Vitls joins the Medical Device Program at Texas Medical Centre Innovation Institute

TMCx Welcomes New Medical Device Class

 By  Christine Hall   |  August 07, 2017

By Christine Hall | August 07, 2017

The Texas Medical Center (TMC) Innovation Institute kicked off its four-month accelerator program this week by welcoming 19 startups from across the world to introduce their medical devices to the Houston health care market.

This is the fifth installment of TMCx, a program designed to meet the needs of startups at every stage—from ideation to commercialization—by lowering the barriers of access to hospital stakeholders and key opinion leaders in the world’s largest medical center.

Innovation Institute members sifted through 123 applications from companies headquartered in 15 countries. The companies that ultimately make up the class include seven local companies, nine from outside of Texas, and three from outside of the U.S.

In addition, one of the companies, Alleviant Medical, moves into the cohort from the TMC Biodesign program, a one-year fellowship bringing together eight people from diverse backgrounds who work together in interdisciplinary teams to observe and identify unmet needs and collaboratively create products to solve them.

Meet the new medical device class:

Aesela (Houston, TX) – Wearable photobiomodulation device designed to accelerate and enhance post-surgical recovery.

Alleviant Medical (Houston, TX) – Transcatheter technology to provide left atrial decompression and symptomatic relief for congestive heart failure.

Bitome (Boston, MA) – MRI-based diagnostic tool for non-invasive monitoring of the human hydration state.

Dock Technologies (Madison, WI) – Electronic wristbands that provide a visual reminder of time elapsed, helping care teams quickly navigate complex treatment processes.

Elsius Biomedical (Canada) – Portable Extracorporeal Membrane Oxygenation (ECMO) unit that includes a proprietary coating to enhance biocompatibility and prevent blood clots.

Forest Devices (Pittsburgh, PA) – Screening device that enables identification of stroke patients and traige to the right level of care.

GuidaBot (Houston, TX) – MRI-compatible robotic system that precisely targets areas of the brain during minimally-invasive neurosurgical procedures.

iSono Health (San Francisco, CA) – Accessible at-home breast health monitoring combining 3D ultrasound and artificial intelligence.

Multisensor Diagnostics (Baltimore, MD) – Device that measures multiple vital signs by mouth in less than a minute.

NanoEar Technologies (Houston, TX) – A minimally-invasive, micro-implantable hearing aid, positioned to disrupt the market by utilizing Direct Eardrum Modulation.

NAVi Medical Technologies (Australia) – Improving neonatal umbilical venous catheter (UVC) placements by providing clinicians with real-time feedback on the location of the catheter tip.

Orphidia (San Francisco, CA) – Portable blood diagnostic platform providing lab-quality test results in 20 minutes.

PolyVascular (Houston, TX) – Polymeric transcatheter valves for children with congenital heart disease.

Raiing Medical (Boston, MA) – Wearable device monitoring vital signs for connected health.

Replete Biotics (Houston, TX) – Standardizes fecal specimen processing while protecting bacterial community integrity and eliminating cross-contamination risks.

Resthetics (Houston, TX) – Device to convert waste anesthesia into a safe renewable resource.

Sonavex (Baltimore, MD) – Implantable device that utilizes ultrasound to detect blood clots after surgery.

Vena Medical (Canada) – Making vascular procedures faster, easier and safer by providing physicians with a thin fiberoptic camera that sees through blood.

Vitls (San Francisco, CA) – Vital signs platform for continuous, remote monitoring.

10 Ways The Internet of Medical Things Is Revolutionizing Senior Care


As published on Forbes by Reenita Das

Virtual home assistants and portable diagnostic devices will help provide better elder care and in turn control medical costs.

In 2000, about 10% of the world’s population were age 60 or over. By 2015 that had risen to 12%. United Nations projections indicate that will have increased to 16% by 2030, and jumped to 22% by 2050. The percentages may not seem alarming, but to put this into perspective, let’s look at the following: by 2025, the world’s population is set to be 8 billion, of which approximately 15%, or 1.2 billion, will be elderly. Essentially, that is almost equivalent to the population of the second most populous country in the world–India. Another alarming statistic is the projected decline in the working-age population (25-59) between 2030 and 2050, meaning that there will be fewer people to support the growing elderly population–financially and otherwise.

But why does this matter so much? The answer is medical costs! Healthcare expenditure on the elderly is a growing concern, as it accounts for a higher share of expenditure compared to other age groups.

For example the Centers for Medicare & Medicaid Services estimate that while the U.S. elderly population in 2010 was about 13%, it accounted for 34% of the total healthcare expenditure. As life expectancy rises in the future, the share of expenditure, too, is expected to rise. It is also estimated that elderly health expenditure may more than double between the ages of 70 and 90, depending on the region. With rising pressure on governments, payers and manufacturers to reduce healthcare costs, senior care needs solutions in order to be prepared for this impending rise in expenditure.

Digital technologies, and specifically the Internet of Medical Things (IoMT), have tremendous potential to help. From our detailed analysis on growth opportunities in the IoMT, here are 10 ways that it can help provide better elder care and, in turn, control medical costs:

1. Vitals-Tracking Wearables

A majority of seniors suffer from non-communicable diseases, including cardiac ailments, diabetes and hypertension. For cardiac patients, heart monitors that can monitor ailments such as arrhythmia and can alert doctors to adverse events in real time and help prevent further complications. For example, InfoBionic’s MoMe Kardia device does exactly that. Other monitors, like Cortrium’s C3 Holter monitor and Uber Diagnostic’s CardioTrack, are also available. "Smart" glucometers such as Dario that can communicate measured blood glucose readings to an app on a smartphone for storage, tracking and managing diabetes can help elderly patients better manage their diabetes. Regular activity monitoring and heart rate monitoring can be achieved by one of several available consumer wearable devices and smartwatches. Even when hospitalized, IoMT platforms such as the one provided by Vitls can help nurses and off-campus physicians continuously monitor seniors’ vital signs without disturbing patients.

2. Medication Adherence Tools

Seniors have several medications they need to take, and with age, remembering everything becomes a challenge. Missed doses can result in exacerbation of medical conditions, and in some severe cases can even lead to serious consequences requiring hospitalization. Several IoMT products address this challenge by helping users remember when to take their medication. Products from AdhereTech, Amiko.IO, MyUBox, MedMinder and Vitality GlowCaps tackle this challenge in their own unique ways, helping the healthcare industry by saving on costs.

3. Virtual Home Assistants

Quite a few seniors live alone or with their spouses or partners, who are also most often likely to be elderly, and require daily assistance as well as companionship. Virtual assistants like Catalia Health’s Mabu robot or Intuition Robotics ElliQ robot serve this purpose well. Not only do these interact with seniors via voice and touchscreens, they can also help them stay connected with their family and friends digitally–via social media platforms and video chat.

Additionally, they can help patients remember to take their medications, take notes and remind patients about their care providers’ medical advice. Apart from their presence in seniors’ homes, these virtual assistants can also be reached via text/mobile phones through chat. Apart from robots, another category of virtual assistants is voice-interactive digital assistants like Amazon Echo or the healthcare-specific version provided by Lenovo Health in partnership with Orbita Health. For seniors, such devices can be used for medication adherence and care coordination, as well as patient engagement, all areas in which (considerable) healthcare cost savings can be made.

4. Portable Diagnostics Devices

The senior age group needs to have biomarkers tested more frequently than others to monitor existing conditions, diagnose new ones and check on overall well-being. Instead of frequently visiting a pathology laboratory for getting urine or blood tests done, smart and portable diagnostics devices can help seniors perform such tests in the comfort of their homes, and get results in formats that allow them to be instantly shared with their care providers. Consider the Scanadu Urine Kit for biomarker analysis or the Cue device that can test Vitamin D levels. In the future, additional tests may become available that will expand the potential of home testing for seniors. The added convenience means seniors can perform diagnostic tests more frequently, helping to diagnose diseases and thus to begin treatment sooner, ensuring complications are prevented to save avoidable healthcare costs.

5. Personal Emergency Response Systems

The concept is well known for many elder care market participants. Several products are already well established and serve many needs of seniors, inside and outside of their residences, such as fall detection, emergency assistance and navigation guidance back to residence (for dementia patients, for example) or even boundary perimeter breach alerts (for Alzheimer’s patients, for example). Some products even include additional features such as medication reminders. Several companies, ranging from healthcare majors such as Philips to smaller companies and startups like Everon, Qmedic, Lively, Motech, MobileHelp, Jupl and UnaliWear, provide these products. In addition, a unique concept that goes beyond simple fall detection is that of ActiveProtective’s smart belt, which detects falls and deploys air bags to prevent fall-related injuries and uses Bluetooth technology to trigger an alert to designated emergency contacts. Technologies such as these can help save avoidable fall-related healthcare costs.

6. Disability Assistance Tools

Varied smart products are available for some disabilities that seniors suffer from. One of the most interesting ones is Opn smart hearing aids by Oticon. With features such as direct Bluetooth connectivity to smartphone for calls or for streaming music and the ability to control volume and switch programs on television with smartphone app support, it is a "smart" solution for seniors. Another solution for sensory- and cognitive-impaired seniors is Nominet’s PIPS for management of daily routines. The customizable colored buttons installed in seniors’ residences flash until the task that patients are being reminded of is performed and the button is pressed by the user. Pressing a button activates the next button in sequence. Functions can include daily tasks such as brushing teeth or even medical tasks such as taking medication.

7. Smart Implants

Pacemakers that communicate data to smartphone apps for sharing with physicians (Medtronic MyCareLink), sensors that are embedded in orthopedic implants to communicate performance post-surgery (OrthoSensor) or glucose sensors that communicate diabetics’ glucose levels to smartphones or dedicated readers (such as products in development by GlySens, Senseonics, Echo Therapeutics or Google’s smart lens) are all examples of smart implants. These can help seniors take care of their health and manage their conditions better, ensuring medical intervention is sought immediately when required.

8. Smart Senior Homes

Care staff can monitor seniors with the use of wrist-worn wearables that track their location as well as activities performed (such as bathing, walking, sleeping, etc.). The Tempo wearable by CarePredict also allows seniors to request assistance with the touch of one button and will soon also provide two-way audio communication with care staff. But the true power of the technology lies in machine learning and predictive analytics to derive insights from seniors’ daily routines as well as any deviations. Insights could include emerging physical or mental health conditions, which can help alert care providers to the need for immediate medical intervention. A similar example is the Mimo-Care solution that can issue three types of alerts to care staff for monitored seniors–red alert (potential fall or night wandering), orange alert (irregularities in daily routine, such as not eating regularly) and yellow alert (for domestic issues such as refrigerator door left open).

9. Family Caregiver Remote Monitoring Tools

Products from 3rings, Evermind and Sonamba help family members monitor seniors remotely without contacting them directly. For example, the 3rings smart plug notifies family members each time the connected device is turned on–a coffee machine, for example–allowing the family member to know that it was turned on at the regular time, indicating normalcy in routine. Any deviation in routine will be detected, and family members can contact seniors to ensure that seniors are, indeed, all right. While Evermind provides a similar product, Sonamba’s product line goes beyond this by also providing medication reminders, an emergency panic button and the ability to share digital photos with senior loved ones, as well as a texting interface that is easy for seniors to use. A slightly different approach is Welbi’s platform, which connects existing fitness trackers or smartwatches to monitor health and activity and alerts caregivers when any deviation occurs. These technologies ensure that seniors are constantly but non-intrusively monitored and receive immediate attention and medical assistance when it may be needed the most.

10. Other Approaches

Several innovative devices are being developed to address medical challenges. Consider the Opnwatr.IO approach of developing a wearable device that could provide MRI-level details in the bodies or brains of wearers. For seniors, this means not having to frequently undergo expensive procedures, and receiving more knowledge about their conditions without the discomfort of being surrounded by large scanning machines, and at a much lower cost. Another device is the Gyenno "Smart Cup" for Parkinson’s patients, allowing them to use cups independently despite tremors they may be experiencing. Sensors detect and help counteract the action of tremors to keep the cup steady. Similar spoon and fork products, although not necessarily true IoMT devices, are also available from Gyenno as well as LiftLabs. These products can help seniors become independent, and help reduce, at least partly, the costs of constant care support.

Most of these approaches are still being developed. But as they increase in sophistication, they have the potential to result in significant cost savings for the healthcare industry.

SA's Vitls secures funding for health wearables

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As published in Disrupt Africa

South African health wearables startup Vitls has secured six figure funding from three angel investors, to enable the startup to conduct further trials and commercialise its devices.

Vitls produces wearable health trackers which allow medical teams to remotely monitor a patient’s vital signs. The startup is based on the idea of wireless connected healthcare: combining discreet wearables with cloud-based data analysis to improve patient care.

So far the startup has been pre-commercial launch, working on product development and testing.

Vitls has now secured six figure dollar funding from three New York-based angel investors, which will push the startup into a commercialisation phase.

Founder Werner Vorster says the investment will be used to launch in-hospital clinical trials; obtain regulatory approval; product commercialisation and customer acquisition.

“This is incredible news and we are so grateful for the funds that are coming in! Starting a company is such a hard and long road and having investors who believe in you definitely helps,” Vorster says.

“Our investors are big players in the BioPharma space and their experience was an important factor for us going into this deal. Our team is extremely passionate about what we’re working to achieve and we work well together.”

Vitls is still looking for further investment, and as such its fundraising round remains open.  The startup is also looking to establish partnerships in the healthcare space.

TiEcon 2017 announces Vitls as a 2017 TiE50 Winner

May 5th, 2017 – San Francisco, California – Vitls is excited to announce that it has been selected as a “2017 TiE50 Winner” for the prestigious TiE50 Awards Program recognizing the world’s most innovative tech startups. Winners were announced on Friday, May 5th at the Santa Clara Convention Center during TiE Silicon Valley’s annual tech entrepreneurship conference, TiEcon. 

“We feel extremely honored and grateful to be recognized as a TiE50 winner. TiE has been doing an incredible job of recognizing entrepreneurs and the work we do. Startup life is hard and it’s great to receive this kind of support along the way.” said Vitls Founder & CEO Werner Vorster.

“TiE50 has become a global brand that attracts companies from all over the world. We screened thousands of companies this year and selected the most innovative 50 companies as TiE50 Finalists. TiE50 company presentations were well received at the conference. As a not-for-profit, our vigorous screening and judging adopts multiple regression techniques to ensure process integrity,” said program co-chair Daniel Zimmer. 

“This highly successful program is in its ninth year and has been a major draw at TiEcon. The TiE50 Program is one of TiE Silicon Valley’s most successful programs,” said Sanjay Shirole, program co-chair. This year, the screening committee included 31 accomplished domain experts and influencers who participated. Our judges included senior executives, venture capitalists, and marquee tech entrepreneurs.”

About TiEcon:
TiEcon is an annual tech entrepreneurship conference put on by TiE Silicon Valley, a not-for-profit organization in its 25th year. The conference attracts loyal participation from top technology companies, leading venture capital firms, and global service providers. TiEcon 2017 attracted 6,000+ attendees from across the world – including CEOs of established companies to first-time entrepreneurs creating new companies, to leading investment professionals and corporate executives. TiEcon was listed by Worth Magazine as one of the 10 best conferences for ideas and entrepreneurship along with TED and the World Economic Forum. For more information on TiEcon, visit

About TiE:
The Indus Entrepreneurs (TiE) is a non-profit founded in 1992 in the Silicon Valley by a group of successful entrepreneurs, corporate executives, and senior professionals. TiE is a 320,000+ network with 14,000+ members and operates cohesively through 61 chapter locations in 18 countries.

 Jillian Manus (Managing Partner - Structure Capital) and Werner Vorster (Founder & CEO - Vitls)

Jillian Manus (Managing Partner - Structure Capital) and Werner Vorster (Founder & CEO - Vitls)

Is this startup the future of health wearables?


As published on Disrupt Africa

Young children often have trouble with their body heat, but for some, a quickly rising high temperature can cause fitting – known as febrile seizures.

When South African software developer Werner Vorster’s son began suffering from these, the new father sat through long nights trying to prevent the child’s fever from spiking, to avoid further seizures.

The sleepless entrepreneur came to a conclusion: there had to be a better way of monitoring vital signs.  Vitls was born.

Vitls is a startup based on the idea of wireless connected healthcare, combining discreet wearables with cloud-based data analysis to improve patient care.

“Our disposable body-worn devices are small, flexible, waterproof, discreet, non-invasive and have a battery life of around five days. They monitor respiration, pulse rate, and body temperature. Data is sent to the cloud where our algorithms convert it into actionable intel,” Vorster explains.

“The idea is to provide a platform that enables healthcare providers to continuously and remotely monitor a patient’s vital signs, reliably and undisturbed. This will allow nurses on site and physicians from anywhere to receive uninterrupted data and alerts when something is out of place with a patient.”

The startup currently has five users: Vorster and his family, and he says the device has the potential to ease the load of those caring for patients at home.

But he also believes the device can drastically impact on care in healthcare institutions. And the market seems to agree: Vitls has been invited to trial the device in a 30 bed oncology unit, and has also had an offer of partnership for clinical trials.

In wards where nurses often care for a number of patients at the same time, it can be difficult to manually observe early signs of deterioration, which can lead to negative outcomes. The lack of access to reliable patient data over a period of time also hinders doctors in making quick diagnoses and planning treatment effectively.  These problems are addressed by the Vitls solution, which monitors patients continuously, relays the data, and sends alerts in the case of unusual information.  Doctors can access all this data via smartphone app.

“For hospitals, using Vitls will lead to improvements in patient outcomes as well as reductions in length of stay and treatment costs,” Vorster says.

According to Vorster, technology is set to spark a “revolution” in healthcare, which will help both healthcare providers and patients experience better care. For providers, they will have better access to data which in turns enables quicker, more precise decision-making. On the other side, patients will be able to be more aware and responsible for their own well-being, keeping them healthier for longer.

He adds that digital healthcare solutions hold particular potential for Africa, where large numbers of people do not have easy access to quality healthcare in their local vicinity.

“I believe we’re on the cusp of a digital revolution in healthcare where technology will play an enormous role in the hospital and outpatient setting,” Vorster says.

“I’m very passionate about Africa and I feel our device can make a big difference here. Especially in rural areas where there are none – or very little access to healthcare because of the vast distances people have to travel to get to a clinic as well as the financial constraints of patients and clinics.”

Vitls is currently working on the next iteration of the device, and is looking forward to seeing the monitor rolled out in hospitals in South Africa. After that, the startup also has an offer to test the device in a group of Texas-based institutions.

Seedstars Winners!!

Thanks to Seedstars World and Standard Bank for an awesome evening. Well done to all the startups who took part. The judges certainly had their jobs cut out for them. We are looking forward to the finals in Johannesburg on the 30th of June. Read more here -

Coping with Febrile Seizures

5% of children go through this. Here's some practical information on what to do.

"One mother, Joanne Riley, described witnessing a febrile seizure in her two-year-old son as "one of the scariest moments of my life"."