Bronchial asthma is an inflammatory disease of the airways manifested physiologically by a widespread narrowing of the air passages. Being an inflammatory disease of the airways, the most effective treatment available for the management of bronchial asthma are anti-inflammatory agents such as corticosteroids. However, it is known that at higher dosage levels, even inhaled corticosteroids have harmful systemic side-effects. Hence, justification of use of high-dose of inhaled corticosteroids can only be made if patients with severe asthma can be accurately identified. For this precise reason, methods have been devised to categorize asthma severity through various National Asthma Management Guidelines. The present guidelines predominantly stress on symptoms and lung functions as the yardstick for determining the severity of asthma attacks and parameters determining airway inflammation have not yet been incorporated into them. However, these guidelines have proved to be fairly accurate in determining asthma severity and in guiding the treatment in these patients and all healthcare personnel are strongly advised to follow them. It is hoped that future guidelines may incorporate measures of inflammation as well, in order to further improve the diagnostic and treatment modalities in these patients.
The incidence of cancer in Malaysia is rising alarmingly and newly qualified doctors will be expected
to be competent in the basic management of cancer patients. However, the opportunity to gain experience in oncology management will remain limited unless these students are stationed in an oncology unit which is solely dedicated to the treatment of such patients. Therefore, it is essential that undergraduate medical school training equips students with a sound knowledgebase, so that they can confidently manage basic oncological conditions appropriately. With the many private and local medical universities across the country, it is important that oncology training be standardized
and reflective of the local resources available, and government health policies. As a result, having a
standardized curriculum would help create a framework whereby competencies in cancer management would be accurately assessed.
Twenty months into the COVID-19 pandemic, we are still learning about the various long-term consequences of COVID-19 infection. While many patients do recover with minimal long-term consequences, some patients develop irreversible parenchymal and interstitial lung damage leading to diffuse pulmonary fibrosis. Unfortunately, these are some of the consequences of post-SARS-CoV-2 infection which thousands more people around the world will experience and which will outlast the pandemic for a long time to come. It is now being observed at various leading medical centres around the world that lung transplantation may be the only meaningful treatment available to a select group of patients experiencing serious lung damage and non-resolving COVID-19-associated respiratory failure, resulting from the triad of coronavirus infection, a hyper-inflammatory immune response to it and the inability of the human body to repair that injury.
A man, 56 years of age, presents to his general practitioner after coughing up half a cupful of fresh, bright red blood every day for 1 week. He has no other medical complaints. He reports previous pulmonary tuberculosis 12 years ago treated with 6 months of standard therapy. Routine follow up was discontinued after 5 years after no evidence of reactivation. He is a nonsmoker, does office clerical duties and is not known to have diabetes or hypertension.
Jenny, a nonsmoker, 54 years of age, presents with 3 years of dry cough, progressive breathlessness and reducing exercise tolerance. Two years ago she was diagnosed with asthma and treated with inhaled bronchodilators (which have been marginally effective). Jenny has worked in a tile factory for 22 years; 15 years in the grinding department, transferring to the chipping department 7 years ago. On examination she is tachypnoeic with a prolonged expiratory phase. There are bilateral rhonchi and a few fine crepitations at the left infrascapular region. Jenny's full blood count and electrocardiogram are normal. Arterial blood gas show mild hypoxia with respiratory alkalosis. Spirometry demonstrates mixed moderate obstructive and restrictive impairment. The diffusion capacity for carbon monoxide is reduced. Mantoux is negative and erythrocyte sedimentation rate is 10 mm/hour. A chest X-ray is taken.