivy Tech's nano hub

pSivida CEO to Discuss Sustained Delivery and Nanotechnology in Ophthalmology at Upcoming Massachusetts Biotechnology …

WATERTOWN, Mass.--(BUSINESS WIRE)--

pSivida Corp. (PSDV)(PVA.AX), a leader in developing sustained release, drug delivery products for treatment of back-of-the-eye diseases, today announced that its President and CEO, Dr. Paul Ashton, will discuss Cross Fertilization: Sustained Delivery and Nanotechnology in Ophthalmology at an upcoming Formulation and Drug Delivery Committee Meeting of the Massachusetts Biotechnology Council on Wednesday, October 17.

Dr. Ashtons presentation will focus on delivery of peptides and proteins, primarily in ophthalmology. Currently the eye space is dominated by two anti-VEGF proteins, Roche/Genentechs Lucentis and Regenerons Eyelea. Both of these drugs must be repeatedly injected directly into the eye, typically every one to two months. The development of a sustained release protein delivery system would offer a significant advantage in ophthalmology, said Dr. Paul Ashton, president and chief executive officer of pSivida. pSivida is presently developing such a delivery system, called Tethadur, which is based on the companys BioSilicon technology platform. This delivery system could also have a significant clinical impact outside of ophthalmology for diseases requiring systemic administration, particularly in the BioSimilars era.

Tethadur is designed to provide sustained delivery of biologic molecules, including proteins, antibodies and peptides. It is composed of nanostructured porous material, in which the sizes of the pores are manufactured to accommodate specific protein, peptide or antibody molecules. Very simply put, Tethadur can be viewed as a high tech egg box where each protein molecule is contained in its own spot until it is released, said Dr. Ashton. We are able to control the release rate of a drug by controlling the pore size of the Tethadur delivery material.

pSivida recently announced a technology evaluation agreement with a leading global biopharmaceutical company to evaluate Tethadur in the field of ophthalmology. Although we are at the very early stages with Tethadur, the potential improvement in patient care and clinical outcomes could be highly significant, Dr. Ashton stated. We have already been successful in this field, working with partners we have developed three of the four sustained release devices for ophthalmic drugs approved in either the US or the EU.

The Massachusetts Biotechnology Council (MassBio), a not-for-profit organization that represents and provides services and support for the Massachusetts biotechnology industry, is the nations oldest biotechnology trade association. Founded in 1985, MassBio is committed to advancing the development of critical new science, technology and medicines that benefit people worldwide.

About pSivida Corporation

pSivida Corp., headquartered in Watertown, MA, develops tiny, sustained release, drug delivery products designed to deliver drugs at a controlled and steady rate for months or years. pSivida is currently focused on treatment of chronic diseases of the back of the eye utilizing its core technology systems, Durasert and BioSilicon. The injectable, sustained release micro-insert ILUVIEN for the treatment of chronic Diabetic Macular Edema (DME), licensed to Alimera Sciences, Inc., has received marketing authorization in Austria, France, Germany, Portugal and the U.K. and is awaiting authorization in Italy and Spain. The United States Food and Drug Administration (FDA) has cleared pSividas Investigational New Drug application (IND) to treat posterior uveitis with the same micro-insert. An investigator-sponsored clinical trial is ongoing for an injectable, bioerodible micro insert to treat glaucoma and ocular hypertension. pSividas two FDA-approved products, Retisert and Vitrasert, are implants that provide long-term, sustained drug delivery to treat two other chronic diseases of the retina.

SAFE HARBOR STATEMENTS UNDER THE PRIVATE SECURITIES LITIGATION REFORM ACT OF 1995: Various statements made in this release are forward-looking, and are inherently subject to risks, uncertainties and potentially inaccurate assumptions. All statements that address activities, events or developments that we intend, expect of believe may occur in the future are forward-looking statements. The following are some of the factors that could cause actual results to differ materially from the anticipated results or other expectations expressed, anticipated or implied in our forward-looking statements: uncertainty as to the efficacy, risk/benefit profile and side effects of the posterior uveitis product candidate; uncertainties with respect to Alimeras ability to commercialize ILUVIEN for DME in the EU; no assurance that Alimera will resubmit its application or be able to demonstrate to the FDA that the benefits outweigh the risks of ILUVIEN for DME using data from their two previously completed pivotal Phase III clinical trials (FAME Study), that additional clinical trials will not be required, that the population of chronic DME patients will be acceptable to the FDA or that Alimera will be able to obtain regulatory approval for ILUVIEN for DME in the U.S.; the timing and conditions for additional regulatory approvals are subject to decisions by regulators; necessity to raise additional capital to fully finance Phase III posterior uveitis trials as well as other working capital needs; ability to obtain additional capital; ability to initiate and complete clinical trials and obtain regulatory approval of product candidates; adverse side effects; Alimeras ability to successfully obtain regulatory approval of and commercialize ILUVIEN for DME in the EU; actions with respect to regulatory approval of ILUVIEN for DME in the U.S.; ability to attain profitability; initiation of Latanoprost Product trials and exercise by Pfizer, Inc. of the Latanoprost Product option; uncertainties with respect to pre-clinical products using Tethadur and BioSilicon; further impairment of intangible assets; fluctuations in operating results; decline in royalty revenues; ability to find partners to develop and market products; termination of license agreements; competition; market acceptance of products and product candidates; reduction in use of products as a result of future guidelines, recommendation or studies; ability to protect intellectual property and avoid infringement of others intellectual property; retention of key personnel; product liability; consolidation in the pharmaceutical and biotechnology industries; compliance with environmental laws; manufacturing risks; risks and costs of international business operations; credit and financial market conditions; legislative or regulatory changes; volatility of stock price; possible dilution; possible influence by Pfizer; absence of dividends; and other factors described in our filings with the SEC. Given these uncertainties, readers are cautioned not to place undue reliance on such forward-looking statements. Our forward-looking statements speak only as of the dates on which they are made. We do not undertake any obligation to publicly update or revise our forward-looking statements even if experience or future changes makes it clear that any projected results expressed or implied in such statements will not be realized.

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pSivida CEO to Discuss Sustained Delivery and Nanotechnology in Ophthalmology at Upcoming Massachusetts Biotechnology ...

Fake student investigated by university

The dean of Auckland University's medical school says he's extremely concerned a person managed to pretend to be a medical student for two years.

The student failed to gain entry into the medical school in 2010 but had since allegedly attended classes and was able to deceive classmates and teachers by not submitting assessments or sitting tests.

He was detected when an assignment was submitted which didn't match any name on the class list, Faculty of Medical and Health Sciences dean Professor John Fraser said.

The university was taking the incident seriously, Prof Fraser said.

"This type of behaviour is extremely unusual and this is the first such instance in the 43-year history of the medical school," he said.

"As well as undertaking reviews of the processes which allow enrolled students access to medical programmes, the University will assist in any investigations by any statutory agency."

Prof Fraser said the fake student hadn't been given any confidential or restricted training material and hadn't ever examined any patients or received confidential patient information.

However, the student was alleged to have dissected bodies donated for medical research, 3 News reported.

Prof Fraser said it was inappropriate to comment further given the fake student's actions "and the likelihood of a police investigation".

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Fake student investigated by university

University investigates fake medical student

The University of Auckland is investigating how a man who was denied a place at its medical school was able to attend classes.

The man is alleged to have dissected cadavers, donated for medical research, among other assignments.

A medical school spokesman said the man participated in the second and third year of the six-year medical course.

Over the two-year period he evaded lecturers by not putting his name to anything, he said. An anonymous person reportedly emailed 3News claiming the student was to work in a hospital environment as a third-year student.

That would allow him to work with patients and confidential information, the person said.

The university is believed to have issued a trespass notice against the man.

Dean of the Faculty of Medical and Health Sciences Professor John Fraser said, in a statement, the university was "extremely concerned to discover that a person who applied for entry into the medical programme in 2010 and was unsuccessful has since been attending classes".

"Because of the size of the medical class, and by not submitting assessments or sitting tests, the individual was able to deceive classmates and teachers.

"Ultimately the presence of this person was detected when an assignment was submitted that did not match any name on the class list.

"This individual is not a student and is not on any class list. This person has not been given any confidential or restricted training material, and has not, to our knowledge, ever been able to examine any patients or received confidential patient information."

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University investigates fake medical student

Einstein Establishes the Paul F. Glenn Center for the Biology of Human Aging Research

BRONX, N.Y., Oct.15, 2012 /PRNewswire-USNewswire/ --Albert Einstein College of Medicine of Yeshiva University has received a $3 million grant from the Glenn Foundation for Medical Research to establish the Paul F. Glenn Center for the Biology of Human Aging Research. The grant will fund research to translate recent laboratory and animal discoveries into therapies to slow human aging.

(Logo: http://photos.prnewswire.com/prnh/20120531/DC16559LOGO)

Aging contributes to many of the debilitating and costly diseases including cancer, cardiovascular disease and diabetes that burden the United States and many other countries. This complex but universal condition causes individual cells and the body as a whole to decline in function. Finding the mechanisms that underlie the aging process may lead to treatments that slow aging, prevent or limit common diseases, and allow people to live healthier, longer lives.

"Unless we find protective mechanisms to delay aging, we will not make progress against age-related diseases," said Nir Barzilai, M.D., co-director of the new center as well as director of the Institute for Aging Research, the Ingeborg and Ira Leon Rennert Chair in Aging Research, and professor of medicine and of genetics at Einstein. "With this valuable grant from the Paul F. Glenn Foundation, we hope to make significant advances toward understanding the aging process and improving human health."

"The generosity of Paul F. Glenn and his foundation is a welcome shot in the arm for aging research in the United States, which is chronically underfunded," said Jan Vijg, Ph.D., co-director of the new center, the Lola and Saul Kramer Chair in Molecular Genetics, and professor and chair of genetics and professor of ophthalmology and visual sciences at Einstein. "This grant will help Einstein to maintain its position as one of the world's leaders in this rapidly growing field."

"Paul F. Glenn has been a visionary in aging research for more than 30 years," said Ana Maria Cuervo, M.D., Ph.D., co-director of the new center, the Robert and Renee Belfer Chair for the Study of Neurodegenerative Diseases, and professor of developmental and molecular biology, of anatomy and structural biology and of medicine at Einstein. "Some of us got to know him when we were still graduate students and he came to scientific conferences to see the data as it was being developed. Paul's personal approach to science has made a big difference to many of us in the field of aging research and has contributed to the career development of many young investigators."

The funding, in the form of pilot and feasibility study grants, is targeted to several specific research projects: uncovering the genetic and epigenetic mechanisms that protect humans against aging and age-related diseases, testing the effectiveness of the first-generation pro-longevity therapies, and developing novel preventive and therapeutic interventions against cellular aging in humans.

Drs. Barzilai and Cuervo are also co-directors of Einstein's Institute for Aging Research and, together with Dr. Vijg, of the Nathan Shock Center for the Basic Biology of Aging. Both centers are funded by the National Aging Institute, part of the National Institutes for Health.

Other Einstein researchers in the Paul F. Center for the Biology of Human Aging Research include Jill Crandall, M.D.; Mark Einstein M.D., M.S.; Claudia Gravekamp, Ph.D.; John Greally, M.B.B.Ch., Ph.D.; Meredith Hawkins, M.D.; Fernando Macian, M.D., Ph.D.; and Yousin Suh, Ph.D.

Founded in 1965 by Paul F. Glenn, The Glenn Foundation for Medical Research aims to extend the healthy productive years of life through research on the biological mechanisms of aging.

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Einstein Establishes the Paul F. Glenn Center for the Biology of Human Aging Research