التكنولوجيا وأخبارها بوابة مصر لأخبار تكنولوجيا المعلومات والإتصالات وفي أفريقيا كما تعتبر مصدر رئيسي للمعلومات حول تكنولوجيا المعلومات والاتصالات والفرص الاستثمارية المرتبطة بالاقتصاد الرقمي في المنطقة بالكامل
AI Powered Healthcare: Paving the Way for a Brighter Future for Patients
Adel Elansary, Senior Regional Pre-Sales Manager, Egypt Libya & Levant, Dell Technologies
The driving force behind Artificial Intelligence (AI) is its potential to accelerate human progress and enhance our experiences in all areas of our lives, and in no area is this more significant than healthcare.
The healthcare sector has seen unbelievable progress in the last decade, including the rapid, cross-
border innovation that saw us through the COVID-19 crisis. However, factors including increased
population density, and rising healthcare costs mean that we continue to face increased challenges to
our health. For the healthcare and life sciences industry, this means pressure to treat more patients,
more cost-effectively and with better results.
The good news is that we are in a strong position to face these challenges. Advances in genomics,
bioinformatics, microscopy, medical imaging and many other areas have created an avalanche of data
that, if captured and analysed correctly, can be used to significantly improve patient outcomes.
Advanced computing technologies, such as AI algorithms running on high performance computing
(HPC) systems, are the key to unlocking the true value of medical data, which in turn will save lives
and improve overall health.
A future of personalised healthcare
Using AI combined with HPC, clinicians can develop truly bespoke treatment plans by analysing vast
data sets, discovering unique patterns and deriving insights at a speed no human could process. It
has the potential to revolutionise patient care, promising improved efficiencies as well as more
predictive and accessible care. Previously, healthcare providers have relied on a one-size fits all
approach, treating the illness rather than the individual. Innovative diagnostics and bespoke
treatments have the potential to either prevent a condition arising from the outset, or failing that, to
allow much earlier diagnosis and treatment highly tailored to each individual.
HPC is a key part of the personalization puzzle, as it enables clinicians to derive actionable insights
from large, complex data sets at lightning speed. In fact, genomic analysis that previously took days
can now be achieved in minutes. Whether using machine learning or AI to analyze medical images,
detect patterns across populations, design medical devices, or solve problems such as how to predict
protein structures, you need to be able to run compute-intensive workloads at high speed. Electronic
health record (EHR) systems, for example, are a potential source of real-time insight but may store
millions of confidential patient records across a decentralized infrastructure. As the volume of data
grows, healthcare organizations can provide personalized care at lower costs by adopting new
systems capable of processing large, disparate sources of information. HPC is providing healthcare
organizations with the performance and efficiencies needed to turn data into actionable intelligence in
near real time to speed discoveries and improve care.
Personalisation doesn’t just stop there – it can predict the future. By looking at patients’ unique
genomic make ups, doctors could design specific methods of prevention, diagnosis, and treatment,
estimating an individual’s disease risk and developing tailored reactive, or perhaps even proactive
drug therapies. Advances in this space in the coming decade could make personalised diagnostics
based on an individual’s genetics more accessible than ever.
Trailblazing AI technologies
We’re already seeing many exciting healthcare AI examples in practice, including within cancer
diagnostics and treatment. In Egypt, approximately 135 thousand citizens are cancer patients
annually, a number that is expected to rise over the coming years. AI offers better detection and
better treatment, including AI tools that spot tumours and lesions doctors might miss.
AI has already given rise to innovations in robot-assisted surgery to improve patient outcomes as
well. Integrating AI and robots in surgical processes helps amplify a surgeon’s effectiveness. Data
from pre-op medical records can be analysed by algorithms to assist the team in planning procedures
and guide the team as they perform the surgery.
The future of AI powered healthcare requires collaboration
While the future of AI-powered healthcare, underpinned by HPC, is exciting, the question remains: is
the medical community adequately prepared for this revolution? The industry is currently valued at
$20.65 billion, but is expected to grow to $187.95 billion by 2023.
To realise its potential, the industry will need to invest in technology and skills. This is where joining
forces with technology partners and vendors will be key, as they will be able to bring their AI skills
and expertise to help quickly scale AI projects.
With the technology and healthcare industry working together, the next generation of patients will
see a level of care that, until recently, we could only dream of. Now is the time to collaborate,
innovate, and bring about the AI-powered healthcare revolution.
