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WorksheetsKuis Precision Medicine
Total questions: 25
Worksheet time: 38mins
Which -omic method is used to analyze metabolic results?
Proteomic
Genomic
Metabolomic
Transcriptomic
Which is not a benefit of precision diagnosis in oncology?
Cancer classification
Cancer risk for family
No need for MRI
Can detect cancer earlier
High expression of DNMT in some types of cancer can be detected by which method?
Genomic
Epigenomic
Proteomic
Transcriptomic
Expression of genes can be detected by which methods?
Genomic
Epigenomic
Proteomic
Transcriptomic
Tandem internal duplication on FLT3 can be examined using NGS as part of which?
Genomic
Epigenomic
Proteomic
Transcriptomic
Examples of precision diagnosis utilization for risk monitoring:
BCR-ABL1 + in chronic myeloid leukemia (CML)
Post-remission therapy for AML patients under 60 with NPM1 mutation
BRAF inhibitors and MEK inhibitors for patients with BRAF V600E mutation
Mutations in BRCA1 and BRCA2 related to breast, ovarian, and prostate cancer
Monogenic Diabetes Mellitus is caused by?
Single gene mutation
Group of gene mutations
Autoimmunity
Lifestyle
Management of diet and lifestyle is only effective for which type of diabetes?
MDM
Type 1 DM
Type 2 DM
All types of diabetes
Precision diagnosis in diabetes cannot be beneficial for which of the following?
Subclassification of diabetes
Determining the right therapy
Predicting complications
Chances of recovery
Precision diagnosis in infectious diseases utilizes the following data:
Pathogen genome
Host genome
A and B
No correct answer
Benefits of precision diagnosis in resistant TB:
Analyzing sensitive antibiotic therapy
Measuring host immunity levels
Measuring host mutation levels
Assessing TB complication risks
The diagnostic field developed into precision diagnosis is:
Clinical Chemistry
Immunology
Microbiology
Molecular
The results of precision diagnosis analysis are based on:
The patient’s calorie intake
The patient’s genetic data
The therapy the patient is undergoing
The patient’s age
Benefits of precision diagnosis:
Examinations can be done anywhere
Low investment cost
Does not require much data
Reduces drug side effects
Limitations of precision diagnosis:
High Cost
Responsive population
Long analysis time
Cannot be used for disease differentiation
Which technology is often utilized in precision diagnostics for infectious diseases?
MRI scans
Genetic sequencing and PCR (Polymerase Chain Reaction)
Ultrasound imaging
Traditional X-rays
How can precision diagnostics improve the treatment of infectious diseases?
By providing a one-size-fits-all treatment approach
By reducing the need for any medication
By tailoring antimicrobial therapy based on the genetic makeup of the pathogen
By relying on patient self-diagnosis
What role does precision diagnostics play in the prevention of chronic diseases?
It has no role in prevention, only in treatment
It helps identify individuals at high risk and enables early intervention
It replaces the need for lifestyle changes
It focuses only on acute conditions
What is a significant challenge in integrating AI and machine learning into precision diagnostics?
Lack of interest from the medical community
Ensuring data privacy and security
The inability of AI to process large amounts of data
The high cost of traditional diagnostic methods
How can AI and machine learning enhance precision diagnostics?
By replacing human doctors entirely
By eliminating the need for any diagnostic tests
By standardizing treatments for all patients
By analyzing large datasets to identify patterns and predict disease outcomes
Which of the following is often considered the single greatest challenge in the diagnostic journey for a patient with a rare disease?
The high cost of advanced genetic sequencing
The lack of awareness and clinical expertise among non-specialist primary care physicians.
Difficulty in obtaining informed consent for invasive diagnostic procedures.
Limited availability of patient support groups for newly diagnosed individuals.
Which of the following is part of Indonesia's strategy to accelerate gene therapy access and development for rare diseases?
Restricting the use of CAR-T cell therapy
Eliminating regulatory oversight for ATMPs
Launching pilot programs for Ex Vivo and ASO therapies
Banning technology transfer of AAV and LNP manufacturing
What is the primary goal of targeted therapy in cancer treatment?
To target specific molecules that drive cancer growth and minimize harm to healthy cells
To replace chemotherapy with radiation therapy
To enhance the growth of healthy cells alongside cancer cells
To eliminate the need for immune system involvement in cancer treatment
Which diagnostic tool is commonly used to identify specific genetic mutations for targeted cancer therapy?
X-ray imaging
Complete blood count (CBC)
Electrocardiogram (ECG)
Molecular profiling (e.g., next-generation sequencing)
Which statement best describes the role of exposome analysis in medical diagnostics?
It evaluates environmental exposures and lifestyle factors that influence disease risk and progression.
It focuses solely on genetic mutations inherited from parents.
It replaces imaging techniques like MRI and CT scans.
It is only used for diagnosing infectious diseases.
