Intravenous access and drug administration is a critical and hazardous procedure with numerous complications during and post IV access. Needle-free IV connectors reduce the risk of most critical complications and aid in patient compliance. Needle-free IV catheters are utilized in aspiration and infusion procedures, where it is connected to the end of vascular catheter and enable access of the catheters. Needle-free IV catheters are needleless devices utilized for the connection of syringes, administration sets, and IV catheters. Numerous type of needle-free IV connectors are present in the market with different designs.
The World Health Organization 2019, report has stated that the non-communicable diseases are responsible for 70 % of deaths occurring due to chronic ailment, the remaining 30 % deaths are due to communicable diseases. Pharmaceutical industries are investing huge amount of revenue in the formulation and development studies to effectively deliver the drugs in human body. Excipients undergo tremendous scrutiny and modification to achieve desirable physical and chemical characterization of the drug formulations.
Automotive wiring harness can be defined as a medium to connect all electrical and electronic components together for power supply, sensor signals and transmitting data for enhancing vehicle performance. An automotive wiring harness is a collection of assorted wires, each having unique attributes such as material, dimensions, current ratings and number of cores, among others. Depending on their application, nature of current and signal to be transmitted, these wires are assembled together into a complete wiring harness which can be readily installed in an automobile.
Firefighting robots refer to the unmanned ground vehicles remotely controlled by a human operator in order to mitigate and extinguish fires. The main task of these robots is to minimize the exposure of human firefighters to dangerous and hostile conditions. Besides fire extinguishing application, firefighting robots are also used for numerous other purposes such as fire detection, fire suppression, searching and rescuing of trapped people and to evaluate geographical conditions of the area. Equipped with a number of advanced sensors and GPS systems, firefighting robots are capable of identifying the cause and origin of fire in order to assist first responders by keeping them away from the line of danger.
HFOs are composed from hydrogen, fluorine and carbon compounds similar to HFCs, but they are structurally different. HFOs have very short atmospheric life leading to distinct environmental benefits. HFOs are subject to all the legislation that applies to the supply and use of chemicals, including REACH in the EU.
The intervertebral disc consists of an inner portion which is a jelly like material and an outer portion which is a strong fibrous material. Over the last 3 decades, several medical device manufacturers have invested in the research and development of artificial discs which have received stringent scrutiny for approval from the regulatory agencies globally. The risks associated with total disc replacement are stroke, bleeding, nerve damage and difficulty in breathing. The manufacturers are currently developing artificial discs using radiolucent materials.
Tardive dyskinesia (TD) is rare neurological disorder due to long term use of antipsychotic medications which act on dopamine receptors. It is anticipated that the TD treatment drugs market will show significant market growth over the forecast period owing to some factors such as increasing prevalence of TD, higher number of unmet needs for treatment of TD and expected launch of pipeline drug. Although there are various drugs used in treatment of TD, presently only Valbenazine and Deutetrabenazine are approved by the FDA. Other drugs such as benzodiazepines, botulinum toxin, amantadine, dopamine-depleting agents and calcium channel blockers etc. are also used in symptomatic relief from TD.
Digital Wound Measurement Devices Market Is Projected to Expand At A CAGR Of 4.2% Between 2025 And 2033. Digital wound measurement devices are 3D-enabled or laser-assisted devices used for the measurement of dimensions such as length, width, and depth of the wound. These devices play an important role in the documentation of the progression and regression of wounds by accurate and repeatable measurement of wound size over the course of the healing process.PDF
The dermatology devices market is expected to experience a CAGR of 12% during the forecast period of 2025 to 2033. Dermatology devices are used for diagnosing and treating various skin conditions, including skin cancer, acne, psoriasis, and dermatitis. These devices play a crucial role in enhancing the efficiency and accuracy of dermatological procedures, providing better patient outcomes. The market revenue of dermatology devices is driven by several factors.
Myelodysplastic syndrome (MDS) is type of cancer and it considered as group of blood and bone marrow disorders and involves production of abnormal and immature blood cells. It is anticipated that MDS treatment drugs market will show significant market growth over the forecast period due to rising prevalence of MDS, increase in spending in the healthcare system, growing investments in R&D for MDS treatment and strong presence of ideal pipeline drugs. Expected launch of late stage pipeline drugs such as JNJ-63935937, MLN-4924, NSC-39069 and rigosertib is anticipated to drive significant market growth over the forecast period 2025-2033.
