Instructions to Candidates
Time allowed: 60 minutes
You should spend about 20 minutes on each passage.
Read the instructions carefully before you begin.
1.This test consists of three reading passages with a total of 40 questions.
2.The passages increase in difficulty from Passage 1 to Passage 3.
3.You must answer all questions.
4.For each question, follow the instructions carefully. Some questions require you to choose the
correct answer, while others require you to write words from the passage.
5.Write your answers clearly.
6.For questions that require written answers, do not exceed the word limit stated in the instructions.
Example:
If the instruction says NO MORE THAN TWO WORDS, you must write only one or two words.
7.If you write more than the allowed number of words, your answer will be marked incorrect.
8.The questions are arranged in the same order as the information in the passage, except for matching
questions.
9.There is no extra time to transfer answers. Write your answers directly on the answer sheet.
10. Read each passage carefully before answering the questions.
The Transformation of Global Healthcare Through Technology
Over the past few decades, healthcare systems around the world have undergone several
transformation due to the rapid advancement of technology. Innovations in medical equipment, digital
communication, artificial intelligence, and data management have revolutionized the way healthcare
professionals diagnose diseases, and how they deliver treatment, and manage patient information.
These technological developments have improved the quality of medical care and have also increased
accessibility to health services in many regions of the world.
Historically, healthcare systems relied heavily on manual processes and physical interactions between
patients and medical professionals. Medical records were stored in paper files, communication between
hospitals was very slow, and access to specialized healthcare services was limited to major urban
,centers. Patients living in rural or remote areas frequently had to travel long distances to receive proper
medical attention. In many cases, delayed diagnosis and treatment contributed to higher mortality rates
and poorer health outcomes.
The introduction of this digital technology has dramatically changed this situation. One of the most
influential developments in modern healthcare has been the implementation of electronic health
records (EHRs). Electronic health records allow healthcare providers to store, manage, and access
patient information digitally. This system has enabled doctors, nurses, and other healthcare
professionals to quickly review a patient’s medical history, laboratory results, medications, and previous
diagnoses. As a result, medical decisions can be made more efficiently and accurately.
Another important technological advancement seen is telemedicine. Telemedicine refers to the use of
digital communication technologies to provide medical services remotely. Through video consultations,
with online messaging platforms, and remote monitoring devices, healthcare professionals can diagnose
and treat patients without requiring them to visit a hospital or clinic physically. Telemedicine has proven
to be beneficial for individuals living in remote or underserved areas, where healthcare facilities may be
scarce.
During global health emergencies such as pandemics, telemedicine has become even more important. It
allows patients to consult healthcare professionals while minimizing the risk of infection. Hospitals can
now reduce overcrowding, and patients with mild symptoms can receive guidance and treatment advice
from their homes. As internet connectivity continues to expand worldwide, telemedicine is expected to
play an increasingly significant role in healthcare delivery.
Artificial intelligence (AI) is another technology that is reshaping healthcare systems. AI systems can
analyze vast amounts of medical data much faster than humans. By using complex algorithms and
machine learning techniques, AI can identify defarent patterns in medical images, laboratory results, and
patient records. These patterns may help doctors detect diseases at an earlier stage, leading to more
effective treatment and improved patient outcomes.
For example, AI-powered diagnostic systems can be used to analyze radiological images such as X-rays,
CT scans, and MRI scans to detect abnormalities that might be difficult for human eyes to notice. In
some cases, AI systems have demonstrated diagnostic accuracy comparable to that of experienced
medical specialists. However, healthcare experts agree that AI should be used as a supportive tool
rather than a replacement for human medical professionals. The final medical decisions should always
involve the expertise and judgment of trained doctors.
In addition to diagnostics, technology has also improved surgical procedures. Modern surgical
techniques increasingly rely on robotic systems and minimally invasive procedures. Robotic-assisted
surgery allows surgeons to perform complex operations with greater precision and control. These
systems use robotic arms controlled by surgeons through specialized consoles. The enhanced precision
reduces the risk of complications, shortens recovery time, and minimizes physical trauma to the
patient’s body.
, Medical imaging technologies have also advanced significantly. Imaging tools such as ultrasound,
computed tomography (CT), and magnetic resonance imaging (MRI) allow doctors to visualize the
internal structures of the human body without the need for invasive procedures. These technologies
have become essential for diagnosing a wide range of medical conditions, including tumors, fractures,
internal bleeding, and organ damage.
Another area where technology has made substantial contributions is in public health monitoring and
disease surveillance. Governments and international health organizations use digital data systems to
track disease outbreaks and monitor population health trends. By analyzing health data from hospitals,
laboratories, and communities, public health officials can detect potential outbreaks early and
implement preventive measures.
Wearable health technologies have also become increasingly popular in recent years. Devices such as
smartwatches and fitness trackers can monitor various health indicators, including heart rate, physical
activity, sleep patterns, and oxygen levels. These devices empower individuals to take a more active role
in managing their own health. Some wearable devices can even detect irregular heart rhythms and alert
users to seek medical attention.
Despite these numerous advantages, the integration of technology into healthcare also presents several
challenges. One major concern is data privacy and security. Digital health records contain highly
sensitive personal information, and protecting this data from unauthorized access is essential.
Cybersecurity threats have become a growing concern for healthcare institutions worldwide.
Another challenge is the unequal distribution of technological resources. While developed countries
often have access to advanced medical technologies, many developing countries still struggle with
limited infrastructure, insufficient funding, and shortages of trained healthcare professionals. As a result,
the benefits of technological innovation in healthcare are not always shared equally across different
regions.
Training healthcare professionals to effectively use new technologies is another important
consideration. Doctors, nurses, and other medical staff must continuously update their skills and
knowledge to keep pace with technological advancements. Medical education programs increasingly
incorporate digital tools, simulation technologies, and online learning platforms to prepare future
healthcare professionals for technology-driven healthcare environments.
Ethical considerations also arise when integrating advanced technologies into healthcare systems.
Questions related to the use of artificial intelligence, patient data ownership, and decision-making
responsibilities must be carefully addressed. Policymakers and healthcare organizations must establish
clear guidelines to ensure that technology is used responsibly and ethically.
Looking toward the future, the role of technology in healthcare is expected to expand even further.
Advances in biotechnology, personalized medicine, and genomic research may allow doctors to tailor
treatments specifically to individual patients based on their genetic profiles. This approach could lead to
more effective therapies with fewer side effects.
Time allowed: 60 minutes
You should spend about 20 minutes on each passage.
Read the instructions carefully before you begin.
1.This test consists of three reading passages with a total of 40 questions.
2.The passages increase in difficulty from Passage 1 to Passage 3.
3.You must answer all questions.
4.For each question, follow the instructions carefully. Some questions require you to choose the
correct answer, while others require you to write words from the passage.
5.Write your answers clearly.
6.For questions that require written answers, do not exceed the word limit stated in the instructions.
Example:
If the instruction says NO MORE THAN TWO WORDS, you must write only one or two words.
7.If you write more than the allowed number of words, your answer will be marked incorrect.
8.The questions are arranged in the same order as the information in the passage, except for matching
questions.
9.There is no extra time to transfer answers. Write your answers directly on the answer sheet.
10. Read each passage carefully before answering the questions.
The Transformation of Global Healthcare Through Technology
Over the past few decades, healthcare systems around the world have undergone several
transformation due to the rapid advancement of technology. Innovations in medical equipment, digital
communication, artificial intelligence, and data management have revolutionized the way healthcare
professionals diagnose diseases, and how they deliver treatment, and manage patient information.
These technological developments have improved the quality of medical care and have also increased
accessibility to health services in many regions of the world.
Historically, healthcare systems relied heavily on manual processes and physical interactions between
patients and medical professionals. Medical records were stored in paper files, communication between
hospitals was very slow, and access to specialized healthcare services was limited to major urban
,centers. Patients living in rural or remote areas frequently had to travel long distances to receive proper
medical attention. In many cases, delayed diagnosis and treatment contributed to higher mortality rates
and poorer health outcomes.
The introduction of this digital technology has dramatically changed this situation. One of the most
influential developments in modern healthcare has been the implementation of electronic health
records (EHRs). Electronic health records allow healthcare providers to store, manage, and access
patient information digitally. This system has enabled doctors, nurses, and other healthcare
professionals to quickly review a patient’s medical history, laboratory results, medications, and previous
diagnoses. As a result, medical decisions can be made more efficiently and accurately.
Another important technological advancement seen is telemedicine. Telemedicine refers to the use of
digital communication technologies to provide medical services remotely. Through video consultations,
with online messaging platforms, and remote monitoring devices, healthcare professionals can diagnose
and treat patients without requiring them to visit a hospital or clinic physically. Telemedicine has proven
to be beneficial for individuals living in remote or underserved areas, where healthcare facilities may be
scarce.
During global health emergencies such as pandemics, telemedicine has become even more important. It
allows patients to consult healthcare professionals while minimizing the risk of infection. Hospitals can
now reduce overcrowding, and patients with mild symptoms can receive guidance and treatment advice
from their homes. As internet connectivity continues to expand worldwide, telemedicine is expected to
play an increasingly significant role in healthcare delivery.
Artificial intelligence (AI) is another technology that is reshaping healthcare systems. AI systems can
analyze vast amounts of medical data much faster than humans. By using complex algorithms and
machine learning techniques, AI can identify defarent patterns in medical images, laboratory results, and
patient records. These patterns may help doctors detect diseases at an earlier stage, leading to more
effective treatment and improved patient outcomes.
For example, AI-powered diagnostic systems can be used to analyze radiological images such as X-rays,
CT scans, and MRI scans to detect abnormalities that might be difficult for human eyes to notice. In
some cases, AI systems have demonstrated diagnostic accuracy comparable to that of experienced
medical specialists. However, healthcare experts agree that AI should be used as a supportive tool
rather than a replacement for human medical professionals. The final medical decisions should always
involve the expertise and judgment of trained doctors.
In addition to diagnostics, technology has also improved surgical procedures. Modern surgical
techniques increasingly rely on robotic systems and minimally invasive procedures. Robotic-assisted
surgery allows surgeons to perform complex operations with greater precision and control. These
systems use robotic arms controlled by surgeons through specialized consoles. The enhanced precision
reduces the risk of complications, shortens recovery time, and minimizes physical trauma to the
patient’s body.
, Medical imaging technologies have also advanced significantly. Imaging tools such as ultrasound,
computed tomography (CT), and magnetic resonance imaging (MRI) allow doctors to visualize the
internal structures of the human body without the need for invasive procedures. These technologies
have become essential for diagnosing a wide range of medical conditions, including tumors, fractures,
internal bleeding, and organ damage.
Another area where technology has made substantial contributions is in public health monitoring and
disease surveillance. Governments and international health organizations use digital data systems to
track disease outbreaks and monitor population health trends. By analyzing health data from hospitals,
laboratories, and communities, public health officials can detect potential outbreaks early and
implement preventive measures.
Wearable health technologies have also become increasingly popular in recent years. Devices such as
smartwatches and fitness trackers can monitor various health indicators, including heart rate, physical
activity, sleep patterns, and oxygen levels. These devices empower individuals to take a more active role
in managing their own health. Some wearable devices can even detect irregular heart rhythms and alert
users to seek medical attention.
Despite these numerous advantages, the integration of technology into healthcare also presents several
challenges. One major concern is data privacy and security. Digital health records contain highly
sensitive personal information, and protecting this data from unauthorized access is essential.
Cybersecurity threats have become a growing concern for healthcare institutions worldwide.
Another challenge is the unequal distribution of technological resources. While developed countries
often have access to advanced medical technologies, many developing countries still struggle with
limited infrastructure, insufficient funding, and shortages of trained healthcare professionals. As a result,
the benefits of technological innovation in healthcare are not always shared equally across different
regions.
Training healthcare professionals to effectively use new technologies is another important
consideration. Doctors, nurses, and other medical staff must continuously update their skills and
knowledge to keep pace with technological advancements. Medical education programs increasingly
incorporate digital tools, simulation technologies, and online learning platforms to prepare future
healthcare professionals for technology-driven healthcare environments.
Ethical considerations also arise when integrating advanced technologies into healthcare systems.
Questions related to the use of artificial intelligence, patient data ownership, and decision-making
responsibilities must be carefully addressed. Policymakers and healthcare organizations must establish
clear guidelines to ensure that technology is used responsibly and ethically.
Looking toward the future, the role of technology in healthcare is expected to expand even further.
Advances in biotechnology, personalized medicine, and genomic research may allow doctors to tailor
treatments specifically to individual patients based on their genetic profiles. This approach could lead to
more effective therapies with fewer side effects.
