Imagine being a patient in the early 19th century, when all ailments were considered “humors” to be ejected from the body. To restore balance, various techniques such as diets, natural herbs, or bloodletting with leeches were used – the only “technology” available at the time.
Even when the basic structure of modern medicine came into place, the average life expectancy was just 34 years old in 1913. A patient from that era would surely be amazed by the leaps and bounds that healthcare has undergone since then, thanks to the influence of technology.
The Healthtech Revolution
Today’s infographic dives into some of the technological advances that are pushing the boundaries of modern healthcare, and what this could mean for the sector.
What is Healthtech?
Healthcare technology, or healthtech, is the use of technology to better treat patients. Many such inventions have been credited for saving countless human lives since the 1800s.
Medicines, devices, procedures, and even organizational systems contribute to expanding life expectancy and improvements in quality of life.
From Fiction to Reality
Breakthroughs such as robotic arms, 3D bio-printed organs, and virtual reality for pain relief are being developed in the medical sector, drawing influences from the big screen.
Technologies that were once the staple of science fiction movies are rapidly becoming realities.
— Jeroen Tas, Chief Innovation Officer, Philips
But there’s a less tactile application of technology from science fiction that will arguably have an even bigger impact on healthcare: artificial intelligence (AI).
By recognizing patterns in behavior and creating their own logic, machine learning algorithms are set to transform various aspects of healthcare ranging from the automation of mundane tasks to the creation of entirely new drugs.
Healthcare at our Fingertips
Healthcare is also getting more mobile and connected, putting the Internet of Things (IoT) and mobile health (mHealth) at center stage as sources of potential disruption.
These technologies can help in everything from offering patients a convenient way to book appointments and pay bills online, to allowing doctors to use electronic health records to access and share information.
Wearable devices and smartphone apps are spiking in adoption as they unlock the option to monitor and manage individual health anytime, anywhere. This is creating an explosion in personal health data, which consumers are willing to share with their doctor if it will benefit them or others.
The Coming Healthtech Boom
Artificial intelligence, IoT, and mHealth are contributing to rapidly expanding healthtech sector, and each are expected to experience rapid growth by 2025:
|Healthcare segment||Current*||Projected (2025E)||CAGR|
|Artificial Intelligence||$2.1 billion||$36.1 billion||50.2%|
|Global IoT||$120.2 billion||$543.3 billion||20.2%|
|Global mHealth||$4.16 billion||$111.8 billion||44.2%|
While healthtech won’t replace your doctor anytime soon, but it will certainly change your experience with healthcare – both on the front-end and behind the scenes.
Visualizing Over A Century of Global Fertility
Global fertility has almost halved in the past century. Which countries are most resilient, and which have experienced the most dramatic changes over time?
Visualizing Over A Century of World Fertility
In just 50 years, world fertility rates have been cut in half.
This sea change can be attributed to multiple factors, ranging from medical advances to greater gender equity. But generally speaking, as more women gain an education and enter the workforce, they’re delaying motherhood and often having fewer children in the process.
Today’s interactive data visualization was put together by Bo McCready, the Director of Analytics at KIPP Texas. Using numbers from Our World in Data, it depicts the changes in the world’s fertility rate—the average number of children per woman—spanning from the beginning of the 20th century to present day.
A Demographic Decline
The global fertility rate fell from 5.25 children per woman in 1900, to 2.44 children per woman in 2018. The steepest drop in this shift happened in a single decade, from 1970 to 1980.
In the interactive graphic, you’ll see graphs for 200 different countries and political entities showing their total fertility rate (FTR) over time. Here’s a quick summary of the countries with the highest and lowest FTRs, as of 2017:
|Top 10 Countries||Fertility rate||Bottom 10 Countries||Fertility Rate|
|🇳🇪 Niger||7.13||🇹🇼 Taiwan||1.22|
|🇸🇴 Somalia||6.08||🇲🇩 Moldova||1.23|
|🇨🇩 Democratic Republic of Congo||5.92||🇵🇹 Portugal||1.24|
|🇲🇱 Mali||5.88||🇸🇬 Singapore||1.26|
|🇹🇩 Chad||5.75||🇵🇱 Poland||1.29|
|🇦🇴 Angola||5.55||🇬🇷 Greece||1.3|
|🇧🇮 Burundi||5.53||🇰🇷 South Korea||1.33|
|🇺🇬 Uganda||5.41||🇭🇰 Hong Kong||1.34|
|🇳🇬 Nigeria||5.39||🇨🇾 Cyprus||1.34|
|🇬🇲 Gambia||5.29||🇲🇴 Macao||1.36|
At a glance, the countries with the highest fertility are all located in Africa, while several Asian countries end up in the lowest fertility list.
The notable decade of decline in average global fertility can be partially traced back to the actions of the demographic giants China and India. In the 1970s, China’s controversial “one child only” policy and India’s state-led sterilization campaigns caused sharp declines in births for both countries. Though they hold over a quarter of the world’s population today, the effects of these government decisions are still being felt.
Population Plateau, or Cliff?
The overall decline in fertility rates isn’t expected to end anytime soon, and it’s even expected to fall past 2.1 children per woman, which is known as the “replacement rate”. Any fertility below this rate signals fewer new babies than parents, leading to an eventual population decline.
Experts predict that world fertility will further drop from 2.5 to 1.9 children per woman by 2100. This means that global population growth will slow down or possibly even go negative.
Africa will continue to be the only region with significant growth—consistent with the generous fertility rates of Nigeria, the DRC, and Angola. In fact, the continent is expected to house 13 of the world’s largest megacities, as its population expands from 1.3 billion to 4.3 billion by 2100.
The Big Pharma Takeover of Medical Cannabis
The Big Pharma industry is entering the cannabis space, by swapping patients for patents. But what are the impacts of such a takeover?
The Big Pharma Takeover of Medical Cannabis
As evidence of cannabis’ many benefits mounts, so does the interest from the global pharmaceutical industry, known as Big Pharma. The entrance of such behemoths will radically transform the cannabis industry—once heavily stigmatized, it is now a potentially game-changing source of growth for countless companies.
Today’s infographic comes to us from CB2 Insights, and explores how and why the notorious Big Pharma are interested in the nascent cannabis industry.
Who are “Big Pharma”?
The term refers to some of the largest pharmaceutical companies in the world, considered especially influential as a group. To give a sense of their sheer size, the market cap of the top 10 Big Pharma companies is $1.7 trillion—Johnson & Johnson being the largest, with a market capitalization of $374 billion.
So far, Big Pharma has watched the cannabis industry from the sidelines, deterred by regulatory concerns. What we are seeing now is the sleeping giant’s takeover slowly intensifying as more patents, partnerships, and sponsored clinical trials come to fruition.
Could Cannabis be Sold Over the Counter?
The cannabis plant has been used in medicine for 6,000 years. However, there is still considerable debate around the role it plays in healthcare today. There are currently almost 400 active and completed clinical trials worldwide surrounding cannabidiol (CBD), a type of cannabinoid that makes up 40% of the cannabis plant’s extract.
Cannabis relies on CBD’s therapeutic properties, and recent studies suggest it may be useful in combating a variety of health conditions, such as:
- Multiple sclerosis
- Cancer side effects
As of 2019, 33 states and the District of Columbia have legalized cannabis for medical use. Its potential for pain management has led some experts to recommend it as an alternative to addictive painkillers, with one study of 13 states showing opiate-related deaths decreasing by over 33% in the six years since medical cannabis was legalized.
As the industry evolves, data is becoming increasingly important in understanding the potential of cannabis—both as a viable medical treatment, and as a recreational product. The shift away from anecdotal evidence towards big data will inform future policies, and give rise to a new era of consumer education.
Big Pharma’s Foray into Cannabis
Further legalization of cannabis will challenge Big Pharma’s bottom line, and poach more than $4 billion from pharma sales annually. In fact, medical cannabis sales are projected to reach $5.9 billion in 2019, from an estimated 24 million patients.
Seven of Canada’s top 10 cannabis patent holders are major multinational pharmaceutical companies, a trend that is not unique to Canada.
|Company Rank||🇨🇦 Canadian Patents||Company Rank||🇺🇸 U.S. Patents|
|1. Novartis||21||1. Abbvie||59|
|2. Pfizer||14||2. Sanofie||39|
|3. GW Pharmaceuticals||13||3. Merck||35|
|4. Ericsson||13||4. Bristol-Myers Squibb||34|
|5. Merck||11||5. GW Pharmaceuticals||28|
|6. Solvay Pharmaceuticals||7||6. Pfizer||25|
|7. Kao Corporation||7||7. Hebrew University of Jerusalem||19|
|8. Ogeda SA||7||8. Roche||17|
|9. Sanofi||6||9. University of Connecticut||16|
|10. University of Connecticut||6||10. U.S. Health and Human Services||13|
It comes as no surprise that many pharmaceutical giants have already formed strong partnerships with cannabis companies, such as Novartis and Tilray, who will develop and distribute medical cannabis together in legal jurisdictions around the world.
Data is the Missing Link
While the body of knowledge about the many uses of cannabis continue to grow, clinical evidence is key for widespread adoption.
Products backed by data will be a defining criteria for major companies to come into the market en masse. And ultimately, Big Pharma’s entry could accelerate public understanding and confidence in cannabis as a viable option for a range of ailments, and mark the next major milestone for the industry.
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