DiversityNursing Blog

By SYDNEY LUPKIN

What does a 9-year-old want after being struck by lightning and forced to spend three months in the hospital? He wants to cuddle his dog and set up his family's Christmas tree.

"He made me do it the first day I was home on Friday," the boy's father, Roger Hermann, told ABC News. "He can't move his legs, but he was directing some of the ornament placement."

Alex Hermann was on a soccer field in Austin, Texas, on Aug. 26, when a bolt of lightning struck him and stopped his heart. He suffered burn wounds and hypoxia, which is when the brain can't get enough oxygen.

Over the next three months, Alex underwent skin-grafting and wound-closure surgeries, as well as cardiac ablation, which corrects heart arrhythmias, at Dell Children's Medical Center of Central Texas. He still has a "number of issues" to address over time, but he's improving.

Although the hospital staff was great, Hermann said, Alex became homesick. Hermann added that he and Alex's mother promised that if he worked hard in therapy, they would try to get him home for Christmas.

Alex was also reunited with his beloved dog, a Catahoula Australian shepherd named Spice, who seemed pleased to have her buddy back.

"She sleeps on the bed with him," Hermann said. "She’s been guarding him."

Source: http://abcnews.go.com

By Meera Senthilingam

Its name means "bending over in pain." It has no treatment or vaccine. Its symptoms resemble Dengue fever. And it has infected more than 1 million people -- 155 of them fatally -- since spreading to the Americas one year ago.

The mosquito-borne Chikungunya virus has long been diagnosed in travelers returning from countries in Asia and Africa, where the disease is widespread. But in December 2013, the first people infected by mosquitoes local to the region were reported on the Caribbean island of Saint Martin.

This was the first outbreak of the debilitating disease in the Western hemisphere, health officials said.

All countries in Central America have now reported local transmission of Chikungunya [pronounced chik-un-GOON-ya], and the United States had 11 confirmed cases of local infection this year as of December 12, all in the state of Florida. There also have been 1,900 imported cases across the U.S. in returning travelers.

"It wasn't until 2013 that unfortunately a traveler resulted in local transmission of Chikungunya," said Erin Staples of the U.S. Centers for Disease Control (CDC), referring to the people infected in Saint Martin.

Those infected carry the virus in their bloodstream; it can then be picked up by mosquitoes as they bite, making them carriers. The virus has since spread rapidly and shows no signs of leaving, as ecological conditions are perfect for the disease to flourish.

"We knew it would spread," said Staples, a medical epidemiologist.

The big question perplexing officials: Why now?

Two mosquito species primed to the temperatures of Central and South America carry Chikungunya. The species -- Aedes aegypti and Aedes albopictus -- also carry the virus behind Dengue fever.

"Given the level of Dengue in the region, we knew there could be the same levels of Chikungunya," Staples said. Both diseases can cause joint pain and inflammation, headaches, rashes and fever, and can lead to death in rare cases.

But this tropical disease with an exotic name (which originates from the African Makonde dialect) causes more intense joint pain and inflammation. For some people the pain can last for months or years, resulting in additional psychological strain.

The lack of immunity among people living in the Americas provided a blank canvas for Chikungunya to spread throughout the population this year. As of December 12, more than 1.03 million people have been infected, in addition to the 155 who died, according to the Pan-American Health Organisation (PAHO). Almost all of the fatalities occurred in the Caribbean island countries of Guadaloupe and Martinique.

"Where we saw the biggest jump was after it reached the Spanish-speaking countries in the region," said Staples, referring to the weakened infrastructures and health systems of countries such as the Dominican Republic, which has reported more than 520,000 cases -- more than half of the overall outbreak and 5% of the island country's population.

As South American countries approach their summer, numbers are expected to rise there as the mosquitoes flourish in the heat.

"Brazil, Peru, Paraguay are coming into their summer months and reporting their first local transmission," Staples said. Already, more than 2,000 people have been infected in Brazil.

Is there cause for concern?

Because infection with Chikungunya is rarely fatal, the issue of most concern to officials is the burden on health services and the impact of the debilitating symptoms on the economy.

"The high number of cases can overload health services," says Dr. Pilar Ramon-Pardo, regional adviser for PAHO, the regional office of the World Health Organization. Until recently, monitoring for Chikungunya was not part of routine surveillance in the region.

"Clinicians have to be ready to diagnose," she said

About 20% to 30% of cases are expected to become chronic, with symptoms such as arthritis and other rheumatic manifestations leading to physical disabilities, Ramon-Pardo said. Further long-term effects are psychological as people become more depressed and tired.

All of this can result in missed work and lower school attendance, she said, hurting local economies.

Is it here to stay?

The warm climate of the region offers potential for Chikungunya levels to be maintained for years to come, just like Dengue fever. But areas of most concern are the tropics.

"The areas which have year-round favorable climate for the mosquito are at the greatest risk," says Dr. Laith Yakob of the London School of Hygiene and Tropical Medicine, which is monitoring the spread of the outbreak.

While the climate and mosquitos have long been present, Ramon-Pardo said, "we don't know why this is happening now." She said globalization is likely to blame, with increased population movement from one country to another. This offers more opportunities for local mosquitos to bite infected humans.

The CDC's Staples said she is temporarily at ease regarding numbers in the U.S. "We're moving into fall and winter periods, which should see activity decrease," she said. Cold temperatures reduce mosquito survival rates.

The rapid spread of Chikungunya this year also could help minimize future infections. "Chikungunya will go through a region quite rapidly and create a level of population immunity which helps mitigate large outbreaks of the disease," Staples said. Unlike Dengue, infection with Chikungunya results in lifelong immunity.

Like many other infections, Chikungunya could, however, remain in the background through animals capable of carrying the virus in their bloodstream and acting as so-called reservoirs of the disease.

"In Asia and Africa there is a transmission cycle in small mammals and monkeys," Ramon-Pardo said, meaning these animals keep the virus present within the population. "In the Americas ... we don't know yet."

Those words -- "we don't know" -- resonate throughout the community of scientists and government officials trying to control the outbreak.

The future risk of spread, levels of future immunity, risk from animal reservoirs, why this is only happening now, and the total economic impact are all unknown.

"Mathematical models are under construction by numerous research groups around the world to improve confidence over projections of future spread," said Yakob, whose team is modeling the disease. As they work, control efforts continue.

Getting it under control

When it comes to controlling Chikungunya, there are two main strategies -- reduce the likelihood of bites and remove the ever-biting mosquito. Prevention is the priority.

Unlike the mosquitoes behind malaria, which bite at night, the species behind Chikungunya bite any time, day or night. Those living in affected areas are asked to use repellent, sleep under bed nets and wear long clothing to avoid getting bitten. The air conditioned and indoor environments of people living in the U.S. mean numbers are likely to stay low there.

But mosquito control is at the heart of it all. Mass spraying of insecticides and removal of any sources of shallow water in which mosquitoes can breed are taking place across the continents. According to the CDC's Staples, Florida has been highly aggressive with its approach to control. "We're only at 11 (cases) due to such proactive measures," Staples said. For now, prevention is all they have as officials wait and see how the outbreak pans out.

"There is no vaccine currently and no good antivirals, so we are trying to control the spread of the disease," Staples said. "There are a lot of questions and only time will tell what we'll see for Chikungunya in the future."

Source: www.cnn.com

By Terri Peters

When 2-year-old Ryan Aprea had cochlear implant surgery in November, his mom, Jennifer, says she wasn’t sure what to expect when the device was activated a month later.

Aprea shared the moment last week in a video that has now gone viral. In the clip, the Huntington Beach, California, mom says, “Hi, Buddy,” to her son, and is rewarded with a reaction she calls “amazing” — a fit of giggles from her little boy.

Born as a micro preemie at only 25 weeks gestation, Aprea says Ryan began his life with a seven-month stay in the neonatal intensive care unit, where she and her husband learned that he was deaf shortly before his discharge.

But a cochlear implant offered hope.

“We went into the appointment not knowing if he would respond at all. Throughout this process, they had informed us that while sound would enter his brain, every child has a different response. We weren’t sure if his brain would process the sound, but we wanted to give him a chance to hear us and communicate because he is also visually impaired,” said Aprea.

Aprea, who has posted frequently about the cochlear implant process on the Facebook page of her cloth diaper supply company, tells TODAY Parents that since the activation, Ryan has been doing great — exploring toys that make sounds for the first time and taking in his surroundings with his newfound ability to hear.

“He’s been interacting with us and giving us more intentional eye contact just in the few days since he’s had it turned on. My heart melts every single time he looks at me,” said Aprea.

As for future plans for Ryan’s treatment, Aprea says she and her family are taking things one day at a time. The mother of two says she’s looking forward to taking her son for a drive to look at holiday lights while listening to Christmas music — a tradition her family shares every year, but one that will have new meaning this season.

Aprea says she is shocked that her video has gone viral, adding that she looks forward to seeing more people learn about cochlear implants as videos and articles about stories like Ryan’s become more prevalent.

She’s heard a lot of strong opinions about cochlear implants from online commenters — including some negative ones — and offers some advice to parents dealing with big decisions about their child’s health care.

“You know your child better than anyone — I learned that one in the NICU. You need to do what’s best for him or her and give them every opportunity available to succeed in life. I would say, do a lot of research, talk to people who have been through it with their own kids, and then go with your heart,” she said.

Source: www.today.com

By Kimberly Yam

This little girl received a boost of confidence from a Disney princess that made her feel like she was in a fairy tale.

Isabella Harvey, 5, of Staten Island, New York, was first diagnosed with leukemia in January 2013, and while she went into remission for over a year, she relapsed this September and needed aggressive chemotherapy. The 5-year-old's hair began falling out, making her upset at her appearance.

"She was embarrassed," Isabella's mother, Pina told The Huffington Post in an email. "When her hair fell out the first time she was 3 so she really didn't understand. But now she is 5 and was having a hard time dealing with it."

In an effort to get Isabella to see herself in a more positive light, Pina reached out to Gianna Nicole’s Heart of Hope, an organization which helps families whose children are battling cancer. The charity teamed up with Bella Princess LLC, a princess party company to set up a photo shoot late last month for Isabella -- complete with special guest, Cinderella. The model who dressed as the Disney princess donned a bald cap, and showed the young cancer patient that she had nothing to be insecure about.

"After all she went through ... it was such an amazing feeling seeing her so happy," Pina told HuffPost.

Before finding out that Cinderella would be attending her special day, Isabella, who was accompanied by her siblings, was hesitant to participate in the photo shoot, uncomfortable with showing her head.

"At first she didn't want to go. Then, she said she would go with a hat on, and when we got there she still refused to take off her hat," Pina said about of her daughter's uneasiness.

It all changed, however, when Cinderella walked in, confident even without hair.

"She said, "she looks just like me!'" Alana Hubbard, the photographer behind Mother Hubbard Photography who shot the images, told HuffPost.

Pina added, "Her face lit up and seemed to relax a little. Isabella took off her hat. She was so happy and seemed more at ease taking pictures."

The photo shoot ended up having quite an effect on the 5-year-old, who recently saw the pictures for the first time.

"It re-enforces what I tell her every day -- that she is beautiful. That photo shoot just made her realize everyone feels the same way as [I do]," Pina told HuffPost.

Hubbard says she's ecstatic to hear about Isabella's newfound confidence, and hopes that the pictures will provide others going through the same thing with some comfort.

"We're really hoping that it shows other little girls who may be going through cancer too, that you can be a perfect princess with or without hair," Hubbard said.

Source: www.huffingtonpost.com

A nine-year-old horse has become a surprise hit at care homes across England.

Do you think this type of therapy will be used in America's future?

Rupert is a regular visitor to residential homes, where he entertains and interacts with aging residents.

Equine therapy has been shown to reduce stress and improve hand-eye coordination.

 Source: www.goodnewsnetwork.org

By John Gever

Not all children with severe brain injuries need to be monitored for subclinical seizures, researchers said here, which means that resources can be focused on those at the highest risk.

Victims of abuse, those younger than 2, and those with bleeding within the brain rather than only in the epidural compartment are the pediatric ICU patients most likely to show significant seizure activity that should be detected and treated, said Rajsekar Rajaraman, MD, of the University of California Los Angeles (UCLA).

A separate study by many of the same investigators also found that, in a broader range of pediatric brain injury cases, risk of seizures could be predicted with "fair-to-good" accuracy on the basis of clinical characteristics that would be recorded routinely at admission.

Both studies were reported at the American Epilepsy Society's annual meeting here.

A senior author on both studies, Nicholas Abend, MD, of Children's Hospital of Philadelphia, said at an AES press briefing that identifying and treating seizures is important in the pediatric ICU. When seizures are extremely frequent or long-lasting -- and these can easily go without detection in hospitalized children who are unconscious or lethargic -- they significantly increase the likelihood of poor short- and long-term outcomes.

Such seizures can only be detected via continuous EEG monitoring, Abend explained, which also requires interpretation from trained electroneurologists.

Another investigator in the studies, UCLA's Jason Lerner, MD, noted that children may appear to be napping peacefully while actually undergoing continuous seizures.

Although it would be desirable to perform intense monitoring on all pediatric cases involving head trauma, that is not feasible at most centers, Abend said. He said the field could benefit from risk-stratification models that would allow the care team to track only those patients at the highest risk for damaging subclinical seizures.

Such models, he added, could be tailored to meet the needs of individual centers on the basis of their patient mix, staffing, and other factors.

In a platform session at AES, Rajaraman described one approach to developing such a model. He and colleagues collected data on 135 consecutive pediatric patients (ranging in age from infant to late adolescent) with traumatic brain injury who were treated in ICUs at UCLA and at Children's Hospital of Colorado in Denver. These children had continuous EEG monitoring for detecting subclinical seizures.

They found that all such seizures occurred in children younger than 2 and in those with intradural bleeding, and that the vast majority also involved abusive head trauma. Rajaraman and colleagues then sought to validate these associations in a separate cohort of 44 pediatric ICU patients with head injuries treated at Children's Hospital of Philadelphia. The same patterns were seen.

Across both cohorts, 81% of those with subclinical seizures were determined to have been victims of abusive head trauma, whereas the prevalence of such trauma in all the patients was 25%. Abend said it was uncertain why abusive trauma should be such a strong predictor of these seizures, but speculated that "shaken baby syndrome" -- the most common form of abuse of infants and toddlers -- may produce fundamentally different injuries in the brain compared with falls and car accidents.

Also, such abuse is often chronic, such that the episode that brings a child to the hospital is only the latest in a series of abusive incidents.

The other study, led by Abend, was aimed at producing a predictive model yielding a risk index score that pediatric centers could use to identify critically ill children who could benefit the most from continuous EEG monitoring. It was based on clinical information to which the attending neurologist would have ready access: age, seizure etiology, presence of clinical seizures prior to beginning continuous EEG, initial EEG background category, and interictal discharge category.

Data to design the model were drawn from a database of 336 patients from 11 centers, and then tested against a separate validation dataset of 222 patients treated at Children's Hospital of Philadelphia.

Normalized scores in the model could range from 0 to 1.0, and Abend and colleagues examined the sensitivity and specificity of various cutoffs. When set at 0.10 in the validation cohort, sensitivity was 86% but sensitivity was only 58% -- the high sensitivity meant that 43% of patients would be identified as candidates for continuous monitoring. At the other end, a cutoff of 0.45 reversed the sensitivity and specificity percentages to 19% and 97%, respectively, such that only 5% of patients would be assigned to monitoring.

Abend said the beauty of this approach is that an individual center could choose its own optimal cutoff depending on the resources it has available to monitor multiple patients at one time. A well-equipped and staffed ICU could thus opt for high sensitivity whereas one with more limited resources could be more restrictive.

Source: www.medpagetoday.com

Jessica Zegre-Hemsey, a cardiac monitoring expert at the University of North Carolina at Chapel Hill, and her colleagues at the University of California San Francisco, revealed more than 2.5 million alarms were triggered on bedside monitors in a single month - the first figure ever reported from a real-world hospital setting.

Alarm fatigue occurs when nurses and other clinicians are exposed to a high number of physiological alarms generated by modern monitoring systems. In turn, alarms are ignored and critical alarms are missed because many alarms are false or non-actionable.

The work, the first of its kind to investigate the frequency and accuracy of alarms, addresses a growing patient safety issue that has gained national attention in recent years when a patient died despite multiple alarms that indicated low heart rate. The issue also addresses hidden downsides to modern monitoring technologies.

"Current technologies have been instrumental in saving lives but they can be improved," said Zègre-Hemsey, who is an assistant professor at the UNC-Chapel Hill School of Nursing. "For example, current monitoring systems do not take into account differences among patients. If alarm settings were tailored more specifically to individuals that could go a long way in reducing the number of alarms health care providers respond to."

Zègre-Hemsey and her colleagues collected alarm data on 461 adults in five intensive care units at the UCSF Medical Center for a period of 31 days. Zègre-Hemsey was one of four scientists who analyzed the alarms and helped to determine if they were true or false.

Investigators analyzed a subset of 12,671 arrhythmia alarms, which are designed to alert providers to abnormal cardiac conditions, and found 88.8 percent were false positives. Most of the false alarms were caused by deficiencies in the computer's algorithms, inappropriate user settings, technical malfunctions, and non-actionable events, such as brief spikes in heart rate, that don't require treatment.

A potential solution the researchers suggested would be to design monitors that could be configured to individual patients. No two bodies are exactly the same, and if the monitors could be adjusted to a patient's unique vital signs, the machines would not mistake a normal condition for an abnormal one. A "gold standard" database of annotated alarms could also help developers create computer algorithms that are less sensitive to artifacts.

According to Zègre-Hemsey, reducing alarm fatigue will ultimately require strong collaborations between clinicians, engineers, and hospital administrators as well as additional research.

"Alarm fatigue is a large and complex problem," she said. "Yet the implications are far-reaching since sentinel events like patient death have been reported. This is a current patient safety crisis."

The study was led by primary investigator Barbara J. Drew at UCSF. Co-authors on the paper include UCSF researchers Patricia Harris, Daniel Schindler, Rebeca Salas-Boni, Yong Bai, Adelita Tinoco, Quan Ding, and Xiao Hu from the UCSF department of physiological nursing and Tina Mammone from the UCSF department of nursing.

Source: www.medicalnewstoday.com

By Elizabeth Kiefer

Brittany Wenger is one seriously smart cookie. In 2012, the then-17-year-old submitted her "artificial brain" technology -- which assesses tissue samples for breast cancer -- to the Google Science Fair and walked away with the grand prize. It was no wonder: Her invention, which uses a type of computer program called neural networks, can identify complex data patterns and make breast cancer detection calls with 99 percent accuracy. But she's not stopping there: Brittany hopes to help wipe out cancer completely.

Since she took home the gold two years ago, she's been named one of Time's 30 Under 30, given a truly inspiring TED Talk, and launched her app, Cloud4Cancer, which allows doctors to enter their own data and fuel continued cancer research. And did we mention she's also holding down a full course load at Duke University? Um, yeah. 

We recently chatted with Brittany about how she got started, her challenges along the way, and how she balances being a college student with breaking the barriers of cancer diagnostics.

How did you get into computer programming?

When I was in 7th grade I took an elective class on futuristic thinking. When we were assigned our final paper, I decided to write mine on technology of the future. The moment I started researching artificial intelligence and its transcendence into human knowledge, I was inspired. I went out and bought a coding textbook, and taught myself how to code. I remember one of the first projects that I ever worked on was an artificial neural network that taught people how to play soccer.

You're a self-taught coder who went on to create a potentially game-changing cancer detection tool. How did that happen?

Well, it definitely didn't happen overnight. I spent over five years working with neural networks, starting with an entire year of research to try and recognize patterns and connect breast cancer to artificial intelligence. I faced a lot of roadblocks along the way, as this was a very complicated program with no predefined solution. I went through thousands of pages of coding and data that was available through public domains, and performed over 7.6 million test trials. I two failed projects before finally succeeding on my third attempt, taking what didn't work the first few times to optimize the code that helped build the Cloud4Cancer app.

Why did you decide on developing breast cancer detection technology?

When I was 15, my cousin was diagnosed with breast cancer. I have a very close-knit family, so seeing the impact that the disease can have on a woman and her family, firsthand, was so real to me. When I learned that one in eight women will be diagnosed with breast cancer in their lifetime, I knew that I wanted to get involved in making the process better for patients. Now, the coding that I first used to help detect breast cancer has been extended into diagnosing other types of cancers, including blood-based diseases like leukemia.

What's been the most rewarding part of the process?

The people. I've already had the opportunity to work with real patients and breast cancer survivors, as well as talk with kids who are interested in doing research or coding in the future. Knowing that my cloud application has the potential to save lives and expedite the process of discovery is so rewarding. I still get chills thinking about how, a couple of years down the line, my research can actually contribute to finding the cure for cancer.

You've got a lot on your plate these days, between Cloud4Cancer and school. How do you balance everything?

The great thing about where I am with school right now is that my schedule is entirely what I make it. I can attend classes during the week and then travel over some weekends. School is not something that I will ever bend on, as I'm actually going for my MD, PhD in pediatric oncology. At the same time, my initiative is so important to me, I don't want either one to ever outweigh the other. Luckily, I think they complement each other well and what I'm learning in my classes helps me improve Cloud4Cancer.

What's one thing you want other young women to know if they're thinking about going the tech route?

If you're interested, go for it! There have never been so many available resources or opportunities -- for women, and for society as a whole -- to pursue a career in the field. I love how technology allows you to make new things by putting together the little pieces and working towards something bigger that can really benefit the world. There's no greater feeling than solving a problem and seeing your code come to life.

Source: www.huffingtonpost.com

By GILLIAN MOHNEY

A Colorado family welcomed a larger-than-expected bundle of joy when their newborn daughter was born weighing almost 14 pounds.

Mia Yasmin Hernandez tipped the scales at 13 pounds, 13 ounces after her delivery Monday at San Luis Valley Hospital in Alamosa, Colorado. The newborn’s father, Francisco Garcia, said doctors had estimated the baby would weigh 8 pounds at birth.

Mia didn't seem especially large when she was born, Gracia said.

“She was swollen and everything” after delivery, he said. “I thought she was going to [weigh] 10 or 11 pounds.”

But after weighing Mia, the nurse told Garcia the infant’s weight.

“I was like, ‘Whoa, she’s the biggest baby I’ve ever seen,’” Garcia told ABC News.

Even hospital personnel agreed. Garcia said the nurse told hi she’d never seen “a baby that big.”

Dr. Robert Barbieri, chief of obstetrics and gynecology at Brigham and Women’s Hospital in Boston, said in a previous interview about one out of 1,000 babies could weigh 11 pounds, and one out of every 100,000 could weigh 14 pounds. A 14-pound baby, he said, is extremely rare, because usually a doctor will induce labor if a baby appears oversize.

While Mia’s delivery via Caesarean section went smoothly, the infant developed breathing problems and was eventually moved to Children’s Hospital of Colorado in Aurora, Colorado, according to Garcia.

Garcia said Mia is on oxygen and doing well, although they’re not sure when she will get home.

Garcia said the couple has another four daughters at home, which might come in handy for new baby clothes.

“We bought her a lot of stuff like a newborn cap and pampers,” Garcia said. “They don't fit her. She’s too big.”

Source: http://abcnews.go.com

Nursing students with previous caring experience are less likely to perform better academically and clinically than those who have none, research shows.

A study assessing the criteria for selecting nursing students found that high emotional intelligence did not mean students performed better on their courses.

Researchers also found that of the students who have withdrawn from their studies, nearly 60 per cent had previous caring experience.

The ongoing study, led by the University of Edinburgh, is tracking performance and emotional intelligence - the ability to recognise your own and other people's feelings and act accordingly - of nearly 900 nursing and midwifery students from the University of the West of Scotland and Edinburgh Napier University.

Researchers found, however, that performance improved with age and that female trainees scored significantly better than male counterparts.

The findings come after the 2013 Frances Report - which highlighted care failings at the Mid Staffordhire NHS Foundation Trust - recommended an emphasis on creating a more compassionate end empathetic culture in nursing.

As a result, aspiring nurses in England could potentially be required to spend a placement year as a carer before undertaking their training.

Lead researcher Rosie Stenhouse, lecturer in Nursing Studies at the University of Edinburgh, said: "The research should sound a note of caution to such pilot schemes. They are potentially expensive, politically motivated and not backed up by evidence."

Source: www.medicalnewstoday.com