The surgical robotics market is expected to witness tremendous growth over the forecast period primarily due to the increasing prevalence rate of chronic disorders, elevating global population coupled with the geriatric population, improving reimbursement policies, and public initiatives and funding to develop technologically advanced products The market for surgical robotics is divided into three categories, namely, surgical systems, instruments and accessories, and services The growth is expected to be mainly attributed to primary drivers in this market, i e the increasing geriatric population, increasing cases of chronic disorders, rising healthcare spending, and increasing support from governments

Congenital disabilities such as Down’s syndrome, thalassemia, sickle cell anemia, cystic fibrosis, and epilepsies are some of the most prominent causes of disabilities as well as death among children globally These disorders are caused due to genetic abnormalities within the child before or at the time of birth Moreover, such genetic diseases are responsible for 20 30 of the infants' deaths worldwide and are a significant contributor to causing a global economic burden for diseases For instance, according to the National Birth Defects Prevention Network ( annual data report, U S the newborns with Down’s syndrome increased by about 30 in the last two decades However, this increasing economic burden of genetic diseases can be reduced by conducting an early diagnosis through molecular genetic testing techniques

Medical implants are devices that are inserted inside the body to replace malfunctioning organs or limbs or to boost their working conditions. The global medical implant market is expecting healthy growth during the forecast period. Medical implants could be placed permanently in the body or removed once it is no longer needed. Technology has become more advanced nowadays. Thus, researchers have developed a number of implants with a wide range of applications. The rising demand for advanced devices also influences the growth of the global market. However, the growth of the market is restrained by the high cost of treatments.

Sperm separation devices are simple and effective laboratory tools to separate motile, healthy, and stronger sperm units for fertilization and study. Sperm separation devices are easy to use and reliable in lab procedures that increase clinical and study outcomes. Sperm health has been a growing concern worldwide recently due to the increased factors that impact sperm health and the reproductive health of men population. With the increased infertility prevalence among the male population, the demand for sperm separation devices increased in studies, laboratories, healthcare settings, research institutes, biopharma industries, and academic institutes.

Progressive lenses are also referred to as progressive power lenses or varifocal glasses. This eyeglass type is characterized by an increasing gradient power suitable to the patient's refractive error. Unlike bi-focal or tri-focal lenses, progressive lenses provide a graduated range of vision that varies from distant to near, all without a line across the lens. Therefore, instead of having two or three different viewing zones, progressive lenses offer vision correction that progresses in power from the bottom to the top of the lens. This progression of correction eases eye strain by providing the most natural vision correction.

Sperm separation devices are simple and effective laboratory tools to separate motile, healthy, and stronger sperm units for fertilization and study. Sperm separation devices are easy to use and reliable in lab procedures that increase clinical and study outcomes. Sperm health has been a growing concern worldwide recently due to the increased factors that impact sperm health and the reproductive health of men population. With the increased infertility prevalence among the male population, the demand for sperm separation devices increased in studies, laboratories, healthcare settings, research institutes, biopharma industries, and academic institutes.

For over a century, vendors in the cleaning and maintenance products industry have delivered products that clean and disinfect to ensure optimal levels of hygiene and ensure high living standards and life expectancy. Proper hygiene is critical to prevent infections and the transmission of superbugs in hospitals and medical centers, food processing factories, dairies, restaurants, and other places where food is handled daily. Thus, regular cleaning and disinfection are essential to prevent the transmission of food-borne illnesses and other pathogens in schools, sports centers, shops, offices, hotels, and restaurants and make these professional spaces more agreeable for people to work in and be more productive.

Nowadays, electrical appliances are the easiest, most comfortable, and most timesaving devices. These electrical appliances are the most advanced modern appliances used for daily purposes. Through a combination of these factors, vendors have introduced personal care electrical appliances in the market. Personal care electrical appliances are typically powered by electricity and may include rechargeable batteries for cordless use. They may also have various features and attachments, such as different speed or heat settings, interchangeable heads or blades, and timers or sensors.

Continuous monitoring o patients’ parameters such as heart rate and rh thm, respiratory rate, blood-oxygen saturation, blood pressure, and many other parameters has increasingly become important for critically ill patients in healthcare settings. Patient monitoring systems are used to monitor patients’ vital signs. During treatment, it is highly important to continuously monitor the vital physiological signs of patients. Therefore, there is high demand for patient monitoring devices in hospitals and other healthcare facilities. The continuous improvement in technology not onl improved access to patients’ vital signs, ut it has also simpli ied the diagnostic process and, as a result, raised the monitoring efficiency of patients.

The multitude of diagnostic modalities available at present has increased the complexity of clinical decision making which has further emerged as a major risk factor in clinical practice For instance, the advent of multimodality clinical workflows has though provided a plethora of new knowledge and information for the clinicians but also pushed the boundaries of their cognitive capacity The sophisticated tools and diagnostic imaging procedures not only influence the decision quality but also hamper the selection of communication channels and the adoption of new technologies These complexities often result in misdiagnosis and might also lead to discrepancies in designing an individualized treatment regimen for the patients