GMO Lawsuits Are Making the News

Mikal Watts is leading a team of legal professionals in a class act lawsuit against Syngenta, who is accused of selling US farmers tainted and genetically-modified corn.

It is estimated that over 20 percent of corn is produced in the United States. In turn, it is exported internationally. Upon receiving tainted corn from Syngenta, recipients closed their ports, which caused a spiraling effect of lose wages for US farmers nationwide. Watts primary focus is to help recover financial damages felt by hundreds of thousands farmers nationwide.

Mr. Watts was born in Corpus Christi, Texas. San Antonio Magazine told that after receiving an undergraduate degree in 1987 from the University of Texas in only two short years, he went on to graduate from the University of Texas Law School in 1989 at 21 years old. Immediately afterwards, he began a successful career in law as a briefing attorney in the Supreme Court of Texas under Hon. Thomas R. Phillips.

In 1990, he was taken on as an associate at the law firm of David L. Perry & Associates in Corpus Christi, Texas, where after only one year, he became partners in the law firm of Perry & Hass, L.L.P. After four extraordinarily successful years, Watts created his own law firm, Harris & Watts. Since then, Mr. Watts has continued his lucrative career in law, and has expanded his practice to 29 offices with over 100 employees.

Scientists Release 3D Printed Human Corneas

Scientists at the Newcastle University have released 3D-printed human corneas, making way for 3D technology to be used in the production of human corneas in the future. This will ultimately help meet the huge demand for human corneas. These new version of human corneas is designed for improve vision focus.

The innovation comes at a time when there are over 10 million persons globally, according to findings published on Experimental Eye Research, that need urgent eye surgery to save them from cornea blindness due to eye diseases like infectious eye disorder and trachoma among others. The research elaborates how stem cells from the cornea of a healthy donor created a bio-ink that is easily printable when mixed with collagen and alginate. The bio-ink was then extruded in multiple concentric circles, and the end results were the shape similar to the human cornea. The human cornea was then printed via a simple 3D bio-printer. The procedure took approximately ten minutes.

Che Connon, Newcastle University’s lead professor of the tissue engineering department and who commissioned the work, noted that many medial teams across the globe have been considering the idea of using bio-ink in the manufacturing of the human cornea. He added that his team used a unique gel that featured a combination of collagen and alginate to keep the stem cells alive, while they designed a tough material with capabilities of holding the shape of the 3D human cornea. Professor Connon said this helped facilitate their previous work whereby they used a hydrogel to keep the stem cells alive. He noted their work offered a breakthrough for people living with cornea problems, since their discovery helped manufacturers of human corneas start printing human cornea devoid of having to grow the stem cells separately. Besides building a 3D printed human cornea, the scientists further demonstrated the process of building a human cornea that match a person’s unique specifications. But Professor Connon noted that their newly designed 3D printed human corneas will be subjected to further testing before they start been used for transplants

Conclusion

The discovery of 3D printed human cornea by researchers at Newcastle University has given hope to countless people globally who live with cornea problems. Again, the discovery can potentially increase the supply of human corneas.

 

10 Million People Might See Clearly Again in the Near Future

Medical transplants have revolutionized the field. Hospitals have been able to provide hope to people who would otherwise have lost everything. And countless people have been able to live full and happy lives as a result of a donor’s gift. But the system is far from optimal. There’s almost always far more people who need a transplant than there are donors. An impressive amount of research has gone into a general search for alternatives.

 

Devices which can support or mimic an organ’s functionality have had some success. But even those breakthroughs are largely thought of as a way to keep patients alive until a transplant can be performed. One needs to understand the significance of an transplants to fully grasp how important a recent announcement was. Prof Che Connon and Dr Steve Swioklo revealed that they’d successfully created a human cornea using 3D printing technology.

 

To expand on this, there’s currently an estimated 10 million people with severe visual impairment. And these numbers grow exponentially as one goes further into various degrees of blindness or impairment. The prospect of creating corneal transplant material in a lab is revolutionary. Even more so when one considers the time involved. The actual process of using their special bio ink to create a cornea only took about ten minutes.

 

Of course there are some caveats to keep in mind. The first is that this is only the first step in repairing human eyes with 3D printing techniques. It holds potential to fully cure people whose vision issues are the result of corneal damage. But moving past those initial stages will take some time.

 

This is similar to the need for initial liver transplants before researchers were able to move onto more complex organs. The same push forward is a necessity with any truly revolutionary technology.

 

But the 10 million people suffering from severely impaired vision have a new hope for the future. At the moment this technique seems fast, relatively inexpensive and very effective. Given how promising it is one would expect full clinical testing to move forward at a rapid pace.

Being Courageous Like Nick Vertucci

There are a lot of factors that are needed for success. One of the factors that Nick Vertucci has is courage. One of the interesting things about courage is that people think that there is no fear in courage. However, a lot of people say that courage requires a bit of fear. As a matter of fact, some people learn to use fear to propel them into action as opposed to keep them from moving forward. This is one thing Nick Vertucci did when he got involved in investing. He took the time to look at the odds of success in investing and has decided to go through with it.

One of the greatest aspects of fear is that it can be influenced. One of the best ways to influence fear is by knowledge. One of the most common sayings about fear is that one fears what he can’t understand. Therefore, if there is a challenge ahead that causes people to be fearful, one thing that they can do is get as much knowledge about the challenge as they can so that they can make it manageable. Nick Vertucci himself has done a lot of research about what he wanted to get involved in so that he would not be intimidated.

Nick Vertucci has chosen the field of real estate investing. He has taken a lot of risks and even failed. One of the most interesting things about the failure and success of Nick is that he has gained it and then lost it all. Then he has regained his success again by starting over. One thing that people need to understand is that it is sometimes important to be resilient more than anything. Failure is one thing that is inevitable in life. The most important thing to do is learn from it.

Big Strides In Vision Care: These Aren’t Your Mom’s Contact Lenses

Over 500 years ago Leonardo Da Vinci invented the first contact lens. His original design was very rudimentary as it was made of glass and covered the whole eye, not just the cornea. They’ve made progress by leaps and bounds in the contact lens arena since then. Here are just a few examples of the new innovations today in contact lenses.

 

We all know how hard it is administering drops for a medical condition concerning the eye. Children’s Hospital Boston has created a prototype of a contact lens that secretes medication. Traditional eye drops can get messy and that leads to wasted medication and wasted money when that happens a person gets as little as one percent of their dose. The contact lens actually administers all the medication required.

 

A tiny contact lens washing machine was made by a Canadian inventor now residing in Taiwan. This invention was named the Jitterbug. The Jitterbug cleanses impurities from your contact lens without the rubbing and scratching that comes with the conventional way we clean contact today. Just insert the lenses in the contact lens-like case overnight and let the high-frequency sound waves do all the work. This not only cleans thoroughly but increases the life of your contact lenses.

 

Another emerging trend is the simultaneous vision contact lens. This means that the contact lens has a graduation of strengths. Correcting distance, near and intermediate vision issues. Simultaneous vision lenses are now available in different materials and designs. There are two types of simultaneous contact lens. One is concentric, which has defined alternating rings of near and far strengths as in a bulls-eye. The other is aspheric, which has a blended graduation of different strengths akin to the progressive glasses lens we see on the market. The aspheric contact lens is currently the newest and most popular of the soft contact lenses on the market.

 

To Mute or not to Mute that is the Question

When it comes to Facebook, we are socially inclined to become involved with friends and families likes and dislikes. We do this to show we care about their lives as well as our own. But, just how much or deep of a connection must we have to show our loyalty? There are only so many minutes to each day, yet, most of us have a multitude of people and activities available to more than fill them.

Let’s face it, there are more people and activities we’re faced with on a daily basis than there are minutes in a day. That’s when we embrace the beauty of choices. Everyone loves and needs the ability to have and make choices on a daily basis. This is especially warranted when it comes to social interactions. Facebook has come up with an answer that empowers Instagram users to remain connected while disconnecting in a sense.

That answer comes in the form of a “mute,” choice. Instagram users will be enabled to make the best use of their time, still enjoy and interact without being bombarded or overwhelmed. They find balance within their social circles and delight in what interests them. All of the advantages without any negatives, no one is the wiser. No one feels slighted and everyone remains special. Your text to link…

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3D Print Technology Offers Hope to Those Suffering From Corneal Disease

For those suffering from corneal eye disease or injury, the world can be a very dark and blurry place. A breakthrough at Britain’s Newcastle University where researchers have developed a process to 3D print a human cornea now offers hope to millions.

The cornea, the clear covering over the front of the eye, protects the eye and is critical to the ability to focus and refract light. When injury, disease or genetic conditions damage the cornea, vision can be severely impaired. In some cases, blindness occurs.

In the past, the most common treatment was a cornea transplant using a healthy cornea from a donor. However, the high incidence of laser eye surgery over the past few decades has resulted in many fewer donors with unaltered, healthy corneas.

With an estimated 10 million people around the globe who could benefit from a cornea transplant, researchers have been working to find a way to provide the needed corneas using 3D print technology. The team at Newcastle University is now the first to successfully 3D print a human cornea.

Led by Dr. Stephen Swioklo, Professor Che J. Connon and Abigail Isaacson Ph.D., the team first had to develop a viable bio-ink. By combining stroma stem cells from a healthy cornea with alginate, a gum-like substance extracted from seaweed and algae, the team developed a promising bio-ink. Next, precise measurements of a human cornea were scanned into a digital printer. The final step was to print the cornea with the bio-ink.

The process shows promise. After one day, 90 percent of the corneal stem cells, or keratocytes, remained viable and at the end of day seven, 83 percent had not degraded.

The Newcastle University researchers are not the first to attempt using 3D print technology to solve the cornea shortage in the world, but their success will likely lead many others to enhance and improve on their efforts. While further testing and clinical trials are required before 3D printed corneas become an accepted treatment, the light is shining on those waiting in the dark for a corneal transplant.

 

The Latest Eye Surgery Is Shocking The Medical Industry

In the medical industry today, it really is no surprise to hear about another medical advancement or breakthrough. Simply put, we have gotten so technologically and scientifically advanced that we are continuously and consistently producing new discoveries. Having said that, we can see why it would be a major deal to hear about a medical breakthrough that is shaking the entire industry. Well, as it turns out, this is exactly the case for an eye surgery within the medical industry. Proven to be one of the most effective and simplest methods in the field of optometry, it is shaking up the minds of medical professionals all over the world. There is no denying how important out eyesight is to us, the fact that we are improving in this area is impressively scary in many ways. In fact, this new surgical procedure has been described as easy enough to perform that, almost anyone can do it. Needless to say, those are confident descriptions for this breakthrough. Without further ado, here is more on this shocking medical advancement.

 

The Eye Surgery That Is Shocking The Medical Community

Considering how cherished of a gift that eyesight is to all of us, it would be a shame if we didn’t have it. Well, as we can see from this article on this new eye surgery breakthrough, we might one day live to see a time where there is no such thing as blindness. In addition to this, the article also alludes to the fact that we might one day reach such a time very soon. Considering how far we have come in this area specifically, all the signs point to there being a completely reversible sure for blindness. Furthermore, the article also discusses how things like eyeglasses and contacts will very soon be a thing of the past. Considering how comfortable we have gotten with eyeglasses and contact lenses, it will definitely take some getting used to the fact that they will one day not be necessary.

GOOGLE’S ARTIFICIAL INTELLIGENCE

Google latest developments with artificial intelligence and how it can be used to help healthcare providers identify patient’s that may be suffering from heart diseases, stroke and other health related illnesses that will occur with in the next five years of the patient life. Recent studies indicates the accuracy of Google’s Artificial Intelligence unique algorithm and it’s ability to diagnose patient’s as well as predicting future health risks just by scanning the back of the patients eye. Researchers believe that Google’s Artificial Intelligence can not only diagnosed and predict the well being of patients answers to the reason of cause of heart diseases will be made available as well.

 

SUKI ARTIFICIAL INTELLIGENCE ASSISTANTS

Artificial intelligence voice assistance just might be the next best thing in the healthcare industries. Suki the developer of this artificial intelligence voice powered assistance is highly recommended by healthcare provider to be implemented with in all major healthcare facilities. Suki’s Artificial Intelligence voice assistance has the ability to to retrieve patient records, access EHR (electronic health record) and interact with patients and healthcare providers. With their current patient information and doctor aptitude, doctor’s facility driven activities might be particularly situated to coordinate computerized well-being enhancements that streamline conveyance of care.

The American Medical Association reinforced its responsibility regarding driving supplier selection and use of computerized well being arrangements submitted 27 million to its accomplice hatchery Health2047, as indicated by MobiHealthNews. This is the most recent indication of the American Medical Association’s eagerness for advanced well being following the gathering’s goals to grow computerized well being as one of its best promotion needs of 2018.

Hydrogel Developed To Support Eye Health

A research team at British Columbia University have successfully developed a hydrogel that is capable of providing the eye with needed medications and may be a viable treatment for both glaucoma and macular degeneration.

Delivering drugs to the eye has been problematic with eye health as drops tend to have to run off to achieve maximum benefits and many times, the small amount of medication that reaches the eye from drops does not make its way to the back of the eye where the most benefits will be seen.

Modern medicine is accepting of the fact that cannabinoids provide beneficial effects but as of yet no efficient method to deliver these compounds in a direct manner to the eye has been found. These compounds are not very water soluble which disqualifies eye drops as an option.

The pharmaceutical company InMed set out to provide a system of delivering cannabinoids to the eye known as cannabigerolic acid. The company put its faith in Vikramaditya Yadav, a Ph.D. and assistant professor at British Columbia University, and the team of chemical engineers and biologists he assembled to help with the development of the product.

The team was able to utilize products already determined to be safe by the United States Food and Drug Administration to develop the hydrogel. They then took the step to infuse particles of CBGA nanoparticles into the hydrogel. The roll-off that is experienced with eye drops are not seen with the hydrogel developed by Yadav and his team as the nanoparticles are specially formulated to adapt to temperature and form a coat on the cornea.

To date, the formula has only been tested on the cornea of pigs and Yadav admits that he and his team are presently quite a ways from the drug being made available to patients commercially. His immediate hopes are that working with other clinicians, he and his team can one day realize their vision of the hydrogel being used a delivery method or medications that address a variety of issues concerning the health of the human eye.

3 Innovations in Eye Healthcare

Many people all over the world struggle daily with visual impairments and eye disease. Some of the eye conditions are inherent. Thanks to technological innovation and scientific research, their many discoveries in eye treatment today.

Restoration of Eyesight

Recent research into losing of eyes right shows that stimulation of the nerves of the eyes can help restore eyesight for blind people. The never would stimulate using electric impulses. The procedure would involve creating an artificial retina in the form of a thin film to place on the natural retina. Using an organic material capable of responding to light. This film, if placed on the eyes, would react to light. It would convert the light signals into electric impulses. The electrical pulses would stimulate the nerves of the eye. This discovery was at Linkopin University in Sweden. If proven successful, it would be a significant breakthrough in the fight against diabetic blindness. Information from this study can also be used to halt or reverse retinal degeneration.

Reversing Retinal Degeneration

Scientists at Birmingham University discovered a solution for red and green color blindness. People who have red and green color blindness cannot distinguish the two colors from the rest. Their eyes do not pick up the two colors. Scientists discovered that contact lenses made from cheap dye could help solve this problem. This discovery will also help to cut down on the cost of contact lenses.

Retina degeneration

At Duke University, scientist researched causes of inherent retina degeneration. They discovered that the mutant protein cells that cause retina deletion could be strong structure. The cells usually fold up and die. Boosting them would prevent the folding up that leads to the destruction of the retina. This profound discovery is a breakthrough in the treatment of any diseases that involve cell degeneration. Examples are Alzheimer’s and Parkinson diseases.

 

There are many breakthroughs in research in the eye treatment and diagnosis. There is hope that visual impairedness will be a thing of the past shortly.