THE COPD PATIENT – A
PATIENT WITH A COMPLEX
      PATHOLOGY

                         Sandrina Maria Dăscălescu

                        Scientific Coordinator:
                                 Maria Pănescu

“Gr.T.Popa” University of Medicine and Pharmacy, Iasi
GOLD deffinition:



        COPD, a common preventable and
      treatable disease, is characterized by
   persistent airflow limitation that is usually
        progressive and associated with an
   enhanced chronic inflammatory response
     in the airways and the lung to noxious
                particles or gases.
  Exacerbations and comorbidities contribute
  to the overall severity in individual patients.
Risk factors

                   Genes

                   Infections

               Socio-economic
               status




 Aging Populations
Mechanisms Underlying
            Airflow Limitation in COPD

Small Airways Disease              Parenchymal Destruction
• Airway inflammation              • Loss of alveolar attachments
• Airway fibrosis, luminal plugs   • Decrease of elastic recoil
• Increased airway resistance




                AIRFLOW LIMITATION
Diagnosis
                        EXPOSURE TO RISK
   SYMPTOMS                 FACTORS
shortness of breath           tobacco
  chronic cough             occupation
     sputum           indoor/outdoor pollution




      SPIROMETRY: Required to establish
                diagnosis
Spirometry: Obstructive Disease


                 5                                  Normal

                 4
Volume, liters




                 3
                                  FEV1 = 1.8L
                 2                FVC = 3.2L
                                                             Obstructive
                                  FEV1/FVC = 0.56
                 1



                     1   2   3    4      5     6

                         Time, seconds
Classification
In patients with FEV1/FVC < 0.70:
• Stage I: Mild - FEV1 > 80% predicted
      with or without symptoms
• Stage II: Moderate - 50% < FEV1 < 80% predicted
      usually with symptoms
• Stage III: Severe - 30% < FEV1 < 50% predicted
      with cough, sputum, dyspnea
• Stage IV: Very Severe - FEV1 < 30% predicted
      with clinical signs of respiratory failure and
      right-sided heart failure
Background
• COPD represents one of the most important
  health issues, assessed to become the 3rd
  leading cause of morbidity by 2030, due to
  continued exposure to risk factors and the
  aging of the world’s population;
• associated with several comorbidities
  (cardiovascular disease, lung cancer,
  diabetes, chronic respiratory diseases, etc.);
• Multi-systemic disease;
• significant economic expenses.
Aim


    to establish how the disease's
   evolution is affected by different
 comorbidities found in every patient of
          the studied group.
Material and method

• 40 patients that were diagnosed with COPD
  according to the Global initiative for chronic
  obstructive lung disease (GOLD) definition
  have been analyzed.

• The analysis has been done retrospectively,
  by making use of the patients' individual
  treatment files, the spirometry results and
  other investigations specific for the
  associated comorbidities.
Results


• 38 male patients, 2 female
• Age – between 40 and 80 years
• 38 smokers, ex-smokers



   87.5% of the studied patients presented two or
                 more comorbidities.
The most frequently encountered comorbidities were:


   •   cardiovascular diseases - 65%
   •   tuberculosis - 42.5%
   •   lung cancer - 10%
   •   digestive conditions - 10%
   •   diabetes - 5%
   •   renal failure - 2%
   •   sleep apnea - 2%
• At the time of the initial diagnosis of COPD:




              1 patient - stage I
              13 patients - stage II
             19 patients - stage III
              7 patients - stage IV
Treatment
Stage I patient

 - no medications, helped to quit smoking, received
 annual flu vaccine and the pneumococcal vaccine in
 every 5 years;
   - Evolution - good, no exacerbations

Stage II patients

- 11 - treated with Tiotropium (Spiriva);
- 2 - Salbutamol (Ventolin) +/- Theophylline - retard;
- Evolution: 1-2 exacerbation/ year, 4 patients went to
  stage III of disease, one died of heart attack.
Stage III patients

 Treated with Seretide or Symbicort
 Evolution: ~2 exacerbations/ year, mostly on pacients
with diabetes, TB sequelae and autoimmune
conditions. 3 died - 1 of age, 2 of heart attack.

Stage IV patients

 1 pacient treated with Ventolin – because of low
income, the proper scheme could not be applied.
Evolution: 4 exacerbations in one year.
 3 pacients – Seretide/ Symbicort +/ - Spiriva,
theophylline – retard, Ventolin
 3 patients – + oxygen
 Evolution: no exacerbations.
The average cost of care for these
patients goes up to 200 euros/ month, or even
more, in case of associated comorbidities.
     Every new exacerbation multiplies this
cost up to 8 times.
     Number of premature deaths and number
of missed days of work are also very important
facts to be considered when calculating
COPD’s costs.
Conclusions
     •      COPD and associated comorbidities are
    consequences of smoking, and treatment for these
    patients is highly expensive, because it involves not
    only the COPD treatment, but also the treatment of
                    associated illnesses.
•        When a new case of COPD is found, one should
         always consider the presence of associated
    diseases; these should be properly treated because
    they have a great influence on the COPD evolution.
Thank you!

COPD

  • 1.
    THE COPD PATIENT– A PATIENT WITH A COMPLEX PATHOLOGY Sandrina Maria Dăscălescu Scientific Coordinator: Maria Pănescu “Gr.T.Popa” University of Medicine and Pharmacy, Iasi
  • 2.
    GOLD deffinition: COPD, a common preventable and treatable disease, is characterized by persistent airflow limitation that is usually progressive and associated with an enhanced chronic inflammatory response in the airways and the lung to noxious particles or gases. Exacerbations and comorbidities contribute to the overall severity in individual patients.
  • 3.
    Risk factors Genes Infections Socio-economic status Aging Populations
  • 4.
    Mechanisms Underlying Airflow Limitation in COPD Small Airways Disease Parenchymal Destruction • Airway inflammation • Loss of alveolar attachments • Airway fibrosis, luminal plugs • Decrease of elastic recoil • Increased airway resistance AIRFLOW LIMITATION
  • 5.
    Diagnosis EXPOSURE TO RISK SYMPTOMS FACTORS shortness of breath tobacco chronic cough occupation sputum indoor/outdoor pollution SPIROMETRY: Required to establish diagnosis
  • 6.
    Spirometry: Obstructive Disease 5 Normal 4 Volume, liters 3 FEV1 = 1.8L 2 FVC = 3.2L Obstructive FEV1/FVC = 0.56 1 1 2 3 4 5 6 Time, seconds
  • 7.
    Classification In patients withFEV1/FVC < 0.70: • Stage I: Mild - FEV1 > 80% predicted with or without symptoms • Stage II: Moderate - 50% < FEV1 < 80% predicted usually with symptoms • Stage III: Severe - 30% < FEV1 < 50% predicted with cough, sputum, dyspnea • Stage IV: Very Severe - FEV1 < 30% predicted with clinical signs of respiratory failure and right-sided heart failure
  • 8.
    Background • COPD representsone of the most important health issues, assessed to become the 3rd leading cause of morbidity by 2030, due to continued exposure to risk factors and the aging of the world’s population; • associated with several comorbidities (cardiovascular disease, lung cancer, diabetes, chronic respiratory diseases, etc.); • Multi-systemic disease; • significant economic expenses.
  • 9.
    Aim to establish how the disease's evolution is affected by different comorbidities found in every patient of the studied group.
  • 10.
    Material and method •40 patients that were diagnosed with COPD according to the Global initiative for chronic obstructive lung disease (GOLD) definition have been analyzed. • The analysis has been done retrospectively, by making use of the patients' individual treatment files, the spirometry results and other investigations specific for the associated comorbidities.
  • 11.
    Results • 38 malepatients, 2 female • Age – between 40 and 80 years • 38 smokers, ex-smokers 87.5% of the studied patients presented two or more comorbidities.
  • 12.
    The most frequentlyencountered comorbidities were: • cardiovascular diseases - 65% • tuberculosis - 42.5% • lung cancer - 10% • digestive conditions - 10% • diabetes - 5% • renal failure - 2% • sleep apnea - 2%
  • 13.
    • At thetime of the initial diagnosis of COPD: 1 patient - stage I 13 patients - stage II 19 patients - stage III 7 patients - stage IV
  • 14.
    Treatment Stage I patient - no medications, helped to quit smoking, received annual flu vaccine and the pneumococcal vaccine in every 5 years; - Evolution - good, no exacerbations Stage II patients - 11 - treated with Tiotropium (Spiriva); - 2 - Salbutamol (Ventolin) +/- Theophylline - retard; - Evolution: 1-2 exacerbation/ year, 4 patients went to stage III of disease, one died of heart attack.
  • 15.
    Stage III patients Treated with Seretide or Symbicort Evolution: ~2 exacerbations/ year, mostly on pacients with diabetes, TB sequelae and autoimmune conditions. 3 died - 1 of age, 2 of heart attack. Stage IV patients 1 pacient treated with Ventolin – because of low income, the proper scheme could not be applied. Evolution: 4 exacerbations in one year. 3 pacients – Seretide/ Symbicort +/ - Spiriva, theophylline – retard, Ventolin 3 patients – + oxygen Evolution: no exacerbations.
  • 16.
    The average costof care for these patients goes up to 200 euros/ month, or even more, in case of associated comorbidities. Every new exacerbation multiplies this cost up to 8 times. Number of premature deaths and number of missed days of work are also very important facts to be considered when calculating COPD’s costs.
  • 17.
    Conclusions • COPD and associated comorbidities are consequences of smoking, and treatment for these patients is highly expensive, because it involves not only the COPD treatment, but also the treatment of associated illnesses. • When a new case of COPD is found, one should always consider the presence of associated diseases; these should be properly treated because they have a great influence on the COPD evolution.
  • 18.