Dr Ranjit Kumar Poriya Homeopathy Spot Picture Since X- Ray. Both Side Lung Vascular Marking. Chain Smoker. Pulmonary Edema. Require Investigation *Bronchoscopy. After Management Best Treatment Doctor.
Congestive heart disease.. Is the main.. Problem for this symtoms.... Secomd the smoking... Is also.. Danger to the health... Try to counseling pt for his bed habit.... Other wise the treatment is worse full...
COPD Emphysema Cardiomegaly Chronic bronchitis Plural effusion
Pulmonary edema due to CHF and resultant fluid overload evident by marked reticular opacities in xray. Orthopnea will be present if this is the case. Check PR, RR, JVP, oxygen saturation. Input output charting is must, tell patient to maintain a chart of urine output and fluid intake(including any shothhara kwath if prescribed) Consolidation in R side lower portion of upper lobe? Could be pneumonia(alveolar) or pulmonary edema(interstitial). No fever, no markers of inflammation, H/o CHF point towards edema. Pleural effusion R side is also present. Treat on lines of shotha, and durbalta of vyaan vayu bala if ejection fraction is low. But because condition is complicated by shwasa, always ensure you don't do too much Karshana using kaphahara drugs. Shaman and brihan are needed to avoid furthur complications. It sounds like Nija shotha, nidaan- marmopghata and mithyaupchaar(smoking). Treat with Guda-ardraka yoga, reference charak chikitsa, 12/47-48. Good luck.
Pomegranate guava ginger figs apricots sprouts kalijeeri green leafy vegetables,grapes,dates sunshine walk,sendha namak,needs counselling calmness symphony music water sipping cool foods,mint, lemongrass decoction carrots celery onion,hot water gargles of turmeric powder and salt.no sugar alkaline diet beetroot sweet potato prayers no fried foods..no stress....when craving smoking.... give him pomegranates mint ..or orange juice pineapple with black pepper, prayers
Arsenic ,digitalis, apocynum, cactus may helpfull in this bt u should differenciate medicine in all among.... With give strophanthus Q bd for 7 days...
Rx Ars alb.
Needed to be under socialist observations
Emphysema Adonis vernalis 30
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60 yr male with cough and dyspnea since 10days with one episode of hemoptysis moderate amount known hypertensive and post cabg status on antiplatelets. d/dDr. Purnachand S5 Likes26 Answers
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Kindly comment on the chest xray finding? Patient 70 year old male has been compalining of cough with expectorant along with dyspnea on exertionDr. Ajeet Pal Singh2 Likes13 Answers
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Friends today I am discussing about Nail Abnormalities. What are nail abnormalities? Healthy nails appear smooth and have consistent coloring. As you age, you may develop vertical ridges, or your nails may be a bit more brittle. This is harmless. Spots due to injury should grow out with the nail. Abnormalities — such as spots, discoloration, and nail separation — can result from injuries to the fingers and hands, viral warts (periungual warts), infections (onychomycosis), and some medications, such as those used for chemotherapy. Certain medical conditions can also change the appearance of your fingernails. However, these changes can be difficult to interpret. Your fingernails’ appearance alone isn’t enough to diagnose a specific illness. A doctor will use this information, along with your other symptoms and a physical exam, to make a diagnosis. Abnormalities of the fingernail Some changes in your nails are due to medical conditions that need attention. See your doctor if you have any of these symptoms: discoloration (dark streaks, white streaks, or changes in nail color) changes in nail shape (curling or clubbing) changes in nail thickness (thickening or thinning) nails that become brittle nails that are pitted bleeding around nails swelling or redness around nails pain around nails a nail separating from the skin These nail changes can be caused by a variety of different conditions, including ones we describe below. Beau’s lines Depressions that run across your fingernail are called Beau’s lines. These can be a sign of malnourishment. Other conditions that cause Beau’s lines are: diseases that cause a high fever such as measles, mumps, and scarlet fever peripheral vascular disease pneumonia uncontrolled diabetes zinc deficiency Clubbing Clubbing is when your nails thicken and curve around your fingertips, a process that generally takes years. This can be the result of low oxygen in the blood and is associated with: cardiovascular diseases inflammatory bowel disease liver diseases pulmonary diseases AIDS Koilonychia (spooning) Koilonychia is when your fingernails have raised ridges and scoop outward, like spoons. It’s also called “spooning.” Sometimes the nail is curved enough to hold a drop of liquid. Spooning can be a sign that you have: iron deficiency anemia heart disease hemochromatosis, a liver disorder that causes too much iron to be absorbed from food lupus erythematosus, an autoimmune disorder that causes inflammation hypothyroidism Raynaud’s disease, a condition that limits your blood circulation Leukonychia (white spots) Nonuniform white spots or lines on the nail are called leukonychia. They’re usually the result of a minor trauma and are harmless in healthy individuals. Sometimes leukonychia is associated with poor health or nutritional deficiencies. Factors can include infectious, metabolic, or systemic diseases as well as certain drugs. Mees’ lines Mees’ lines are transverse white lines. This can be a sign of arsenic poisoning. If you have this symptom, your doctor will take hair or tissue samples to check for arsenic in your body. Onycholysis When the nail plate separates from the nail bed, it causes a white discoloration. This is called onycholysis. This can be due to infection, trauma, or products used on the nails. Other causes for onycholysis include: psoriasis thyroid disease Pitting Pitting refers to small depressions, or little pits, in the nail. It’s common in people who have psoriasis, a skin condition that causes the skin to be dry, red, and irritated. Some systemic diseases can also cause pitting. Terry’s nails When the tip of each nail has a dark band, it’s called Terry’s nails. This is often due to aging, but it can also be caused by: congestive heart failure diabetes liver disease Yellow nail syndrome Yellow nail syndrome is when the nails get thicker and don’t grow as fast as normal. Sometimes the nail lacks a cuticle and may even pull away from the nail bed. This can be the result of: internal malignancies lymphedema, swelling of the hands pleural effusions, fluid buildup between the lungs and chest cavity respiratory illnesses such as chronic bronchitis or sinusitis rheumatoid arthritis These are just some of the signs of abnormal fingernails. Having any of these signs isn’t proof of any medical condition. You’ll need to visit your doctor to determine if your condition is serious. In many cases, proper care of your nails is enough to correct their appearance. How to care for your nails You can prevent many nail abnormalities by taking good care of your nails. Follow these general guidelines to keep your nails healthy: Tips Don’t bite or tear at your nails, or pull on hangnails. Always use nails clippers and trim them after you bathe, when nails are still soft. Keep your nails dry and clean. Using sharp manicure scissors, trim your nails straight across, rounding the tips gently. If you have a problem with brittle or weak nails, keep them short to avoid breakage. Use lotion on your nails and cuticles to keep the nail and nail beds moisturized. Homoeopathic medicines for nail abnormalities Medicines according to Cause1 Cause Medicines From a hurt Ledum pal. Prick with a needle under the nail Allium cepa, Bovista, Sulphur; Hard work Rhus tox, Sepia; Prick near the nail Iodum; Splinters Baryta carb., Hepar sulph., Iodum, Lachesis, Nitricum acidum, Petroleum, Silicea, Sulphur; Splits of the skin adhering to the nails Allium cepa, Natrum mur. TABLE 2 Medicines according to the Sensation Sensations Medicines Irritable feeling under finger nails, relieved by biting them Ammonium brom. Itching-about roof of Upas tiente Pains-Burning under Sarsarparilla Pains, gnawing, beneath finger nails Alumina; Sarsaparilla.; Sepia Pains, neuralgic, beneath finger nails Berberis vulgaris Pains, neuralgic Alumina; Allium cepa; Colchicum Pains, smarting at roots Sulphur Pains, splinter-like, beneath toe nails Fluoric acidum Pains, ulcerative, beneath toe nails Antimonium crudum; Graphites; Teucrium Medicines according to Location1 Fig. Medicines according to location pastedGraphic.png TABLE 3 Medicines according to Pathology Pathology Medicines Atrophy Silicea Blueness Digitalis; Oxalicum Acidum Deformed-brittle, thickened (onchogryposis) Alumina; Anatherium; Antimonium crudum; Arsenicum album; Causticum; Dioscorea; Fluoricum acidum; Graphites; Merc. Sol.; Natrum muriaticum; Sabadilla; Secal cor..; Senecio aureus; Sepia; Silicea; Thuja.; X-ray. Falling off Brassica napus; Butyric acid; Helleborus faetidus; Helleborus Hangnails Lycopodium; Natrum muriaticum; Sulphur; Upas tiente Hypertrophy (onychauxis) Graphites Inflammation of pulp (onychia) Arnica; Calendula; Fluoricum acidum.; Graphites; Phosphorus; Psorinum; Sarsaparilla; Silicea; Upas tiente Inflammation, under toe nails Sabadilla Ingrowing toe nails Causticum; Magnetis polus austral.; Nitricum acidum; Silicea; Staphysagria; Teucrium; Tetrodymite Softening Plumbum met; Thuja Spots, white on Alumina; Nitricum acidum Trophic changes Radium brom Ulceration Alumina; Garphites; Merc. Sol.; Phosphorus; Sanguinaria; Sarsaparilla; Silicea; Teucrium; Tetrodymite Yellow color Conium maculatumDr. Rajesh Gupta7 Likes11 Answers
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Dear Friends We often get cases of haemoptysis to manage. Let's have a detailed update…. HAEMOPTYSIS Differential Diagnosis of Hemoptysis PULMONARY PARENCHYMAL SOURCE.. Tuberculosis Pneumonia Lung abscess Lung contusion Mycetoma Idiopathic pulmonary hemosiderosis Wegener granulomatosis Lupus pneumonitis Goodpasture syndrome TRACHEO-BRONCHIAL SOURCE.. Bronchiectasis Neoplasm Bronchitis Broncholithiasis Airway trauma Foreign body PRIMARY VASCULAR SOURCE Arteriovenous malformation Pulmonary embolism Elevated pulmonary venous pressure Pulmonary artery rupture MISCELLANEOUS AND RARE CAUSES Systemic coagulopathy or thrombolytic agents Catamenial hemoptysis (pulmonary endometriosis) PSEUDO HAEMOPTYSIS Upper airway source(like nose) Gastrointestinal source(haematemesis) Serratia marcescens (gram-negative bacterium that produces a red pigment that may be mistaken for blood) Malingering HOW HISTORY SUGGESTS…. ETIOLOGY OF HAEMOPTYSIS… (1)h/o ANTICOAGULANT USE.. Coagulopathy (2)h/o COUGH… Bronchiectasis, COPD, foreign body, pneumonia, tuberculosis (3)h/o FEVER.. Tuberculosis, Bronchitis, lung abscess, neoplasm, pneumonia, pulmonary embolism, (4)h/oHEART DISEASE.. Congestive heart failure (5)h/o RECENT SURGERY OR IMMOBILIZATION… Pulmonary embolism (6)h/o SMOKING… Bronchitis, COPD, neoplasia (7)h/o SPUTUM PRODUCTION Bronchiectasis, COPD, pneumonia, tuberculosis (8)h/o TRAUMA Airway trauma, pulmonary embolism (9)h/o WEIGHT LOSS COPD, neoplasia, tuberculosis WORKUP AND MANAGEMENT Chest radiography.. Plain x-ray or CT thorax may provide clues about the etiology, as well as guide further resuscitation and evaluation. Treatment of the possible cause of haemoptysis should be initiated. Once the bleeding site has been determined, the patient should be placed in the lateral decubitus position with the affected lung down to prevent pooling of blood in the unaffected bronchial system. Rapid bleeding warrants immediate airway control with rigid bronchoscopy or endotracheal intubation Flexible bronchoscopy is less effective in maintaining a patent airway, but can provide useful diagnostic information. For stable patients with no identifiable cause detected.. chest CT angiography and/or bronchial artery arteriography with or without embolization should be performed. Thanks I hope this information on HAEMOPTYSIS will be HELPFUL to most of us Dr K N PoddarDr. K N Poddar27 Likes31 Answers
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Friends I am sure u must have enjoyed green Diwali. Today I am discussing about a major problem known as Asthma. Asthma is a chronic disease of the airways that transport air to and from the lungs. No full cure is available, but management methods can help a person with asthma lead a full and active life. In a person with asthma, the inside walls of the airways, known as bronchial tubes, become swollen or inflamed. This swelling or inflammation makes the airways extremely sensitive to irritations and increases their susceptibility to an allergic reaction. In an allergic reaction, the airways swell, and the muscles around the airway tighten, making it difficult for air to move in and out of the lungs. What is asthma? asthma attack lady Asthma is a chronic respiratory disease that often leads to severe attacks of symptoms. Asthma is an incurable illness of the airways. The disease causes inflammation and narrowing inside the lung, restricting air supply. The symptoms of asthma often present in periodic attacks or episodes of tightness in the chest, wheezing, breathlessness, and coughing. During the development of asthma, the airways swell and become extremely sensitive to some of the substances a person might inhale. When this increased sensitivity causes a reaction, the muscles that control the airways tighten. In doing so, they might restrict the airways even further and trigger an overproduction of mucus. Asthma attacks The set of inflammatory events in the respiratory system can lead to the severe symptoms of an asthma attack. Worldwide, around 250,000 people die every year as a result of asthma. Asthma attacks occur when symptoms are at their peak. They might begin suddenly and can range from mild to severe. In some asthma attacks, swelling in the airways can completely prevent oxygen from reaching the lungs, which also stops it entering the bloodstream and traveling to vital organs. This type of asthma attack can be fatal and requires urgent hospitalization. At the start of an asthma attack, the airways allow enough air into the lungs, but it does not let the carbon dioxide leave the lungs at a fast enough rate. Carbon dioxide is poisonous if the body does not expel the gas, and a prolonged asthma attack might lead to a build-up of the gas in the lungs. This might further reduce the amount of oxygen entering the bloodstream. People with clear symptoms of asthma should visit a doctor. They will provide treatments and advise on management techniques, as well as identifying potential triggers for asthma symptoms and how to avoid them. The doctor will also prescribe medications to help reduce the frequency of attacks asthma. Effective asthma control reduces the impact of the condition on everyday living. Types As many different factors come together to cause asthma, there are many different types of the disease, separated by age and severity. Adults and children share the same triggers for symptoms that set off an allergic response in the airways, including airborne pollutants, mold, mildew, and cigarette smoke. Childhood asthma Children are more likely to have an intermittent form of asthma that presents in severe attacks. Some children might experience daily symptoms, but the common characteristic among children with asthma is a heightened sensitivity to substances that cause allergy. Second-hand tobacco smoke causes severe problems for children with asthma. Between 400,000 and 1 million children experience worsening asthma symptoms as a result of second-hand smoke, according to the American Lung Association. The Centers for Disease Control and Prevention (CDC) advise that children experience more emergency visits and admissions for asthma than adults. Mild asthma might resolve without treatment during childhood. However, there is still a risk that the condition might return later on, especially if symptoms are moderate or severe. Adult-onset asthma Asthma in adults is often persistent and requires the daily management of flare-ups and preventing symptoms. Asthma can begin at any age. Allergies lead to at least 30 percent of adult presentations of asthma. Obesity is a strong risk factor for adult-onset asthma, and women are more likely to develop the condition after the age of 20 years. People over 65 years of age make up a large number of deaths from asthma. Occupational asthma This is a type of asthma that occurs as a direct result of a job or profession. Symptoms will become apparent after attending a particular workplace. Industries with regular associations to occupational asthma include baking, laboratory work, or manufacturing. In this type, the work environment leads to the return of childhood asthma or the start of adult-onset asthma. Other symptoms might include a runny nose and red eyes. Difficult-to-control and severe asthma These types involve consistent, debilitating asthma symptoms and breathing difficulties. Around 12 percent of people with asthma have difficult-to-control or severe asthma. With the correct medication and effective trigger avoidance, those in this category can bring asthma symptoms back under control. Roughly 5 percent of people with asthma do not see improvements after using the standard asthma medications. These people have severe asthma, and there are several types of severe asthma depending on the cause. Newer medications are becoming available to address the different forms of severe asthma, such as eosinophilic asthma that does not link to any allergic reactions. Seasonal asthma This type occurs in response to allergens that are only in the surrounding environment at certain times of year, such as cold air in the winter or pollen during hay fever season. People still have asthma for the rest of the year but do not experience symptoms. Causes Many different aspects of a person's environment and genetic makeup can contribute to the development of asthma. Asthma is the most common chronic disease among children. The first symptoms become clear at around 5 years of age in the form of wheezing and regular infections in the respiratory tracts. The following are the primary causes of asthma. Allergies A strong link exists between allergies and asthma. One 2013 study in the Annals of Asthma, Allergy, and Immunology suggests that over 65 percent of adults with asthma over the age of 55 years also have an allergy, and the figure is closer to 75 percent for adults between the ages of 20 and 40 years. Common sources of indoor allergens include animal proteins, mostly from cat and dog dander, dust mites, cockroaches, and fungi. Smoking tobacco Research has linked tobacco smoke to an increased risk of asthma, wheezing, respiratory infections, and death from asthma. In addition, the children of parents who smoke have a higher risk of developing asthma. Smoking makes the effects of asthma on the airways worse by adding coughing and breathlessness to its symptoms, as well as increasing the risk of infections from the overproduction of mucus. Environmental factors Air pollution both in and out of the home can impact the development and triggers of asthma. Allergic reactions and asthma symptoms often occur because of indoor air pollution from mold or noxious fumes from household cleaners and paints. pollen Anything from pollen to pollution can trigger an asthma attack and inflame the airways. Other asthma triggers in the home and environment include: pollution sulphur dioxide nitrogen oxide ozone cold temperatures high humidity Heavy air pollution tends to cause a higher recurrence of asthma symptoms and hospital admissions. Smoggy conditions release the destructive ingredient known as ozone, causing coughing, shortness of breath, and even chest pain. These same conditions emit sulfur dioxide, which also results in asthma attacks by constricting the airways. Changes in the weather might also stimulate attacks. Cold air can lead to airway congestion, constricted airway, extra secretions of mucus, and a reduced ability to clear that mucus. Humidity might also lead to breathing difficulties for populations in some areas. Obesity Some studies, such as this report from 2014, suggest a link between obesity and asthma, although the American Academy of Asthma, Allergies, and Immunology does not recognize obesity as a formal risk factor for asthma. However, the report in question suggests that the inflammatory mechanisms that drive asthma also link to obesity. Pregnancy If a woman smokes tobacco or illicit substanes while pregnant, an unborn child might grow less in the womb, experience complications during labor and delivery, and have a low birth weight. These newborns might be more prone to medical problems, including asthma. Stress People who undergo stress have higher asthma rates. Increases in asthma-related behaviors during stressful times, such as smoking, might explain these increased rates. Emotional responses, including laughter and grief, might trigger asthma attacks. Genetics A parent can pass asthma on to their child. If one parent has asthma, there is a 25 percent chance that a child will develop asthma. Having two parents with asthma increase the risk to 50 percent. Many genes are involved in passing on asthma. These genes can interact with the environment to become active, although confirming these findings may require further research. Atopy Atopy is a general class of allergic hypersensitivity that leads to allergic reactions in different parts of the body that do not come in contact with an allergen. Examples include eczema, hay fever, and an eye condition called allergic conjunctivitis. During atopy, the body produces more immunoglobin (IgE) antibodies than usual in response to common allergens. The most common type of asthma is atopic asthma, and atopy plays a key role in its development. Environmental allergens lead to overproduction of IgE antibodies and trigger asthmatic reactions. The menstrual cycle One type of asthma, known as perimenstrual asthma (PMA), leads to acute symptoms during the menstrual cycle and a particular sensitivity to aspirin. The sex hormones that circulate during menstruation, such as luteinizing hormone (LH) and follicle-stimulating hormone (FSH), impact immune activity. This increased immune action can cause hypersensitivity in the airways. Diagnosis Three main components comprise an accurate asthma diagnosis: Medical history, observations during a physical exam, and results from breathing tests. A primary care physician will administer these tests and determine the level of asthma as mild, intermittent, moderate, or severe in people who show signs of the condition, as well as identifying the type. A detailed family history of asthma and allergies can help a doctor make an accurate diagnosis. A personal history of allergies is also important to mention, as many share mechanisms with asthma and increase the risk. Keep a note of any potential triggers of asthma symptoms to help guide treatment, including information about any potential irritants in the workplace. Be sure to identify any health conditions that can interfere with asthma management, such as: a runny nose sinus infections acid reflux psychological stress sleep apnea Young children who develop asthma symptoms before the age of 5 years find it more difficult to receive a clear diagnosis. Doctors might confuse asthma symptoms with those of other childhood conditions. If children experience wheezing episodes during colds or respiratory infections in early life, they are likely to develop asthma after 6 years of age. Physical exam A physical examination will generally focus on the upper respiratory tract, chest, and skin. A doctor will listen for signs of wheezing, or a high-pitched whistle on breathing out, in the lungs during a breath using a stethoscope. Wheezing is a key sign of both an obstructed airway and asthma. Physicians will also check for a runny nose, swollen nasal passages, and soft growths on the inside of the nose and check for skin conditions including eczema and hives. These are allergic conditions that link to asthma and suggest heightened immune activity that could be causing any wheezing. People with asthma do not always show physical symptoms, and it is possible to have asthma without presenting any physical maladies during an examination. Asthma tests Lung function tests are another component of an asthma diagnosis. They measure how much air a person inhales and exhales and the speed with which a person can expel air from the lungs. A spirometry test can provide an indication of lung function. spirometry A spirometry can help assess lung function. Spirometry is a non-invasive test that requires deep breaths and forceful exhalation into a hose. The hose links to a machine called a spirometer that displays two key measurements: forced vital capacity (FVC), or the maximum amount of air a person can inhale and exhale forced expiratory volume (FEV-1), the maximum amount of air a person can exhale in one second The doctor then compares these measurements against what would be normal for another person of the same age. Measurements below normal indicate obstructed airways and probable asthma. A doctor will often administer a bronchodilator drug to open air passages before retesting with the spirometer to confirm the diagnosis. If results improve after using the drug, the risk of an asthma diagnosis increases. Children under 5 years of age are difficult to test using spirometry, so asthma diagnoses will rely mostly on symptoms, medical histories, and other parts of the physical examination process. In younger children, doctors commonly prescribe asthma medicines for 4 to 6 weeks to gauge physical response. Other Tests A bronchoprovocation test, also known as a "challenge test" involves the administration an airway-constricting substance, such as cold air, to deliberately trigger airway obstruction and asthma symptoms. Similarly, a challenge test for exercise-induced asthma would consist of vigorous exercise with the aim of triggering symptoms. The doctor then conducts a spirometry, and if measurements are still normal, they are not likely to reach a diagnosis of asthma. Physicians might use allergy tests to identify substances that may be causing asthma or making it worse. These tests do not fully diagnose asthma, but they might help a doctor understand the nature of asthma symptoms. Doctors may also test for other diseases with similar symptoms, such as: gastroesophageal reflux disease (GERD) heartburn hay fever sinusitis sleep apnea chronic obstructive pulmonary disease (COPD) airway tumors airway obstruction bronchitis pneumonia a blood clot in the lung, or pulmonary embolism congestive heart failure vocal cord dysfunction viral lower respiratory tract infection A doctor may test for these using the following methods: a chest x-ray electrocardiogram (ECG) complete blood counts CT scans of the lungs gastroesophageal reflux assessment the induction and examination of sputum, or phlegm Many people with asthma will not need to visit a specialist, as most primary care physicians have training for asthma diagnosis. People who require special asthma tests or have had life-threatening asthma attacks in the past may need to visit an asthma specialist Specialists can also be useful for people who need more than one kind of medication or higher, more concentrated doses in order to control asthma. A visit may also be necessary for people with difficult-to-control asthma, or people receiving treatment for other allergies. Takeaway Asthma is a chronic, inflammatory condition that causes swelling and blockage in the airways. It can range in severity, and there are several types, depending on the cause and the age at which asthma begins. Anyone of any age can develop asthma. Women are more likely to develop the condition after the age of 20 years, and smoking and air pollution heavily contribute to the issue. The immune system and asthma share a strong link, and people with asthma often have other allergies. A young child might find that asthma seems to resolve without treatment but returns in adult life. However, moderate and severe cases often require treatment. Asthma attacks involve a sudden and severe recurrence of symptoms, and these are how younger children normally experience asthma. Adult-onset asthma tends to be more constant and persistent. Diagnosing asthma involves testing lung function and immune response, as well as assessing an individual for other condition with similar symptoms to asthma risk of asthma for young children. Can asthma develop into other harmful lung diseases, such as COPD or emphysema? Asthma is a risk factor for COPD, and people with long-standing asthma have a high risk of developing COPD, especially if they had severe asthma as children. Emphysema on the other hand, is not related to asthma even though their symptoms may be similar. Cigarette smoking almost always causes this. Homoeopathic treatment for Asthma Carbo Vegetabilis: This is a homeopathic asthma treatment which is generally prescribed when the person has violent bouts of coughing which may cause a gag reflex to set in. Extremities might be cold, but there is a need for air or breeze. Feels dyspeptic, burping gives relief. Chamomilla: This is most often prescribed for asthma attacks that are brought on by emotional stress, anxiety or over excitement. The person displays behaviour that is irritable, angry and hypersensitive. In some cases, this is accompanied by a racking cough. Arsenicum Album: A person needing this homeopathic asthma remedy may often feel a combination of exhaustion and uneasiness. Breathing problems are exacerbated when supine, better when upright. The person often finds that ease of breathing deteriorates at night, accompanied by wheezing and a constant thirst. He/she may also experience violent chills accompanied by shivering, heat may bring relief. Natrum Sulphuricum: When asthma attacks are precipitated by mould and dampness, this homeopathy remedy is especially efficacious. Nux Vomica: Persons feeling constricted in the chest and stomach, brought on by having spicy food, alcohol and sweets. Warmth and sleep along with this remedy bring relief. Pulsatilla: Excessive warmth especially indoors along with and heavily spiced food bring on wheezing as a result of exertion and chest congestion. This remedy is useful for children suffering from asthma.Dr. Rajesh Gupta13 Likes21 Answers