How heroes can influence your buying behaviour!

Agencies
December 23, 2018

Washington D.C, Dec 23: Ever wondered if heroes and villains can have an impact on what you buy at the grocery store?

The findings of a recent study have just proved that. Professor Tamara Masters of Brigham Young University predicted that vice, or indulgent, foods with hero labels would be more compelling than the same foods shown with villain labels, while healthy, or virtue, foods would be more compelling with villainous labels than hero labels.

In a country battling an obesity epidemic, these findings could inform policy makers who are eager to discourage unhealthy food choices and encourage nutritious eating. Showing healthy food with villains could make nutritious food more exciting, while villain labels on indulgent foods could decrease interest in those foods.

The study abstract was published in the Journal of Consumer Psychology.

“If someone wants an ice cream bar and it is packaged with a hero on the label, the kind and benevolent character makes the indulgent product seem less vice,” Masters said. “But a product that is already healthy, like water, would benefit more from villain labeling because it makes the water seem more edgy and exciting.”

In one experiment, half the participants saw an image of a Fiji bottle of water and half saw an ice cream bar. The description of the water bottle was either “Villainous Spring Water – unforgiving, cunning, and dangerous” or “Heroic Spring Water – patient, courageous, and with integrity.” The ice cream bar also showed one of the two descriptions.

The results revealed that the participants were willing to pay more for the bottled water when it was offered with a villainous label than a heroic label, and they were willing to pay more for the ice cream bar shown with the hero label.

The researchers also tested their hypothesis in the real world by setting up a sampling table for cheese curds in a grocery store. They changed the sign describing the cheese curds throughout the day to show images of either Luke Skywalker or Darth Vader with the words “Healthy and Nutritious” or “Tasty and Decadent.” The participants sampled the cheese curds and then wrote how much they’d be willing to pay for a package of 10 curds.

The data revealed that consumers were willing to pay an average of $3.45 when the curds were described as healthy and nutritious with a picture of Darth Vader, but they would pay only $2.17 with the same description accompanied by an image of Luke Skywalker. Conversely, when the curds were described as tasty and decadent, consumers were willing to pay more when the picture showed Luke Skywalker.

The researchers also studied grocery store sales data to determine if consumers followed the pattern with their purchases. The investigators tracked sales of a vice product, Betty Crocker fruit snacks, that were packaged with either a heroic image of Scooby Doo or a villain from Star Wars. They found that consumers favored the hero labeling with the vice product, with 289 Scooby Doo sales compared to 156 Star Wars sales.

“We see hero and villain labeling everywhere we go, and people don’t realise how they use these labels to justify their buying decisions,” Masters said. “People may want to be healthy and spend less, but they still want something that is exciting, and the right labeling can make this possible.”

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News Network
February 26,2020

New York, Feb 26:  A new wearable sensor that works in conjunction with artificial intelligence (AI) technology could help doctors remotely detect critical changes in heart failure patients days before a health crisis occurs, says a study.

The researchers said the system could eventually help avert up to one in three heart failure readmissions in the weeks following initial discharge from the hospital and help patients sustain a better quality of life.

"This study shows that we can accurately predict the likelihood of hospitalisation for heart failure deterioration well before doctors and patients know that something is wrong," says the study's lead author Josef Stehlik from University of Utah in the US.

"Being able to readily detect changes in the heart sufficiently early will allow physicians to initiate prompt interventions that could prevent rehospitalisation and stave off worsening heart failure," Stehlik added.

According to the researchers, even if patients survive, they have poor functional capacity, poor exercise tolerance and low quality of life after hospitalisations.

"This patch, this new diagnostic tool, could potentially help us prevent hospitalizations and decline in patient status," Stehlik said.

For the findings, published in the journal Circulation: Heart Failure, the researchers followed 100 heart failure patients, average age 68, who were diagnosed and treated at four veterans administration (VA) hospitals in Utah, Texas, California, and Florida.

After discharge, participants wore an adhesive sensor patch on their chests 24 hours a day for up to three months.

The sensor monitored continuous electrocardiogram (ECG) and motion of each subject.

This information was transmitted from the sensor via Bluetooth to a smartphone and then passed on to an analytics platform, developed by PhysIQ, on a secure server, which derived heart rate, heart rhythm, respiratory rate, walking, sleep, body posture and other normal activities.

Using artificial intelligence, the analytics established a normal baseline for each patient. When the data deviated from normal, the platform generated an indication that the patient's heart failure was getting worse.

Overall, the system accurately predicted the impending need for hospitalization more than 80 per cent of the time.

On average, this prediction occurred 10.4 days before a readmission took place (median 6.5 days), the study said.

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Agencies
June 22,2020

A team of scientists has produced first open source all-atom models of full-length COVID-19 Spike protein that facilitates viral entry into host cells – a discovery that can facilitate a faster vaccine and antiviral drug development.

The group from Seoul National University in South Korea, University of Cambridge in the UK and Lehigh University in the US produced the first open-source all-atom models of a full-length S protein.

The researchers say this is of particular importance because the S protein plays a central role in viral entry into cells, making it a main target for vaccine and antiviral drug development.

"Our models are the first full-length SARS-CoV-2 spike (S) protein models that are available to other scientists," said Wonpil Im, a professor in Lehigh University.

"Our team spent days and nights to build these models very carefully from the known cryo-EM structure portions. Modeling was very challenging because there were many regions where simple modeling failed to provide high-quality models," he wrote in a paper published in The Journal of Physical Chemistry B.

Scientists can use the models to conduct innovative and novel simulation research for the prevention and treatment of Covid-19.

Though the coronavirus uses many different proteins to replicate and invade cells, the Spike protein is the major surface protein that it uses to bind to a receptor.

The total number of global COVID-19 cases was nearing 9 million, while the deaths have increased to over 467,000, according to the Johns Hopkins University.

With 2,279,306 cases and 119,967 deaths, the US continues with the world's highest number of COVID-19 infections and fatalities, according to the CSSE.

Brazil comes in the second place with 1,083,341 infections and 50,591 deaths.

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Agencies
June 29,2020

Washington DC, Jun 29: Young children with narrow retinal artery diameters were more likely to develop higher blood pressure, and children with higher blood pressure levels were more likely to develop retinal microvascular impairment during early childhood, according to a new study.

The first study to show this connection in children was published today in Hypertension, an American Heart Association journal.

High blood pressure, the main risk factor for the development of cardiovascular disease (CVD), can manifest as early as childhood, and the prevalence of high blood pressure among children continues to rise. In previous studies, analysis of blood vessels in the retina has shown promise as a predictor of CVD risk among adults. In the study titled, "Retinal Vessel Diameters and Blood Pressure Progression in Children," researchers sought to predict the development of high blood pressure in children over four years based on retinal blood vessel measurements.

"Hypertension continues as the main risk factor for the development of cardiovascular diseases and mortality," says Henner Hanssen, M.D., the study's lead author and a professor in the department of sport, exercise and health at the University of Basel in Switzerland. 

"Primary prevention strategies are needed to focus on screening retinal microvascular health and blood pressure in young children in order to identify those at increased risk of developing hypertension. The earlier we can provide treatment and implement lifestyle changes to reduce hypertension, the greater the benefit for these children."

Researchers screened 262 children ages six to eight from 26 schools in Basel, Switzerland, in 2014, for baseline blood pressure and retinal arterial measurements. Both measures were taken again in 2018. Blood pressure measurements at both baseline and follow-up were performed in a sitting position after a minimum of five minutes of rest and were categorized based on the American Academy of Pediatrics' blood pressure guidelines. These guidelines utilize the same measurements as the American Heart Association/American College of Cardiology 2017 Guideline for the Prevention, Detection, Evaluation, and Management of High Blood Pressure in Adults.

Results from the analysis indicate: children with narrower retinal vessel diameters at baseline developed higher systolic blood pressure at follow-up; retinal vessel diameters could explain 29 -31 per cent of the changes in systolic blood pressure progression between 2014 and 2018; children with higher blood pressure levels at baseline developed significantly narrower arteriolar diameters at follow-up, depending on weight and cardiorespiratory fitness; and initial blood pressure measures explained 66-69 per cent of the change in retinal arteriolar diameter from baseline to follow-up.

"Early childhood assessments of retinal microvascular health and blood pressure monitoring can improve cardiovascular risk classification. Timely primary prevention strategies for children at risk of developing hypertension could potentially counteract its growing burden among both children and adults," said Hanssen.

Researchers noted limitations of their study include that they could not confirm blood pressure measurements over a single 24-hour period, so they would not account for "white coat" hypertension, a condition where patients have high blood pressure readings when measured in a medical setting.

Developmental stage including puberty status of each child was not accounted for in the study, as well as genetic factors or birth weight - variables that could impact blood pressure development and microvascular health.

In addition, reference values for appropriate retinal vessel diameters in children do not currently exist, so future studies are needed to determine age-related normal values during childhood.

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