Smoking and Vaping Among Malaysian Schoolchildren Escalates, Survey Reveals

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Smoking among adolescents has increased within the last several years with 1 in 5 individuals aged between 10 and 19 years old are likely to be avid smokers.

This result is one of the main findings from the Tobacco and e-Cigarette Survey Among Malaysian Adolescent (TECMA) conducted by the Institute of Public Health (IKU), the first nationwide survey in assessing smoking habits among secondary school students.

The survey encompasses a total of 138 schools from 15 states involving 14,833 respondents. Using a set of questionnaires, the survey obtained smoking-related information from students including how frequent they smoke, accessibility to smoking products, knowledge on the harmful effects of smoking and exposure to smoking advertisements.

The Persistence of Tobacco Among the Youth

Number of cigarettes per day updated

The survey discovered that nearly 36.8% of respondents smoked between 2 to 5 sticks a day and more than 1 in 10 individuals tends to smoke every day in a one month period. Furthermore, smoking prevalence is higher among male respondents with a prevalence rate of 26.2% compared to women which are 5.3%.

Frequency of cigarettes

One of the more disturbing findings from this survey is the accessibility of smoking products to the student. Around 42.5% of respondents stated they purchased cigarettes from supermarkets, grocery stores, and roadside stalls while 18.6% obtained from cigarettes from others such as friends or family members followed by the 3.4% who resorted to stealing. Disturbingly, the participants of this survey were aware of that smoking below the age of 18 is against the law, therefore highlighting the lack of enforcement on restricting cigarette sales.

Cost of Pack of Cigarettes

The economic aspect of the smoking culture among adolescents is also a primary focus in the TECMA survey. Findings include an alarmingly 71.6% of adolescent smokers spent as little as RM 9 daily which is below the RM 10 price cap. Many parties believed that these figures would be exacerbated by the expanding illegal cigarette market and weak enforcement of cigarette sales to minors.

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Other survey findings indicated that more than half of the respondents stated that they were exposed to second-hand smoke more frequently at public areas such as the highway rest and relax (R&R) facilities and in public transport stations. Overall, 51% of respondents stated that they were exposed to second-hand smoke in public places while 39% said that they received exposure within their homes.

E-cigarette: An emerging smoking culture

The survey also considers the usage of e-cigarettes due to its increasing prominence as an alternative to smoking tobacco as well as a form of smoking cessation aid due to lower nicotine content compared to conventional cigarettes. The overall prevalence of current e-cigarettes users was highest among the 16 – 19-year-olds at 13% and lowest among adolescents aged 12 years or below at a mere 4.8%. 46.5% of smokers start using e-cigarettes at the age of 14. Gender wise, the pattern is similar to tobacco where the prevalence rate is higher among male smokers compared to female smokers.

43.3% of respondents stated that their introduction to e-cigarettes is through their peers and more than half of adolescents below the age of 18 were not prevented from buying them from shops and kiosk, once again indicating the lax in underage smoking prevention laws. Among e-cigarette users, 34.9% had never purchased them while 23.9% would spend below RM 50 per month. These findings highlight the price differences between e-cigarette and tobacco and its affordability among adolescent smokers.

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One-third of e-cigarette smokers preferred Vape-MODS based product due to its long battery plan, durability and customization features. Gender wise, this trend can is obvious among male smokers, but female smokers tend to use rechargeable e-cigarettes containing refillable vaping liquid. Unlike tobacco products which heavily relied on advertisements to entice adolescents into smoking, e-cigarettes were promoted through free trial sessions and distribution of free samples. In this aspect, more male adolescents are prone to begin using e-cigarettes through these marketing strategies compared to female adolescents.

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With e-cigarettes are highly promoted as a healthier alternative to smoking, the survey also assessed the level of perception of adolescents towards vaping. According to the survey, 41.4% stated that e-cigarettes are similar to tobacco regarding harmful effects to their health contrary to popular belief. 41.2% of female adolescents believe that e-cigarettes are more harmful than cigarettes, exceeding the male adolescents at 37.9%. This highlights the increasing public awareness of the dangers of e-cigarette to the user’s health, which for a time, downplayed due to a report by Public Health England which concluded that vaping is 95% safer than smoking. E-cigarettes advocates frequently cited the findings of this report to emphasize the safeness of vaping due to the lower levels of carcinogen and other toxic chemicals compared to tobacco cigarettes.

Shisha: A Local Pastime

The TECMA survey also considered studying the prevalence of shisha smoking. This tobacco product predates e-cigarettes as a less harmful alternative to tobacco and is widely used at public places notably restaurants. Shisha consists of aromatic tobacco flavours, making it popular among the youth. Key findings of the survey include the prevalence of ever smokers was 10.6% while the prevalence of current smokers was 3.5%. Current shisha users aged 13-15 years scored the highest prevalence rate of 4.6% is more than half smoked 1-2 days per month. 51.2% of shisha tend to smoke with shisha before the age of 14.

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Achieving the Endgame of Tobacco

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A comparison of the findings from the National Health and Morbidity Survey (NHMS) and the Global Adult Tobacco Survey (GATS) which was carried out in 2015 and 2011 respectively indicated that there is a mere 0.3%  decrease in the prevalence of adult tobacco smokers. This revelation highlights the fact that current efforts by the government are not sufficient. The TECMA findings underscore the worsening smoking culture among students and the need for a more aggressive approach in curbing this worrying trend. The Ministry of Health has planned to raise the minimum age limit for cigarette purchases from 18 to 21 years old and enforced the Control of Tobacco Product (Amendment) Regulations 2017 which involves increased smoking prohibitions in public areas. Deputy Minister of Health Datuk Seri Dr Hilmi Yahya stated that the ministry would also consider establishing a new act to regulate tobacco advertisements. Other measures include limiting cigarette sales at public eateries and ban on cigarette shops near school areas.

Prices increase on cigarettes from RM 17.50 to RM 21 is through higher taxation rate so that students will not be able to afford them should also be considered. However, many quarters have expressed concern that this will boost the illegal cigarette market where enforcement in curbing sales cheap cigarette products has been lax. Early this year, Plantation Industries and Commodities Minister Datuk Mah Siew Kong have proposed the licensing of tobacco and tobacco products to reduce the sale of illicit cigarettes and plug in loopholes in tax collection by the government.

Studies have shown that smoking during adolescent years will lead to a stronger nicotine addiction which in turn reduces the chances of quitting. Therefore, TECMA recommended that e-cigarettes should be made illegal to be purchased by underage smokers. The study also suggested that Ministry of Education has planned to intensify their anti-smoking campaign in schools nationwide to advocate a smoke-free environment in the forms of physical activities as well as classroom lessons in subjects such as science, arts, and religion. Parents and school counsellors play an important role inculcating the importance of living a smoke-free life to students at home and school respectively. Intervention programmes such as “Kesihatan Oral Tanpa Asap Rokok”(KOTAK) at dental clinics and “Komuniti Sihat Perkasa Negara (KOSPEN) at rural areas need to be frequently carried out to keep the public informed on the dangers of smoking. Every party has a role in curbing smoking among the adolescents to preserve the health of the country’s youth and achieve the target of 30% reduction in tobacco in the prevalence of tobacco use as established by the  World Health Organization (WHO) Global Non-Communicable Diseases Target by 2025.

 

References

  1. Hamid A.J.(2017). A losing battle against illicit cigarette trade? New Straits Times. Published April 9, 2017: https://www.nst.com.my/opinion/columnist/2017/04/228635/losing-battle-against-illicit-cigarette-trade

 

  1. Institute for Public Health (2016). Tobacco & E-cigarettes Survey Among Malaysian Adolescent Kementerian Kesihatan Malaysia.

 

  1. Institute for Public Health (2015). Nationwide Health and Morbidity Survey: Non Communicable Diseases, Risk Factors, and Other Health Problem. Vol. II.Pg.90.Kementerian Kesihatan Malaysia

 

  1. Institute for Public Health (2012).Report of The Global Adult Tobacco Survey(GATS) Malaysia 2011.18.Kementerian Kesihatan Malaysia

 

  1. Khoo V.J. (2017). Raise smoking age limit to 21 years, proposes Malaysian MOH. Monthly Index of Medical Specialities (MIMS) Malaysia. Published March 30th, 2017: https://today.mims.com/topic/raise-smoking-age-limit-to-21-years–proposes-malaysian-moh

 

  1. Public Health England (2015). E-cigarettes: a new foundation for evidence-based policy and practice. Pg. 4

 

  1. World Health Organization (2016). Global NCD Target: Reducing Tobacco Use. : http://www.who.int/beat-ncds/take-action/ncd-tobacco-target.pdf

Do We Need a Women in Science Month?

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Clockwise from left: Ada Lovelace, Marie Curie, Elizabeth Blackburn, Hedy Lamarr, Rosalind Franklin, Françoise Barré-Sinoussi

A century before the advent of the first computer, an aristocratic woman applied her mathematics prowess in designing and integrating algorithms to Charles Babbage’s Analytical Engine and lay the groundworks in creating general purpose computers. Because of this, she is widely regarded as the first computer programmer. The woman’s name is Ada Lovelace.

Dubbed as “The Enchantress of Numbers”, her contributions have had a profound impact in the field of science and mathematics. She is widely regarded as a symbol of women’s success in science to motivate women to participate in science, technology, engineering and mathematics-related careers. Her achievements are commemorated annually via Ada Lovelace Day in mid-October. Women in science advocates regularly mark the day by highlighting the growing gender disparity in the field of science, technology, engineering and mathematics (STEM) in which women only made up 13% of the current workforce.

Unfortunately, there is a growing lack of awareness of the contributions of Ada Lovelace and several other female scientists in the history of modern science. Ask any person on the street whether they can name any female scientist. The answer will either be a blank stare or Marie Curie whose discovery of radioactivity is widely covered in the primary and secondary education syllabus. This brings to mind whether Ada Lovelace Day is enough to increase awareness on women in science and that more initiatives that need to be taken. Should there be more days to commemorate the likes of Hedy Lamarr, Rosalind Franklin and Dorothy Hodgkin? Is a Women in Science Month a necessity?

 

Regardless of the duration, it is clear that more initiatives need to be taken for women in science to be properly acknowledged. One of the reasons is to disprove the notion that female scientist plays second fiddle to their male counterparts. A fine example would be Rosalind Franklin whose works on discovering the double helix structure of DNA was not acknowledged while James Watson and Francis Crick took the credit for the discovery which has earned them a Nobel Prize. While the duo originally theorized on the DNA structure, it was Franklin who applied X-ray crystallography method to produce data essential to confirm the double helix theory.

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A description of Rosalind Franklin’s work taken outside King’s College London

Another example is biochemist Dorothy Hodgkin. While the discovery of penicillin is largely credited to Alexander Fleming in 1928, it was Dorothy Hodgkin who discovered the chemical structure of the antibiotic 17 years later. This finding verified the presence of β-lactam ring as part of the core structure of penicillin, enabling scientists at the time to understand its effects on bacteria. Hodgkin went on to determine the chemical structures of insulin and vitamin B12, the latter which won her the Nobel Prize in Medicine.  This shows that scientific breakthroughs by female scientists are no less significant than their male counterparts.

Some works by female scientists particularly during the pre-digital revolution era may be insignificant at the time but are considered as the precursor to several aspects of information technology. While widely recognized for her silver screen exploits and beauty, Hedy Lamarr was also credited for creating the frequency hopping spread spectrum (FHSS) system to jam radio signals used to control torpedoes. Her work then became an integral part of today’s wireless technology such as Wi-Fi, Bluetooth and GPS. Ada Lovelace’s algorithm design which predates the first computer also established the groundwork for Alan Turing’s codebreaking achievement and development of digital computing. This is proof that the female scientists are ahead of their time in developing findings that revolutionized our daily lives.

Commemorating women in science is also essential to acknowledge modern women scientists whose works have largely gone unnoticed. The first decade of the 21st century saw several woman scientists being recognized for their works. Molecular biologists duo Elizabeth H. Blackburn and Carol Greider won the Nobel Prize in Physiology for discovering how the human chromosome is protected by DNA segments known as telomeres and the enzyme telomerase. French virologists Franƈoise Barré-Sinoussi, also a recipient of the Nobel Prize for her work in discovering the human immunodeficiency virus (HIV). Highlighting modern women scientists is crucial in encouraging the younger generation of women to consider science and technology as a career choice. The conclusion is that Woman In Science Month is necessary to put high achieving female scientists on the same spotlight as other female role models such as Hillary Rodham Clinton and Angela Merkel from politics and Christine Lagarde and Marissa Meyer from the corporate world.

How determining biological age saves lives

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I was 21 years old when I took my first spirometry test as part of a physiological practical session. It is the most common test to determine how well you breathe in and out. The device measures your maximum volume and speed of the air that can be inhaled and exhaled. Originally used for diagnosis of respiratory illnesses such as asthma and chronic obstructive pulmonary disease (COPD), the device now allows a medical practitioner to estimate the age of your lungs using the measurements obtained. After conducting the calculations, I was shocked to discover that I have the lungs of 65 years. How can this possible? I do not smoke. I jog regularly. Why is my lung age three times my actual age?

According to respiratory expert Dr. Adrian Draper, as age progresses, the breathing capacity of our lungs decreases. “Over the years, lung tissue becomes brittle. Breathing can be impaired so less oxygen gets into cells.” He also said that lung age can be influenced by factors such as height, weight, ethnicity, and lifestyle. This development has prompted suggestions to include lung capacity in the same category as blood pressure and cholesterol level in determining physical fitness.

The spirometer test is just one of many modern medical innovations which enable medical professionals to measure the aging rate of our bodies. Specifically, it is now possible to determine the age of our organs known as “biological age” and how much it differs from our chronological age. The study on aging rate has been expanded with researchers at Duke University, USA identified 16 biological markers to indicate the condition of a specific organ. For example, levels of creatinine, a waste product regularly present in urine are measured to estimate the function of kidneys while levels of triglyceride, a type of fatty acid are monitored to determine the condition of the heart.

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The Dunedin study involves a sample size of 954 individuals born in 1972-1973 based in Dunedin, New Zealand and tracked from birth to present. Using each biomarker levels derived from their respective organs, the team then correlates it with the chronological age of participants. This has led to the calculation that at 38 years old, the biological ages range from 21 to 60 years. The analysis of the biomarkers across chronological ages of 26, 32 and 38 years enable researchers to quantify each participant’s rate of physiological deterioration known as the “pace of aging.”

The pace of aging can be calculated to reflect physiological change relative to the passage of time. The study has shown that participants with advanced biological age experienced a more rapid pace of aging. A 38 year old with a biological age of 40 years was estimated to have aged 1.2 years faster throughout the study duration of the last 12 years. This shows that the aging process commences in young adulthood between 26 and 38 years old, contradicting popular belief that the process occurs later in life.

The novelty of this study is that it involves participants at early ages. Professor Daniel Belsky who authored the study said that previous researches on aging were conducted on seniors. “This makes detecting the mechanism of aging difficult because it can be hard to separate aging from a disease-specific mechanism”. He also stated that the significance of these findings can lead to early detection of age related illnesses at an, reducing potential health risks associated with pharmaceutical intervention at a later age. “The science of lifespan expansion may be focused on the wrong end of the lifespan. Instead of studying only on old humans, we should also study the young.”

The aging process may also be affected by a psychological factor. A study by University College London found that older people who felt 3 or more years younger than their chronological age have a lower mortality risk compared to those who felt older. The study which was conducted by epidemiologist Professor Andrew Steptoe compiled data consisting of 6,489 individuals, whose average chronological age was 65.8 years but whose average self-perceived age was 56.8 years. The mortality rate during an average follow-up period of 99 months were 14.3% in participants who felt younger, 18.5% in those who felt about their actual age, and 24.6% in those who felt older. While the mechanisms on the relations between feeling younger and the lower death rate have yet to be verified, Professor Steptoe said that interventions can be carried out in accordance with the change in self perceived age. “Individuals who feel older than their actual age could be targeted with health messages promoting positive health behaviors and attitudes toward aging.”

One might find comfort in the old saying “Age is just a number”. But these new developments in the study of biological age indicates that aging related problems can be addressed at an earlier age than we previously thought. So the key to health aging is a mix of lifestyle changes and being young at heart.

Exercise Slows Down Ageing, Study Shows

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Frequent exercise can increase a person’s lifespan, according to a study by academic researchers from the University of Mississippi and the University of California.

What is unique about this study is the investigation of the effects of exercise on the body on a cellular level. Physical activeness influences the production of telomerase, a cellular enzyme which regulates the elongation of a nucleotide sequence at the end of the DNA strand known as telomeres.

The shortening of telomeres has been scientifically linked with age due to mitosis which is the process of cellular division to promote tissue growth. The declining length of telomeres can be accelerated by physical inactivity, stress, and smoking. Accelerated shortening of telomeres can also lead to age related chronic illnesses such heart diseases, diabetes, hypertension and cognitive deterioration.

The study involved analyzing data derived from the National Health and Nutrition Examination Survey in which up to 6500 participants aged between 20 to 84 years old answer questions on their health, dietary habits, and physical lifestyle. They are also required to attend a health checkup so that the researchers can obtain a blood sample for analysis on telomere length.

The answers by survey respondents is ranked using the movement based behavior (MBB) index. Simply put, for every answer that states conduct of physical activities, a point is given. The MBB index point range from 0 to 4. Each participant’s response to the survey is then correlated with their respective telomere findings. The link between these two aspects was clear. Participants who obtain MBB points from to 1 to 4 saw a significant decline in short telomere formations. The more rigorous the activity carried out, the lower the risk of aging related illnesses.

The study further indicates that participants aged between 40 and 65 show the lowest risk of telomere shortages, suggesting that middle age may be the right phase in life to practice a physical and healthy lifestyle. “Exercise is good for your cells and more exercise in greater variety is even better”, says Paul Loprinzi of University of Mississippi and co-author of this study.

Credit to Free Stock Photos.Biz

Link: http://www.freestockphotos.biz/stockphoto/17368

Research Publications by Female Engineers Less Cited than Male’s, Study Shows

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Research papers by female scientists received low citation rate compared to their male counterparts, according to a study by Concordia University in Montreal, Canada.

Engineering Ph.D. Candidate Gita Ghiasi carried out her research by focusing on the study sample consisting of 679,338 research publications derived from the online database Web of Science. This is followed by a detailed statistical analysis of publication patterns regarding authorship, journal tier, the number of citation and impact factor. Citation rate is calculated by measuring the average annual number of citations by an article divided by the mean number of citations to all publications from the same year. Ghiasi also applied the databases of male and female first names which correlates with the author’s country of affiliation to verify citation rate according to gender.

The results show that the publication realm is dominated by male engineers with women made up of only 20% of authorship of engineering papers. Interestingly, the study also indicated that female engineers published their work in highly ranked journals but received less citation compared to publication by male engineers on less reputable journals. This is common among male dominated engineering subfields such as aerospace technology, mechanical engineering and nuclear technology.

Ghiasi said that male engineers are more likely to collaborate in publishing their work compared to female engineers. However, this differs from the engineering field where collaboration between female engineers are familiar in specialties with high female authorship such as material and chemical engineering and also exceeds the male-female collaborations in nuclear technology. The findings of this study reflect the declining representation of women in engineering. Ghiasi concluded that the outcome of this study shows that more policies supporting the engagement of women and enhance collaboration among them need to be implemented. “The introduction and implementation of gender-responsive policies into existing S&T discourse help address the cultural factors that impede women from participating or advancing in engineering and gear a society towards higher knowledge capacity, and scientific and innovative excellence, upon which a nation’s competitive edge in the global economy is grounded.”

Credit to Wikipedia
Link: https://en.wikipedia.org/wiki/Science_education#/media/File:Argonne_lab_education.jpg

Female Scientists as Role Models “Lacking,” Studies Shows

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Female scientists are not regarded as role models to women today according to various studies.

A study by Girlguiding UK shows that girls tend to emulate famous figures that are featured in reality TV and celebrity gossip shows. “The type of role models that they were talking to us about tend to come from the world of television, lavish lifestyles and personalities, rather than the broader range of role models, like women who work in business, sport and other walks of life,” Tracey Murray of the BBC said.

Media coverage plays a crucial factor in the publicity of female scientists and the recognition of their work by the general public. The current phenomenon is the amount of buzz which frequently surrounds the latest movies and music by top celebrities rather than the most recent scientific breakthrough by women in science. “It ‘s hard to report about scientific achievements than writing news about a new song by Beyonce,” said by Dr. Castro Alverado of City University London when asked about the factors contributing to this trend in the media.

Despite the participation of women in science, technology, engineering, and mathematics (STEM) profession are steadily increasing these past few years and achievements by female scientists have been acknowledged accordingly, women, in general, are unable to name any significant figure of their gender in which they can emulate. According to another survey conducted by women in science advocacy group Sciencegrrl in 2014, more than one in ten respondents named male engineer Isambard Kingdom Brunel when asked to give an example of famous women in any STEM related field. The survey also highlighted that 68% of respondents named Marie Curie when asked if they can name a female scientist.

This further fuels public perception that engineering is a “job for boys “and the lack of well-known figures in the field are discouraging women from participating in STEM related careers. The overwhelming mention of Marie Curie shows that contribution of other famous women in science such as Ada Lovelace, Jane Goodall and Dorothy Hodgkin whose achievements are just as significant as Curie’s have yet to be properly acknowledged.

This phenomenon is reaffirmed by a survey by EDF Energy as part of their #prettycurious campaign in which Curie has the third highest mention behind male scientists Stephen Hawkings and Albert Einstein. The survey also shows that one-third of the respondents who are girls between the age of 11 and 16 did not think they are smart enough to be a scientist. “There aren’t many visible role models who can explain how exciting and rewarding these careers are,” said Ruth Wilson of the Women into Science and Engineering (WISE) campaign.

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Another yardstick to measure society’s acceptance to women in science is their exposure on social media. A quick search on the internet shows that celebrities like Katy Perry, Justin Bieber and Taylor Swift dominating the Twittersphere with up to 80 million followers. In contrast, planetary scientists Carolyn Porco currently has up to 31,000. This pales in comparison with male astrophysicist Neil Degrasse Tyson who has 2.4 million followers according to a survey by the Science Magazine which compiles the top 50 scientists on Twitter. Unsurprisingly, there are only four female scientists who made the list. Astronomer Pamela Gay, also an active Twitter user with 17,000 followers said that women are more likely to face sexist attacks which discourage their participation in the online medium. “At some point, you just get fed up with “why you are hot” and“why are you ugly” comments.”

 

Drones: The Next Step In Elderly Care

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By Zakwan Zainal Abidin

Drone technology may be the answer to resolving the problems of caring for the elderly, according to researchers at the Intelligent Robotics Lab.According to Professor Naira Hovakimyan, undertaking research in developing drones to enhance the care for older people is vital in light of their growing numbers.

“It is projected that by 2030 the population aged over 65 will double, which can potentially create an overload for nursing homes and assisted living facilities. Advanced technology can help people stay in their homes longer and live independently,” she said.

Professor Hovakimyan who heads the project at the University of Illinois at Urbana-Campaign (UIUC) was recently awarded a $1.5 million research grant from the National Science Foundation to design small, autonomous drones which can perform simple chores such as picking up objects from under a table and mowing the lawn. With the growing application of drone usage today from transporting items to surveillance, the robotics professor believes that in 20 years or so drones will become as common as today’s cell phones.

“I have no doubt about it. If you check Nixie drone, you’ll see that a drone is reduced to the level of wearable technologies, which means that it can be made of plastic soft materials, be miniaturized in size and be used as a watch and camera. I have no doubt that the wearable drones can have smart watches inside.”

When asked whether drones could replace the human workforce in the care of the elderly, Professor Hovakimyan was sure that drones will not entirely usurp humans. “Only humans can spend time on conversations, psychological support and keep people company. Delivering pills and other similar tasks can be done by drones.”

Professor Hovakimyan’s research is just one of many scientific undertakings currently being conducted worldwide to improve the care of the elderly. Japan has been at the forefront of this endeavor due to the country’s growing population of elderly citizens and the declining number of youth due to the low birth rate. This has prompted the Japanese government to pour in millions into elder care robotics development. Successes born from this initiative includes a touch-sensitive robotic seal named PARO designed to keep dementia patients company and Encore Smart, a walker robot which can assist the elderly across a difficult terrain such as hillsides and beaches.

While the advancement of modern science is crucial in ensuring the well-being of elderly citizens within their homes, it hinges on how well the intended target user group can operate the devices. But it shouldn’t be a problem. “They can be managed from an iPhone and iPad,” said Professor Hovakimyan. She also assures that the technology will be affordable for the general public. “Certainly! Today in our lab we use a $2000 platform to deliver a pill to a person in need. Given the falling prices of hardware, this means that within the next 10-20 years, we will be able to afford such technologies for $420.”

It’s still too early to tell how drones can improve the care of the elderly, but Professor Hovakimyan expressed optimism about the benefits that can be gained from this scientific venture. “Keep in mind that by the time the technology is ready, it will be my generation in need of it. And if today I am developing it, then I won’t be scared of it, and I will be able to manage it perfectly.”

Photo Credit to Pixabay

LINK: https://pixabay.com/en/drone-flying-technology-aircraft-491807/