Genitourinary Drugs Market Estimated to Record Highest CAGR by 2024

Genitourinary drugs are used to treat disorders affecting the kidneys, bladder, ureters, and urethra. Since long, patients suffering from disorders and infections related to genitourinary systems have been depending on steroids and immunosuppressants which are chemically synthesized and may reciprocate with some serious side effects such as insomnia, acne, nausea, vomiting, and diarrhea. As a result, patients are now turning to biological drugs that not only cause fewer to no side-effects, but are also more effective in the treatment of genitourinary infections.

The global Genitourinary Drugs Market is expected to expand at a healthy rate in the near future, more so in developing economies due to growing concerns about urinary incontinence and related illnesses. The U.S. continues to be the most prominent market for genitourinary drugs, followed by Japan as far as the consumption of these drugs is concerned.

The report observes that the entry of novel drugs such as Cialis has been a boon in the global market for genitourinary drugs. These drugs are considerably more effective than the drugs used in multiple-drug therapies, and are affordable in cost to for the end-users. Success of Cialis has fueled the development of a number of new biological drugs for the treatment of genitourinary disorders, further propelling the global market for genitourinary drugs market.

Additionally, the genitourinary drugs market is also expected to gain from increasing incidences of urinary diseases and related illness that are sexually transmitted. Moreover, rising concerns about urinary incontinence and impotency as well as technological advancements in genitourinary devices are anticipated to accentuate the growth of the global genitourinary drugs market over the forecast period. However, the lack of compliance to medication is expected to hamper the overall growth rate of the global market for genitourinary drugs.

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North America stood as the most prominent market for genitourinary drugs in 2014. This was a result of factors such as robust healthcare infrastructure, awareness about the growing prevalence of cancer, and technological advancements in manufacturing of genitourinary drugs. Europe currently remains the second largest regional market for genitourinary drugs, however, emerging economies in Asia Pacific are anticipated to register the fastest growth rate during the forecast period. This rapid increase in demand for genitourinary drugs in Asia Pacific is due to increased disposable income (especially among the urban population), adoption of effective medicines and aggressive investment by individual governments towards improving healthcare infrastructure in those countries. The region of Latin America is also expected to experience healthy growth rate in near future.

In order to provide detailed projections, the global market for genitourinary drugs has been segmented on the basis of disease and product. By disease, the market can be segmented into genitourinary cancer, bladder cancer, cervical cancer, ovarian cancer, kidney or renal cancer, and prostate cancer. On the basis of product, the global market for genitourinary drugs is segmented into urologicals, gynaecologicals, sex hormones, and genitourinary anti-infectives. Sex hormones account for the dominant demand due to increasing usage of drugs in the market while the genitourinary anti-infective segment is expected to experience the most robust growth rate over the forecast duration of the report owing to increasing incidences of urinary tract infections.

Autosampler Market Poised to Garner Maximum Revenues by 2025

Autosampler is an instrument that is connected to an analytical device that performs automatic sampling in specific time period for the investigation. An autosampler can also collect samples automatically in certain time duration from a huge sample source. Typically, it contains a robotic device which can either collect the sample to a sampling place or carry a sampling instrument to the sample source. Autosamplers have replaced the manual process of sampling and injection by picking automatically a sample and implanting it into the inlets of the device.

An autosampler saves operator’s time, eliminates errors, and provides high accuracy and better reproducibility. Autosamplers are quite useful especially in handling low sample volumes. It is used in gas chromatography (GC) to perform various processes such as injection of liquid sample, solid phase micro extraction (SPME), dynamic and static headspace, and trap and purge. These are also used in high pressure liquid chromatography (HPLC) for fraction extraction, sample preparation, and liquid injection. Autosamplers are used in the food, pharmaceutical, and environmental industries, and in forensic & medical laboratories.

These can handle PCR plates, micro titer plates, tubes, and vials. Capacity of handling samples can vary, but it can reach up to an eight stand unit that holds 720 samples, and devices for low to high volume applications (0.1 to 5000 µL). In an autosampler several other options available which includes metal-free sample channels, shaking capability, vertical configurations requiring minimal bench space, and integrated stirring devices. Also the programmable field samplers are attached on it.

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Autosamplers are available for the sampling of various materials such as solid, liquid, and gas. For liquid sample, an autosampler works along with different kind of devices which perform several chemical measurement, such as water analyzers (nutrient analyzers, dissolved inorganic carbon analyzers, and total carbon analyzers), liquid chromatographers, gas chromatographers, titrators, and several others. For solids, autosamplers are used in combination with elemental analyzers. A simple model of autosampler contains a carousel which holds the samples that are usually covered in metal (usually silver or tin) foil. The sample falls into the reactor when the carousel is rotated at a specific degree. It gets constantly purified by a carrier gas such as helium. For gas sample, autosamplers are connected with pumps which continuously deliver any gas mixture or air inside the device for analysis.

The global Autosamplers Market is driven by increase in adoption of chromatography tests for the drug approval process, rise in acceptance of autosamplers in various industries for accuracy, quality products, and to avoid errors. Surge in investment in R&D operations in the biopharmaceutical and pharmaceutical industries is another factor driving the market.

Tear Osmolarity Test Equipment Market Size Estimated to Observe Significant Growth by 2025

Dry eye is one of the most common and underdiagnosed eye diseases in the world, since early and efficient diagnosis of dry eye lacks the required resources. Also, there is lack of awareness about dry eye among general public. Tear osmolarity has emerged as one of the most promising diagnostic tests for dry eye, as traditional diagnostic tests for dry eye including ocular surface staining test, tear breakup time, and the schirmer strips test have limitations and certain drawbacks of their own. Clinical studies and trials conducted by various universities across the world have demonstrated the effectiveness of the osmolarity test in the diagnosis of dry eye. This is increasing the adoption of the osmolarity test by health care service providers and ophthalmologists.

Although several clinical studies have recognized accuracy of the osmolarity test in the diagnosis of dry eye, the major problem faced by health care service providers is measuring the osmolarity. Recent developments in equipment used for detection of osmolarity of tear, constant evolution of these equipment, and technological advancements in them were major factors driving the global Tear Osmolarity Test Equipment Market in 2016. In a prospective randomized clinical trial presented at the 8th International Conference of the Tear & Film Ocular Surface Society held in France in 2016, the most frequent diagnosis using the tear osmolarity test included allergic conjunctivitis, anterior blepheritis, and dry eye.

Growing incidence of dry eye across the world, new and advanced diagnostic equipment being introduced by market players, and increasing adoption of the tear osmolarity test by health care service providers for the diagnosis of dry eye are some of the major factors anticipated to propel the global tear osmolarity test equipment market from 2017 to 2025. However, high cost of equipment and inadequate reimbursements for the tear osmolarity test across the world are factors expected to restrain the global tear osmolarity test equipment market during the forecast period.

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The global tear osmolarity test equipment market can be segmented based on component and region. Based on component, the market has been segmented into system reader units, system pens, and accessories (such as cards with microchips). The accessories segment is expected to expand at a high CAGR during the forecast period owing to single-use and disposable nature of accessories. The system reader units segment dominated the global tear osmolarity test equipment market, in terms of revenue, in 2016.

Key players operating in the global tear osmolarity test equipment market include TearLab Corporation, I-MED Pharma Inc., and Advanced Instruments.

Cochlear Implant Systems Market Projected to Witness Vigorous Expansion by 2025

A cochlear implant is an electronic medical device that transmits sound signals to the brain. With the cochlear implant, a person can achieve better sentence understanding as compared to hearing aids. At present, cochlear implants are the only effective means allowing the social interaction of individuals suffering from hearing loss. The first cochlear implant was approved by the FDA in 1984, which made 3M an industrial leader.

Increasing incidence of neonates born with hearing defects is driving the Cochlear Implant Systems Market. According to WHO hearing loss statistics, each year, approximately, 134 million children are born, out of which approximately 1 to 3 newborns per 1,000 are with hearing loss, which is treatable only with a cochlear implant. Thus, there is a need for a minimum of 134,000 cochlear implants annually. The number of cochlear implants is likely to increase to approximately 160,000 per year if the hearing loss is considered for both ears. Apart from the rising number of patients suffering from hearing loss, technological advancements, strategic initiatives by industry players, and favorable government regulations are driving the growth of the global cochlear implant systems market in 2016.

For instance, in1979, the University of Melbourne and Nucleus Limited got approval from the Australian Department of Productivity to manufacture and market 22 cochlear implants. In another event, the National Institutes of Health (NIH) funded the first consensus conference to speed up the acceptance of multi-electrode cochlear implants. Market players are focused on the development of devices with reduced noise, quickly chargeable, long battery life, and waterproof. According to the World Health Organization (WHO), the current production of hearing loss aids is only 10% of the actual need; thus, there is a lucrative opportunity for new players to enter the global cochlear implant systems market.

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The global cochlear implant systems market has been segmented based on type of fitting, end-user, and region. Based on type of fitting, the market is segmented into unilateral implantation and bilateral implantation. The unilateral implantation segment dominates the global cochlear implant systems market owing to low cost. Unilateral implantation is common in adults. The bilateral implantation segment is expected to expand at a fast growth rate during the forecast period owing to rising demand for cochlear implants by pediatric patients suffering from hearing loss. Moreover, several countries are offering reimbursement only for bilateral implantation contributing to the growth of the segment. In terms of end-user, the market is segmented into hospitals, ENT clinics, and other end-users. The ENT clinics segment dominate the global cochlear implant systems market in 2016, owing to increasing patient population suffering from hearing loss, and growing patient preference towards treatment in ENT clinics in emerging countries. According to WHO estimates in 2012, out of the total worldwide population with hearing impairment, 91% were adults and 9% were children.