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Great Visibility at Night ID

The only and unique 2 in 1 product providing great visibility (steady or blinking mode) and containing ALL the info
Of the person : name , age, blood type, allergies, emergency contacts, medical information. And more … You simply write all the info with a sharpie pen on the waterproof polymer strip which afterward is inserted in the products. The led system is powered by a cr2032 battery which is easily to replace after about 70 hours. All their products are light, comfortable and waterproof.

The Who Am I company offers 3 different products :
The led ID slap bracelet (can be worn to the wrist, ankle or simply enrolled around another gear)
The armband (is worn on the upperarm) is liked a lot by runners.
The led clip on ID (ideal for children coming back from school, for traveling or hiking)
http://en.whoami-id.com/

Great for active people like runners, cyclists, walkers or for people.
Having a medical condition who don’t want to be tagged as a sick person.
be seen be safe. http://en.whoami-id.com/

The benefits of transparency in clinical trialling

A rule that comes into force on January 18th, 2017, will require that researchers make their trial data public. It is also thought that there will be an increased demand for financial transparency in clinical trials.

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Why is Financial Transparency so Important?

Clinical trials frequently have unpredicted expenses that are often related to start up and operational processes. If these costs can be projected and accurate forward planning is possible, there can be considerable benefits for the trial and the business in general.

Trials have become more complex than ever before, causing increased difficulty in obtaining and sorting data. Financial control and visibility can help to support compliance when evidence of this needs to be displayed.

A study published in the BMJ found that experimental interventions were significantly favoured in the authors’ conclusions in cases where the financial competing interests were declared, so the association between competing financial interests seems to affect outcomes of trials. This is why transparency is of major importance in pharmaceutical consulting and similar projects.

In advancing the development of new medications, there is a constant search for areas where efficiencies can be introduced. Collaboration with partners such as http://www.gandlscientific.com/pharmaceutical-consulting/ need to be strong and it is important that trials are planned and budgeted accurately.

How Can Financial Transparency Benefit Companies?

Being able to create accurate projections of the costs involved in a trial can allow organisations to make adjustments to cost expectations if it becomes necessary. By centralising and automating financial transactions, companies are better able to establish actual costs and link them to budget data, especially where there are sites in various different geographic regions.

Real time analytics allow trial managers to monitor and control enrolment requirements and to intervene to manage patient related costs by capping them if they need to.

Being able to see statistics for patient enrolment at every site and refine cost projections on an ongoing basis will mean that the revised cost projections are far more accurate than initial budgets.

Following the enrolment phase, patient numbers normally remain static and the analytics will focus on whether the study is likely to remain within budget and what cash outflow needs and current liabilities exist.

Stakeholders will appreciate the financial transparency and be more likely to invest in projects where they can be assured of consistent, clean and comprehensive data.

The Science of Hockey – How Engineering Provides the Sport’s Equipment Advantage

As technology has advanced, it is increasingly playing a big role in the field of sports. Hockey equipment, in particular, has changed enormously over the years, with engineering principles helping to give players an advantage in this sport.

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The Role of Engineering

Engineers play a pivotal role in the design of sports equipment. According to Teach Engineering, companies spend millions on research and hiring engineers specialising in aerodynamics and materials in the hope of giving sports equipment a competitive edge. When engineers design high-tech sports gear and equipment, athletes and players can perform to the best of their abilities.

Evolution of Hockey

The game of hockey may have changed little over time in its rules of play, but the equipment players use certainly hasn’t stood still. The first sticks were developed in Canada in the 1800s and were hand-carved from a single piece of wood. A lighter and more flexible stick was created in the 1940s, laminated with layers of wood glued together. Fibreglass was used for reinforcement in the 1950s onwards, and more synthetic materials began to make an appearance. Aluminium shafts became popular in the 1980s, and the introduction of composites completely revolutionised hockey equipment from the 1990s onwards.

Hockey Equipment Today

Engineering continues to shape hockey equipment used today. For those taking part in field hockey drills and learning of skills with help from https://www.sportplan.net/drills/Hockey/Defending-Skills/Double-team-jb0063.jsp, technology is continuing to give players the advantage through high-precision equipment.

Hockey sticks used today tend to be made from carbon-graphite or composite with aluminium shafts and are considered far superior compared to their wooden counterparts. They are lighter and offer more precision. For those in goal, fibreglass or kevlar goalie masks have also been developed thanks to engineering principles, offering superior support and protection.

Increasingly, engineering is not just being used to revolutionise hockey equipment so players gain a competitive edge: it is being manipulated to produce gear that is personalised to each player. Personalised equipment takes into account how a person plays and their frequency of play, as well as individual characteristics such as shape and size. As well as sticks, masks, helmets and pads, engineering is also used to revolutionise high-tech skate blades in the field of ice hockey. Hollow grinding is used to sharpen skates, for example, according to player preferences.