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Transforming Healthcare For A Better Future – ITM Singapore

Singapore’s Ministry of Health (MoH) has introduced the Healthcare Industry Transformation Map (ITM) 2025, with a strong focus on innovative and sustainable strategies to improve the health of the population. They aim to create a future-ready workforce capable of tackling upcoming challenges. The ITM 2025 is a refreshed version of the 2017 healthcare ITM, incorporating lessons from the COVID-19 pandemic and leveraging new technologies and opportunities in the sector. MoH is collaborating with various stakeholders to achieve the ITM 2025 goals through solid public-private-people partnerships.

MoH’s key objective is to enhance the research and innovation ecosystem to drive improvements in health. This involves revamping digital applications like Healthy 365 and HealthHub, using data effectively for health research, and implementing National Clinical Translational Programmes and Translational Platforms to accelerate the adoption of value-based healthcare and support Health Systems Transformation.

Furthermore, MoH is working on addressing emerging regulatory issues in healthcare by implementing the Healthcare Services Act and introducing the Health Information Bill.

To prepare for the future, MoH will intensify its efforts to meet the healthcare demands of an ageing population by strengthening hiring for nursing and support care roles and investing in jobs and skills development.

Unveiling Heart Failure Healthcare Hurdles: Economic Burden

An insight into healthcare support in treating heart failure revealed the economic burden and awareness issues. Over half of the healthcare centres in the Asia Pacific region receive reimbursements with co-payments for heart failure treatment, while nearly a quarter receive no reimbursements, raising concerns about accessibility to essential medications and devices for heart failure patients.

According to an insight, 53% of healthcare centres received reimbursements with co-payments for heart failure treatment, and 23% received no reimbursements. The survey also highlighted other gaps, including low patient awareness (74%), late referral for heart failure care (71%), and a need for physician knowledge and awareness (57%).

Diagnosing heart failure can be challenging due to low awareness and knowledge among the public, patients, and physicians. The symptoms are nonspecific, making early diagnosis difficult. Patients in the Asia Pacific region may stay in the hospital for five to 12.5 days during treatment, and 15% of heart failure patients are readmitted to the hospital.

The importance of biomarker testing, specifically natriuretic peptides (NP), for diagnosing and monitoring heart failure was emphasised. Using biomarkers can provide more effective assessment tools for clinicians to diagnose and track disease progression confidently, ultimately reducing readmissions.

It also showed the urgency of treating heart failure, comparing it to the rapid response seen in cancer treatment. Proper management of heart failure can lead to some improvement in the patient’s quality of life.

It also highlighted the risk of severe complications from influenza, particularly for individuals with existing heart disease or risk factors. Influenza can worsen heart disease and may trigger heart attacks, making it crucial for vulnerable individuals to take preventive measures.

Emerging Therapies in Hair Transplantation PRP and Stem Cell Applications

Hair loss is a prevalent concern affecting millions worldwide, transcending age, gender, and ethnicity. The emotional impact of hair loss can be significant, whether due to genetics, aging, hormonal imbalances, or environmental factors.

Traditional hair transplantation methods, such as Follicular Unit Transplantation (FUT) and Follicular Unit Extraction (FUE), have proven effective in restoration. In a few recorded cases, FUE has achieved 90% long hair retrieval and a 3–4% graft attrition rate. However, as medicine evolves, researchers and practitioners have explored novel approaches to optimize outcomes and enhance patient experiences.

In recent years, two cutting-edge therapies have gained considerable attention in hair transplantation – platelet-rich plasma (PRP) therapy and stem cell applications. However, these have to be combined with FUT or FUE and can’t be used independently for hair transplantation.

Platelet-Rich Plasma (PRP) Therapy in Hair Transplantation

Platelet-rich plasma (PRP) therapy has garnered significant attention as a potential breakthrough in hair transplantation. It was initially used in sports medicine and orthopedics for its regenerative properties.

In fact, PRP has been used for various medical benefits, and hair loss prevention or help recovering from hair transplantation are its new applications. The use of PRP in multiple treatments is so high that the global PRP market size stood at $627.9 million in 2022.

The treatment for hair transplantation involves the extraction and concentration of platelets from the patient’s blood. These are then injected directly into the scalp at areas experiencing hair loss.

According to Hair Transplants New York, PRP therapy for hair loss is a 3-step procedure as listed below:

  • Plasma is ejected from your body.
  • It is purified.
  • It is injected into the scalp.

The website states that PRP can be utilized as a standalone therapy for early-stage hair loss or as an adjunct to traditional hair transplantation procedures like FUT or FUE. When combined, PRP is typically administered before or after the hair transplant surgery.

Pre-transplant PRP can strengthen existing hair follicles and improve the overall health of the scalp, while post-transplant PRP can aid in faster healing and enhance graft survival.

The underlying mechanism of PRP’s hair growth potential lies in its ability to enhance the activity of hair follicles. The growth factors present in PRP promote blood vessel formation and stimulate the proliferation of dermal papilla cells, essential for hair follicle growth and regeneration. Additionally, PRP helps reduce scalp inflammation, which can further contribute to hair regrowth.

How to Go Ahead With Using PRP for Hair Loss

Consulting with a qualified medical professional in your locality is crucial before considering PRP for hair loss treatment. They will assess your specific condition, medical history, and suitability for PRP therapy. You should look for a reputable doctor in your locality.

Many people from the US, like New Yorkers or Californians, go to Middle Eastern countries, especially Turkey, for hair transplants. Male hair transplant surgery is a whopping $1 billion industry in Turkey.

However, hair transplant surgeries without proper consultation can fail. People don’t realize that they should first consult with a local doctor. So, for instance, you live in New York City (NYC). In that case, you should consult a hair loss doctor in NYC. They will be able to help you understand whether you need a hair transplant surgery or the hair loss is at the initial stages and can be prevented with treatment options like PRP.

The next step is to discuss the expected results. Your doctor will provide you with realistic expectations about the potential outcomes of PRP therapy. Individual results can vary, and not everyone experiences significant hair regrowth. It’s essential to clearly understand the potential benefits and limitations of the treatment.

You should also ask your doctor to thoroughly explain the PRP hair restoration process. You can consult with a PRP hair restoration specialist in your area. For instance, considering the same example above, you can look for doctors specializing in PRP hair restoration in New York. This should allow you to understand how to proceed with your hair loss problem.

Stem Cell Applications in Hair Transplantation

Stem cells, known for their unique regenerative capabilities, have the potential to revolutionize hair restoration by stimulating the growth of new hair follicles and rejuvenating existing ones.

In hair transplantation, stem cells are harnessed for their regenerative properties, making them valuable in promoting hair growth and combating hair loss. Understanding the fundamental mechanisms stem cells influence hair regeneration is essential for grasping their potential applications.

Various types of stem cells can be employed in hair restoration procedures. Mesenchymal stem cells (MSCs) and adipose-derived stem cells (ADSCs) are among the most widely studied for their hair growth potential. These cells can differentiate into dermal papilla cells, which are crucial in hair follicle development and cycling.

Comparative Analysis: PRP vs. Stem Cell Therapy

PRP and stem cell therapy have both gained prominence in hair transplantation. Hence, it becomes essential to conduct a comparative analysis to understand their respective strengths, limitations, and suitability for different types of hair loss.

While PRP primarily relies on growth factors and cytokines to stimulate existing hair follicles, stem cell therapy can regenerate new hair follicles. Comparing the long-term results of these treatments will shed light on their sustainability and lasting benefits.

Certain types of hair loss may respond better to PRP or stem cell therapy based on their underlying causes. For instance, different therapies can work for different medical conditions, such as androgenetic alopecia, alopecia areata, and traction alopecia. According to a recent study published in the Stem Cells Journals, stem cell therapy best suits androgenetic alopecia treatment.

Another crucial aspect you should consider when selecting which hair transplant method is right for you is finance. Assessing the cost of PRP and stem cell therapy, including initial treatment expenses and potential follow-up sessions, will help patients understand the financial implications of each option.

Conclusion

It is crucial to emphasize that no one-size-fits-all solution in hair transplantation exists. Each patient’s unique hair loss pattern, donor area characteristics, medical history, lifestyle, and treatment expectations must be thoughtfully considered when making treatment decisions. Personalization and individualization remain the guiding principles for successful and satisfactory outcomes.

FitPeo Revolutionizes Healthcare With Personalized Remote Patient Monitoring And Telehealth Solutions

Biofourmis Selected by Vanderbilt University Medical Center for CAR T-Cell Therapy Study Utilizing Tech-Enabled Remote Patient Monitoring

FitPeo , a healthcare technology company founded by Prabhat, is making waves in the industry with its groundbreaking approach to patient care. Combining cutting-edge technology with a human touch, FitPeo is redefining the patient-provider relationship and empowering individuals to take charge of their health.

The inspiration behind FitPeo stems from Prabhat’s personal experience with the healthcare system. After a traumatic accident, Prabhat encountered delays and miscommunication in receiving urgent medical attention. This eye-opening event revealed a significant gap in the healthcare system and led to the birth of an innovative solution – FitPeo.

FitPeo’s platform connects patients and providers through Remote Patient Monitoring, Chronic Care Management, and Telehealth services. With a focus on personalized care, the company has already served over 1000 patients, with plans to onboard an additional 400 patients by September 2023. Projections indicate exponential growth, with 5000 more patients expected to join in the coming months.

“Our goal is to provide better healthcare, increase patient retention, and optimize fragmented information,” says Prabhat. “We want to help doctors reduce the time it takes to initiate these programs and provide their patients with the best care. Monitoring patients in real-time will also reduce their need for frequent physical visits, ultimately minimizing medical emergencies.”

FitPeo’s platform goes beyond traditional healthcare services. In addition to Remote Patient Monitoring and Telehealth, the company provides Behavioral Health Integration and Transitional Care Management. This comprehensive approach sets FitPeo apart, as no other company currently offers such a wide array of services in one place.

“Our team is composed of dedicated and passionate individuals who truly believe in our mission,” notes Prabhat. “Though starting a company has its challenges, we have found remarkable people who share our vision of making healthcare more accessible, caring, and rewarding.”

FitPeo’s commitment to patient care and data-driven solutions has garnered praise and attention from users. Patients appreciate the human touch and personalized care provided by the platform, making them feel well-supported and cared for between doctor’s visits. For individuals managing chronic conditions like diabetes, FitPeo’s trending graph empowers them to track their health over time and prevent medical emergencies.

With its success in revolutionizing healthcare, FitPeo is now seeking its first round of funding in 2023 to fuel further growth and expand its reach. As the company continues to evolve and make an impact, it is positioned to shape the future of patient-centric healthcare, benefiting communities worldwide.

 

FUJIFILM India Installs ‘Smart’ MRI Machine At Sarvodaya Hospital

Fujifilm launches new branding campaign focusing on technologies to enable people to move beyond their health challenges

FUJIFILM India has done the installation of the new MRI machine Echelon Smart 1.5 Tesla in Sarvodaya Hospital, Greater Noida West (Noida Extension). The new MRI machine by FUJIFILM India provides functions for patient-friendly acoustic noise reduction (Smart Comfort), operator-friendly operation support and environment-friendly low power consumption.

The device is a 1.5T Superconductive MRI system with the high Image quality of the high magnetic field achieved by FUJIFILM technology and with a flexible site layout inherited from a permanent magnet MRI system.

Divyanu Gupta, Director, Sarvodaya Hospital, Greater Noida West said, “As a hospital, we have always looked forward to expanding our care facilities and bringing the best of technologies and newer dimensions to enhance the community’s healthcare infrastructure. It is very crucial for us to integrate evolving technologies into our system so that patients receive healthcare services of global standards.”

The MRI system has a power consumption of 29 kVA under general conditions and comes with smart technologies including SmartECO, SmartSPACE, SmartCOMFORT, SmartSPEED, and SmartQUALITY. While SmartECO reduces heat generation and provides economical running costs, SmartSPACE has a small footprint and flexible layout.

SmartCOMFORT features soft sound technology that provides a 94 per cent reduction in noise and offers quiet scanning without any compromise with Image Resolution and applies to SE, FSE, FIR, GRE, and DWI sequences. SmartSPEED features Autopose for Brain and Spine under a quick scan plan, besides Whole Body Diffusion, IsoFSE –Single volume acquisition to generate isotropic images in all planes and RADAR- Versatile motion artefact Reduction.

Koji Wada, Managing Director, FUJIFILM India, said, “It is for the first time that the MRI machine comprising myriads of smart technologies developed by Fujifilm is being installed in a hospital in Greater Noida. We are delighted to be able to contribute to upgrading the healthcare quality for the citizens of Greater Noida as well as nearby areas.”

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Emids unveils Generative AI platform EPulseAI for healthcare industry

Emids, a transformation and digital engineering solution for the healthcare and life sciences industry has launched its Generative AI platform, ‘EPulseAI’ by Emids for the healthcare industry.

The platform is targeted at all participants in the healthcare ecosystem in the US—payers, providers, and tech companies, enabling them to drive better outcomes for patients. EPulseAI accelerates product engineering and enhances productivity across the entire product development lifecycle by as much as 50 per cent

The implications of Generative AI in healthcare are truly remarkable. AI is redefining the way we process healthcare data to diagnose diseases, develop treatments and even prevent them altogether. We are thrilled to launch EPulseAI by Emids at a time when the healthcare industry is poised for this digital transformation journey with AI at its core. It is a purpose-built solution that empowers healthcare enterprises to accelerate and expand their Generative AI capabilities,” said Sean Narayanan, Chief Executive Officer at Emids.

Developed in-house, this Generative AI platform kicks off AI centers of excellence in Bangalore and Tennessee for Emids. The platform assists clients in streamlining activities from product ideation to rollout. The integration of EPulseAI into the product development process will enable better products that can improve the quality of medical care, enhance patient outcomes, and elevate customer experience, said the company.

Previously time-consuming tasks that would require several hours of manual effort can now be accomplished in just a few minutes through the new user interface based on Generative AI, resulting in an impressive user experience with human-like interaction. This streamlined approach not only saves time and resources but also paves the way for remarkable advancements in healthcare operations, ultimately benefitting all stakeholders involved.

India, UK Become Partners In Healthcare To Boost Bilateral Ties

In a major boost to medical infrastructure, the United Kingdom’s National Health Service (NHS) delegation visited India on Friday (August 4) to launch the India-UK healthcare alliance to promote excellence in the healthcare sector. The initiative is aimed towards providing a platform for healthcare institutions in the two countries and creating synergistic partnerships in order to improve the outcome of services.

According to news agency ANI, a high-powered delegation from the UK’s Health, Education, research and clinical practice sectors, including Prof Stephen Powis, National Medical Director of NHS England, Prof Simon Gregory MBE, Medical Director for Primary Care, Workforce Training and Education Directorate NHS England, Prof Geeta Menon, Postgraduate Dean, Workforce Training and Education Directorate NHS England and Prof Parag Singhal, Chief Executive of BAPIO Training Academy, were part of the launch.

Chandru Iyer, British Deputy High Commissioner to Karnataka and Kerala, said, “This is a wonderful initiative which brings the two countries together and collaborates together in promoting excellence in the field of healthcare and healthcare skilled resources. This is a continuation of some great initiatives around the India – UK corridor.”

“India and the UK worked closely together for the development of vaccines during the COVID pandemic. Going forward, there will be a lot of opportunities not just in drugs but in many technologies that are being developed including digital healthcare and artificial intelligence,” added Professor Stephen Powis, National Medical Director of NHS, England.

The 2030 Roadmap for India-UK future relations was launched on May 4, 2021, at a virtual summit between Prime Minister Narendra Modi and then UK PM Boris Johnson. The roadmap set out the jointly held vision for a reinvigorated and stronger relationship between the UK and India over the next ten years.

Roche Holding AG Expands Long Term Alliance With Sysmex

Roche Holding AG Expands Long Term Alliance With Sysmex

Roche announced the expansion of their Global Business Partnership Agreement with Sysmex. As part of the renewed framework, the companies strengthen their commitment to their long-standing partnership. Roche has been collaborating with Sysmex for 25 years and through the renewed terms, Roche will continue to offer Sysmex’ hematology products, complementing their total lab solutions portfolio.

The updated non-exclusive agreement also introduces a new area of collaboration with an additional eco-social agreement to jointly explore more sustainable diagnostic solutions. By taking their long-standing collaboration beyond the current portfolio, both companies are committed to pursue more sustainable solutions.

“We are delighted to expand our 25-year partnership with Sysmex in the area of hematology and in exploring more sustainable diagnostics solutions. Roche and Sysmex both have a long-standing history of delivering reliable and innovative solutions for patients and I am very happy to see this collaboration grow,” said Matt Sause, CEO of Roche Diagnostics.

“We are pleased to announce the renewal of our partnership with Roche, reaffirming our commitment to long-term collaboration. Developing our partnerships in the field of diagnostics even further and addressing enduring eco-social challenges represents a significant milestone in advancing our alliance to the next level. Together, we firmly believe in making even greater contributions to our customers in laboratories and creating a sustainable society,” said Kaoru Asano, President of Sysmex Corporation.
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Peijia Medical Announces First Chinese Patient Implanted with TaurusTrio Transcatheter Aortic Valve Replacement System

Peijia Medical, a leading Chinese domestic player in the high-growth transcatheter valve therapeutic and neurointerventional procedural medical device markets, announced  that the first Chinese patient of the multi-center registration clinical trial for TaurusTrio™ Transcatheter Aortic Valve Replacement (TAVR) system has been enrolled. TaurusTrio™ is the licensed-in Trilogy™ Heart Valve System for Aortic Regurgitation (AR) from JenaValve Technology, Inc. The first implant was successfully completed by Professors Yongjian Wu and Guangyuan Song at Beijing An Zhen Hospital, Capital Medical University on July 26, 2023.

“We are pleased to have safely implanted the first patient in China with the TaurusTrio™ TAVR System,” said Dr. Yi Zhang, Chief Executive Officer of Peijia Medical. “The trial reinforces our goals of improving care in the field of cardiology and expanding TAVR systems within China. We are looking forward to our continued partnership with American company, JenaValve and presenting further data from the clinical trial at a future date.”

The clinical trial of the TaurusTrio™ TAVR system is designed to assess the safety and efficacy of the system for treating patients with native symptomatic, severe AR, who are judged by a Heart Team (including a cardiac surgeon), to be at high or greater risk for surgical aortic valve replacement. The result of this clinical trial would be included in the Company’s future submission of registration application to the National Medical Products Administration (NMPA).

As of now, no transfemoral TAVR system for AR has been approved by the NMPA in China. In June 2023, TaurusTrio™ TAVR system was accepted by the Special Review and Approval Procedure for innovative medical devices of the NMPA.

In January 2022, Peijia Medical obtained an exclusive license from JenaValve for developing, manufacturing and commercializing Trilogy™ Heart Valve System in the Greater China region. On May 12, 2023, the successful completion of the first two commercial implants with the Trilogy™ Heart Valve System took place in Hong Kong.

 

Lupin Digital Health Launches first of its kind Digital Heart Failure Clinic in India

MSU Health Care Taps Epion Health to Drive Digital Patient Access

Lupin Digital Health (LDH), India’s leading Cardiac Digital Therapeutics company, announced the launch of its newest offering, LyfeTM Digital Heart Failure Clinic in India. This groundbreaking e-clinic aims to help cardiologists and caregivers manage heart failure patients effectively from the comfort of their homes.

Heart failure affects over 10 million Indians today and is a progressive condition leading to repeated hospitalizations and is the leading cause of cardiac deaths. The LyfeTM Digital Heart Failure (HF) Clinic has been developed to address the growing burden on healthcare infrastructure due to increasing heart failure instances in India. It combines in-clinic consultation with at-home patient monitoring and care. A team of experts, including paramedics, nurses, cardiotherapists, health coaches and care managers, work together with the treating cardiologist to deliver improved patient health outcomes. The system is equipped with advanced technology, providing doctors with real-time updates and patients with personalized care pathways, emergency services and educational resources.

Commenting on the launch, Rajeev Sibal, President – India Region Formulations, Lupin Limited, said, “The launch of LyfeTM Digital HF clinic is a significant milestone in transforming cardiac care in India. We would like to partner with every cardiologist in India, augmenting them with a multidisciplinary team of experts to help them better manage their heart failure patients. Our solution combines AI-guided software and FDA/CE-approved devices to provide clinically actionable alerts and insights.”

“We are thrilled to introduce the LyfeTM Digital HF Clinic solution in India, a pioneering solution that brings cardiac care right to the homes of patients. Our aim is to support cardiologists and caregivers in effectively managing heart failure, ensuring improved health outcomes for patients. The initial results of this new initiative have been encouraging, with 88% compliance, improved biovitals, and reduced re-hospitalization. We are committed to making this innovative solution accessible to as many patients as possible through collaborations with cardiologists and hospitals”, said Sidharth Srinivasan, CEO, Lupin Digital Health.

Lupin Digital Health has recently partnered with the American College of Cardiology (ACC), further solidifying its commitment to drive innovation in cardiac care. This collaboration allows LDH to leverage ACC’s patient education resources, guidance on care pathways, and clinical inputs, empowering healthcare professionals and caregivers to deliver optimal patient care.

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