Ureteral Stents Market Analysis - KBV Research

By
Ureteral stents industry is witnessing a large scale adoption worldwide predominantly due to the emerging geriatric population and prevailing incidence of urological indications. One of the major indications observed behind the adoption of these stents is kidney stone. The surging demand is running parallel to technological advancements in stent composition. Normally, urine is carried from kidneys to the bladder through narrow tubes called ureters. Conditions like kidney stones, tumors, or blood clots among others can obstruct the ureter. To treat the obstruction, physicians place stents or tubes in the ureter to restore the urine flow to the bladder.

Ureteral Stents Market Analysis (2018-2024) - KBV Research

A ureteral stent is placed while treating patients with complex urological disorders like prostate cancer, which usually narrows the ureter or scars the wall of the ureter. Several ureteral stents are used to open the blocked ureters and allow urine flow. These stents represent a relatively less invasive alternative to preserve urinary drainage. Three technological parameters play a vital role in the performance of an efficient stent: material, surface coating, and design. Colonization of microorganisms causing incontinence complications, the sedentary standard of living, and increasing number of kidney transplants are lashing the espousal of the ureteral stents technology. During the last few decades, ureteral stents have observed widespread utilization as a measure for permanent or temporary drainage for the upper urinary tract.

In recent years, scientists and researchers have employed their time in identifying finest constitutive material for ureteral stents which focus majorly on strength, flexibility, surface roughness, and cost efficacy. There are two prominent classifications of materials used in fabricating ureteral stents, namely, metallic and polymer ureteral stents.


Metallic Material for Ureteral Stents

Metallic stents were introduced to the market with a purpose of reducing morbidity associated with stents and increasing their ability to oppose deformation which can be caused by an inherent ureteric impediment. Although metallic stents are available in the market with more expense, they are changed less frequently. As a result, the demand for these stents is heaving across the sphere. Metallic stents are performing significantly better on the aspects of stent-related pain. The patients too prefer metallic stents for future stent insertion. Metallic ureteral stents possess utility for patients with pathological processes causing ureteral compression refractory. Metallic stents offer an alternative to conventional modalities. The current application of these stents for the treatment of both malignant and benign urinal obstruction reveals encouraging results which will provide a new tool for long-term urinary drainage. 
Apart from Kidney Stone conditions, ureteral stents are applied in various other alarming indications like urinary incontinence, tumor, and kidney transplantation.

Kidney Transplantation

In recent years, kidney transplantation surgery has risen considerably. The probabilities for urologic complications after surgery is unavoidable. A kidney transplant is performed for end-stage kidney disease. Urinary complications are usually associated with contemporary renal transplantation. The ureteral stent holds the ureter open and maintains proper drainage of urine till the surgical connection between the transplanted ureter and the bladder gets healed. A ureteral stent is placed for six to eight weeks. Urological complications after kidney transplantation lead to patient morbidity and compromise graft function. Ureteral Stents have been effectively used for treating such impediments. The most concerning surgical complications of renal transplantation involve stenosis and obstruction. The regular use of ureteral stents can help in preventing this complication. The placement of these stents decreases surgical complications without involving excessive costs.
Global Ureteral Stents Market Analysis (2018-2024) - KBV Research

 Conclusion
The use of ureteral stents in surgery for diverticulitis has significantly increased over the last decade. Several new ideas on stents technology, coating, and composition material are being evaluated at present. New innovations are expected to eliminate the current trade offs associated with ureteral stent usage. The perpetual research for the creation of an ideal stent encompasses development in various features like design, material involved, and coating. Significant developments in stent coating will contribute largely in stent evolution and offer promising future prospects. Modifications of existing stent designs have initiated in innovations to newer types of ureteral stents.

KBV Research - Market Research & Consulting Company
Phone No: +1 (646) 661-6066, +91-8076967519
Email id: query@kbvresearch.com, info@kbvresearch.com
Address: 244 Fifth Avenue, Suite 1407 New York, N.Y. 10001 United States (U.S)

Comments

Post a Comment

Popular posts from this blog

Web Real-Time Communication Expands Productivity of Network

By
Image
Web Real-time Communication (Web RTC) is a new innovation that is being used by many organizations worldwide. The web RTC aims to build up compatibility among different industry service providers for the acceptance of global norms created by them. The web standards and conventions required for web RTC are created, overseen, and standardized by the Internet Engineering Task Force (IETF). What is Web Real-time Communication? Web real-time communication or Web RTC is a technique that offers consistent communication abilities to different browsers and telephone applications with the assistance of fundamental APIs. It is an open-source application programming interface (API) which was created by World Wide Web Consortium (W3C). The Web RTC technology empowers users with voice calling, video calling, and sharing of documents between browsers without the requirement for some other external module in a one-to-one manner. Web RTC gives users improved video and sound call quality at a less e...
Read more

Robotic Vacuum Cleaner Enhances Cleaning Quality

By
Image
Robotic Vacuum Cleaner is a technically more advanced cleaning device. It works automatically or controlled by remote as they are leveraged with pre-programmed software and sensor-based. The demand for smart home appliances is increasing day by day due to reduced time for household works especially by working people. In addition to it, technological advancement, the use of artificial intelligence in designing new devices and increased machine learning are the major factors that are having a positive impact on the demand for Robotic Vacuum Cleaner. Robotic Vacuum Cleaner all that you should know The robotic vacuum cleaner is also called Roomba. It is a self-directed and well-programmed, sensor-based robotic cleaning system. Robotic cleaners assist humans in ineffective cleaning applications in homes, hotels, offices, restaurants, etc. Such cleaners don’t require any human intervention. They can be operated either manually or by remote. Initially, the use of robot vacuum cleaner was l...
Read more

Logistics Automation Enhance the Effectiveness Operations

By
Image
Concept of Logistics Automation Logistics refers to one of the main applications for technology such as automation, artificial intelligence, and robotics. In the last few years, factors such as economic growth, purchasing patterns, affordability, and increasing disposable income across various countries have observed significant changes. With the rising affordability, customers constantly search for superior service and have many desires & want, with respect to the availability of products and the delivery time & price. Concept of Logistics Automation Logistics refers to one of the main applications for technology such as automation, artificial intelligence, and robotics. In the last few years, factors such as economic growth, purchasing patterns, affordability, and increasing disposable income across various countries have observed significant changes. With the rising affordability, customers constantly search for superior service and have many desires & want, with r...
Read more

Leak Detection and Repair (LDAR) Technology And Ongoing Trends Of The Industry

By
Image
Leak detection and repair (LDAR) regulations have been instituted by the Environmental Protection Agency (EPA) due to the amount of volatile organic compounds (VOCs) and volatile hazardous air contaminants (VHAPs) released by leakage equipment such as valves, pumps, and connectors in industries such as petroleum refining and chemical manufacturing. Leak Detection and Repair (LDAR) Technology To reduce emissions, the EPA has developed regulations and compliance programs. LDAR managers and technicians must follow simple LDAR protocols, such as Method 21 testing methods and configuration protocols for analysers, in order to keep their LDAR systems in compliance. All about the leak detection and repair (LDAR) technology The leak detection and repair system is a framework of procedures used by the facility to locate and fix leakage components, including valves, pumps, connections, compressors, and agitators, in order to reduce the emission of fugitive volatile organic compound...
Read more