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Robots, wristbands, and apps: startups that innovated their products for COVID-induced med tech

As development ended up being the byword for a brand-new typical in the wake of interruption triggered by the coronavirus pandemic, this appeared in med-tech too, which rotated to combating COVID-19.

From establishing fast infection screening packages and apps that prescreen for signs to ventilators and sanitiser-dispensing robotics, here are 10 start-ups that innovated their items for COVID-induced med tech.  &#xA 0; &#xA 0;

LimelightIT

Ahmedabad-based IoT start-up LimelightIT &#x 2019; s wearable wristband keeps an eye on the body temperature level of workers and acts when it notifications anybody &#x 2019; s temperature level increasing. The wristband can likewise discover their cough and sneeze counts.

Founded in 2018 by Tarun Purohit, LimelightIT likewise supplies cordless ID card services to assist organisations keep track of properties and individuals. It uses micro-location services and automated energy-saving services.  LimelightIT

Tarun Purohit, Founder and CEO, LimelightIT

.READ.How IoT start-up LimelightIT is preparing organisations and workers for post-lockdown duration.

In the wake of the pandemic, iCreate-backed LimelightIT repurposed its ID cards into wristbands consisting of sensing units that can identify COVID-19 signs. The wristband likewise enables staff members to type and out without needing to register their presence biometrically.

Salcit Technologies

Hyderabad-based start-up Salcit Technologies coordinated with IT business Zensark Technologies to resolve the problem of pre-screening for COVID-19 signs.

For this, the start-up repurposed its kAs mobile application, which utilizes expert system and audiometric innovation to evaluate coughing noises. The item was upgraded and introduced in April to prescreen individuals for COVID-19 infection, based upon World Health Organization standards.

 Salcit Technologies

Salcit Technologies

.READ.Coronavirus: This Hyderabad start-up intends to prescreen COVID-19 clients by evaluating cough noises.

Salcit has actually been utilizing audiometric innovation to spot breathing diseases such as persistent obstructive lung illness, therefore making performances of spirometry offered anywhere, anytime. The service was given an Indian patent in 2019. &#xA 0;

Invento Robotics

In April, Bengaluru-based Invento Robotics introduced C-Astra, a robotic that assists screen for COVID-19 signs and decontaminates typical locations. The self-governing mobile system can walk around spaces, corridors, and lobbies sanitising them. &#xA 0;

Invento &#x 2019; s flagship robotic, Mitra, has actually been updated with the following functions: scan temperature level of clients; gather required information such as their name, contact number, and picture; and established video calls with the medical professional for additional medical diagnosis. Mitra was initially created for client engagement and would inform hosts about the arrival of visitors.

 Invento robotics

Invento Robotics, Co-founder, Balaji Vishwanathan

. READ. [Financing&alert] Bengaluru start-up Invento Robotics raises concealed fund from MSPL Limited, others. .

To lower the threat of medical professionals contracting the infection, Invento made another robotic calledRoboDoc. It can walk around a medical facility autonomously and take medical professionals inside COVID-19 wards practically, lowering their physical motion. &#xA 0;

The robotic likewise scans the temperature level and other vitals of clients, and gathers and feeds the information to the computer system. It can bring loads of approximately 2 kg.

Milagrow

In August, Milagrow HumanTech, established by Rajeev Karwal, released 4 humanoid robotics: RoboDiCaprio, RoboJulia, RoboNano, and RoboElf. &#xA 0;

Specially created to accommodate hotels, healthcare facilities, dining establishments, and business workplaces, these humanoids can communicate with consumers, carry out jobs, and browse separately.

Asimov Robotics

In March, Kochi-based Asimov Robotics established 2 humanoid robotics as part of the Kerala Startup Mission. These robotics were the very first in the nation to raise awareness about the spread of coronavirus amongst individuals in Kerala. They stream videos and quick individuals about social distancing and other preventive actions. &#xA 0;

The robotics likewise disperse masks, sanitisers, and napkins at the start-up complex in Kochi. 

Log 9 Materials &#xA 0;

Bengaluru-headquartered nanotechnology start-up Log 9 Materials provides surface area sanitisation services through its item, CoronaOven. Its patent-pending innovation utilizes UV-C light to sanitize surface areas of various items.

Founded by Akshay Singhal and Kartik Hajela in 2014, Log 9 Materials is associated with developing ingenious items utilizing graphene. &#xA 0;  Founders of Log 9 Materials

Founders of Log 9 Materials

. READ. [Financing alert] Cleantech start-up Log 9 Materials raises$ 3.5 M in Series A round. .

&#x 201C; CoronaOven is mostly a disinfectant innovation, &#x 201D; states Akshay. &#x 201C; It sanitises any things that can be put inside its chamber.It utilizes proper UV-C light strength authorized by the Indian Council of Medical Research to eliminate coronavirus or any other pathogen. &#x 201D; &#xA 0;

FYI Health

Gautam Gambhir-backed FYI Health has actually introduced FYI Health Post, a made-in-India business service that makes it possible for facial acknowledgment, mask detection, temperature level scanning, and contactless sanitisation at the point of entry to properties.

 FYI Health

Credit: Yash Raj Gupta, Founder, FYI Health

. READ. Gautam Gambhir-backed FYI Health is assisting business unlock with its &#x 2018; all-in-one &#x 2019; item. .

&Launched in May 2020, the New Delhi-based health tech start-up is a neighborhood health tracking service specifically developed for business usage. &#xA 0;

Mylab &#xA 0;

In April 2020, Pune-based molecular diagnostics start-up Mylab Discovery Solutions established PathoDetect COVID-19 Qualitative PCR Kit for faster detection of the coronavirus infection. The set was the very first from an Indian business to get business approval from the Central Drugs Standard Control Organisation.

The native set can detecting a client in two-and-a-half hours, unlike imported ones that use up to 7 hours.

. READ. Pune-based Mylab &#x 2019; s COVID-19 low-priced PCR package makes detectionmuch faster. .

Mylab &#x 2019; s group of researchers was led by Minal Dakhave, who dealt with the sets even in her last phase&of pregnancy.

Biodesign Innovation Labs

In April, Bengaluru-based start-up Biodesign Innovation Labs introduced a portable ventilator, RespirAID. It is a mechanical ventilation helping gadget that attends to the unreliability, disparity, and fatigue triggered by an Ambu bag or manual ventilation.

The gadget supplies periodic favorable pressure ventilation and its portable size permits health care experts to bring it quickly throughout transport and emergency situation circumstances.  biodesign ALSO READ. Bengaluru-based start-up launches portable ventilator for coronavirus clients. .

Founded in 2017 by bros Adithya Pasupuleti and Gautham Pasupuleti, Biodesign intends to offer&affordable ventilation options in India.

Modulus Housing

Chennai-based Modulus Housing is fixing the issue of medical facility facilities through mediCAB, its immediate and portable healthcare facility systems.

Founded in 2018 by IIT Madras alumni Shree Ram Ravichandran and Gobinath P, Modulus Housing intends to construct micro facilities and rotated to constructing portable health center systems throughout the pandemic.

( Edited by Lena Saha)

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Read more: yourstory.com

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Behold the Steampunk Home Exercise Machines from the Victorian Age

The pandemic has actually led to a great deal of individuals transforming their physical fitness routines, purchasing costly products like Mirror and Peloton bikes to turn houses into house fitness centers.

Personally, we’’ re conserving our cents up until some Etsy seller reproduces the mechanical treatment systems of Dr. Gustav Zander (1835–– 1920).

From the mid-19th century through WWI, these devices were at the leading edge of fitness center culture. Their function is incredibly comparable to contemporary strength training devices, however their style exhibits a dashing steampunk style.

.( adsbygoogle = window.adsbygoogle|| []. push( );.

If the important things that’s going to assist us sweat off all this sourdough weight is going to end up colonizing half our apartment or condo, we desire something that will opt for our maximalist thrift shop visual.

We may even begin exercising in flooring length skirts and 3 piece matches in tribute to Zander’’ s initial fans.

His 27 makers attended to abs, arms, adductors—– all the best hits—– utilizing levers and weights to enhance muscles through progressive effort and resistance. Specifically trained assistants were on hand to change the weights, a high-end that our modern-day world has actually chosen to phase out.

Just as 21st-century gym place themselves as lifesavers of those who invest the bulk of the day stooped in front of a computer system, Zander’’ s developments targeted inactive workplace employees.

The commercial society that produced this brand-new type of worker likewise made sure that the Swedish physician’s gizmos would gather honors and attention. They were currently a hit in their land of origin when they took a gold medal at Philadelphia’’ s 1876 Centennial Exhibition .

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The flagship Therapeutic Zander Institute in Stockholm broadened, with branches in London and New York City.

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The New York Times explained the latter as providing the “ inexperienced observer an impression of a thoroughly created abuse chamber more than of a physician’s workplace or a “gym, both of which works the institute, to a particular degree, fills. ”

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Surely say goodbye to tortuous than the blood letting , blistering, and purging that were likewise believed healthy at the time …

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See more of Dr. Gustav Zander ’ s work out devices here .

through @ddoniolvalcroze

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Related Content:

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The Amazing Franz Kafka Workout!: Discover the 15-Minute Exercise Routine That Swept the World in 1904

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Walt Whitman ’ s Unearthed Health Manual, “ Manly Health &Training, ” Urges Readers to Stand (Don ’ t Sit!) and Eat Plenty” of Meat (1858)

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This Is Your Brain on Exercise: Why Physical Exercise( Not Mental Games) Might Be the very best Way to Keep Your Mind Sharp

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Ayun Halliday is an author, illustrator, theater maker and Chief Primatologist of the East Village Inky zine. This month, she appearsas a French Canadian bear who takes a trip to New York City searching for food and significance in Greg Kotis’ brief movie, L’Ourse . Follow her @AyunHalliday .

Behold the Steampunk Home Exercise Machines from the Victorian Age is a post from: Open Culture . Follow us on Facebook , Twitter , and Google Plus , or get our Daily Email . And do not miss our huge collections of Free Online Courses , Free Online Movies , Free eBooks , Free Audio Books , Free Foreign Language Lessons , and MOOCs .

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Reimagining digital healthcare in India for the new normal

Digital innovation has actually penetrated all elements of life, and in current times, it has actually changed the shipment of health care in brand-new methods. The National Digital Health Mission, introduced by the Government of India, is anticipated to generate a digital transformation for the health sector in the nation, and make it possible for the development of an inclusive community that supports universal health protection.

“” Reimagining health care is vital and is the method forward,”” stated Dr. HS Subramanya, Director, Institute of Bioinformatics and Applied Biotechnology, as he inaugurated the panel conversation on '’Re thinking of digital health care'’ at the Bengaluru Tech Summit 2020. Holistic digital health

Dr. Prashant Mathur, Director, National Centre for Disease Informatics and Research – ICMR, spoke and moderated the panel about how digital health as a principle has actually ended up being the talk of the town, thanks to COVID-19. According to him, digital health is a cultural improvement of health care and is the merging of digital innovations with health care, health, and society. “” It boosts the effectiveness of health care shipment and makes medication more exact and customised,”” he stated.

The existing health care system is afflicted by numerous issues, consisting of the lack of an integrated health system, no district-level electronic database, no individual health records systems and so on. “” The scope of digital health covers throughout avoidance, alleviative and rehab, however the essential chauffeur is information and its collection, management, analytics, and dissemination,”” stated Dr. Prashant.

Prashant stated that digital health is not simply getting rid of paper records, it &#x 2019; s more of a shift from a centre-based technique to a patient-centric technique.

“” Digital health will not change the traditional system however will supplement and match it. To do so effectively, we require cooperation throughout various occupations for a holistic digital health program.”” Telemedicine as a service

Prof. SK Mishra, Head, Department of Endocrine Surgery &&Faculty I/C, SGPGI Telemedicine Programme, Sanjay Gandhi Postgraduate Institute of Medical Sciences (SGPGIMS), spoke on how to construct futuristic systems with digital innovations.

“” Telemedicine service is an essential for all health care organisations,”” he stated, including that the beginning of COVID-19 has actually interrupted the health care system around the world and quickly sped up the adoption of telehealth options.

Telehealth has actually shown advantages such as access to care service at any time, any location. Previously, telemedicine platforms focused greatly on innovation. Today, there are basic and economical innovation platforms that empower residents. To determine the worth of telehealth, there are essential efficiency indications such as better client retention, lower claim costs, decreased health center transfers, reduced waiting time for immediate care, to name a few.

“” We require to brand name telehealth throughout the care business. The health care market has actually constantly been sluggish to embrace developments in innovation, however due to COVID, it has actually made this procedure much faster,”” stated Prof. Mishra, including that while brand-new innovations posture obstacles for public health principles, they likewise provide a chance to establish health principles for digital innovations.

Digital improvement of public health

Sunita Nadhamuni, Head, Digital Lifecare, Dell Giving and Social Innovation Dell Technologies, stated that at Dell, they develop innovations that drive human development. As part of their CSR, they have actually created a 10-year job '’ Progress Made Real'’ to advance sustainability, cultivate addition, change lives and support principles. Among the flagship programs under this is Digital Lifecare, where they are dealing with the federal government to enhance the method public health services are provided.

Sunita stated there has actually been a substantial shift in India from contagious to non-communicable illness (NCD) with uncomfortable stats – 1 in 5 experience an NCD, while NCDs trigger 61 percent deaths. In this context, the federal government introduced the NCD program through the health systems, that includes ASHA employees, health employees, main health medical professionals, neighborhood medical professionals, district experts, and tertiary care centres. Dell came on board as an innovation partner for this 3 years back. “” The concept was to establish a detailed tech platform with a suite of applications that will assist the health system provide this program,”” she included.

Dell has actually established applications for each of the 6 individuals – ASHA Mobile App, ANM Tablet App, PHC Doctor Web Portal, CHC/DH Portals, Administrators Portal, and Health Officials Dashboard. These are linked apps on the exact same cloud platform and extremely scalable and easy to use, with accessibility in 10 regional languages. It has actually been presented in 26 states and has 25,000 active users.

“” We think that as soon as systems like these are established in location in the nation, this can result in futuristic improvement in the general public health area,”” stated Sunita.Different designs for various concerns

Prof. Gautam I Menon, Professor, Departments of Physics and Biology, Ashoka University, spoke on the various designs they are dealing with that will assist the battle versus COVID-19.

The 3 designs are: epidemiological compartmental designs called INDSCI-SIM, network designs for screening, and agent-based designs called BharatSim.

The very first design integrates functions to enhance district-wise health care ease of access, and reacts to various age. The 2nd design lets you select the quantum of screening, the screening mix, the level of sensitivity of tests and who to test.

“” The problem in the nation is that the medium-accuracy test is higher-accuracy and economical tests are expensive. This design lets you ask particular concerns to examine what produces great screening,”” stated Prof. Gautam.

The 3rd design is a continuous task with Ashoka University, ThoughtWorks, and a variety of partners around the nation. In BharatSim, each person is simulated as an '’ representative'’ on a computer system. The homes of representatives are picked to match those understood from the district and state-level market research studies consisting of age circulations, sex ratios, population densities and health indications.

&#x 201C; It &#x 2019; s a computational design to mimic representatives, you require networks for representative interactions and you require an artificial population for representatives, &#x 201D; stated Gautam.

Edited by Megha Reddy

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Artificial Intelligence Aids Gene Activation Discovery

Artificial Intelligence Aids Gene Activation Discovery

With the aid of artificial intelligence, UC San Diego scientists have solved a long-standing puzzle in human gene activation. The discovery described in the journal Nature could be used to control gene activation in biotechnology and biomedical applications.

Scientists have long known that human genes spring into action through instructions delivered by the precise order of our DNA, directed by the four different types of individual links, or “bases,” coded A, C, G and T.

Nearly 25% of our genes are widely known to be transcribed by sequences that resemble TATAAA, which is called the “TATA box.” How the other three-quarters are turned on, or promoted, has remained a mystery due to the enormous number of DNA base sequence possibilities, which has kept the activation information shrouded.

Now, with the help of artificial intelligence, researchers at the University of California San Diego have identified a DNA activation code that’s used at least as frequently as the TATA box in humans. Their discovery, which they termed the downstream core promoter region (DPR), could eventually be used to control gene activation in biotechnology and biomedical applications. The details are described September 9 in the journal Nature.

“The identification of the DPR reveals a key step in the activation of about a quarter to a third of our genes,” said James T. Kadonaga, a distinguished professor in UC San Diego’s Division of Biological Sciences and the paper’s senior author. “The DPR has been an enigma—it’s been controversial whether or not it even exists in humans. Fortunately, we’ve been able to solve this puzzle by using machine learning.”

In 1996, Kadonaga and his colleagues working in fruit flies identified a novel gene activation sequence, termed the DPE (which corresponds to a portion of the DPR), that enables genes to be turned on in the absence of the TATA box. Then, in 1997, they found a single DPE-like sequence in humans. However, since that time, deciphering the details and prevalence of the human DPE has been elusive. Most strikingly, there have been only two or three active DPE-like sequences found in the tens of thousands of human genes. To crack this case after more than 20 years, Kadonaga worked with lead author and post-doctoral scholar Long Vo ngoc, Cassidy Yunjing Huang, Jack Cassidy, a retired computer scientist who helped the team leverage the powerful tools of artificial intelligence, and Claudia Medrano.

In what Kadonaga describes as “fairly serious computation” brought to bear in a biological problem, the researchers made a pool of 500,000 random versions of DNA sequences and evaluated the DPR activity of each. From there, 200,000 versions were used to create a machine learning model that could accurately predict DPR activity in human DNA.

The results, as Kadonaga describes them, were “absurdly good.” So good, in fact, that they created a similar machine learning model as a new way to identify TATA box sequences. They evaluated the new models with thousands of test cases in which the TATA box and DPR results were already known and found that the predictive ability was “incredible,” according to Kadonaga.

These results clearly revealed the existence of the DPR motif in human genes. Moreover, the frequency of occurrence of the DPR appears to be comparable to that of the TATA box. In addition, they observed an intriguing duality between the DPR and TATA. Genes that are activated with TATA box sequences lack DPR sequences, and vice versa.

Kadonaga says finding the six bases in the TATA box sequence was straightforward. At 19 bases, cracking the code for DPR was much more challenging.

“The DPR could not be found because it has no clearly apparent sequence pattern,” said Kadonaga. “There is hidden information that is encrypted in the DNA sequence that makes it an active DPR element. The machine learning model can decipher that code, but we humans cannot.”

Going forward, the further use of artificial intelligence for analyzing DNA sequence patterns should increase researchers’ ability to understand as well as to control gene activation in human cells. This knowledge will likely be useful in biotechnology and in the biomedical sciences, said Kadonaga.

“In the same manner that machine learning enabled us to identify the DPR, it is likely that related artificial intelligence approaches will be useful for studying other important DNA sequence motifs,” said Kadonaga. “A lot of things that are unexplained could now be explainable.”

This study was supported by the National Institute of General Medical Sciences (NIGMS) at the National Institutes of Health.

Read more: scienceblog.com