Monday, September 22, 2014
Saturday, September 20, 2014
15 Ways Video Games Make You Smarter And Healthier
- DINA SPECTOR AND KEVIN
- SEP. 20, 2014, 10:33 AM
Video games are a huge industry and a big part of our society — take a look at Microsoft's recent purchase of a game studio for $2.5 billion — but games get a bad rap.
They're often portrayed as antisocial, violent, and as an addictive waste of time that encourages obesity.
But that's not necessarily accurate, and it's definitely not the full story.
Lots of people play video games. According to the Entertainment Software Association, 59% of Americans play games. Despite problems with sexism in the gaming world, 48% of those players are women, and the average player is 31 years old.
It's a big business too. The global gaming industry was worth $67 billion in 2013 and is projected to grow to $82 billion by 2017. Robert Morris University announced this year that they would start giving scholarships to League of Legends players — a game that top competitors make a ton of money playing.
Contrary to their reputation, many games have educational, physical, and psychological benefits for players. Games that use repetitive actions, such as the swinging of a bat or targeting a moving object, train the brain and muscles to perform better in real-life activities.
Video game brain training has the same effect as reading a book or riding a bike — when the brain is learning, thousands of new connections are being formed. The addition of a reward system motivates players to continuously improve their skills.
People who play action-based games make accurate decisions 25% faster.
Fast-paced games require quick thinking and fast reactions to avoid being killed. In real-life situations, active gamers have a better sense of what is going around them and are able to make decisions faster, according to scientists from the University of Rochester.
In the one study, participants aged 18 to 25 were split into two groups. One group played 50 hours of the action-packed first-person shooter games "Call of Duty 2" and "Unreal Tournament," and the other group played 50 hours of the simulator game "The Sims 2." The action game players made decisions 25% faster in a task unrelated to playing video games, without sacrificing accuracy.
"Action game players make more correct decisions per unit time. If you are a surgeon or you are in the middle of a battlefield, that can make all the difference," study researcher Daphne Bavelier said in a statement.
A driving game improved memory, focus, and multitasking ability in older adults.
According to a study published in the journal Nature, researchers "discovered that swerving around cars while simultaneously picking out road signs in a video game can improve the short-term memory and long-term focus of older adults," The New York Times reports.
A group of adults between the ages of 60 and 85 were were recruited to play a game called NeuroRacer for 12 hours over a month. Six months after playing the game, the older adults were better at multitasking, retained more information in a short period of time, and had stronger attention skills.
Video games encourage physical activity.
Endless hours parked in front a computer screen generally does not lead to weight loss. But games that pair virtual worlds with exercise could get people who are less inclined to workout to start moving.
Researchers have found that playing games on a Nintendo Wii that force people to get up and move for 20 minutes at a time is a legitimate and potentially more interesting alternative to traditional aerobic exercise.
Another study in the journal Pediatrics found that playing games like Dance Dance Revolution was equivalent to moderate intensity exercise for kids, making it a "a safe, fun, and valuable means of promoting energy expenditure," according to the study.
Video games may also be more effective at changing behavior. In a study from the University of Indiana, people who received workout advice through a game called Second Life reported more positive changes in healthy eating and physical activity than people who went to a traditional gym, even though weight loss was the same in both groups.
Video games improve vision.
Another study led by Daphne Bavelier of the University of Rochester, showed that video games improve vision by making players more sensitive to slightly different shades of color, known as contrast sensitivity.
People who played action-based video games — particularly first-person-shooter games — were 58% better at perceiving fine differences in contrast, the researchers said.
"When people play action games, they're changing the brain's pathway responsible for visual processing," Bavelier said in a statement. The training might be helping the visual system to make better use of the information it receives.
Surgeons improved their laparoscopic skills by playing video games.
Playing video games on the Nintendo Wii improved skills needed for laparoscopic surgery, a procedure in which a thin tube with a camera is inserted into the abdomen to see organs on a screen, instead of cutting patients wide open.
The study, published in the journal PLOS One, found that doctors who spent one month playing either Wii Tennis, Wii Table Tennis, or a balloon warfare game called High Altitude Battle performed better in simulated tasks designed to test eye-hand coordination and movement precision.
The Nintendo Wii "may be adopted in lower-budget institutions or at home by younger surgeons to optimize their training on simulators before performing real procedures," the researchers concluded.
Children with dyslexia had better reading ability after playing video games.
A small study in the journal Current Biology found that playing action video games helped children with dyslexia read faster and with better accuracy.
Twelve hours behind the controller "improved children’s reading speed, without any cost in accuracy, more so than one year of spontaneous reading development and more than or equal to highly demanding traditional reading treatments," the researchers write.
By improving attention span, video games lead to better reading skills.
Kids who play sports games are more likely to then go play the real sport.
New research from the journal Psychology of Popular Media Culture finds that kids who play sports games are over time more likely to actually go and play the real version of the sport, as reported in Pacific Standard.
It can be hard for kids to learn the ins and outs of a sport, but playing a virtual version of soccer, football, or hockey helps them learn the rules and basic skills before they get onto the field or rink.
Additionally, the researchers said that there is a confidence connection — playing those specific types of games was associated with higher self-esteem, perhaps because of the increased knowledge provided by the game. That, in turn, made it more likely for them to go try the real thing.
Counterintuitive as it might be, playing sports video games might be the key to teaching kids to get outside and play sports with their friends.
Video games can help burn victims manage pain.
Researchers at the University of Washington are experimenting with virtual reality games as a way to distract burn victims from their pain.
"Being drawn into another world drains a lot of attentional resources, leaving less attention available to process pain signals," according to the university's HITLab.
In a preliminary case study, two patients with severe burns played Nintendo games while their wounds were being treated. Both patients reported feeling significantly less pain while playing the game.
Their follow up research showed that this ability to alleviate pain was useful for others suffering from pain too, not just burn victims.
Researchers are using virtual reality to help people get over phobias and PTSD.
Those same University of Washington researchers are also using virtual reality devices to help people get over their fear of spiders and even to help survivors of terrorist attacks recover from PTSD.
One study participant was so frightened of spiders that she duct taped all her walls and windows at night to try and keep them out. But repetitive exposure to a spider in a virtual reality world — accompanied by the music from Psycho, no less — decreased her anxiety so much that she let a live tarantula crawl on her arm.
Similarly, patients who had lived through a bus bombing experienced a simulated version of the event through a virtual reality device, which eventually allowed them to the debilitating emotions and anxiety caused by what they'd gone through.
Kids who spend moderate amounts of time playing video games are more well adjusted.
A recent Oxford University psychological study of 5,000 kids found that the ones who played video games for moderate amounts of time — less than an hour a day — were more "well adjusted" and got along with peers better than kids who played no games.
They were also less hyperactive, had fewer emotional issues, and were more likely to help others.
The researchers think that this may be because the games gave kids a common language to talk about, making it easier for this group to socialize. They say this should provide a more nuanced perspective for people who worry about potential negative effects of games.
Video games can teach us about biological processes.
Video games are not just for entertainment. They can also "help solve educational and scientific challenges," according to Stanford physicist Ingmar H. Riedel-Kruse, who designed a collection of action games to teach people about biological processes.
The games involve a single-celled organism contained inside a square fluid chamber. The player interacts or "controls" the living paramecia by applying electrical fields using a hand-held device that resembles a video game controller.
Since the reaction of the paramecia is real and not based on simulations, the games can teach players about micro-organismal behaviors, diffusion, and other biophysical concepts, the authors write in a study published in the journal Lab on a Chip.
They add: "Students might be motivated to discuss and understand the observed phenomena in order to identify other winning strategies in such games."
Video games can make us better people.
Slow-moving strategy games can change our thinking behavior so that we can learn to make wiser, more ethical decisions in real-life scenarios.
That's the idea behind Quandary, a game that places human colonists on the Planet Braxos and requires the player, or captain, to help work out dilemmas among the settlers.
Writing for Boston.com, Scot Osterweil, creative director at MIT’s Education Arcade explained: "We don’t believe that playing the game will automatically help players take better perspectives in their own lives, but we think the game represents a playful way of introducing ideas that can be further developed through reflective conversation with others, and through additional activities provided on the website.
Cancer patients who play video games have a more positive outlook.
Re-Mission is a third-person shooter game created by HopeLab to help young adults with cancer. In the game players control a nanobot named Roxxi who races through the human body fighting cancer with various weapons, such as the radiation gun. Players must also monitor patient health, learning about different forms of treatments and how they work along the way.
In a trial of 375 patients, researchers found game players took their antibiotics more consistently and were more likely to adhere to chemotherapy treatments than others. The players also knew more about cancer and had a stronger belief in their own ability to reach goals while undergoing cancer therapy.
People who play video games have more control over their dreams
The negative effects of screens at night aside, video games give people more control over their dreams and decrease nightmares, according to a psychological research out of Grant MacEwan University in Canada, described in LiveScience.
A few studies have shown that gamers are much more likely to be lucid dreamers, people who can consciously control what's happening in their dreams.
Psychologists think that this may be related to the "practice" that gamers have in inhabiting an alternate reality.
Additionally, this seems to also to provide some protection from and even control over dreams that would qualify as nightmares, especially for men.
Pre-schoolers who play video games have better motor skills.
A small study from Deakin University in Australia found that children ages three to six who played interactive games, like Wii, had better object motor skills than those who played non-interactive games. This includes skills like kicking, catching, throwing, and bouncing ball.
It's likely that electronic games improve hand-eye coordination, but researchers also note that children who already have better object motor skills could have been more drawn to interactive games in the first place.
Read more: http://www.businessinsider.com/video-game-health-benefits-2014-9?op=1#ixzz3Dt6PfFqG
Friday, September 19, 2014
Wednesday, September 17, 2014
Tuesday, September 16, 2014
MRA Virtual Training for your entire Team
Does
your team understand the basic principles of risk adjustment? Will your
education program stand up to the RADV test? Can your coders and providers
apply risk adjustment knowledge to improve current workflow? Does your current
training prove mastery of important objectives?
If
not, mHealth Games can help! We have created 100’s of training programs for
providers, coders and office staff.
Click on a picture below to launch a Medicare Risk Adjustment Course:
MRA Coding and Documentation
Review the basic principles of Medicare Risk Adjustment and the RADV Audit Process
Medicare Risk Adjustment Review
Review your knowledge of risk adjustment terminology and operational processes with Dr. D.
Friday, September 12, 2014
New Cancer Care Payment Model Benefits Doctors and Patients
Submitted by Physicians News on 09/11/2014 – 8:35 AM
A new study shows that changing the way insurers pay for cancer care can lower costs by 34 percent without affecting the health outcomes of the patient.
UnitedHealthcare conducted the study with five medical oncology groups around the country over a course of three years. The study covered 810 patients with breast, colon and lung cancer, which are among the most common cancers in the United States, according to the National Cancer Institute.
The pilot program compared the traditional “fee-for-service” payment model with a bundled payment model. Under the traditional fee-for-service payment model, oncologists are paid for each service they perform and drug they prescribe. Instead of rewarding quality care, the fee-for-service model tends to reward volume of care and the use of more expensive drugs.
Under the new payment system, UnitedHealthcare paid oncologists upfront for an entire cancer treatment program, based on the expected cost of a standard treatment regimen for the specific condition as predetermined by the doctor. The oncologists were paid the same fee regardless of the drugs administered to the patient – in effect, separating the oncologist’s income from drug sales while preserving the ability to maintain a regular visit schedule with the patient. Patient visits were reimbursed as usual using the fee-for-service contract rates, and chemotherapy medications were reimbursed based on the average sales price.
The oncology groups collaborated with UnitedHealthcare to develop more than 60 measures of quality and cost to compare the performance across groups and determine how to improve quality and reduce costs over the course of the study. There were no differences between the groups on the quality measures evaluated, which challenges the assumption that any reduction in resources, such as medical staff, would result in worse outcomes for patients.
Researchers evaluated the treatment regimens based on the number of emergency-room visits, incidence of complications, side effects and, most importantly, health outcomes to determine which treatment regimens do the best job of helping to fight cancer. By measuring the comparative effectiveness of different treatment options, the program aimed to uncover best practices, and identify and reduce unnecessary drug administration that does not improve the patient’s health.
The upfront fee to the oncologists covered the standard treatment period, which is typically six to 12 months. In cases of cancer recurrence, the bundled payments were renewed every four months during the course of the disease, which allowed the doctor to continue overseeing his or her patient’s care even if drug therapy was no longer effective. The payments also were continued for patients who were no longer receiving chemotherapy or who enrolled in hospice care.
This approach was designed to reward oncologists at current levels for patient care while simultaneously severing the link between drug selection and income. Physicians could earn increased episode payment by improving their patient results. UnitedHealthcare did not play a role in determining which treatment plan the oncologists chose.
With a 34 percent reduction in costs and no adverse effects on patient health, the results of the study suggest that the new cancer care payment model have the potential to benefit patients, doctors, insurers and the entire health system.
The details of the study were published in the Journal of Oncology Practice.
Tuesday, September 9, 2014
What are your patients doing while they wait?
Remember that time as a child in class when the teacher
finally asked a question that you knew the answer to. Your hand shot up and it
didn’t matter how hard you tried, you just couldn’t stay seated.
That single
moment was an act of boldness - ignited by knowledge.
Engage – Educate – Empower
That is the cycle of learning that changes behaviors, that
builds self-efficacy and ultimately inspires active participation.
mHealth Games Interactive Clipboards will empower and inspire
just as your favorite grade school teacher once did.
Click the image above to explore the interactive clipboard from mHealth Games
Thursday, September 4, 2014
Playing for Prevention: Innovative Education for your Patients
It is
estimated that 1 in 3 American adults have high blood pressure, and now face
increased risks for chronic kidney disease, stroke, and heart attack/heart
failure.
Given its
severe impact on patient health, its high prevalence, and the low control rates
(more than half of Americans with HBP do not have it under control), mHealth
Games hopes to give a voice to this national health problem and improve the
detection, awareness, prevention and treatment of hypertension and its
consequences.
By
supporting initiatives to improve patient outcomes, promote mobile engagement,
and provide free education and services to patients and health care
professionals, mHealth Games aims to advocate on behalf of all stakeholders
with a focus on achieving fluency in the language of prevention.
This new game is an innovative twist on the standard "Hypertension Handout"
This new game is an innovative twist on the standard "Hypertension Handout"
Mission Possible Identify and Eliminate High Blood Pressure
It is estimated that 1 in 3 Americans have high blood
pressure, and 30% haven't even been diagnosed. This mission will prepare you to
identify and eliminate hypertension. Do you accept?
If
so, click the launch button below: