Blockchain technology has recently emerged as a groundbreaking solution, especially in industries that require the utmost security and transparency, such as healthcare. Specifically, Blockchain In Healthcare For Data Security has gained much attention due to the increasing necessity to protect sensitive health records.
What To Expect in Summarize Written Text in PTE
In the PTE exam, the Summarize Written Text task tests your ability to condense a passage into a single sentence, preserving the passage’s essential meaning. For example, you may encounter passages related to modern technological solutions, such as blockchain in the healthcare industry. Not only is this topic trending, but it also encapsulates the growing importance of data security in healthcare, making it relevant in Summarize Written Text tasks.
In this article, you will find a sample task related to blockchain in healthcare. After reading the prompt, practice summarizing the content accurately in one sentence. This practice will help you hone your skills in sentence structure, grammar, and the ability to keep responses within the word limit (5 to 75 words).
Sample Summarize Written Text Task: Blockchain in Healthcare
Here is a sample Summarize Written Text task based on the current trend of embracing blockchain technology in healthcare, specifically focusing on securing patient data.
Sample Task 1: Blockchain Technology Securing Patient Data
The healthcare industry is increasingly leveraging blockchain technology to enhance data privacy and security. The decentralized nature of blockchain allows patient records to be stored on an immutable ledger, which prevents unauthorized access or tampering. Furthermore, it enables efficient data sharing between healthcare providers while maintaining rigorous access control. This not only protects patient confidentiality but also ensures accurate and accessible records, fostering better communication across different health services.
Task: Using the passage provided, summarize the text in one sentence.
Answer Samples:
Score: 90 (High Proficiency)
Blockchain technology provides secure, transparent health data management by using a decentralized ledger, ensuring both privacy and efficient record sharing among healthcare providers.
- Content: This response successfully encapsulates the key ideas of data security, decentralization, and sharing efficiency.
- Form: The sentence is within the required limit (5-75 words).
- Grammar: Free of grammatical errors.
- Vocabulary: Terms such as “decentralized” and “transparent health data management” are relevant and clearly understood.
- Spelling: Error-free.
Score: 75 (Proficient)
Blockchain enhances data security and enables efficient sharing of patient information between healthcare providers.
- Content: This summary captures most of the key information but is less detailed about data immutability and privacy.
- Form: Within the word count limits.
- Grammar: Correct, but simpler sentence structure.
- Vocabulary: Appropriate but could be more varied.
- Spelling: No mistakes.
Score: 60 (Functional)
Blockchain improves how healthcare providers manage and share patient data securely.
- Content: Only touches on sharing data securely and overlooks how blockchain fundamentally protects privacy through decentralized records.
- Form: It meets the word limit.
- Grammar: Acceptable, but the sentence could be more complex.
- Vocabulary: Limited range, but clear.
- Spelling: Correct.
Score: 50 (Limited Proficiency)
Blockchain helps keep patient records safe in healthcare.
- Content: Significantly lacking in detail about how blockchain provides privacy, decentralization, and efficient record sharing.
- Form: Shorter than required but still functional.
- Grammar: Grammatically correct but overly basic.
- Vocabulary: Simple. Terms like “secure,” “decentralization,” or “ledgers” should have been included.
- Spelling: No issues.
Vocabulary and Grammar Insights
Here are 10 advanced vocabulary terms from the sample passage, along with their definitions and examples to aid your understanding:
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Decentralized /diˈsɛntrəˌlaɪzd/ (adj.)
Definition: The distribution of authority or data to multiple nodes instead of one central entity.
Example: Decentralized networks ensure that no single entity can easily alter the records. -
Immutable /ɪˈmjutəbl/ (adj.)
Definition: Unchangeable, permanent.
Example: Blockchain’s immutable ledger protects data from unauthorized changes. -
Ledger /ˈlɛdʒər/ (n.)
Definition: A record-keeping system used in financial and now technological contexts like blockchain.
Example: Each transaction gets added to a public ledger to maintain transparency. -
Confidentiality /ˌkɑnfaɪdənʃiˈælɪti/ (n.)
Definition: The protection of private information.
Example: Patient confidentiality is ensured through strict data access protocols. -
Tampering /ˈtæmpərɪŋ/ (n.)
Definition: Interfering with something to cause damage or unauthorized alterations.
Example: Blockchain’s security features make tampering with health records nearly impossible. -
Transparency /trænsˈpɛrənsi/ (n.)
Definition: Openness and accountability; clear communication.
Example: Blockchain provides transparency in the way data is stored and accessed. -
Efficient /ɪˈfɪʃənt/ (adj.)
Definition: Achieving maximum productivity with minimum wasted effort.
Example: Blockchain allows for efficient sharing of data between medical facilities. -
Access Control /ˈæksɛs kənˈtroʊl/ (n.)
Definition: The selective restriction of access to resources or information.
Example: Blockchain implements rigorous access control to safeguard sensitive health records. -
Enhanced /ɪnˈhænst/ (adj.)
Definition: Improved, strengthened.
Example: Blockchain has greatly enhanced data security across multiple industries. -
Foster /ˈfɔstər/ (v.)
Definition: To encourage or promote development.
Example: Blockchain fosters better collaboration between different healthcare providers.
Conclusion
The Summarize Written Text task in the PTE exam often covers trending topics with real-world applications, such as the use of blockchain in healthcare for data security. As we’ve seen in the example above, blockchain holds significant potential in ensuring the secure sharing of medical information. Practicing summarizing such complex texts is essential to mastering the task, and you can explore further applications of blockchain in healthcare by clicking here.
By consistently practicing and analyzing your responses alongside professional models, you can better understand how examiners grade based on content, form, and grammar. If you’d like to practice further, comment below or explore related resources in the PTE Online portal.
