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Vascular disease is of two type viz. peripheral artery disease (PAD) and chronic venous insufficiency (CVI). Vascular disease can be life-threatening due to incorrect and delay diagnosis. Vascular testing devices encompass a broad range of equipment and expertise for proof of principle.

Vascular testing is also known as non-invasive vascular testing in which various technology based devices are utilized to evaluate the blood vessels. The evaluation and testing of the blood vessels can be done at the rest time or at the time of the exercise. Vascular testing is generally painless and determine the disease location and severity.

Vascular testing devices are comes with the advanced features such as digital dashboard and online interface with the remotely located facility centers. These devices also come with the specifications such as LAN/WAN and DICOM/PACS compatibility.

The increasing incidence of death and other complications due to stroke and myocardial infarction amongst those with silent asymptomatic peripheral vascular disease is the key growth factor boost the use of vascular testing devices for diagnosis purpose.

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Vascular Testing Devices Market: Drivers & Restraints

The global vascular testing devices market is expected to register a significant CAGR over a forecast period. The increasing prevalence of vascular diseases and disorders, lifestyle diseases is the key factor anticipated to propel the demand for vascular testing devices and drives the growth of the global vascular testing devices market.

The technically advanced vascular testing devices allows great access to vascular disease testing in particularly non-interventional settings, which helps to diagnose more patients with disease before disease progresses to a potentially critical stage. The availability of portable and easily operable testing devices for vascular diseases is also expected to be the major factor drives the growth of the global vascular testing devices market over the forecast period.

The vascular devices also work on the telemedicine technology and send test data to a remotely located specialist for the online interpretation which anticipated to surge the demand for vascular testing devices over the long run.

However, the lack of expertise and physicians to operate vascular testing devices and to interpret the test data may restrain the growth of the global vascular testing devices market over the forecast period. The higher cost of set up of the vascular testing lab and devices may hamper the demand of vascular testing devices and restrain the growth of the global vascular testing devices market over the long run.

Increasing prevalence of cancer is one of the foremost factors leading to growing number of radiation therapy procedures around the globe. An estimated number of 28.7 million of worldwide population were living with cancer in 2014. Radiation therapy employs the use of high-energy particles or waves to destroy the cancerous cells.

However, there is a need for healthcare professionals to indulge into therapy treatment planning and deliver most effective therapy and accurate treatment planning to the patients. Introduction of radiation therapy software’s have eliminated the number of errors that have been known to occur during the process of radiation therapy delivery.

Currently available radiation therapy software’s are intended to deliver reliable and ubiquitous access to patient information ad diseases history and allowing the use of complex technology such as Intensity Modulated Radiation Therapy (IMRT) for treatment of several indications in order to upload treatment parameters automatically, hence improving treatment efficiency and accuracy.

The global market of radiation therapy software’s is expected to increase in terms of value attributed to its ability to monitor radiation doses, determine and provide diseases diagnosis-specific data in order to obtain acute responses to the therapy/treatment and long-term clinical outcomes.

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Radiation Therapy Software Market: Drivers and Restraints

Radiation treatment planning and delivery process allows smooth integration of computerized data sources, software tools, and computer control systems thus, allowing natural workflow and clinicians to collect patient’s information from diseases diagnosis through treatment and follow up to deliver effective treatment plans and perform quality assurance procedures efficiently and safely.

The global radiation therapy software market is expected to witness upsurge in demand attributed to increasing prevalence of cancer and growing need for efficient and integrated workflow platforms to ensure effective and accurate informed clinical decision making.

Furthermore, use of integrated radiation therapy software’s reduces the transcription errors and unrequired patient wait times by eliminating the data entry errors. Up-gradations in the existing software’s will also be an important factor leading to increasing market value of radiation therapy software over the coming years.

Global radiation therapy software market is hindered by unexpected errors from come from mistakes in the program logic, commonly called as bugs. Incorrect data entry and absence of skilled clinicians and technicians, underdeveloped economies and due to lack of healthcare infrastructure in developing economies which are expected to hinder market revenue growth of radiation therapy software’s market over the forecast period.

The Dehydration, in general, is a body condition where there is deficit of water in the human body that is accompanied with disruption of metabolic processes taking place inside the body. Water forms an essential component of the human body constituting 75% of the body weight.

Majority of this water proportion is found within the cells i.e. intracellular space and the rest of water is present in extracellular space. When the amount of water loss from the body due to high intensity exercise, disease or high environmental temperature exceeds the amount of free water intake by the body, dehydration occurs.

The amount of water in the body is dynamic and keeps changing with routinely body functions including breathing, sweating, urinating or bowel movement. In order to prevent excessive water loss and dehydration, one must increase its fluid intake to replace excessive fluid loss caused due to diarrhea, vomiting or increased urination. Dehydration can broadly categorized as mild dehydration or severe dehydration.

Symptoms of early or mild dehydration incorporates thirst, headache, dizziness, dry eyes, dry mouth, tiredness, dark yellow colored urine, flushed face, dry skin and others. Whereas, on the other hand, symptoms for moderate – severe dehydration includes sunken eyes, low blood pressure, lethargy, rapid heartbeat, feeling confused and others.

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Dehydration has proved to be dangerous condition especially for young children and older adults. The most common causes for excessive water loss leading to dehydration are diarrhea, vomiting, sweat, diabetes, burns, inability to drink fluids or intense nausea. Out of these, diarrhea and vomiting are the common cause of dehydration in young children. Excessive dehydration could also result in death of the person suffering from dehydration.

In order to diagnose a dehydration condition in the body, a doctor runs blood tests and urinalysis. It can be treated by replacing the lost fluids and electrolytes with more enriched electrolytes and the treatment approach is dependent on age of the patient, severity of dehydration and the causative agents behind it.

Dehydration monitoring systems have vast application in disease diagnosis, drug abuse detection, as well as in athletic performance optimization which increases the demand for dehydration monitoring systems and fuel the growth of dehydration monitoring systems market. These devices are majorly incorporated with standalone sensor systems that measures dehydration in young children and elderly. Dehydration monitoring systems are available in different product types including mobile devices or wearable hydration monitoring devices to detect the level of dehydration in one’s body.

These devices have embedded sensor systems such as optical sensor systems, biomedical sensors, and wireless chemical sensors that would indicate the level of dehydration via green or red LED array installed in them. The dehydration devices have inbuilt smart characteristics of which the most common is alarm sound that rings when critical situation is discovered. Dehydration monitoring systems are capable of extreme performance and give accurate results irrespective of surroundings i.e. humid environment. Many of these devices found large applications in diagnosing various diseases and optimizing the athlete performance and thus contribute majorly to the revenue generation in dehydration monitoring systems market.

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These dehydration monitoring systems are broadly used to detect drug abuse and thus registers a wholesome share in applications segment of dehydration monitoring systems market. Dehydration monitoring systems market on the other hand is gaining profit due to technological advancements associated with designing of device. These devices contain distinct sensors that are intended to measure the skin temperature as well as 3 or 4 chemicals present in human sweat in order to detect changes in human physiology to decide whether it is a dehydrated condition or not.

Recently, a first wearable hydration monitor system called LVL Kickstarter has been designed which enables to perform multiple functions at a time such as real time hydration notifications, sweat rate measurements, wrist based heart rates, smart alarm, mood inputs and others. Such technological innovations tend to propel the growth of dehydration monitoring systems market across the globe due to rising inclination of people towards smart choices to maintain health.

These devices measure glucose levels, lactic acid levels in order to determine hydration level and offers an affordable and handy dehydration detection platform. This is further anticipated to drive the demand for dehydration monitoring systems and thereby increasing revenue generation in dehydration monitoring systems market.

Dehydration Monitoring Systems: Market Dynamics

Shifting trend of individuals towards smart health choices and fitness, availability of smart and cost effective dehydration monitoring device in the market, and availability of wide range of dehydration monitoring systems in distinct forms and colors is expected to be the key factor driving the growth of dehydration monitoring systems market. Rising demand for non-invasive dehydration monitoring system from the consumer end is another factor propelling the growth of dehydration monitoring systems market.

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Also, rise in demand for dehydration monitoring systems in the disease diagnosis, and growing geriatric population with high susceptance to dehydration is further expected to drive the growth of dehydration monitoring systems market. However, lack of awareness among people for smart devices is restraining the growth of dehydration monitoring systems market.