A team of researchers have developed a smart to-be-worn sensor that can carry out point-of-care, real-time assessment of chronic wounds wirelessly using an app. The world’s first, the new sensor technology can gauge pH, temperature, bacteria type and inflammatory factors that are specific to wounds within 15 minutes thus enabling fast and precise wound assessment.
With an ageing population growing at a rapid pace, healthcare providers can perceive more patients that would suffer from non-healing wounds such as chronic venous leg ulcers and diabetic foot ulcers.
The healing process of chronic wounds are interrupted due to reasons such as repeated trauma and infection leading to severe pain, stress and discomfort to affected patients. Meanwhile, for patients of diabetic foot ulcers this can lead to more serious outcomes such as amputation of the foot.
In fact, timely care and proper therapeutic of chronic wounds are needed for wound recovery to speed up. However, this requires several clinical visits for detailed evaluation and treatment which adds to healthcare costs.
The innovation of the team can help alleviate the consequences and not cause unnecessary distress for patients of chronic wounds.
The findings of the study is published in Science Advances.
Currently, the clinical assessments of wound depend on visual examination or collecting and transmitting wound fluid to a centralized lab to identify and analyze specific biomarkers. It takes about one or two days for the whole process and may disrupt proper, accurate, and timely medical interventions.
Whilst there have been recent developments in flexible sensors for wound care they only indicate only a limited set of markers such as temperature, acidity, uric acid, oxygen, and blocks to diagnose wound inflammation.
Increasing incidence of various types of chronic as well as infectious diseases including cancer are anticipated to augment the demand dynamics in the global rapid microbiology testing market in coming years. Certain other motivators influencing high demand in the global rapid microbiology testing market include increasing prevalence of microbial diseases and infections, significant advancements in healthcare and medical technologies, and rising utilization of early detection devices in healthcare facilities. Furthermore, the outbreak of COVID-19 virus has led to fast paced increase in the adoption of microbiology testing methods. This factor is also expected to augment the global rapid microbiology testing market in near future.
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Players in Rapid Microbiology Testing Market Focused on Gaining Approvals for Clinical Trials
Players and manufacturers in the global rapid microbiology testing market are focused on gaining approvals in order to conduct their clinical trials. Several players in the global rapid microbiology testing market are also engaging in collaborative efforts including joint ventures as well as mergers and acquisitions in order to assert a dominant industry position. Few of the major incumbent players in the global rapid microbiology testing market are Thermo Fisher Scientific, Biomerieux SA, Danaher Corporation, Becton, Dickinson & Company, and Abbott Laboratories, among others.
North America Dominates the Rapid Microbiology Testing Market
Geographically, North America dominated the global rapid microbiology testing market in recent years owing to the presence of well-trenched healthcare facilities and infrastructure in the region. Furthermore, significant support offered by the governments such as Canada and the United States in terms of reimbursement policies and health insurances is expected to aid in the expansion of the North America rapid microbiology testing market in coming years. Moreover, rising number of research and development activities along with increasing focus on early detection of infections and infectious diseases is anticipated to foster the development of the global rapid microbiology testing market in North America in near future.
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Rising pace of industrialization as well as increasing urban settlements and growing population living in urban settings are key factors driving the growth in the global pressure washer market. Produced with using various mechanical parts, such as electric motors or gas engines, nozzles, high pressure hoses, and water pumps, products in the global pressure washer market receive high demand owing to their efficient and effective operating nature. Players and manufacturers in the global pressure washer market are expected to receive attractive expansion opportunities in the industry in coming years.
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Products in the global pressure washer market are used in various commercial, residential, as well as industrial purposes owing to their application of cleaning various objects as well as surfaces. Products in the global pressure washer market are extensively used to remove dust, grime, grease, dirt, oil, and toxic chemicals from various equipment, machines, vehicles, and surfaces. Products in the global pressure washer market are popular owing to their easy to use, highly efficient, and fast acting nature. Rising demand for such tools and equipment is expected to foster the development of the global pressure washer market in coming years.
Players in Pressure Washer Market Focused on R & D to Develop New Products
Major and leading players in the global pressure washer market are adopting various expansion strategies including rising investments in research and development activities in order to provide their consumers with new and more efficient products. Some of the key and leading players and manufacturers operating within the global pressure washer market include Briggs & Stratton, Nilfisk Group, Generac Power Systems, Inc., IP Cleaning SRL, Alfred Karcher SE & Co. KG, Stanley Black & Dercker, Inc., and FNA Group, among others. The competitive landscape of the global pressure washer market is considered moderately fragmented owing to the presence of a large number of players in the industry.
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Increasing pressure on players and manufacturers in the biopharmaceutical sector to reduce the cost of manufacturing is fostering the development of the global high throughput process development market in coming years. Several other factors propelling growth in the global high throughput process development market include rising expenditure in pharmaceutical industry on research and development and emergence of new medical and biopharmaceutical technologies. On the other hand, lack of competent infrastructure and facilities along with high cost of technologies as well as required equipment can hamper the growth of the global high throughput process development market in near future.
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Asia Pacific to Lead the High Throughput Process Development Market in Near Future
North America held a dominant share in the global high throughput process development market in recent past. This can be attributed to rising demand for shortening product development timelines, significant presence of strong regional players, and rising need for upgradations in the production quality of the biological materials. On the other hand, Asia Pacific region is anticipated to compete North America for the dominant position in the global high throughput process development market in coming years. Key factors stimulating high growth in the Asia Pacific global high throughput process development market include increasing funding by governments aimed at developing healthcare infrastructure and rising research and development expenditure.
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Players in High Throughput Process Development Market Engaged in Collaborative Strategies
Some of the major incumbent players in the global high throughput process development market include Merck Millipore, GE Healthcare, Danaher Corporation, Thermo Fisher Scientific, and Agilent Technologies. Major players and manufacturers in the global high throughput process development market are increasingly focusing on partnerships, collaborations, and new product launches as key strategies to expand their presence and consumer base.