Wearable Technology And Healthcare

The latest trend in healthcare technology is that of wearable gadgets. Wearable technology means wearing wristband, watch or piece of cloth that can track your health conditions. Now a day’s even doctors are recommending the use of wearable to keep a tap on one’s health. Such gadgets are more in demands as they serve the dual purpose of fitness and fashion. Experts say that the future of healthcare will be highly influenced by the wearables.


I was searching for potential impact of wearable technology on healthcare when I found this amazing article. It gives a comprehensive insight about the wearable gadgets, which can have revolutionary changes in the coming days. Here is a part from it.

“The number of individuals wearing wearable technology for personal reasons will likely grow, as weil, as the availability of devices increase and their cost decrease. More and more consumer wearable technology devices such as Android and Apple watches are being sold or will soon be available to the general public for purchase. Nearly all wearables incorporate a health application. Health applications gather health and fitness data, including distance walked or ran, steps taken, flights of stairs climbed, calories, blood pressure and heart rate.

The availability of more powerful health applications is probable as software and applications developers improve and expand the offerings based on demand. For example, technology experts expect to see the introduction of health applications and wearable devices that include the ability to non-invasively determine blood sugar levels and obtain other personal health-related data. For these reasons, healthcare providers can expect to find more and more patients wearing wearable technology devices capable of providing a substantial amount of information about the health and fitness of patients”.

I know you want to know more about this latest development and therefore I am sharing the link so that you can access the full article.


For more healthcare tips do not forget to visit our blog UGLY.INFO.

Image Courtesy: Damngeeky.com

Read More

Technology Tomorrow

From small creative to big innovations, the health care industry is on massive technological transformation. There is a heavy demand for innovative, concierge medical services, mobile technology and all digital services. Many of these inventions haven’t got approved yet. This approval process will surely take a decade to complete. But this cannot stop us to research and develop new technologies.

A day past, I was searching in the internet for some ideas about technological transformation of health care which was related to may work. And I found this curious article. Here is the article.

“Digital innovations make it possible for consumers to use portable devices to access their medical information, monitor their vital signs and carry out a wide range of tasks.

Digital innovations have now made it possible for consumers to use portable devices to access their medical information, monitor their vital signs, take tests at home and carry out a wide range of tasks. In his book “The Creative Destruction of Medicine”,Eric Topol, a cardiologist, geneticist and researcher, describes how medicine is entering an age of democratization as power shifts from hospitals, doctors and other caregivers to patients, potentially leading to dramatic health care improvements.”

This article is all about how health care services are getting high with the help of new technologies. Click on the link below to access the full article.

If you like this article and wish to know more about total health care,
then you can visit us at ugly.info

Image courtesy – www.quartsoft.com

Read More

Busy Lifestyle Should Not Hinder Your Fitness

Everyone wish to stay fit but the ever changing and busy lifestyle often acts as a hindrance. We often hear that people complain about their tight schedule due to which they struggle to take time out for exercise. But being busy should not obstruct your fitness. Now you may wonder how one can stay healthy despite busy lifestyle. But by following some easy tips daily, one can definitely lead a healthy lifestyle that too without compromising with work.


Some days back, while surfing, I came across an amazing article about maintaining health in busy lifestyle. Here I found many interesting and uncomplicated ways of keeping oneself fit. Here is a part from it.

“Take a wake: The most convenient activity to stay healthy for those trapped in every day hustle-bustle is walking. Make a habit of walking for 15 minutes post lunch at work. It will help improve cardiovascular health, check weight, aid digestion and much more.

Adequate sleep: It is essential for a human body to get least 6-7 hours of quality sleep. If you work till late hours, you must rise late so your body and soul get sufficient rest. However, stick to going to bed and rising early in the morning if possible”.

I know you may wish to read the full article and therefore I am sharing the link below. Please click on it.


In case you are looking for more about Total healthcare, visit UGLY.INFO.

Image Courtesy: vizimac

Read More

Future Healthcare Technologies

Technology has influenced every aspect of human life and it has immensely changed the whole way of how we think of healthcare. Extensive research is incessantly carried out by the scientists and doctors that can lead to more advanced, fast and effective ways of curing a disease.




Recently, out of curiosity, I was searching for latest technologies that can change the future of healthcare and I came across an amazing article. Here is the glimpse of that article, which informs about the ten emerging healthcare technologies.

“Artificial Pancreas for Diabetics: Researchers at Massachusetts General Hospital and Boston University have successfully completed a trial with 11 type-1 diabetic patients using a new “artificial pancreas”4 that consists of insulin pumps, glucose sensors, and regulatory software.

Artificial Retina: The U.S. Department of Energy’s (DOE) Artificial Retina Project — a collaboration of five DOE national laboratories, four universities, and private industry — is developing a retinal prosthesis. To date, progress has been made by enabling direct communication between the implant and the neural cells that carry visual information to the brain”.

Sounds great isn’t it? You may like to know more about other such technologies and so I am sharing the link below, that will take you to the full article.


If you want to know more about healthcare and looking for total healthcare blogs, then visit UGLY.INFO.

Image Courtesy: blogs.wsj.com


Read More

Why 3D Printing May Have Important Medical Applications

Introduction to 3D Printing

With the rapid expansion in medical use of 3D applications, it’s one of the fields thought to revolutionize the healthcare sector. Its actual and potential use can be categorized into different categories including; tissue and organ fabrication; implants, pharmaceutical research on drug dosage forms, creation of customized prosthetics and discovery.

Its application on health care provides a lot of benefits including; increased productivity, enhanced collaboration, customized and personalized medical products, cost effectiveness among others. Even though there has been a remarkable stride towards 3D printing, scientific and regulatory changes remain to be a challenge in enhancing application for this kind of technology.

What is 3D Printing?

What is 3D Printing?

3D Printing is a manufacturing method in which objects are designed by fusing or depositing materials including; metals, plastic, liquids or even living cells in a bid to produce a 3D object. This process can also be regarded as addictive manufacturing or rapid prototyping. A number of 3D printers in the market would have a striking resemblance to the traditional inkjet with the only difference being the production of a 3D object. This healthcare equipment is thought to revolutionize medicine as well as other fields in a major way.

With over two dozed 3D printing processes with varied speeds, technology and resolution you are in a better position to build a 3D object in almost any shape imaginable usually defined by the computer aided design file. The 3D Printer usually follows instruction on the CAD file in order to build foundation for the object usually along the x-y axis. It then follows the instructions moving along the z axis building the object step by step. In addition, 2D objects such as radiographic images such as x-rays or magnetic resonance imaging can also be turned into 3D print file.

Common Types of 3D Printers.

All the 3D printing processes depict certain level of advantages and disadvantages. In so doing, any printer chosen will depend on the materials available and the bonding of the final product. The common technologies used in medical field include; thermal inkjet, selective laser sintering and fused deposition modeling.

Thermal Inkjet Printing.

Inkjet printing is referred to as a non-contact technique which uses thermal, piezoelectric technology or electromagnetic in order to deposit ink in accordance to digital instructions. Drop lets deposition is conducted with the use of heat or mechanical compression to eject the ink drops. Heating the pre-head of the printers creates an air bubble which collapses and creates a pressure that ejects ink drops from the nozzles in volume ranging from 10 to 150 Pico liters.

They are good for use in tissue engineering and regenerative medicine due to their sharp precision, versatility and control. Additionally, it has mild effect on human cells which makes it applicable in printing 2D and 3D tissues and organs. It is also ideal for other sophisticated use such as drug delivery and gene transfection especially when conducting tissue construction.

Selective Laser Sintering.

This printer uses powdered materials as a substance for printing new objects. It enables fusing of laser drawn shapes of objects in the powder. The process is repeated several times ensuring building each layer step by step. This method can be used in creating metal, plastic and ceramic objects. Details are limited by the precision of the laser and fitness of the powder making it easier to create detailed and delicate structures.

Fused Deposition Modeling.

Fused deposition modelling printers are quite cheap and common as compared to Selective laser sintering because it uses a print head similar to an inkjet. In contrast, instead of ink, beads of heated plastic are released as it moves building objects in thin layers. The process is pre-heated ensuring a controlled amount at each location. As each of the layers hardens, they create a solid object.
Depending on the available types and complexities of FDM some might have unique features such as multiple print heads. Fused deposition modeling printers are made from the same thermoplastics common in injection molding or machinery making them accrue the same durability, suitability and mechanical properties.

Medical Application of 3D Printing.

The application of 3D Printing in medicine has been in operation since the early 2000 when it was used in making dental implants and custom prosthetics. Since its onset there has been considerable evolution with the recent publications describing the use of 3D printing in production of exoskeletons, windpipes and cell cultures. The current applications can be divided into; tissue and organ fabrication, implants and anatomical models. Some of the medical application are outlined below.

Bio Printing Tissues And Organs.

There a multiple medical problems associated with ageing, diseases and birth defects with the current treatment on organ failure involving organ transplant from either deceased or living donors. With the shortage of human organs available for transplant and the subsequent risks associated with tissue rejection therapy based on tissue engineering and regenerative medicine are on the rampant increase.
Tradition engineering methods includes isolation of stem cells from tissue samples, mixing up growth factors then multiplying them in the laboratory which seeds the cells providing for cell proliferation and differentiation into existing tissues. With 3D bio printing there is more in store beyond the traditional methods such as; high digital control speeds, cell concentration, precise cell placement and resolution. Organ printing also takes advantage of print technology in cell production, bio materials and cell laden biomaterials to create 3D tissue like structures.

Customized Implants And Prostheses

Customized implants and prostheses can be made in any geometry through translation of x-ray, MRI or CT scans into digital 3D print files. In this case, 3D printing has been used in making of complex customized prosthetic limbs and surgical implants within 24 hours. This has been used in fabrication of dental, hip and spinal implants. This is unlike before where implants needed clinical testing in order to be validated.

This has in turn created an easy method to the persistent problems in orthopedics where implants were not enough for some patients complications. Surgeons had to perform bone graft surgery in order to modify implants. It would also be hard for surgeons to conduct a cranial implant on such patients. In the recent past, there has been a growing trend in making 3D implants out of various metals and polymers with most recent implants being printed with live cells.

Read More

The Massive Future Cost of Physical Inactivity


The economic and social aspect of individuals affects how they conduct themselves. To begin with, people lifestyles portray a lot about how they conduct themselves. In this fast moving world where people work for long hours and have less time to go to the gym or morning jog, this is prone to be a rampant implication to their health. Healthcare practitioners have always insisted on good healthy behaviors including physical activities. Bearing this in mind, you will be able to abstain from health complication related but not limited to obesity.

Physical Inactivity

What is Physical Inactivity?

Individuals can be considered as physically inactive if they do not participate for about 2½ hours of moderate activity for over five sessions in a week. Anyone who doesn’t meet this level of workout is considered inactive. There are several reasons that lead to physical inactivity in both developing and developed world. Urbanization for instance is one of the greatest contributors to physical inactivity. It has led to several environmental factors such as population overcrowding, high density traffic and lack of parks and recreational facilities that discourage recreational facilities.

Today is the norm where cultures value television, cars, and computers making physical activities less part of our daily lives. Moreover, some communities have schools and social amenities located far from residential areas making biking and walking less of a priority.

Physical Inactivity is Associated With ill Health And Mortality.

The world health organization estimates that physical inactivity causes 1.9 million deaths worldwide. This number is high considering that there are simple measures to be taken to curb such a high growing number. People who do not participate in physical activities expose themselves to the risk of getting complications related to cardiovascular diseases, colon and breadth cancer. Studies conducted in the recent past have also shown that physical activeness improves both mental and muscloskeleton health. In addition you stand to reduce risk factors such as high blood pressure, overweight and high blood cholesterol.

As compared to other health risk factors, physical inactivity is a greater cause of social activeness. For instance, it’s a major impact in employee productiveness leading to constant presenteeism and absenteeism and also imposes direct economic costs to employers. What’s more, it’s a major cause of healthcare costs associated with premature mortality and disability.

Measuring The Cost of Physical Inactivity.

The impacts of physical inactivity can be modeled into three parts which includes;

  • Healthcare costs
  • Economy wide productivity costs
  • Mortality costs.

Medical Care Costs.

There is a great correlation between the number of medical conditions and physical inactiveness. In fact, increased medical condition leads to higher medical costs. On the other hand, there are several healthcare costs required to treat physical inactiveness related complications.

Economy Wide Productivity Costs.

Just like other health related risks, physical inactivity can have an adverse effect both on individuals as well as organizations. Presenteeism and absenteeism are some of the major impacts to employee’s productivity. Presenteeism can be defined as the loss in productivity related to employees underperformance at work due to illness and other related complications. In comparison, absenteeism occurs when employees don’t avail themselves voluntarily at work.

Mortality Costs.

Physical inactivity can also be a major cause to medical complication leading to reduced life expectancy. A lot of people tend to overlook this element but it’s an important element when considering the financial and social costs of physical inactivity. With a constant growth in number of inactive people all over the world, there has been a greater trend in workforce decline meaning that there would be less output produced to grow the economy.

It’s notably safe to say that there are ‘quality of life’ costs that are associated with physical inactivity. The quality of life costs relate to reduction in quality of life relating to issues such as disability, anxiety, pain and suffering.

Other Costs Associated With Physical Inactiveness.

As opposed to the main costs of physical inactiveness there are others associated with physical inactivity. Transaction costs for instance have a huge bearing towards physical inactivity. Transaction costs can be defined as costs associated with information. There are a lot of costs related to dissemination of information. This can be through campaigns activities conducted by WHO, transportation among others.

There are also considerable amounts of capital invested in regions such as sports, recreational facilities, cycling and footpaths. These factors can be argued in different ways since most people do not consider facilities a hindrance for being physically fit.

Although much information is not available ethnic differences in health outcomes have cultural and social impacts. This can impose costs on the ethnic groups therefore end up having worse cultural effects. If there are high premature mortality rates due to physical inactivity in some ethnic communities, it can change the population structure for that community depending on the role of older people in each of the cultural people.

Achieving Physical Activeness.

There is a great health benefit that one can achieve from maintaining a consistent and regular physical fitness. This does not only help in prevention a wide range of health problems but also has beneficial effects to cardiovascular fitness. Keeping constant physical fitness maintains muscles strength, joint functioning, joint structure which is important in skeletal development in young people.

It’s also very beneficial in preventing fall and fracture to the elderly. Furthermore, regular fitness has a close correlation to the effects of depression, anxiety as well as reduction of health disorder. Most importantly, ensuring regular physical activity is associated with reduction in mortality rates for both young and older adults. Despite being known benefits related to physical activities, new research has shown that prolonged periods of sedentary behaviors between exercises can have adverse effects on physical activity.

To begin with, the physical active risk attracting chronic diseases this is because all the benefits gained from being physical active are compensated from long sedentary time. Those who are physically inactive also stand a chance of attracting chronic diseases. This is why those who sit for long hours in the office stand a greater chance of getting such diseases. This suggestion presents a different perspective to physical activity in that exercise alone is not sufficient in eradicating costs incurred from chronic diseases.

Read More