#Biomedical Diagnostic Research Hub

[pharmafocusasiamagazine]

Why the need to launch a biomarker research arm?

Menarini Biomarkers (A. Menarini Biomarkers Singapore Pte Ltd) was founded with the mission of identifying, developing, and validating new biomarkers on circulating human cells for applications in diagnostics.

There is a current healthcare gap in precision medicine surrounding the fields of early disease prediction and disease control, particularly related to precision rare-cell isolation, analysis, and disease diagnosis. Menarini Biomarkers uses single-cell analysis to provide clinicians with new tools for early detection, tracking disease progression, and the measurement of real-time responses to innovative therapies.

The R&D team specialises in pathogenic single-cell isolation that enables scientists to pinpoint specific disease markers, also known as biomarkers. The identification and selection of pathogenic single cells from blood samples is incredibly useful in disease treatment, as it helps healthcare practitioners narrow therapies down to target cells.

Read More : https://www.pharmafocusasia.com/research-development/building-biomedical-diagnostic-research

[biomedlabtrainingweb]

Hematology Training and Career Opportunities: A Comprehensive Guide

Hematology, the branch of medicine focused on blood disorders, is a field that combines rigorous scientific study with practical medical application. As the understanding of blood diseases advances, so does the demand for skilled professionals. This article explores the various aspects of hematology training, including interview courses, job prospects, and related biomedical science careers.

Hematology Training: Building Expertise

Comprehensive Education

To embark on a career in hematology, you need a strong educational foundation. Typically, this involves completing a degree in a relevant field such as biomedical science, followed by specialized training in hematology. This training often includes coursework on blood diseases, laboratory techniques, and clinical practices.

Hematology Interview Courses

Securing a role in hematology can be highly competitive. Hematology interview courses are designed to prepare candidates for the rigorous selection process. These courses often cover:

Technical Knowledge: Understanding common blood disorders such as anemia, leukemia, and hemophilia.

Practical Skills: Familiarity with laboratory techniques like blood sampling, analysis, and interpretation.

Interview Techniques: Develop responses to typical interview questions, including scenarios involving diagnostic challenges and patient management.

One reputable resource for such training is Biomedical Lab Training, which offers a range of courses tailored to the needs of aspiring hematologists.

Career Opportunities in Hematology

Hematology Jobs

A career in hematology can be rewarding, offering roles in various settings including hospitals, research institutions, and diagnostic laboratories. Job titles in this field include:

Hematologist: A physician specializing in diagnosing and treating blood disorders.

Clinical Laboratory Scientist: Professionals who conduct tests to analyze blood samples and help diagnose conditions.

Hematology Research Scientist: Researchers who study blood disorders and develop new treatment methods.

Biomedical Science Jobs

For those interested in broader biomedical roles, opportunities abound. These may include:

Biomedical Scientist: Professionals who analyze biological samples and contribute to research and diagnosis.

Clinical Research Associate: Specialists who manage and oversee clinical trials to develop new treatments.

Lab Jobs

Lab positions in hematology and related fields often include roles such as:

Laboratory Technician: Responsible for performing tests and maintaining equipment.

Laboratory Manager: Overseeing the operation of a lab, ensuring compliance with regulations, and managing staff.

Biomedical Science Careers in London

London is a major hub for biomedical sciences, with numerous opportunities for professionals in this field. Institutions such as the London School of Hygiene & Tropical Medicine and various NHS Trusts offer advanced research facilities and career prospects.

Academic and Research Positions

Research Fellow: Conducting high-level research in blood disorders and contributing to scientific publications.

Lecturer/Professor: Teaching and mentoring students in biomedical science programs.

Clinical and Diagnostic Roles

NHS Biomedical Scientist: Working in hospitals to support patient diagnosis and treatment.

Private Sector Roles: Opportunities in private laboratories and diagnostic companies.

Conclusion

Whether just starting your journey or looking to advance your career, hematology offers diverse and fulfilling opportunities. Comprehensive training and specialized interview preparation are crucial for success. Exploring biomedical science jobs and lab roles in vibrant cities like London can further enhance your career prospects. Resources like Biomedical Lab Training provide valuable support for those interested in high-quality training and career guidance.

By investing in your education and taking advantage of available resources, you can make a significant impact in the field of hematology and contribute to the advancement of blood disorder treatments. https://www.biomedlabtraining.com/

[metastatblog]

Quantum Dot and Quantum Dot Display Market Analysis, Size, Share, Growth, Trends, and Forecasts 2023-2030

The Quantum Dot and Quantum Dot Display Market stands as a testament to the relentless pursuit of innovation. Quantum dots, nanoscale semiconductor particles, have emerged as a revolutionary force, transcending conventional limits in various industries. These tiny structures, often composed of materials like cadmium selenide, exhibit unique optical and electronic properties, unlocking a myriad of possibilities in fields such as display technology, biomedical imaging, and solar cells.

The significance of quantum dots lies in their ability to manipulate and emit light in a highly controlled manner. This precise control over light emission is a game-changer, especially in the realm of display technology. Quantum dot displays, known for their vibrant colors, improved energy efficiency, and enhanced brightness, have redefined the visual experience for consumers. The vivid and lifelike images produced by quantum dot displays have become a benchmark for excellence in the consumer electronics market.

Beyond the world of displays, quantum dots play a pivotal role in biomedical imaging. Their unique optical properties make them ideal candidates for labeling and tracking biological molecules within living organisms. In medical diagnostics and research, quantum dots enable more accurate and sensitive imaging, providing researchers and healthcare professionals with unprecedented insights into cellular processes.

In solar energy, quantum dots have opened new frontiers. By leveraging the quantum confinement effect, which occurs when particles are confined to dimensions comparable to their wavelength, these nanoscale wonders enhance the efficiency of solar cells. This breakthrough has the potential to revolutionize renewable energy technologies, addressing the ever-growing demand for sustainable and efficient power sources.

The importance of the Quantum Dot Market extends beyond individual applications. Its impact reverberates through diverse sectors, fostering collaborations between researchers, engineers, and industry leaders. As quantum dot technologies continue to evolve, the market becomes a dynamic hub of innovation, driving advancements that shape the future of multiple industries.

Global Quantum Dot market is estimated to reach $10,495.8 Million by 2030; growing at a CAGR of 18.8% from 2023 to 2030.

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[artificial-intelligence-related]

Innovation in Dallas: A Gateway to the Future

Dallas, Texas, once primarily known for its telecommunications and finance sectors, has transformed into a dynamic epicenter of innovation. This transformation is fueled by cutting-edge research, a thriving startup ecosystem, and a significant presence of software development companies. From healthcare and energy to technology and beyond, Dallas is making remarkable strides. Let's explore the city's innovative landscape and the role of software development companies in this exciting evolution.

The Tech Boom: Software Development in Dallas

Dallas’s tech scene is flourishing, with a growing number of software development companies contributing to the city’s innovative ecosystem. Software Development Companies in Dallas are driving technological advancements across various industries, from finance and healthcare to logistics and retail.

Bottle Rocket is a notable software development firm in Dallas, specializing in creating mobile experiences that drive engagement and efficiency. Their work spans a range of industries, including media, hospitality, and healthcare, helping businesses leverage technology to enhance customer experiences and streamline operations.

Another significant player is Dialexa, a technology services firm that partners with companies to develop custom software solutions. Their expertise in product strategy, design, and engineering helps businesses innovate and stay competitive in an increasingly digital world. Dialexa's work in IoT, AI, and machine learning underscores Dallas’s capabilities in leading-edge technologies.

Dallas also boasts a vibrant startup scene, with companies like ParkHub, a provider of parking management software, and StackPath, a security services firm, gaining national recognition. These startups not only contribute to the local economy but also highlight Dallas as a hub for technological excellence.

Pioneering Health Solutions

Dallas is home to some of the most advanced medical research and healthcare institutions in the world. The University of Texas Southwestern Medical Center (UT Southwestern) stands out as a beacon of medical innovation, contributing significantly to advancements in biomedical research. UT Southwestern's commitment to research excellence has led to groundbreaking discoveries in cancer treatment, genetics, and neuroscience.

The biodesign program at UT Southwestern fosters innovation by encouraging collaboration among engineers, scientists, and healthcare professionals. This program has been instrumental in developing medical devices and technologies that address unmet clinical needs. Startups emerging from this environment benefit from the expertise and resources available, accelerating the commercialization of innovative healthcare solutions.

Additionally, the Dallas Medical District, which includes UT Southwestern and other leading medical institutions, is a hub for medical research and clinical trials. This concentration of expertise and resources fuels advancements in personalized medicine, telemedicine, and AI-driven diagnostics, making Dallas a leader in healthcare innovation.

Leading the Green Revolution

Dallas’s innovation extends into the energy sector, where the city is making notable strides in sustainability and renewable energy. Traditionally a center for oil and gas, Dallas is now embracing a diversified energy future. The University of Texas at Dallas (UTD) plays a pivotal role in this transformation, with its Renewable Energy and Vehicular Technology (REVT) Laboratory conducting cutting-edge research in sustainable energy technologies.

Dallas is also home to numerous clean energy startups and initiatives aimed at reducing the carbon footprint. Companies like Enchanted Rock, which provides innovative energy solutions such as microgrids, are making significant contributions to energy resilience and sustainability. The city’s commitment to green energy is further evidenced by events like EarthX, the world’s largest environmental experience, which fosters dialogue and collaboration on sustainability solutions.

Academic and Institutional Support

Dallas’s academic institutions are key drivers of innovation. Southern Methodist University (SMU) and the University of Texas at Dallas (UTD) are renowned for their strong emphasis on research and development. SMU's Hart Center for Engineering Leadership and Innovation is a hub for fostering entrepreneurial skills and innovation among students.

The Institute for Innovation and Entrepreneurship at UTD supports startups and tech ventures through mentoring, funding, and networking opportunities. This ecosystem nurtures a steady stream of talent and new ideas, ensuring that Dallas remains at the forefront of technological advancement.

A Collaborative Ecosystem

Dallas’s innovation landscape thrives on collaboration among businesses, academia, government, and non-profits. The Dallas Entrepreneur Center (DEC) is a prime example of this collaborative spirit. DEC provides resources, mentorship, and networking opportunities to entrepreneurs, fostering a vibrant startup community.

The city’s innovation district, anchored by Pegasus Park, serves as a collaborative space for startups, established companies, and academic institutions. Pegasus Park supports the entire lifecycle of innovation, from idea to commercialization, with coworking spaces, labs, and event venues.

The city’s efforts to foster a collaborative environment are further exemplified by the Smart Cities initiative, which aims to leverage technology to improve urban living. This initiative brings together government agencies, tech companies, and research institutions to develop smart solutions for transportation, public safety, and sustainability.

Conclusion

Dallas’s transformation into a global hub of innovation is a multifaceted journey driven by advancements in healthcare, energy, and technology. The city’s commitment to fostering a collaborative ecosystem, supported by world-class academic institutions and a growing number of software development companies, positions Dallas as a leader in the innovation landscape. As the city continues to evolve, its innovative spirit promises to unlock new possibilities and drive economic growth, not just for Dallas, but for the world.

Dallas’s innovative trajectory is a testament to the power of collaboration, diversity, and relentless pursuit of progress. The future of innovation in Dallas looks promising, with endless possibilities waiting to be explored and realized.

[calidarehabcenter]

Mumbai's Scientific Renaissance: The Role of Laboratories in Fueling Innovation

Mumbai, which is frequently referred to as India's financial hub, is becoming known for its scientific advancements and research. The growing number of laboratories in Mumbai, which are spearheading a new era of scientific discovery and technological growth, is partly responsible for this transition. Featuring state-of-the-art biomedical research and innovative IT advancements, these labs are leading a scientific rebirth that might transform the city's reputation worldwide.

The Emergence of High-Tech Laboratories

Modern laboratories have been established in Mumbai, and this has sped up scientific research in the past few years. Leading this effort are organizations like the Bhabha Atomic Research Centre (BARC), the Homi Bhabha Centre for Science Education (HBCSE), and the Tata Institute of Fundamental Research (TIFR). The state-of-the-art technology in these labs allows scientists to perform research that is on par with international standards.

The financing that has come in from the public and commercial sectors has been crucial to this change. The required financial support has been made possible by programs like the Department of Science and Technology's (DST) grants and partnerships with foreign research organizations. This financing has enabled the establishment of new laboratories as well as the renovation of already-existing ones, promoting a vibrant atmosphere for scientific research.

Bridging Academia and Industry

The improvement of the ties between academia and business is one of the major effects of the laboratories in Mumbai. In order to turn scientific findings into useful applications, industries and universities are working together more and more. In the biotechnology and pharmaceutical industries, where labs are essential to drug discovery and development, this synergy is especially apparent.

Mumbai's labs have developed into creative hubs where theoretical understanding and real-world application converge. The success stories of the many firms that have come out of these research environments serve as examples of this teamwork. These entrepreneurs are creating cutting-edge solutions in the fields of artificial intelligence, healthcare, and environmental sustainability by utilizing the resources and knowledge found in the laboratories.

Cultivating Future Scientists

Beyond just doing current research and development, Mumbai's laboratories play a critical role in training the next generation of scientists. Hands-on laboratory experience is being incorporated by educational institutions into their curricula to guarantee that students are familiar with the practical side of science research from an early age. Students gain priceless knowledge and experience from programs including scholarships, internships, and joint projects with renowned academics. World-class laboratories draw talent from all around the world, resulting in a dynamic and diversified scientific community in Mumbai. The city's scientific achievements are further accelerated by this influx of foreign researchers who foster a lively interchange of ideas and viewpoints.

Addressing Global Challenges

Mumbai's laboratories are tackling global difficulties rather than just regional or national ones. Research in these labs has broad applications, ranging from fighting infectious diseases to addressing climate change. Mumbai's scientists participate in international conferences, publish in esteemed publications, and actively contribute to worldwide research endeavors. Additionally, the city's laboratories are essential in addressing to urgent problems like the COVID-19 epidemic. The scientific community in Mumbai has demonstrated its capabilities and preparedness by the rapid production of diagnostic kits, vaccinations, and therapeutic therapies.

Conclusion

Unquestionably, Mumbai's laboratories are fostering a scientific revolution and turning the city into a center for innovation and research. These facilities will propel scientific and technical advancement and establish Mumbai as a global leader in tackling some of the most critical issues facing humanity with sustained funding and support. Mumbai's scientific scene appears extremely promising as long as the city nurtures and grows its scientific talents.

[nisshant]

The Global Frontier of Biomedical Engineering: Studying Abroad for Innovation

 As biomedical engineering technologies revolutionize healthcare, pursuing studies and research internationally offers exposure to trailblazing global hubs steering future sector directions worth exploring as a student:

 For instance, Sweden and the Netherlands lead pioneering research into organic bioelectronics promising entire printable sensors and computers integrated seamlessly within our bodies to treat countless conditions. Trainees there collaborate with groups racing to turn science fiction into reality.

 Singapore’s bustling start-up ecosystem provides unparalleled testing ground for commercializing radical medtech from intuitive prosthetics to augmented reality surgery systems to AI diagnostics with enormous export potential. Joining these ambitious teams accelerates learning tenfold. 

 Or consider South Korea’s world-class infrastructure around commercializing innovations into sophisticated medical robotics and 3D printing of biological tissues for accelerated healing. Both spaces keep redefining healthcare and global student talent aids progress.

 Additionally, Brazil, China and India’s strained public health systems incentivize implementing frugal biodesign inventions like simplified infant respiratory devices or portable dialysis alternatives. Serving real needs inspires impactful entrepreneurship.

 In summary, as biomedical advances globally distribute unevenly, exchange opportunities expose students to concentrated cutting-edge ecosystems overseas steering promising tech applications through specialized hubs, thriving start-up channels and demand-driven frugal innovation worth plugging into.

 - Nisshant Vernekar

[drsutsa]

UTSA Developmental & Regenerative Sciences: Pioneering Innovation in Biomedical Research

In the ever-evolving landscape of biomedical research, cutting-edge advancements in developmental and regenerative sciences are revolutionizing healthcare possibilities. At the forefront of this transformative field is the University of Texas at San Antonio (UTSA) Developmental & Regenerative Sciences (DRS) program. This distinguished program, marked by its unwavering commitment to innovation and excellence, is making significant strides in the quest for regenerating damaged tissues, understanding development at the molecular level, and unlocking the potential for groundbreaking medical treatments. In this article, we will explore how UTSA's Developmental & Regenerative Sciences program is shaping the future of healthcare through its groundbreaking research and collaborative approach.

A Hub of Expertise and Innovation

The UTSA Developmental & Regenerative Sciences program is an academic powerhouse, bringing together world-class faculty, researchers, and students dedicated to unraveling the complexities of developmental biology and regenerative medicine. Established on a foundation of interdisciplinary collaboration, this program fosters a rich environment where researchers from various backgrounds converge to explore innovative approaches to medical challenges.

Research Thrusts

Developmental Biology: UTSA's DRS program delves into the intricate processes that shape life from a single cell to a complex organism. Researchers here investigate the molecular mechanisms governing development, shedding light on embryonic development, organ formation, and tissue regeneration.

Regenerative Medicine: At the heart of regenerative medicine is the aspiration to repair, replace, or restore damaged tissues and organs. The DRS program at UTSA explores novel strategies for regenerating tissues through stem cell therapy, tissue engineering, and advanced biomaterials.

Biomedical Engineering: Bridging the gap between biology and engineering, researchers in this program focus on designing innovative medical devices, diagnostic tools, and technologies that enable the practical application of regenerative sciences.

Collaborative Initiatives: UTSA's DRS program actively collaborates with other renowned research institutions, fostering a vibrant exchange of ideas and resources. These collaborations extend the program's reach and amplify its potential impact on healthcare.

Translational Research and Clinical Applications

One of the hallmarks of the UTSA Developmental & Regenerative Sciences program is its emphasis on translating research findings into tangible clinical applications. This commitment to translational research ensures that groundbreaking discoveries made in the laboratory can lead to real-world medical treatments and therapies.

Recent Breakthroughs

Stem Cell Therapies: UTSA researchers have made significant progress in harnessing the regenerative potential of stem cells for treating various medical conditions, including heart disease, neurological disorders, and tissue injuries.

Biomaterials Innovation: Novel biomaterials developed within the program have shown promise in tissue engineering applications, enabling the creation of functional replacements for damaged or lost tissues.

Understanding Developmental Disorders: Research into the molecular basis of developmental disorders has advanced our knowledge of conditions like congenital heart defects, providing insights that could lead to earlier diagnoses and improved treatments.

Collaborative Clinical Trials: UTSA's DRS program actively collaborates with local healthcare institutions to conduct clinical trials that evaluate the safety and efficacy of emerging regenerative therapies.

Impact on Healthcare

The UTSA Developmental & Regenerative Sciences program is not merely advancing the boundaries of knowledge; it is actively shaping the future of healthcare. The insights gained and innovations developed within this program hold the potential to revolutionize medical practice, offering new hope to patients facing a wide range of health challenges.

[armbbs]

Top Medical Programs at Tianjin Medical University, China

Are you aspiring to join the ranks of medical professionals and seeking a world-class institution? Look no further than Tianjin Medical University (TMU) in China, a renowned beacon of medical education. In this blog, we unveil the exceptional medical programs offered at TMU, providing a glimpse into the wealth of opportunities it presents to medical enthusiasts.

Tianjin Medical University: A Premier Institution

Situated in China, Tianjin Medical University boasts a rich legacy of excellence in healthcare education. Established in 1951, it has evolved into a global hub for medical knowledge and innovation.

Top Medical Programs at TMU

Clinical Medicine (MBBS/MD): TMU's MBBS program is a crown jewel, attracting students worldwide. It imparts comprehensive training in clinical medicine, preparing students for a fulfilling medical career.

Dentistry: TMU's Dentistry program combines theory with clinical practice, nurturing skilled dentists capable of providing top-tier oral healthcare.

Nursing: The Nursing program at Tianjin Medical University China is designed to produce compassionate and proficient nurses, equipping them with the skills required for quality patient care.

Pharmacy: TMU's Pharmacy program delves into pharmaceutical sciences and readies students for roles in pharmaceutical research, production, and clinical pharmacy.

Public Health: Addressing critical public health issues, this program empowers graduates to promote community well-being and disease prevention.

Biomedical Engineering: At the intersection of engineering and medical sciences, this program fosters innovation in healthcare technology.

Medical Imaging: Preparing students to master diagnostic imaging technologies like radiography and ultrasound, Tianjin Medical University China Medical Imaging program is cutting-edge.

Traditional Chinese Medicine: Blending ancient Chinese medicine theories with modern medical knowledge, this program cultivates holistic healthcare practitioners.

TMU: An Affordable Choice

Understanding the affordability of education is vital. TMU offers competitive tuition fees, typically ranging from $5,000 to $9,000 per year for international students. With various accommodation options and a reasonable cost of living in Tianjin, TMU ensures that quality medical education remains accessible.

In conclusion, Tianjin Medical University, China, stands as a beacon of medical education. Its top-tier programs, affordability, and commitment to excellence make it a destination of choice for medical enthusiasts worldwide. Whether you aspire to become a physician, dentist, nurse, or pursue a career in pharmaceuticals or healthcare technology, TMU provides a solid foundation for a successful future in healthcare. To know more read this Article:

[centralbiohubgermany]

Central BioHub is exhibiting at MEDICA 2022

MEDICA 2022 - the leading international medical trade fair - is back with the theme "Where healthcare is going". MEDICA opens its doors for the global scientific community and industries from 14th to 17th November 2022 in Düsseldorf, Germany. Modern healthcare is witnessing a paradigm shift to a digital environment with increasing global acceptance of medical digital healthcare applications and diagnostic tools, especially in the post-Covid era. Therefore, MEDICA 2022 brought thousands of global biomedical technology industries, scientists from diagnostics research and development, regulators, policymakers, and end users together to round off the view of the topic facilitating the interdisciplinary exchange of ideas in a holistic approach. Indeed, MEDICA 2022 will be a milestone in the global biomedical and medical device industry.

 Central BioHub at Medica 2022.

Bringing together millions of human biospecimens online, Central BioHub is the first-ever digital sales channel for human biospecimens. Embracing the immense possibilities of the digital future, Central Hub enables the procurement of millions of precious human biological samples within a few clicks through our online human biospecimen marketplace www.centralbiohub.de.

 It is a great privilege for us to be one of the most favorite biospecimen providers to the global scientific community. At MEDICA 2022, we were excited to meet our existing and potentially new customers and suppliers at booth 3G60. All the discussions with various stakeholders from global scientific and diagnostic networks were informative and fruitful. Our main focus was to introduce the Central BioHub platform and potential opportunities to contribute to the present and future healthcare and diagnostic industry. Click here to learn more about our participation :https://centralbiohub.de/blogs/meet-us-at-medica-2022.

Take away from the meeting?

Meeting Central BioHub will be life-changing for the entire biomedical community. We welcome global researchers, scientists, decision-makers, biobanks, and biospecimen suppliers to have a fruitful discussion on the future of online human biospecimens. Here are some of the key takeaways from meeting us at MEDICA 2022:

Special deals and offers from our company on biospecimen purchase

Exchange of innovative ideas

Personal tutorials for our online human biospecimen marketplace

Orientation to our integrative supplier panel

Live demonstration of Central BioHub’s mobile app

Discussion of new business collaborations

Live demonstration of advanced platform features

Latest updates on our enhanced sample portfolio and more.

What is Central BioHub’s business model?

Central BioHub is a trusted online human biospecimen marketplace with a worldwide customer base. Committed to bringing high-quality, well-annotated biological specimens for research, we connect global biobanks and biorepositories to researchers through our online marketplace. We strived to provide hassle-free biospecimen procurement within minutes without brokers, exchange of outdated excel sheets, etc. Yes, through Central BioHub, biospecimen acquisition can be simple, quick, and compliant.

[jesse-pinkman123]

Global Nanoparticles Market Size, Share, Outlook, and Opportunity Analysis, 2018– 2026

Nanoparticles Market Challenges – Huge Capital Investment needed in Research and Development

Huge capital investment for research and development of new product and technology. Moreover, high cost of nanoparticles analysis instruments is expected to be one of the key restraints for Global Nanoparticles Market.

Particles between 1 and 100 nanometers (nm) in size known as nanoparticles. An individual nanoparticle molecule behaves as a complete unit in terms of its property and transportation. Rapidly increasing public awareness for nanotechnology and introduction of new technologies will have many beneficial consequences. Moreover, increasing applications of nanotechnology in drug development and stringent guidelines for developing improved medical products are some of the prime factors which is expected to witness significant growth over the forecasted period. Furthermore, huge capital investment and high cost of nanoparticle analysis instrument is one of the key restraint for the growth of nanoparticle market. Due to its wide applications in healthcare, biomedical, electronics and among others the nanoparticle is currently a new area of research among many scientist. Rising government spending on pharmaceuticals and bio technology research and development and increasing focus on nanotechnology research also expected to experience significant growth.

* The sample copy includes: Report Summary, Table of Contents, Segmentation, Competitive Landscape, Report Structure, Methodology.

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North America dominated the global nanoparticles market due to increasing chronic diseases such as diabetes, cardiovascular and cancer. Moreover, Europe is expected to witness the highest growth during the forecasted period, due to rapid research and development for nanoparticles. However, due to rampant economic growth of China and India, Asia Pacific is also expected to witness decent growth during the forecasted period. Furthermore, India is also an emerging hub for pharmaceuticals research and development.

Nanoparticles Market Outlook – Surge in Drug Development in Pharmaceuticals Industry Augmenting Market Growth

Expansion of medical diagnostic industry and wide application of nanotechnology in healthcare sector such as neurology, cardiology and anti-infective is estimated to have a decent growth for nanoparticles market in the forecast period. Depending upon preparation methods nanoparticles, nanocapsules or nanospheres can be obtained. A long circulating particle made up of Biodegradable polymeric nanoparticles with hydrophilic polymer coating of poly ethylene glycol (PEG), used as a powerful drug delivery device. Due to its ability to deliver peptides, proteins and genes, it is also used as a DNA carrier in gene therapy. Numerous advantages for nanoparticles in drug delivery system is expected to Spector enormous growth during the forecasted period. Moreover, growing public awareness, improved technology and increase in chronic diseases escalate the global nanoparticles industry in North America. Emerging economy of Asia Pacific, such as China and India is expected to witness significant growth over the forecasted period.

Browse Research Report: https://www.coherentmarketinsights.com/ongoing-insight/nanoparticles-market-216

Nanoparticles Market – Regulatory Scenario:

August, 2015, U.S. Food and Drug Administration (FDA), issued guidance to address various issues related to the use of nanotechnology in food ingredients intended for use in food for animals.

June, 2014, U.S. Food and Drug Administration (FDA), issued three guidelines related to the use of nanotechnology in regulated products, including cosmetics and food substances.

Some of the key players in the market includes Abraxis Biosciences, Inc., Novartis International AG, Gilead Sciences, Inc., Johnson & Johnson, Sigma-Tau Pharmaceuticals, Inc. Amgen, Inc., and Nano Interface Technology, Inc., Malvern Instruments Ltd., Horiba Ltd., Beckman Coulter, Shimadzu Corporation, Agilent Technology Inc., Hitachi Ltd., Wyatt Technology, among others.

Key Developments

Key companies in the market are focused on various business strategies such as merger and acquisition, in order to gain competitive edge in the market. For instance, in January 2019, Horiba Ltd., a manufacturer of precision instruments, announced that Horiba Instruments Incorporated acquired MANTA Instruments, Inc., which has high reputation for its nanoparticle characterization technology.

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[market-research-future]

Clinical Perinatal Software  Market Insights, Overview, Trends | Forecast to 2027

Segmental Analysis:

The global spectral computed tomography (CT) market has been segmented on the basis of application, type, end-user, and region.

By mode of type, the global spectral computed tomography (CT) market has been segmented into electron beam tomography, spiral CT, positron emission tomography (PET), multi-slice computed tomography, single-photon emission computed tomography, and others.

By mode of application, the global spectral computed tomography (CT) market has been segmented into neurology, oncology, spine, cardiology, body imaging, musculoskeletal disorders, and gastrointestinal diseases.

By mode of end-users, the global spectral computed tomography (CT) market has been segmented into hospitals, diagnostic centers, and others.

Request Free Sample Copy at: https://www.marketresearchfuture.com/sample_request/1026

Spectral Computed Tomography (CT) Market – Regional analysis

Geographically, the spectral computed tomography (CT) market has been studied under America, Europe, Asia Pacific, and the Middle East and Africa.

Among all the regions, the American region is considered to dominate the global spectral computed tomography (CT) market due to the presence of huge patient population suffering from cardiovascular diseases, orthopedic diseases, and cancer. Moreover, the well-developed healthcare sector and the ever-increasing geriatric population have influenced the market in this region during the assessment period.

Asia Pacific is expected to be the fastest growing region and is likely to maintain its dominance in the coming years. The growth in this region is attributed to the presence of developing economies such as China and India. Moreover, the presence of huge patient population suffering from chronic diseases and huge opportunities have contributed to the market growth.

Spectral computed tomography (SCT) is referred to as a scanning technique which separates the energy into two or more energy bands in place of using one broad energy band of x-rays. The introduction of spectral computed tomography has transformed the diagnostic system by providing the radiologists a clearer view of any type of discrepancies in the organs of the body.

Competitive Dashboard:

The prominent players operating the global spectral computed tomography (CT) market are Trivitron Healthcare (U.S.), Pall Corporation (U.S.), Cleaver Scientific Ltd (U.K.), iCAD Inc. (U.S.), Siemens Healthcare Private Limited (Germany), PerkinElmer Inc. (U.S.), Koninklijke Philips N.V. (Netherlands), NeuroLogica Corp (U.S.), Bio-Rad Laboratories Inc. (U.S.), Hitachi medical corporation (Japan), Shenzhen Anke High-tech Co. Ltd. (China), Xoran Technologies LLC (U.S.), Neusoft Medical Systems (Russia), Varian Medical Systems Inc. (U.S.), Thermo Fisher Scientific (U.S.), Shimadzu Corporation (Japan), Agilent Technologies (U.S.), and General Electric Company (U.S.).

Market Drivers and Restraint:

Spectral computed tomography is an upcoming scanning technique which may overshadow the applications of conventional computed tomography. Computed tomography holds a prominent place in medical imaging. It possesses the ability to create pictures of internal anatomy and transform them to film through diagnostic imaging. With growing incidences of cardiac diseases, orthopedic diseases, neurological diseases, and others, the global market for spectral computed tomography has flourished. The growing geriatric population, rapid advancements in the medical imaging devices, and launch of latest products have further propelled the market growth during the review period. The rise in unknown and novel diseases is also favoring the demand for clearer imaging techniques, thus fostering the market growth.

On the flip side, market saturation in the developed countries coupled with the adverse effects of X-rays is considered to impede the market growth in the coming years. Moreover, the high cost of the devices and lack of skilled physicians are anticipated to retard the market growth.

Industry Updates:

A leading global player in health technology, Royal Philips, in collaboration with the Singapore Institute of Advanced Medicine Holdings has officially opened the Advanced Medicine Imaging center at Biopolis, Singapore, which is recognized as an international biomedical research hub. Besides offering scientific R&D, specialized oncology care, and medical training for up-skilling the healthcare professionals, the facility is equipped with Philips’ IQon Spectral CT, a new generation Computed Tomography (CT).

Koninklijke Philips N.V. is one of them by holding a major share in the Spectral Computed Tomography (CT) market. The company offers magnetic resonance imaging, diagnostic imaging solutions, computed tomography, and diagnostic X-ray. In November 2016, Philips launched Philips IQon Spectral CT in Canada. The Philips IQon Spectral CT is the spectral detector CT which is specifically designed for spectral imaging. The product delivers on-demand colour quantification with an ability to characterize structures simply at a low dose.

Browse Detailed TOC with COVID-19 Impact Analysis at: https://www.marketresearchfuture.com/reports/spectral-computed-tomography-market-1026

Siemens Healthcare GmbH is another renowned market player in the market. The company provides medical diagnostics solutions, healthcare equipment, and related services. Siemens offers products and solutions in the areas of laboratory diagnostics, healthcare IT, hearing instruments, and infrastructure, refurbished systems, and education and training, medical accessories, electronics, and others.

General Electric Company is a leading provider of medical imaging equipment. The product portfolio of company in Computed Tomography includes Revolution Frontier, Revolution EVO, Revolution CT, Revolution HD, Optima CT540, and others. Choosing one specific niche and making considerable investments in R&D as well as advertising is one of the key strategies of GE.

Browse Related Research Reports at:

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Malaria Diagnostics Market Share, Techniques, Trends, Growth Analysis, Industry Forecast to 2027

Negative Pressure Wound Therapy Market Share, Industry Trends and Forecast to 2027

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At Market Research Future (MRFR), we enable our customers to unravel the complexity of various industries through our Cooked Research Report (CRR), Half-Cooked Research Reports (HCRR), Statistical Report, Continuous-Feed Research (CFR), and Market Research & Consulting Services.

[endenogatai]

EU data portal launches to support COVID-19 research

The European Commission has launched a data portal for scientists studying the SARS-CoV-2 virus to speed up access to data sets and tools in order to bolster research efforts by encouraging data reuse and open science.

The COVID-19 Data Portal is intended to accelerate regional efforts to combat the virus by creating a central repository for storing and sharing available research data, such as DNA sequences, protein structures, data from pre-clinical research and clinical trials and epidemiological data.

Mariya Gabriel, the EU’s commissioner for innovation, research, culture, education and youth, described it as an “important concrete measure for stronger cooperation in fighting the coronavirus.”

“Building on our dedicated support for open science and open access over the years, now is the time to step up our efforts and stand united with our researchers. Through our joint efforts, we will better understand, diagnose and eventually overpower the pandemic,” she said in a statement. 

The

#COVID19 Data Platform helps scientists to share & analyse coronavirus data at an unrivalled scale and speed! Happy to launch #ERAvsCorona Action Plan's portal together w/ #EU countries, @emblebi, @ELIXIREurope, @CompareEurope & others! #OpenScience https://t.co/Rb8SSbtihr pic.twitter.com/dogoLhlLP6

— Mariya Gabriel (@GabrielMariya) April 20, 2020

The initiative is a joint effort by the Commission, the European Bioinformatics Institute of the European Molecular Biology Laboratory (EMBL-EBI), the Elixir infrastructure and the COMPARE project, working with EU Member States and other partners.

It’s one part of a package of measures agreed on by EU leaders to encourage pan-EU coordination over research and innovation to fight the virus.

“Rapid and open sharing of data greatly accelerates research and discovery, which is essential to respond to the COVID-19 pandemic,” runs the blurb on the COVID-19 Data Portal website.

“An unprecedented number of scientific efforts are taking place worldwide in order to help combat the new coronavirus epidemic (COVID-19). One of the biggest challenges in this fast-moving situation is to share data and findings in a coordinated way, in order to understand the disease and to develop treatments and vaccines.

“To address this challenge, EMBL-EBI and partners have set up the COVID-19 Data Portal, which will bring together relevant datasets submitted to EMBL-EBI and other major centres for biomedical data. The aim is to facilitate data sharing and analysis, and to accelerate coronavirus research.”

The data portal is one of two connected pieces of what’s intended as a wider European COVID-19 Data Platform — illustrated in the below diagram — the other being SARS-CoV-2 Data Hubs, which will “organise the flow of SARS-CoV-2 outbreak sequence data and provide comprehensive open data sharing for the European and global research communities,” fed by inputs from national health data infrastructures and public health labs.

“To rapidly populate the COVID-19 Data Portal, EMBL-EBI will bring together COVID-19 datasets that have been submitted to its public databases, including ENA, UniProt, PDBe, EMDB, Expression Atlas and Europe PMC,” is how it’s explained on the site. “The data, which have so far been collated, include genes, protein structures, electron microscopy data and scientific publications.”

Data submissions to the COVID-19 Data Portal can be made here — where the website notes that: “Non-biological data of relevance to COVID-19, such as travel, trade, meteorology and social distancing behaviour are not managed within the European COVID-19 Data Platform, but where possible are linked to data within the system.”

In addition to the data platform, other actions agreed via the action plan include coordinating funding for relevant research; extending large EU-wide clinical trials; increasing support to “innovative companies”; and supporting a pan-European Hackathon in the end of April to mobilise European innovators and the civil society.

The joint plan’s “priority actions” will continue to be updated with input from the Commission and national governments over the coming months, it said.

Overall, the Commission said it’s committing “hundreds of millions” of euros in research and innovation measures to develop vaccines, new treatments, diagnostic tests and medical systems to prevent the spread of the coronavirus — though not all of this is new funding, since it’s factoring in long-term investment vehicles such as FP7 & Horizon 2020.

More specifically, it highlights the “rapid mobilization” of €48.2M for 18 shortlisted research projects — including work being done on rapid point-of-care diagnostic tests; new treatments; new vaccines; and on epidemiology and modelling to improve preparedness and response to outbreaks. 

It also flags hybrid support efforts — saying it has mobilized public and private funding of up to €90 million through the Innovative Medicines Initiative; and offered up to €80 million of financial support to CureVac to scale up development and production of a vaccine against the coronavirus.

Additionally, a recent European Innovation Council Accelerator call of €164 million attracted what the Commission dubs “a significant” number of startups and SMEs with innovations that it hopes will help tackle the pandemic.

The Commission’s press release also notes 50 ongoing or completed European Research Council projects which it says are contributing to the response to the coronavirus pandemic by providing insights from several different scientific fields — including virology, epidemiology, immunology, public health, medical devices, social behaviour and crisis management.

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[juniperpublisher-ph]

Rethinking the Hospital Pharmacist Service: Centralized Logistics– Ict Systems and Clinical Pharmaceutical Care Strategies as a Management Opportunity for Public and Private Institutions-Juniper Publishers

Juniper Publishers- Juniper Online Journal of Public Health

Abstract

In last year’s healthcare costs are increased constantly in logarithmic way and this conditions need an high efficiently resource management system more than past. Drugs, medical devices, diagnostics or medical errors are relevant voice in the public and private hospital current budget and healthcare Institution and government tray every day to control it. (U.S. HEALTH national expenditure amounted total 3.0 -3billion U.S. D. The total spending on medicine in the USA was about 6 more than 400 us dollars in 2015).An high performance HEALTHCARE org. Need today: deep innovations, right management of materials (LOGISTICS drugs and medical devices use), new technologies knowledge, risk management skills and other resource.

Keywords: Change management; Hospital pharmacy; Innovation; Strategy; Healthcare; Pharmaceutical care and Clinical pharmacy; Logistics; Medical error; Clinical outcomes

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Introduction

Strategic, change, knowledge management approach, sharing economy philosophy and other new instruments as velocity management [1] gives improving the global results. (Economic but also clinical). Also Multi-professional medical equip with permanent presence of the clinical pharmacists give improving in global results (clinical - economic outcomes) [2]. Risk management Reduce total costs due by therapy and other kind of error And gives solution to related problems in preventive and proactive way .The clinical pharmacists complete the patient medical team Adding deep pharmaceutical and pharmacological competencies (To prevent ADR, therapy errors, and monitoring the PHARMACOLOGICAL therapy) resulting in more containing in medical error. Inefficacy HR management gives high contributed in the TOTAL results [3] make possible rapid introduction of the different healthcare professionals in EQUIP.

But Today we have also a powerful instrument to efficacy control the costs to be used: centralized logistics systems (to reduce GLOBAL costs of drugs and medical device). The centralized logistic (and regional buying center) make possible a great rationalization in costs and in hospital pharmacy working time.

This system Increase the AMOUNT of orders (Cumulative way) and this make possible to have more discount in drug prices by pharmaceutical industries. The ordering by the different hospital linked and associated in this way this contribute to containing total costs more versus without this strategy. More over This make possible reduce hospital pharmacy stokes (immobilized drugs costs, less expiration data problems) giving the same time continuity to the therapy to the hospital wards in safety way. This systems need a just in time systems and a great support by ICT (healthcare professionals with informatics and data management knowledge.)The rapid communication with the hub and spoke make possible To have the drugs in strictly time.(we can think to saving life drugs especially).The hosp. pharmacist clinical competences gives the correct priority (in ordering procedure) and this is a crucial fact in the global management of the systems.

With centralized logistic need a small stoke of drugs in the hospital pharmacy whit 60-80 kind of molecules (critical medical devices and drugs) and an emergency ICU Drugs Cabinets to cover emergencies (if not ACTIVE an h24 hospital pharmacist service.) The great amount of drugs and medical devices are stoked in central ware house. This approach needs high expertise by the clinical hosp. pharmacist To rationalize the systems without error: right classification of critical drugs and an efficacy risk management system to prevent dis- functions (root cause analysis, FMEA approach, total quality management and other strategy). We can say that the clinical pharmacists works must be an edge between ward the hosp. pharmacy and the hub. (ICT mediated). Other instrument to manage at the right level can be Dose unit drug systems, informative prescription with applied software, oncologic unit’s sterile robot, emergency drugs cabinet systems and some other. All this rationalize the hospital global request of drugs and med devices but also reduce in high way therapy error. ICT technologies provide scurrility system to transfer patient and other data. The total knowledge is increased using these ICT systems. (Biomedical database for prevent interactions, contraindications and other).

But what is relevant in this new process is the active role of hospital clinical pharmacist in more consultant activity versus the classic logistic Functions. (A cultural changes) from the classic logistic function towards more clinical new pharmaceutical consultant functions. This make possible in the same time to adequately monitoring the healthcare costs (drugs and med. devices) containing medical and therapy error, improving also the clinical outcomes [2]. The application of clinical pharmacist presence in stabile way in medical team results in about 35 % cost reduction (drugs, med dev.), costs due by medical errors, reducing recovery days. In example, an Italian practical experience: health ministerial project: “Ward clinical pharmacists in oncology”[29]. A collaboration of: SIFO (Italian Society Hospital Pharmacy), Italian Federation of professional Pharmacists’ Orders, Italian assoc. Of Medical Oncology), EAHP (European Association of Hosp. Pharmacist), a multi-center experience involving 5 public hospitals with the presence of clinical pharmacists in the oncology wards. The result was a reduction of ward drug and MD stokes from 32% to 88% and 30% less of drugs therapy errors [29].

Related to these results. The managerial competences and skills and knowledge of the clinical pharmacist are often requested by general manager office and by physician’s director of the many discipline to monitoring and control the global buying systems [5]. Antimicrobial stewardship [7] , med. Gases pharmacy management , high cost drugs management , medical dev.high competencies ,Toxicological equip with hosp. pharmacists presence ,oncology lab ,ICU, nutrition team service , pain management medical equip , and other involving clinical pharmacist create an high synergy. Other relevant role can be played in surgery field [23] nephrology, heart disease and many other .In ex. the total cost for innovative drug therapy are under an high increase (therapy of hepatitis c ) , antimicrobials meet great resistance ,oncology therapy do not present equal efficacy towards all neo plastic tissue the same .“The economic aspect is relevant on cost of drugs and payment by government and institution or insurance. (In example 35.000 euro/USD/ patient for some biological MABS).Even ministry of health in some countries (ITALY) not pay all some new innovative drugs but use a system that verify the results obtained. (Payment by results or risk sharing et other procedure)” [6]. This problems need a deep and continuous high activity by clinical pharmacist to create a more rational decision making systems in today therapy world.

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Material and Methods

In this observational and research work we report some relevant publications ( in our opinion ) involved in this change and related to the results we have find we submit to healthcare institution a new systems to efficacy control and reduce the healthcare costs improving clinical outcomes .We observe the hospital pharmacy organization in different countries in order to verify The organizational way of works .We describe also a practical research experience involved in management of emergency drug in hospital setting [24]. Then after this research we analyze the total costs involved in this kind of organization change and the advantages that can be obtained.

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Result

Observing the hosp. pharmacy organization in many countries we can say that the pharmacy service is more oriented to the classic function as logistic, galenic lab, nutrition lab, dispensing activities and other.

But only few hosp. pharmacy service are highly oriented to advanced clinical function as advanced center usually do the same the university course involved in hospital pharmacy are more focused on the classic pharmacist function and only in recent decades towards more clinical Functions.(only few cases really involved in improving the clinical outcomes in medical team and not only with monitoring tasks). Also technology applications are not equally available to all hospital places. (Small – large hospitals, rural or city et other). From literature we have find this results: “During 1930 to 2016 a progressive development of clinical pharmacy and pharmaceutical care was developed. We have observed a “general positive influence of the pharmacist’s presence as a part of the medical equip, on public health in various clinical outcomes”; this according to systematic reviews, clinical trials and meta-analysis” [8]. “The model of clinical pharmacy practice adopted by many pharmacy department hospitals is no longer appropriate for the demands of today’s health-care services. Reviews many new models proposed for clinical pharmacy practice including an integrated model for providing a pharmaceutical care management approach in the health-care system. This model is a response to the failures of traditional drug and pharmacological therapy.

It is an idea about how health professionals should integrate their professional work to obtain clinical outcomes important to patients and clinicians” [9]. “Hospital information system is widely used to improve efficiency of china hospitals. A novel clinical pharmacy management system developed by our hosp. was introduced to improve work efficiency of clinical pharmacists, by providing pharmacy information services and promoting rational pharmacological drug use. Taking prescription review in the dep. of surgery, work efficiency of clinical pharmacists, quality and qualified rates of prescriptions before and after utilizing clinical pharmacy management system were compared. Qualified rates of both the inpatient and outpatient prescriptions of the general surgery department increased, antibiotics use decreased. This system apparently improved work efficiency standardized the level and accuracy of drug use, which will improve the rational drug use and pharmacy info service in our place. The utilization of prophylactic antibiotics for the aseptic operations reduced” [10].

“Clinical Pharmaceutical Care “as a new discipline, to improve clinical and economic endpoint in pharmacological therapy reducing therapy errors with a more rational use of resource in medical team. This new approach take advantages by Management discipline and ICT principles. Core training must include Management, ICT new social media, psychological behavior and other skills and attitudes for team working added to the classic clinical pharmacy core programs. The knowledge in field of diagnostic discipline gives great advantages in this field for the high relationship with much drug therapy [11]. “Based on the results of this study, the observed achievements were due to medical lab.

And imaging knowledge and competencies of the clinical pharmacist, as part of the equipe in a hospital setting. Such expertise of the clinical pharmacist has resulted in a significant impact on therapy. For patients’ safety and health and cost reduction and for clinical pharmaceutical care purposes, it is incumbent upon the hospitals to engage and demand an active role from clinical pharmacists, especially in fields such as diagnostics (med. Lab. and imaging) [12]. “to obtain more efficient results in improving some clinical outcomes the clinical pharmacist must have an expert skill in the field of psychological and behavior aspects to use a practical settings when member of medical team .Rotation in different wards provide a a real good experience. This skill and attitudes is useful in pharmacistspatients’ relationship in order to have high patient’s compliance level...” [13]. Reduction of medication therapy errors is needed and demanded by: patients, health authorities, government, insurances companies. “Multi professional healthcare team is the right way of work in health care today. A WARD clinical pharmacist today contributes in many fields: hematology oncology, toxicology, infectious diseases, emergency med., nephrology, nutrition pharmacy service, pain management and others” [11].

The clinical endpoints depend also by the med. device used and pharmacist specialist represents a great resource in cost containment in every level (to use the right one in every different situation) in this specific use. Ph. care principles can correctly be applied in themed. Devices dedicated to the single patient. Consultant activities in properties, classification, legislation, Alternative products, logistic are the working filed in which hospital pharmacist play a relevant roles in medical equipe” [14]. “The innovation introduced with biomed. Databases and searching engine motors improved research works with rapid ways in all kind of scientific areas Internet, and professional social media have brought a great development in rapidly connecting with professionals. The researchers in last 3 decades has been great possibility to share their practical experience more than past with improving results.

They are playing a crucial and relevant role today working field through this rapid development. LinkedIn, Slide share, Research gate, Pub Med, you tube NCBI, Facebook, and other etc. The possibility to create new bridge researchers; with similar interests, discipline with more rapid development ,never seen in last 3 decades”[15]. “In ICU we can see reduction in mortality rate when pharmacist takes really part of the equip. [12]. “Clinical Ph care required more use also of social media to meet researcher in more efficient way. In the same time clinical pharmacist can be a scientific edge between professional in therapy filed. PH care management can be useful tools to have more rational therapy systems.

Drugs are registered for specifically indication, and at the same time every drug to be a rational therapy need a rational decision making system that require a multidisciplinary equipe that can cover all aspect of Pharmaceutical and pharmacological molecular metabolism (also kinetics andPharmacodynamics) this have great possibility for clinical pharmacist but it must increase expertise in field of diagnostic (lab medicine and imaging) for the high relationship whit pharmacological drug therapy. The old algorithm was “physicians - patients - classic pharmacist and drugs “today it must be “patient physicians - clinical pharmacists (as consultant) and drug [16].

“Physicians alone cannot cover all aspect of the pharmacological treatment (for example in the field of drug therapy monitoring, interactions, adverse drug reaction ADR, toxicology, novel delivery systems, immune globulin-based) therapeutics and other innovative drugs and medical devices systems, which have their pharmaceutical specific worlds. This article likes to improve the ph. care application in countries with an advanced healthcare system to provide more rational drug therapy to patients. When not possible, it would be a good idea using ph. care, in particular populations such as: severe disease, critically ill, patients with multiple illnesses, transplants, immunosuppressant, oncology or other serious conditions, at least when the treatments cost a lot” [2]. Using sharing economy instruments we can reduce healthcare costs about 38 -40 % and obtain this results in more rapid way .The results obtained with sharing economy time can be applied in healthcare: sharing of knowledge“ICT systems can reduce errors and waste materials, rotation drugs and med. devices stokes and reducing costs: Dose unit systems and programs reduce costs about 10-15% and ward clinical pharmacist presence in stabile way in medical team can reduce cost about 25-30%.” (8)In a lancet infection disease meta-analysis was reported” Our findings of beneficial effects on outcomes with nine antimicrobial stewardship objectives suggest they can guide stewardship teams in their efforts to improve the quality of antibiotic use in hospitals [17].

According to last editorial The Clinical Pharmacists Main Focus. J Appl Pharma 9: e114 we can see that one of the main focus of the clinical pharmacist “must be applied in priority way to the most critical patients in order to achieve the best results available [12]. In this condition even benefit of 1 life achieved in mortality rate is a real golden endpoint (we can think for example to a pediatric poisoning, or severe infectious disease in pregnancy or the effect of inefficacy immunosuppressive therapy in transplanted et other) [13]. This can be considered in example as reduction in NNT to improve a therapeutic strategy” [18].

We have also see in some practical experience that the introduce in daily works of some technologies make possible a right management (reducing total costs and with safety) in example in emergency drug cabinet systems [7] “no near miss event or other patient risk or even fatal event was observed and was covered the the emergency need of drugs in the 99% of cases, and only 1 time was necessary the central pharmacy call.” (The same results we have observed during One year), we can have also a reduction in total costs providing an efficacy system .( about 50.000 euro in 5 years in an Italian public hospital 700 beds) [24]. Other ICT instruments are in examples dose unit system to provide single Unit of drugs (preventing waste or expiration of pharmacological therapies- full therapy traceability), informatics prescription software (to detect interactions, allergy, toxicity ),Informatics management of narcotic drugs or antidotes for right logistics and other.

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Discussion

Analyzing the literature reported in this work and the results of a specific practical experience [24,28] we can say that using drugs central logistics (hub and spoke pharmacy system) added to ICT instrument and clinical pharmaceutical care and amore clinical pharmacy approach we can have reduced costs about 40%.This result not only due by drugs and med. devices costs rationalized but also by the reducing of med. errors, days of recovery and especially by improving clinical outcomes. In example the costs for an expensive transplant can be lost easy if not applied efficacy pharmacological drug therapy .(the same thinking about complex cardiac surgery or other critical and expensive patients situation).The pharmacist competences/ skills added to ADVANCED ICT INTRUMENTS can improve the global clinical results .This is the reason to shift from the classic logistic competences and skills of clinical pharmacist towards more and deep clinical tasks and to make an intensive ICT use as requested today.

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Conclusion

We think that this kind of change in pharmaceutical dep. is today needed and this shift of hosp. pharmacist competence from the classic logistic roles towards more clinical /economic management tasks.gives reduction of 35-40%in healthcare total costs The application of clinical pharmacist to strictly control the prescription of drugs an M .DEV. (according protocols, guidelines, central - local rules ) make possible an great appropriateness verify [17,18]. We think that the efficacy instruments to the clinical pharmacist and healthcare institution to manage healthcare costs can be:

Management principles and TQM

Clinical Pharmaceutical care (new health care discipline) [19]

ICT technologies

Sharing economy principles of applications

The total costs involved in this change in working activities of hospital pharmacist are included in the costs rationalized by this new management system.(we can say that is not a cost but a resource.)Pharmacy must be considered not only like a definite fiscal place but a complex world where the consultant clinical activities can make the difference in patient outcomes (clinical, economic, quality of life)The core process must be a rethinking in hospital pharmacy competences enhancing the clinical competences level and time dedicated to this specific tasks. This kind of process must involve politics stakeholders institution, healthcare org., decision making hospital general managers, universities and the same all healthcare Professional [20-25].

The principal goal is obtained if this change is accepted by all. The actors and professionals involved in healthcare management agree with this new approach. But is crucial that the same hosp. pharmacist know that in this new organization system other specific kind of responsibility are involved in direct patient clinical pharmacy and pharmaceutical care works .The experience we have see [7] can be usefully transferred to other hospital and other situations giving good results [26,27].

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[kelvin-davis-blog]

Allergy Diagnostics Market to Showcase Promising Growth till 2024

Meticulous Research® — a leading global market research company is researching on Allergic Diagnostics market titled “Allergy Diagnostics Market by Product (Assay Kits, Immunoassay & Elisa Analyzers, Luminometers, Services), Allergens (Food, Inhaled, Drug), Tests (In Vivo, In Vitro), End Users (Hospital, Diagnostic Laboratory, Research) — Global Forecast to 2024”

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Allergy is a type of reaction of immune systems and can appear in many forms and cause many symptoms such as sneezing, respiratory symptoms such as asthma or hay fever, itching, skin rashes, or generalized reaction such as anaphylaxis. The burden of allergic diseases is growing across the globe. According to European Academy of Allergy and Clinical Immunology 2016, allergy is the most common chronic disease in Europe. Around 20% of patients with allergies struggle daily with the fear of a possible asthma attack, anaphylactic shock, or even death from an allergic reaction. According to American College of Allergy, Asthma, and Immunology (ACAAI), allergies are the 6th leading cause of chronic illness in the U.S and annual cost of allergies exceeds $18 billion.

Increasing incidence and economic burden of allergic diseases, growing environmental pollution, and improving reimbursement scenario for allergy diagnosis in developed countries are key factors driving the growth of this market. Limited awareness about allergy diseases especially in developing countries and high capital investment for small laboratories may hinder the growth of this market.

Based on product & service, the global allergy diagnostics market is segmented into assay kits, instruments, and services. Assay kits accounted for the largest share of this market in 2018. The large share of this segment is mainly attributed to widespread availability, lower cost and significant consumption of assay kits in allergy testing.

Based on end user, the global allergy diagnostics market is segmented into diagnostic laboratories, hospital-based laboratories, academic and research institutes, and other end users. Diagnostic laboratories are expected to dominate the global allergy diagnostics market, by end user in 2018.

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Future Outlook

Percutaneous skin prick tests (SPT) have been considered the preferred method for allergy diagnostics. However, although molecular-based allergy diagnostics (MA-Dx) is currently reserved for situations of complex allergies and polysensitization, it is likely that in the future, MA-Dx will play a bigger role in the evaluation of allergic patients.

Biomérieux SA (France), Hitachi Chemical Co., Ltd. (Japan), Hob Biotech Group Suzhou Co., Ltd. (China), Hycor Biomedical, Inc. (U.S.), Lincoln Diagnostics, Inc. (U.S.), Omega Diagnostics Group PLC (U.K.), R-Biopharm AG (Germany), Stallergenes Greer (U.K.), Siemens AG (Germany), Thermo Fisher Scientific Inc. (U.S.) are some of the key players operating in this market. These players are adopting various organic and inorganic growth strategies in order to strengthen their presence and customer base.

About Meticulous Research®

Meticulous Research® was founded in 2010 and incorporated as Meticulous Market Research Pvt. Ltd. in 2013 as a private limited company under the Companies Act, 1956. Since its incorporation, the company has become the leading provider of premium market intelligence in North America, Europe, Asia-Pacific, Latin America, and Middle East & Africa.

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