#visual assets

Reference Images + Descriptions

Though Ford is the face of the Rescue Special Campaign, the point of Rescue Special is to showcase all the beautiful individual rescue dogs and their personalities. Auckland Council has a Facebook page where they upload photos and ‘profiles’ for the rescue dogs in their shelters - the perfect resource to a) use as reference images for my illustrations and b) find key words for the body copy of each poster, which will be unique just as every dog is unique. Above are some of my favourite pictures and profiles, which I will have to filter through and decide which ones to bring to life on illustrator. 

Visual Assets and Infographic Sketches 

I wanted to continue creating a library of visual assets and did some rough sketches of what imagery that could include; I wanted things that could easily. be recognised as related to dogs - food bowls, collars, paw prints, ears, balls, and dog biscuits/treats. I hope to bring these into illustrator eventually. 

As well as that, I wanted to do some drafts of infographics and be playful with how I visualise my data and make it engaging for the viewer. I did this by combining my visual assets with the data and making the two actively interact. 

Psoriasis is a chronic, inflammatory disorder that causes thick, scaly patches to form on the skin. The medical term for psoriasis is psoriasis vulgaris or plaque psoriasis and it’s the most common form of the disorder. The disease was originally linked to leprosy and is very similar in many aspects. The severe itchiness caused by psoriasis leads to a lot of scratching, which eventually dislodges flakes of the scaly skin. This usually results in a very tiny amount of bleeding. Symptoms of the condition include itchiness, inflammation of the skin, and chronic, red plaques covered with silvery scales. Psoriasis images usually show the most affected areas, which include the lower back, scalp, knees, and elbows. Psoriasis affects a very small percentage of the worldwide population, and it’s more common in certain ethnicities. Patients who suffer from Crohn’s disease have a significantly higher risk of suffering from psoriasis as well.

Types of Treatment

The main drugs that were used to treat the condition in the past included corticosteroids, cyclosporine, and methotrexate. Treatments currently being used are categorized as topical, systemic, or phototherapy. Mild or moderate cases can be treated with topical therapies, such as lotions, ointments, and shampoos. They can also be combined with other treatments for more severe cases. Topical therapies include Vitamin D analogues, corticosteroids, retinoids, dithranol, and coal-tar products. These drugs work for the most part by reducing the production of skin cells and swelling. Phototherapy involves the use of ultraviolet light for cases of moderate to severe psoriasis. This treatment can cause long-term damage to the skin, which can be seen in psoriasis images. It can also increase the risk of cancer. Complicated or hard to treat cases can be treated with systemic drugs like methotrexate or ciclosporin. Another drug that’s used for the treatment of psoriasis, specifically plaque psoriasis and psoriatic arthritis, is Apremilast, also known as Otezla. It acts to restrain an enzyme that controls inflammation.

Advances in Treatment

The discovery of how the immune system affects the development of psoriasis, specifically the immunopathological mechanisms that occur in the condition, have enabled advances in treatment. This new information was garnered through research into other autoimmune diseases where similar problems existed. Some of the newer treatments such as biologics work very well as psoriasis treatment by targeting specific areas of the immune system like T cells or interleukins. The biologics is categorized as a systemic treatment. These drugs are made with proteins or antibodies and injected into the body. They work by inhibiting the malfunction in the immune system that contributes to psoriasis. The biologics curb T cells, block certain chemicals in the immune system, and bind to proteins that cause inflammation. Psoriasis disease images can show the effects of biologics, which is a reduction of inflammation and less growth of scaly skin. Biologics approved by the U.S. Food and Drug Administration (FDA) for treatment of psoriasis are listed below:

Adalimumab (Humira)

Adalimumab-adbm (Cyltezo)

Brodalumab (Siliq)

Etanercept (Enbrel)

Etanercept-szzs (Erelzi)

Guselkumab (Tremfya)

Infliximab (Remicade)

Ixekizumab (Taltz)

Secukinumab (Cosentyx)

A biologic called Efalizumab was withdrawn from the market because of the potential risk of patients developing a viral disease called progressive multifocal leukoencephalopathy.

Side Effects and Experimental Treatments

Some of these treatments can have serious, long-term side effects and should only be started and continued under close supervision by a specialist in the field. Research is ongoing to find safer agents and products capable of treating the more severe forms of psoriasis. Other new treatments are in the experimental phase but close to receiving approval from the FDA. These include ISA247 (voclosporin) for treatment of moderate to severe plaque psoriasis, and Bz-423, which is a 1,4-benzodiazepine.

Explore the RightsPlatform growing library of 2 million images, figures, tablets, charts and graphs. Find the perfect psoriasis pictures for your project or publication.

A principle known as content licensing may prove valuable for various societal sectors. Rights Platform, a company that enables publishers to manage visual assets invites customers to read this short blog that will discuss what this practice is and provide examples of how the concept can be advantageous to those who adhere to it.

What Is Content Licensing?

Often practiced in the publishing community, the licensing of content occurs when the proprietors of specific assets such as intellectual property distributes said holdings to another party for a specific duration and fee. Moreover, the seller often specifies the terms by which the purchaser can utilize the content licenses in question.

An Example Of Content Licensing

A notable example of this practice is digital online platform printing content originally produced by another entity, such as a news publication.

The Advantages

The purchasing of licensing content could create a number of advantages for a business or entity with an online presence that include:

Exposing Customers To A Wide Array Of Content

Printing information provided by a reputable source can give the license purchaser the opportunity to share an increased amount of valuable knowledge. Providing readers or customers better quality information can help an entity increase its online presence by driving more traffic to its site.

Establishing Less Lost Manpower

Republishing existing material enables the content purchaser to devote less time to researching and editing content for its media outlets. A significant amount of work hours could be spent gathering, polishing and placing useful information to appropriate digital avenues. If such tasks are already accomplished, manpower could be expended on other pertinent activities.

Building A Better SEO Presence

Search Engine Optimization (SEO) is vital to any digital presence. The basic goal of SEO is to make a specific online entity as attractive to viewers as possible. In order to accomplish this task, a digital entity must ensure that its content will be recognized and rank highly in well known search engines that internet surfers typically employ when conducting searches.

High quality content ranks amongst the most important factors a search engine algorithms uses to rank the value and validity of a specific business or organization’s online presence. Ergo, providing content of a higher quality is a better way to increase an entity’s online presence, generate more interest in their site and perhaps ultimately establish more clients or customers.

Meeting Industry Standards

Most search engines can differentiate between licensed and unlicensed content. Unlicensed content is often deemed as duplicate information that will not be ranked highly by SEO algorithms. Furthermore, replicating duplicate content may be further detrimental because the information contained in it might not be accurate or from reputable sources and printing this material could result in copyright violations that could subject the entity accused of committing such malfeasance to potential punishments.

Contact Rights Platform

Those interested in purchasing contract licenses or desire more information on the subject are encouraged to contact RightsPlatform. Our company possesses a growing platform containing more than two million graphs, tables, charts, images and figures. Regardless of your project or publication, we possess assets that can help you.

As a scientist or researcher, you want your work to have an impact on the target audience. Although written content communicates your message well, it is sometimes hard to understand because different words have diverse meanings to disparate people. To overcome such issues, you should try to use as many science images as possible in your research report.

Why Images?

We prefer images to text because that is how our brains are coded. The central nervous system processes pictures 60,000 times faster than it processes words. This means that we are more likely to pay attention to visual objects.

If you open a page with an image, there is a high likelihood that you will focus on the picture first before reading the content. Of the five senses, sight is the most active. This characteristic has been developed through years and years of evolution. It is believed that our ancestors had a keen sense of sight to protect themselves from predators.

Evidence From Social Media

The most popular websites on the planet are image sharing sites. People are more likely to comment on a photograph post than on a mere status update because the former is more engaging. Human beings will respond to something that they can relate with.

With a photograph, everybody sees the same thing regardless of the place of origin. Since an image is not affected by language barriers, it is a straightforward medium of communication. Another example is emojis, these tiny ‘images’ have become the universal language of social media because they demonstrate emotions without any words.

Why Learning Through Images is More Effective

If you are a slow reader like me, you know that this activity can be exhausting and time consuming. Furthermore, it is harder to memorize written words than visual content. For this reason, some publishers are turning to infographics as a way to explain certain subjects.

You should consider using infographics to compress the findings and report them in simple visuals, graphics, science images, and figures to make the learning easier and more memorable. Such an approach will not only help you spark the interest of young science learners, but also attract the attention of non-scientists.

Images Tell A Story

You may want to sensitize people about a certain scientific topic, for example, cancer. However, after publishing your report, it fails to make a big impact. This happens because people don’t easily respond to written reports. In such a case, it is advisable to look for science stock images and add them to the report.

Images help us become more interested in the subject. They make us feel as if we are part of the story instead of being an outsider. As a result, we are more inclined to engage in a discussion about the topic.

Conclusion

Images help us understand scientific data more quickly because the brain processes visual information more easily. As a researcher, you should try to incorporate science stock photos in your findings to make the report more interesting.

Explore the RightsPlatform growing library of 2 million images, figures, tables, charts, and graphs. Find the perfect visual assets for your project or publication.

Almost every aspect of science is data-driven. Data is how scientists test their theories, unlock discoveries, and find inspiration for experiments.

But once you conduct an experiment and collect your raw data, what can you do to learn if your hypothesis is valid?

This is when science graphs come into play.

Visual learning is a huge aspect of interpreting data, which is why researchers use diagrams in their lab reports. The proper figure allows the scientist to interpret the trends found in the data, something that’s not always easy to do with tables.

So how can you figure out which of the numerous science charts and graphs to use?

Much of it depends on what type of data you are collecting and what it is being measured against. This post will cover the most common types of graphs in science papers and what kind of data they work best for.

Tables

While tables can show progress with numbers, they are best used when tracking short, one-dimensional progress, like the weekly height of a plant. Measuring progress over a longer period of time with tables tends to make small trends disappear in a wash of numbers. A common measurement natural scientists do is tracking the monthly concentration of atmospheric CO2 over several decades. That amount of data can be shown in a line graph, which can show the small month-to-month fluctuations as well as the large-scale upward trend of CO2 concentrations.

Line Graphs

Line graphs are also useful for comparison measurements. Tracking the height of one plant can be accomplished with a data table, but when you measure two or more plants, the table can be harder to read. Chart can use several lines to show how the plants developed differently from each other.

Bar Graphs

Another one of the most common science graphs is a bar graph. Bar graphs are useful charts to show the results of a survey that have clear, definitive answers, such asking a person’s favorite genre, the ancestry origins of a neighborhood, or the composition of waste in a landfill. Bar graphs are useful to show a preferred answer or, in some cases, a clear majority.

The data that makes up bar graphs is based on percentages, which also make up the core premise of a pie chart. The major difference is that pie charts are shown in circle form with uneven wedges instead of separate bars. As such, it’s recommended to use pie charts with data that doesn’t have numerous categories, so the individual wedges are clearly visible (showing the distribution of a student’s daily activities is a good example). Just be sure the percentages add up to 100!

Topography

Sometimes, the data being collected is extremely widespread, such as the focal points of earthquakes around the world or the heights and slopes of a mountain range. Bird’s-eye maps are useful ways to show the trends in these data sets. Taking a flat-world map of Earth and marking the earthquakes with red dots not only shows the quantity, but also concentrations and hot zones. Topography, the lines used to show heights, are often printed on maps to show climbers the best ways to safely climb mountains.

Conclusion

These are some of the common scientific figures you’ll find in lab reports and articles. Many published scientists often upload their charts and graphs onto http://www.rightsplatform.com so their fellow experimenters can see their findings and use them as stepping stones for new discoveries.

If you are working on a project or experiment of your own, explore the growing RightsPlatform library, with 2 million images to work with. You’ll find the perfect figure for your work.