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MCQs for Cardiothoracic and Vascular Physiotherapy NHPC Nepal – BPT License Exam

Cardiothoracic and Vascular Physiotherapy MCQs for NHPC Nepal – BPT License Exam 2025

Table of Contents(toc)


Here are 25 high-quality multiple-choice questions (MCQs) on Cardiothoracic and Vascular Physiotherapy for the BPT Physiotherapy License Examination (NHPC Nepal), with an answer key at the end.

1. Which of the following is the primary goal of pulmonary rehabilitation?

a) Improve lung volume
b) Strengthen upper limb muscles
c) Reduce breathlessness and improve functional capacity
d) Increase oxygen saturation at rest

2. Which breathing technique is most commonly used in obstructive lung diseases like COPD?

a) Apical breathing
b) Pursed-lip breathing
c) Paradoxical breathing
d) Glossopharyngeal breathing

3. Which of the following is the best position for postural drainage of the lower lobes?

a) Supine
b) Trendelenburg position
c) Prone
d) Sitting upright

4. Which is the most effective airway clearance technique for patients with cystic fibrosis?

a) Incentive spirometry
b) Postural drainage with percussion
c) Diaphragmatic breathing
d) Glossopharyngeal breathing

5. Which of the following devices is commonly used in inspiratory muscle training?

a) Incentive spirometer
b) Peak flow meter
c) Pulse oximeter
d) Manometer

6. Which of the following is a contraindication for chest physiotherapy?

a) Bronchiectasis
b) Rib fractures
c) Chronic obstructive pulmonary disease
d) Pulmonary fibrosis

7. The Borg scale is used to assess:

a) Lung volume
b) Dyspnea perception
c) Blood pressure
d) Heart rate variability

8. What is the primary focus of phase I cardiac rehabilitation?

a) Returning to competitive sports
b) Preventing deconditioning and early mobilization
c) Strength training
d) Running on a treadmill

9. Which of the following is a primary cause of restrictive lung disease?

a) Emphysema
b) Pulmonary fibrosis
c) Asthma
d) Chronic bronchitis

10. A six-minute walk test (6MWT) is commonly used to assess:

a) Muscle strength
b) Cardiopulmonary endurance
c) Joint mobility
d) Blood pressure changes

11. The most common symptom of deep vein thrombosis (DVT) is:

a) Shortness of breath
b) Pain and swelling in one leg
c) Chest pain
d) Cough with sputum

12. In pursed-lip breathing, the ratio of inspiration to expiration should be:

a) 1:1
b) 1:2
c) 2:1
d) 3:1

13. Which of the following is an absolute contraindication to exercise training in cardiac rehabilitation?

a) Controlled hypertension
b) Unstable angina
c) History of myocardial infarction
d) Mild mitral valve regurgitation

14. What is the primary effect of positive expiratory pressure (PEP) therapy?

a) Strengthen inspiratory muscles
b) Improve ventilation-perfusion ratio
c) Enhance mucus clearance
d) Reduce respiratory rate

15. Which of the following is the best indicator of cardiovascular fitness?

a) Resting heart rate
b) VO2 max
c) Blood pressure
d) Respiratory rate

16. Which phase of cardiac rehabilitation involves supervised exercise training?

a) Phase I
b) Phase II
c) Phase III
d) Phase IV

17. A patient with chronic bronchitis presents with excessive sputum production. Which physiotherapy technique is most beneficial?

a) Incentive spirometry
b) Active cycle of breathing technique (ACBT)
c) Glossopharyngeal breathing
d) Diaphragmatic breathing

18. What is the recommended duration of aerobic exercise in phase II cardiac rehabilitation?

a) 10 minutes
b) 20-60 minutes
c) 90 minutes
d) 5 minutes

19. The primary benefit of diaphragmatic breathing is:

a) Reducing lung compliance
b) Enhancing oxygen consumption
c) Strengthening accessory muscles
d) Promoting efficient breathing mechanics

20. Which of the following conditions can lead to cor pulmonale?

a) Asthma
b) COPD
c) Bronchiectasis
d) All of the above

21. The ankle-brachial index (ABI) is used to assess:

a) Peripheral arterial disease
b) Cardiac output
c) Respiratory function
d) Stroke volume

22. The normal forced expiratory volume in one second (FEV1) is approximately:

a) 10% of vital capacity
b) 50% of vital capacity
c) 75-80% of vital capacity
d) 90% of vital capacity

23. Which test is used to diagnose pulmonary embolism?

a) D-dimer test
b) Arterial blood gas analysis
c) Chest X-ray
d) Bronchoscopy

24. Which is the recommended target heart rate during moderate-intensity aerobic exercise?

a) 40-50% of max heart rate
b) 50-70% of max heart rate
c) 70-90% of max heart rate
d) Above 90% of max heart rate

25. The primary purpose of an incentive spirometer is to:

a) Measure expiratory pressure
b) Prevent lung atelectasis
c) Detect lung infections
d) Improve heart rate


Answer Key

  1. c Reduce breathlessness and improve functional capacity
  2. b Pursed-lip breathing
  3. b Trendelenburg position
  4. b Postural drainage with percussion
  5. a Incentive spirometer
  6. b Rib fractures
  7. b Dyspnea perception
  8. b Preventing deconditioning and early mobilization
  9. b Pulmonary fibrosis
  10. b Cardiopulmonary endurance
  11. b Pain and swelling in one leg
  12. b 1:2
  13. b Unstable angina
  14. c Enhance mucus clearance
  15. b VO2 max
  16. b Phase II
  17. b Active cycle of breathing technique (ACBT)
  18. b 20-60 minutes
  19. d Promoting efficient breathing mechanics
  20. d All of the above
  21. a Peripheral arterial disease
  22. c 75-80% of vital capacity
  23. a D-dimer test
  24. b 50-70% of max heart rate
  25. b Prevent lung atelectasis

Summary

This 50-MCQ set covers key topics in cardiothoracic and vascular physiotherapy, including pulmonary rehabilitation, chest physiotherapy techniques, cardiac rehab phases, airway clearance techniques, and vascular conditions for the NHPC Nepal BPT licensing exam.

10 MCQs on Emergency Medicine 2025 (updated)

10 MCQs on Emergency Medicine (revised and updated)

Here are 10 multiple-choice questions (MCQs) related to emergency medicine:

1. What is the primary purpose of the ABCDE approach in emergency medicine?

   a) Assessing Blood Chemistry and Diagnostics Efficiently
   b) Addressing Broken Bones, Cuts, and Dislocations Effectively
   c) Airway, Breathing, Circulation, Disability, Exposure assessment
   d) Administering Basic Cardiopulmonary Defibrillation Exercises Continue reading 10 MCQs on Emergency Medicine 2025 (updated)

The anatomy of a research paper (explained)

The anatomy of a research paper (eazch section and its content explained)

Here is list of Parts of a Research Paper.

1. Title Page

  • Title of the paper

  • Author(s) name(s)

  • Affiliation(s)

  • Contact information

  • Date of submission

2. Abstract

  • A concise summary of the research, including background, objectives, methods, results, and conclusion (usually 150-250 words).

3. Keywords

  • A list of relevant terms to help in indexing and searching the paper.

4. Introduction

  • Background information

  • Research problem and significance

  • Objectives and research questions

  • Hypothesis (if applicable)

  • Overview of the paper

5. Literature Review

  • Summary of existing research

  • Identification of gaps in knowledge

  • Justification for the current study

6. Methodology (Materials and Methods)

  • Study design

  • Population/sample selection

  • Data collection methods

  • Tools, instruments, or techniques used

  • Statistical analysis methods

7. Results

  • Presentation of findings using text, tables, graphs, and figures

  • Statistical analysis and interpretation

8. Discussion

  • Interpretation of results

  • Comparison with previous studies

  • Implications of the findings

  • Limitations of the study

9. Conclusion

  • Summary of key findings

  • Practical applications or recommendations

  • Future research directions

10. References

  • List of all cited sources following a specific citation style (e.g., APA, MLA, Vancouver).

11. Appendices (if needed)

  • Supplementary materials such as questionnaires, raw data, additional tables, or figures.

Kawasaki disease Mnemonics

Clinical features of Kawasaki disease: CREAM:

  • C-Conjunctivitis (non-exudative); non purulent
    conjuncivits
  • R-Rash (Polymorphous non-vesicular)
  • E-Edema (or erythema of hands or feet)
  • A-Adenopathy (cervical, often unilateral and non
    suppurative)
  • M-Mucosal involvement (strawberry tongue

Important facts about Kawasaki disease

  • 80% cases occur prior to age of 5 years with peak incidence < 2
    years. 
  • Kawasaki diseaseis an Acute febrile multisystem disease of children. 
  • Prolonged fever over 5 days that isunresponsive to antibiotics is
    seen. 
  • Although the disease is generally benign & self limiting it is
    associated coronary artery aneurysm in 25% of cases. 
  • Non suppurative cervical lymphadenopathy is characteristic.
Source: cleaveland clinic

All are features of Kawasaki disease, except

a) Peak incidence at age > 5 years

b) Aneurysm of coronary
artery

c) Enlarged lymph nodes

d) Fever

Correct answer

a) Peak incidence at age > 5 years

Important Names in Epidemilogy & Epidemilogical study and their types ( and Bonus MCQ)

Important People’s Names in Epidemilogy

  • Hippocrates ← Father of modern medication introduced the concept of human
    health being closely related to environment.
  • Germ theory of disease proponed by → Louis Pasteur
  • Pioneering concept of immunization → Early Chinese physician
  • Concept of social medicine introduced by →Jules Guerin
  • Father of Indian medicine → Dhanvantari
  • Father of modern surgery → Joseph Lister
  • Father of epidemiology/modern epidemiology → John snow
  • Father of biology → Greggor A Mandal
  • Father of Modern anatomy → Vasalius
  • Father of physiology → cloud Bernard
  • Father of psychoanalysis → diamond Freud
  • Father of Homeopathy: Semeul Hahneman
  • Father of Anti -Sepsis → Joseph Lister.
  • Edward gjenner discovered small pox vaccine which was the 1st ever vaccine
    to be discovered.

MCQ: Epidemiological determinants are all except:

a. Agent factor
b. Host factor
c. Community factor
d. Environmental factor
Ans: ‘c’
Epidemiology determinants are: Agent factor, Host factor, Environment factor

Types of Epidemiological studies

Epidemiological studies may be of following types:

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Study Unit of Study
Observation Studies Descriptive Studies (Formation of Hypothesis)
– Case Reports
– Case Series
Analytic Studies (Testing of Hypothesis)
– Case-Control or Case Reference (Individual)
– Cohort or Follow-up (Individual)
– Cross-Sectional or Prevalence Study (Population, Individual)
Experimental/Intervention Studies (Testing of Hypothesis) – Randomized Controlled Clinical Trials (Patient)
– Field Trials or Community Intervention Studies (Healthy Population)
– Community Trials (Communities)
– Animal Studies

Bleeding Disorders Notes

Table of Contents(toc)


Prolonged PT (extrinsic pathway factors):

  • Inherited: Factor VII deficiency
  • Acquired: mild vitamin K deficiency, Liver disease, warfarin

Prolonged aPTT (intrinsic pathway factors):

  • Inherited: 
  • factors VIII, IX, XI deficiency; 
  • factor XII, 
  • Prekallikrein or HMW kininogen deficiency
  • Von Willebrand disease
  • Acquired: 
  • Heparin, 
  • lupus anticoagulant, 
  • acquired Von Willebrand disease

Prolonged PT and Prolonged aPTT (common pathway factors):

  • Inherited: 
  • Prothrombin (II), 
  • Fibrinogen (I),
  •  factor V and factor X deficiencies
  • Acquired: 
  • DIC, 
  • severe liver disease, 
  • severe vitamin K deficiency, 
  • Direct thrombin inhibitor – agratroban, 
  • dabigatran, 
  • Direct factor Xa inhibitor – rivaroxaban, apixaban, edoxaban,  fondaparinaux Continue reading Bleeding Disorders Notes

Important Points in Epidemiology

Question

In an epidemic, the first case come to the notice of investigator is termed as:
a. index case
c. Secondary case
b. Primary case
d. Tertiary case
Ans: ‘a’
a germ

Important Points in Epidemiology

Index case in 1st case to come to attention to investigation.

Impoortant Definitions

  • Primary case 1st case of a communicable d/s introduced into population unit which is studied (in an epidemic), which may or may not come to observer’s attention.
  • Screening time – interval between 1st clinical detection & final critical point.
  • Lead time time lag between 1st possible detection & usual time of diagnosis.
  • Serial interval – Gap in time b/t primary & secondary case (measures incubation period)
  • Generation time time interval between receipt of infection & maximum infectivity of host.
  • Latent infection during which infectious agent is not shaded or not demonstrable in blood/ tissue.

Chlorine & its compounds in sanitation (this is how hospitals kill bacteria roaming in the floor)

Table of Contents(toc)

What are the Chlorine compounds used for disinfecting and sanitation purpose?

Chlorine tab

Chlorine tabs – A single tab of 0.5 gm is sufficient to disinfect 20L of water (= 35 mg’L). Easy & cheap method to disinfect household water.
(VIMP for exams)

Chlorine gas

Chlorine gas – first choice for disinfection of large body of water.

Perchloran

Perchloran – Also k/as high testhypochloride; provides 60-70% available Cl2.

How do chlorine tablets work?

  • Oxidizing Agent: Chlorine acts as a strong oxidizer, breaking down cell membranes and disrupting essential cellular processes in microorganisms.

  • Hypochlorous Acid Formation: When added to water, chlorine forms hypochlorous acid (HOCl), which is more effective at penetrating microbial cell walls than hypochlorite ions (OCl⁻).

  • Protein Denaturation: Chlorine reacts with microbial proteins, leading to their denaturation and loss of function, which ultimately kills the microorganism.

  • Disruption of DNA & Enzymes: Chlorine damages microbial DNA and inhibits enzymatic activity, preventing replication and metabolism.

  • Broad-Spectrum Activity: Effective against bacteria, viruses, fungi, and protozoa, including pathogens like E. coli, Salmonella, and Vibrio cholerae.

  • Residue Effect: Leaves a residual disinfectant effect in treated water, preventing recontamination over time.

  • Chlorination Byproducts: Can produce disinfection byproducts (DBPs) like trihalomethanes (THMs) and haloacetic acids (HAAs), which require monitoring for safety.

  • Effective in Various Forms: Available as chlorine gas, sodium hypochlorite (liquid bleach), calcium hypochlorite (solid), and chloramine for different disinfection needs.

  • Water pH Dependency: The effectiveness depends on water pH, with optimal disinfection occurring at pH 6-7 where hypochlorous acid predominates.

  • Fast-Acting: Works quickly to kill pathogens, typically within minutes, depending on concentration and exposure time.

Chemistry of Pool or Hospital Chlorine tablets

When pool chlorine (commonly sodium hypochlorite or calcium hypochlorite) is added to water, it undergoes hydrolysis to produce hypochlorous acid (HOCl), which then dissociates to release nascent chlorine (Cl•), a highly reactive disinfectant.

Chemical Reactions for Pool Chlorine in Water

  1. For Sodium Hypochlorite (NaOCl):

    NaOCl+H2O→HOCl+NaOHNaOCl + H_2O rightarrow HOCl + NaOH

  2. For Calcium Hypochlorite (Ca(OCl)₂):

    Ca(OCl)2+2H2O→2HOCl+Ca(OH)2Ca(OCl)_2 + 2H_2O rightarrow 2HOCl + Ca(OH)_2

  3. Dissociation of Hypochlorous Acid (pH-dependent reaction):

    HOCl⇌H++OCl−HOCl rightleftharpoons H^+ + OCl^-

  4. Formation of Nascent Chlorine (Reactive Form of Chlorine):

    • In acidic to neutral conditions, hypochlorous acid undergoes further dissociation to release nascent chlorine:

    HOCl→HCl+[O]HOCl rightarrow HCl + [O]

    • The nascent oxygen ([O]) is a powerful oxidizer that destroys microbes by attacking their cell structures.

    • In water, HOCl can also directly release Cl• (chlorine radicals), contributing to its strong disinfecting power.

Possible MCQ

Percentage of chlorine available in bleaching powder is:
a. 43%
b. 20%
c. 30%
d. 33%
Ans: ‘d’

Solution

Bleaching powder (CaOCl2) contains 33% of available Cl2 if freshly prepared (most effective & cheapest way of disinfecting well).

Is ST change always an MI? Top 18 Differentials of ST elevation you must know

18 Differential diagnoses of ST elevation

Table of Contents(toc)

What is ECG?

ECG is a electrical graphical representation of cardiac electrical activity. It is plotted as voltage against time.

What is ST segment in an ECG?

ST segment (as shown in image) is the segment between S and T wave in the ECG. Its electrically in baseline with 0 mV. 
Both ST segment elevation and depression can be sign of illness or underlying cardiac pathology. 

What are causes of ST Segment elevation?

Here is a comprehensive list of differential diagnosis of ST segment elevation in ECG / EKG.
1)MI
2) Pericarditis/Myocarditis
3) Cocaine abuse, 5FU, Triptans, Ergols
4) Repolarisation abn in Children
5) Brugada
6) ICH
7) Hypothermia
8) Hyperkalemia, -calcemia
9) Takutslubo CMP
10) LV aneurysm
11) LVH
12) LBBB
13) Prinzmetal Angina
14) Post DCCV
15) Anti arrythmii IC
16) Pulmonary embolism
17) Ventricule contusion/trauma
18) Ventricular tumor

Should I get an ECG done to check ST segment elevation?

Generally if you’re young, otherwise healthy individual you do not need to check for ST segment elevation or perform an ECG evaluation. 
But if you’re adult above 40, have systemic illness like hypertension (high BP), diabetes (sugar), thyroid disorder, pulmonary Illness like asthma, COPD, chronic cough, chest pain or anything similar your health care provider or doctor may order an ECG to check condition for your heart. 
You do not specifically order or request and ECG for ST segment evaluation. It’s part of your whole ECG as 12 lead ECG. 

What is an 12 lead ECG? 

12 lead ECG is a type of ECG test most commonly done to check cardiac status. 
To perform 12 lead ecg, 10 different leads(wires) coming from an ECG machine are attached in your body i. Different locations viz. four in four lumbs, and six in anterior and left lateral side of chest (as shown in image).
From the four limb leads 3 are active leads(wires) which measure current directly while one is earthing wire. 

What is position of leads in 12 lead ECG?

Here is image showing position of leads in 12 lead ECG.

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