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Latest PHP trends in 2017

PHP-1

In the PHP world, the release of PHP 7 is a major accomplishment.  The language now has a substantial increase in performance with an optimized memory usage. This improved nature results in making PHP more suitable for Internet of Things solutions too.

Why PHP?

  • Faster and leaner PHP 7: PHP 7 looks familiar for developers, but it is targeted at high performance. A growth in PHP 7 adoption rate is forecasted by experts. Almost a double gain in performance of the applications using PHP 7, a decrease of 50% in consumption of RAM during request processing and numerous error fixing techniques are amongst the few reasons for such assumption. Most major popular frameworks are ready for PHP 7, backed by most popular CMS like WordPress, Magento and Symphony.
  • PHP for the Internet of Things: Analysts claim the connected devices to reach the mark of 6.5 billion by the starting of 2017. This makes PHP and IOT go hand in hand. Thanks to icicle, one can write asynchronous code using synchronous coding techniques in PHP. It means that now the PHP code is able to run several tasks by using the same script. Methods of asynchronous programming provide better data exchange between connected gadgets. Some hardware platforms such as Arduino already support PHP, and you can control Arduino board with your PHP-based script. There is also a possibility to build a PHP application that uses GPS data gathered from an IOT device. Like the GPS sensor on your Android phone can send its location to the Bluemix cloud, and the PHP application is able to publish this data on your website.
  • Market forecast and further trends: By 2025 half of American enterprises are expected to run more than 10 applications. PHP is still holds the lead position in the development of tech startups. With PHP, one can quickly build a viable application in a short-term period to see which way a project should move forward.

Latest Framework trends in PHP

Numerous PHP frameworks are available in PHP development, each PHP framework has advantages and disadvantages. The core programming development is very complex and time consuming, frameworks help in developing an application faster. They help you to organize your code better and also in application maintenance.

PHP Trends for User Interface

  • Responsive Web Design: Accessing the web services like Facebook, twitter, e-mails and even for purchasing something the use of mobile and tablets is a common thing lately. In order to provide user satisfaction and gain profit, these service providers must ensure that more interactive platforms are made available on mobiles and tablets.
  • Flash: Flash will continue to create 3D interaction on websites look eye catching, these could be banners- ads ,Facebook modules or games, Flash is still the best tool available for a QOS providers.
  • Online Presentation: Online websites focusing on the presentation work has led them to captivate the user as soon as he enters the website. The use infographs can be another way to save the extra surfing time.
  • Special Effects: The users will experience special effects on websites, like with Parallax scrolling the images and banners are placed in a specific way and scrolled down slowly, to give a 3D experience.
  • Fixed Header Bar:  Not only a fixed header makes it easier to access the services offered but it also helps brand promotion. The brand name can be placed on the header to attract users, thereby enabling superior brand promotion.

PHP will remain the most popular Server-Side Programming language of this new, advanced era. If you would like to extend the discussion on PHP trends, please leave a comment below!

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Embracing the Digital Frontier: Transforming the Patient Journey in Pharma

In the realm of pharmaceuticals, the digital revolution is not just a buzzword; it’s a seismic shift reshaping the landscape of patient care. From discovery to delivery, digital technologies are revolutionizing every facet of the pharmaceutical industry. One of the most profound impacts is evident in the patient journey. Today’s Patients are more informed, engaged, and empowered than ever, thanks to the proliferation of digital tools and platforms. In this comprehensive exploration, we will delve into the multifaceted ways digital is redefining the patient journey in pharmaceuticals.

According to a report by Accenture on the rise of digital health, these are the key challenges to overcome:

  • 99% of respondents indicated that the development and commercialization of Digital Health solutions has accelerated in the past two years. As part of this, companies require various new and strengthened capabilities to execute their visions. 
  • Patients and health professionals need to trust that the data collected is accurate, safe, and secure for them to feel comfortable using it. 
  • Fragmented data or lack of access to data has been a barrier to development. An overarching guideline on data privacy is needed.

Leveraging Digital Solutions for Accessible Drug Delivery

In the pharmaceutical industry, the journey of medication from production facilities to patients’ hands is evolving with the integration of digital solutions. These technologies not only streamline logistics but also ensure that medications reach even the most remote and underserved areas. Let’s delve into how digital innovations are transforming drug delivery and backend channels in the pharmaceutical industry.

Digital Backend Channels and Supply Chain Management:

Pharmaceutical firms leverage digital tech for efficient backend operations. Software like SAP Integrated Business Planning and Oracle SCM Cloud enable real-time tracking, inventory management, and demand forecasting. With AI and analytics, companies adapt to market changes swiftly, ensuring timely medication delivery and optimized supply chain logistics.

Innovative Digital Drug Delivery Technologies:

  1. Controlled Monitoring Systems: Digital temperature monitoring systems provide digital temperature monitoring solutions using IoT sensors and cloud platforms, safeguarding temperature-sensitive medications during transit, ensuring compliance with regulatory standards, and minimizing product spoilage risk.
  1. Last-Mile Delivery Platforms: Zipline and Nimblr.ai, along with LogiNext, employ digital last-mile delivery solutions, using drones and AI-powered logistics to transport vital medical supplies efficiently to remote regions, improving accessibility for underserved communities.
  1. Telemedicine Integration with Prescription: Integrated telemedicine and prescription platforms, like Connect2Clinic, are rapidly growing in response to COVID-19. With telehealth claims at 38 times pre-pandemic levels, the industry is projected to hit $82 billion by 2028, with a 16.5% annual growth rate. Mantra Labs partnered with Connect2Clinic, enabling seamless coordination between healthcare providers, pharmacies, and patients. This facilitates virtual consultations and electronic prescribing, benefiting remote patients with medical advice and prescriptions without in-person visits. These platforms enhance healthcare access, medication adherence, and patient engagement through personalized care plans and reminders.
  1. Community Health Worker Apps: CommCare and mHealth empower community health workers with digital tools for medication distribution, education, and patient monitoring. Customizable modules enable tracking inventories, health assessments, and targeted interventions, extending pharmaceutical reach to remote communities, and ensuring essential medications reach those in need.

Through the strategic deployment of digital solutions in drug delivery and backend channels, pharmaceutical companies are overcoming barriers to access and revolutionizing healthcare delivery worldwide. By embracing innovation and collaboration, they are not only improving patient outcomes but also advancing toward a more equitable and inclusive healthcare system.

Personalized Medicine:

Wearable devices and mobile apps enable personalized medicine by collecting real-time health data and tailoring treatment plans to individual needs. For example, fitness trackers monitor activity and vital signs, customizing exercise and medication. Personalized medicine optimizes efficacy, minimizes adverse effects, and enhances patient satisfaction by leveraging patient-specific data.

Enhanced Patient Engagement:

Pharmaceutical firms utilize digital platforms for patient engagement, fostering support and education during treatment. Through social media, mobile apps, and online communities, patients connect, access resources, and receive professional support. Two-way communication enhances collaboration and decision-making, boosting treatment adherence, health outcomes, and consumer loyalty. Click here to know more.

Data-Driven Insights:

The abundance of healthcare data offers pharma companies unique opportunities to understand patient behavior and treatment patterns. By leveraging big data analytics and artificial intelligence, they extract actionable insights from various sources like electronic health records and clinical trials. These insights inform targeted marketing, product development, and patient support programs. However, ensuring data privacy and security is crucial, requiring robust regulatory frameworks and transparent practices in the digital era.

Challenges and Considerations:

Maximizing the benefits of digital technologies requires addressing challenges like patient data privacy and equitable access to healthcare tech. Stringent safeguards are needed to protect confidentiality and trust, alongside efforts to bridge the digital divide. Regulatory frameworks must evolve to balance innovation with patient safety and security amidst rapid advancements in digital health.

Key Considerations for Pharma Companies in Embracing Digital Innovation:

  • Prioritize patient-centricity in digital initiatives, focusing on improving patient outcomes and experiences.
  • Invest in robust data privacy and security measures to build and maintain patient trust.
  • Foster collaboration and partnerships with technology companies and healthcare providers to drive innovation and scalability.
  • Leverage analytics and AI to derive actionable insights from healthcare data and inform decision-making processes.
  • Continuously monitor and adapt to regulatory requirements and industry standards to ensure compliance and mitigate risks.

Conclusion:

The digital revolution is not just a paradigm shift but a catalyst for transformation across the pharmaceutical industry. By embracing digital technologies, pharma companies can unlock new opportunities to enhance the patient journey, improve treatment outcomes, and drive sustainable growth. However, realizing the full potential of digital health requires collaboration, innovation, and a steadfast commitment to addressing the challenges and considerations inherent in this transformative journey. As we navigate the digital frontier, the future of patient care promises to be more connected, personalized, and empowering than ever before.

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