Common cold,rhino sinusitis,influenza
Upcoming SlideShare
Loading in...5
×
 

Common cold,rhino sinusitis,influenza

on

  • 1,211 views

Common cold,rhino sinusitis,influenza

Common cold,rhino sinusitis,influenza

Statistics

Views

Total Views
1,211
Views on SlideShare
1,206
Embed Views
5

Actions

Likes
0
Downloads
40
Comments
0

1 Embed 5

http://study.myllps.com 5

Accessibility

Upload Details

Uploaded via as Microsoft PowerPoint

Usage Rights

© All Rights Reserved

Report content

Flagged as inappropriate Flag as inappropriate
Flag as inappropriate

Select your reason for flagging this presentation as inappropriate.

Cancel
  • Full Name Full Name Comment goes here.
    Are you sure you want to
    Your message goes here
    Processing…
Post Comment
Edit your comment
  • Representing a group of diseases Involving to a variable degrees
  • QUITAR DE LA PRESENTACION

Common cold,rhino sinusitis,influenza Common cold,rhino sinusitis,influenza Presentation Transcript

  • Common Cold , Rhino sinusitis, Influenza Dr. Shahid PervaizDr. Shahid Pervaiz Postgraduate RegistrarPostgraduate Registrar Pulmonology DepartmentPulmonology Department Nishtar Hospital MultanNishtar Hospital Multan
  • Definition: the common cold benign self-limited syndrome caused by members of several families of viruses Mild upper respiratory viral illness
  • Symptoms: the common cold Day 1 : sore or “scratchy” throat, +/- low grade fever Day 2-3 : nasal obstruction, rhinorrhea, sneezing.  Thick purulent nasal discharge does NOT mean bacterial sinusitis! Day 4-5: cough becomes bothersome, nasal symptoms less severe • Average duration: 3-7 days • Virus-induced changes in airway reactivity can persist for up to 4 weeks
  • Symptoms: the common cold* Day 1
  • Symptoms: the common cold* Day 2 to 3
  • Symptoms: the common cold* Day 4 to 5 • thick purulent nasal discharge does NOT mean bacterial sinusitis!
  • 50% 15% 15% 5% 5% 10% Rhinovirus Coronavirus Influenza RSV Parainfluenza Adeno, Entero Virology *4,5
  • Seasonal Patterns Fall, late spring : Rhinovirus Parainfluenza Winter, spring: RSV, coronavirus Summer: Enterovirus (year) Adenovirus: Outbreaks in Military facilities daycare centers, hospital
  • Facts: the common cold • Incubation period 24 to 72 hours • Average duration 3 – 7 days •Virus-induced changes in airway reactivity can persist for up to 4 weeks (Rhinovirus ) • 2 to 3 episodes /per year*
  • Diferential diagnosis: the common cold •Allergic or seasonal rhinitis •Bacterial pharyngitis or tonsillitis •Sinusitis •Influenza
  • But how do I know it’s just a cold? COLD INFLUENZA Fever Rare 39-40o Headache Rare Usual Myalgia Mild Severe Malaise Mild May last 3 wks Extreme fatigue Unusual Usual Nasal congestion Common Common Sneezing Common Sometimes Sore throat Common Common Chest discomfort/ cough Mild Mod-Severe
  • Facts: Influenza •Patients with illnesses which involve the cardiovascular or pulmonary systems •Patients with diabetes mellitus, renal disease, hemoglobinopathy, or immunosuppression. •Residents of nursing homes or chronic care facilities •Otherwise healthy individuals over age 50
  • Facts: Influenza Vaccine All of the mentionated before Plus Health care workers Pregnant women in second or third trimestrer
  • But how do I know it’s just a cold? • Acute Bacterial Sinusitis • complicate 0.5-2% of colds • Diagnosis = persistent URTI with no improvement >10-14 days OR worsening after 5 days + • nasal congestion/ purulent nasal discharge AND • facial pain
  • But how do I know it’s just a cold? • Pneumonia = 1. 2 of: fever, new cough, pleuritic chest pain, SOB + 2. Auscultatory findings + 3. New opacity on CXR
  • •Asthma Airway reactivity Vs Acute asthma attacks exacerbations Up to 40% of viral upper resp infection
  • Complications Sinusitis: Acute bacterial sinusitis develops in 0.5 to 2.5 percent of adult patients after viral *1 Lower respiratory tract disease : RSV, elderly (CHF) and immunocompromised Acute otitis media: Eustachian tube dysfunction; .
  • FACTS: transmission* • Hand –to- hand • most efficient = direct contact • virus can survive for 2 hours on human skin • also aerosol • NOT via saliva (in 90% of people with colds, no detectable virus in saliva)
  • FACTS: the common cold • You can be re-infected by the same virus, but subsequent illness will be milder and shorter • NO evidence that cold climate increases susceptibility to respiratory illness
  • Treatment: the common cold • the ONLY “A” recommendation is NOT to use antibiotics to treat the common cold. • everything else is “B” (inconsistent or limited quality evidence)
  • Treatment: what might work COUGH: • dextromethorphan (DM) – cough suppressant • Cochrane review: 2 studies: benefit, 1 study: no benefit • guaifenesin (Benylin E, Robitussin) – expectorant •1 study: benefit, 1 study: no benefit
  • Treatment: what might work NASAL CONGESTION: • topical or oral decongestant (pseudoephedrine = Sudafed) • small benefit of single dose, NO benefit of repeated use over several days • topical intranasal Atrovent (0.06% spray) • 2x 42ug sprays per nostril TID-QID x 4 days • decreased nasal discharge by 26% : only 1 study, expensive • humidified air and fluid intake
  • Treatment: what WON’T work COUGH: • codeine – works for chronic cough, NOT for acute cough • antihistamines – no benefit
  • Treatment: what WON’T work NASAL CONGESTION: • Antihistamines *1 • no benefit, significant adverse effects • Saline nasal spray • no benefit
  • Treatment: the common cold COMPLEMENTARY/ ALTERNATIVE: • Vitamin C • no effect if started after onset of symptoms • inconsistent results if started before: may slightly decrease cold duration if 200mg daily • Exercise • decreased incidence in overweight postmenopausal women who exercised 5x/week
  • Treatment: the common cold COMPLEMENTARY/ ALTERNATIVE: • Echinacea • no evidence in well-designed studies • Zinc • inhibits viral growth in vitro • inconsistent study results
  • QUIZ: the common cold What is the most common culprit? a. rotavirus b. coronavirus c. rhinovirus d. echovirus e. influenza virus
  • QUIZ: the common cold What is the most common culprit? a. rotavirus b. coronavirus c. rhinovirus d. echovirus e. influenza virus
  • QUIZ: the common cold Patient wants to spend his money on treatments that he can be sure will help his symptoms. What do you suggest? a. Antibiotics b. Antihistamine c. Codeine d. Dextromethorphan e. Pseudoephedrine f. D. or E. g. None of the above – just rest and fluids
  • QUIZ: the common cold a. Antibiotics b. Antihistamine c. Codeine d. Dextromethorphan e. Pseudoephedrine f. D. or E. g. None of the above – just rest and fluids
  • RHINO-SINUSITISRHINO-SINUSITIS
  • SINUSITIS AND ITS MANAGEMENT
  • Anatomy of sinuses
  • • Where are theWhere are the sinuses?sinuses? • Four pairs ofFour pairs of paranasal sinusesparanasal sinuses • Frontal-above eyes inFrontal-above eyes in forehead boneforehead bone • Maxillary-inMaxillary-in cheekbones, under eyescheekbones, under eyes • Ethmoid-between eyesEthmoid-between eyes and noseand nose • Sphenoid-in center ofSphenoid-in center of skull, behind nose andskull, behind nose and eyeseyes
  • EMBRYOLOGICAL DEVELOPMENT • The sinuses are hollow air-filledThe sinuses are hollow air-filled sacs lined by mucous membrane.sacs lined by mucous membrane. • The ethmoid and maxillaryThe ethmoid and maxillary sinuses are present at birth.sinuses are present at birth. • The frontal sinus develops duringThe frontal sinus develops during the 2the 2ndnd year and the sphenoid sinusyear and the sphenoid sinus develops during the 3develops during the 3rdrd yearyear
  • EMBRYOLOGICAL DEVELOPMENT • At birth, the ethmoid, sphenoidAt birth, the ethmoid, sphenoid and maxillary sinuses are tiny andand maxillary sinuses are tiny and cause problems in infants andcause problems in infants and toddlers.toddlers. • Frontal sinuses develop betweenFrontal sinuses develop between 4-7 years of age, causing problems4-7 years of age, causing problems in school aged children andin school aged children and adolescents.adolescents.
  • Inflammation of paranasal sinuses
  • INFLAMED SINUSES
  • DEFINATION AND INCIDENCE • An acute inflammatory processAn acute inflammatory process involving one or more of theinvolving one or more of the paranasal sinuses.paranasal sinuses. • A complication of 5%-10% of URIs inA complication of 5%-10% of URIs in children.children. • Persistence of URI symptoms >10Persistence of URI symptoms >10 days without improvement.days without improvement. • Maxillary and ethmoid sinuses areMaxillary and ethmoid sinuses are most frequently involvedmost frequently involved
  • PATHOGENESIS: • Usually follows rhinitis, which may be viral orUsually follows rhinitis, which may be viral or allergic.allergic. • May also result from abrupt pressure changesMay also result from abrupt pressure changes (air planes, diving) or dental extractions or(air planes, diving) or dental extractions or infections.infections. • Inflammation and edema of mucousInflammation and edema of mucous membranes lining the sinuses causemembranes lining the sinuses cause obstruction.obstruction. • This provides for an opportunistic bacterialThis provides for an opportunistic bacterial invasioninvasion
  • PATHOGENESIS: • With inflammation, the mucosal lining ofWith inflammation, the mucosal lining of the sinuses produce mucoid drainage.the sinuses produce mucoid drainage. Bacteria invade and pus accumulatesBacteria invade and pus accumulates inside the sinus cavities.inside the sinus cavities. • Postnasal drainage causes obstruction ofPostnasal drainage causes obstruction of nasal passages and an inflamed throat.nasal passages and an inflamed throat. • If the sinus orifices are blocked by swollenIf the sinus orifices are blocked by swollen mucosal lining, the pus cannot enter themucosal lining, the pus cannot enter the nose and builds up pressure inside thenose and builds up pressure inside the sinus cavities.sinus cavities.
  • PREDISPOSING FACTORS • Allergies, nasal deformities, cysticAllergies, nasal deformities, cystic fibrosis, nasal polyps, and HIV infection.fibrosis, nasal polyps, and HIV infection. • Cold weatherCold weather • High pollen countsHigh pollen counts • Day care attendanceDay care attendance • Smoking in the homeSmoking in the home • Re-infection from siblingsRe-infection from siblings
  • AETIOLOGY • 70% of bacterial sinusitis is caused by:70% of bacterial sinusitis is caused by: • Streptococcus pneumoniaeStreptococcus pneumoniae • Haemophilus influenzaeHaemophilus influenzae • Moraxella catarrhalisMoraxella catarrhalis • Other causative organisms are:Other causative organisms are: • Staphylococcus aureusStaphylococcus aureus • Streptococcus pyogenes,Streptococcus pyogenes, • Gram-negative bacilliGram-negative bacilli • Respiratory virusesRespiratory viruses
  • SYMPTOMS: • History of URI or allergic rhinitisHistory of URI or allergic rhinitis • History of pressure changeHistory of pressure change • Pressure, pain, or tenderness overPressure, pain, or tenderness over sinusessinuses • Increased pain in the morning,Increased pain in the morning, subsiding in the afternoonsubsiding in the afternoon • MalaiseMalaise • Low-grade temperatureLow-grade temperature
  • SYMPTOMS: • Persistent nasal discharge, oftenPersistent nasal discharge, often purulentpurulent • Postnasal dripPostnasal drip • Cough, worsens at nightCough, worsens at night • Mouthing breathing, snoringMouthing breathing, snoring • History of previous episodes ofHistory of previous episodes of sinusitissinusitis • Sore throat, bad breathSore throat, bad breath • HeadacheHeadache
  • CLINICAL FEATURES: • Periorbital edemaPeriorbital edema • CellulitisCellulitis • Nasal mucosa is reddened or swollenNasal mucosa is reddened or swollen • Percussion or palpation tenderness over aPercussion or palpation tenderness over a sinussinus • Nasal discharge, thick, sometimes yellowNasal discharge, thick, sometimes yellow or greenor green • Postnasal discharge in posterior pharynxPostnasal discharge in posterior pharynx • Difficult trans-illuminationDifficult trans-illumination • Swelling of turbinatesSwelling of turbinates
  • DIAGNOSTIC TESTS: • Imaging studies, such as sinusImaging studies, such as sinus radiographs, ultrasonograms, or CTradiographs, ultrasonograms, or CT scanning – indicated if child isscanning – indicated if child is unresponsive to 48 hours ofunresponsive to 48 hours of antibiotics and if the child has a toxicantibiotics and if the child has a toxic appearance, chronic or recurrentappearance, chronic or recurrent sinusitis, and chronic asthma.sinusitis, and chronic asthma. • Laboratory studies, such as culture ofLaboratory studies, such as culture of sinus puncture aspirates.sinus puncture aspirates.
  • DIFFERENTIAL DIAGNOSIS • septum deviation)septum deviation) • Nasal foreign body Allergic rhinitisNasal foreign body Allergic rhinitis • Non-allergic rhinitisNon-allergic rhinitis • Infectious rhinitisInfectious rhinitis • Drug-induced rhinitisDrug-induced rhinitis • Nasal polypsNasal polyps • Dental abscessDental abscess • Carcinoma of sinusCarcinoma of sinus • Cluster headacheCluster headache • Structural defectsStructural defects
  • MEDICAL TREATMENT • Acetaminophen or ibuprofen to relieveAcetaminophen or ibuprofen to relieve painpain • DecongestantsDecongestants • AntihistaminesAntihistamines • Nasal salineNasal saline
  • ANTIBIOTIC TREATMENT: • Antimicrobials-treat for 10-14 days,Antimicrobials-treat for 10-14 days, depending upon severity, with one ofdepending upon severity, with one of the following:the following: • Amoxicillin:20-40mg/kg/d in 3Amoxicillin:20-40mg/kg/d in 3 divided doses(>20kg, 250mg tid)divided doses(>20kg, 250mg tid) • CLAVUNATED AMOXICILLIN:CLAVUNATED AMOXICILLIN:25-25- 50mg/kg/d in 2 divided doses,50mg/kg/d in 2 divided doses, UseUse suspension if child is less than 40kg.suspension if child is less than 40kg.
  • TREATMENT • SEPTRAN: CO-SEPTRAN: CO- TRIMOXAZOLE+TRIMETHOTRIMOXAZOLE+TRIMETHO PRIMPRIM • CEFACLOR:500MG:1 *TDSCEFACLOR:500MG:1 *TDS • STEAM INHALATIONSTEAM INHALATION
  • FOLLOW UP INSTRUCTIONS Humidifier to relieve the drying ofHumidifier to relieve the drying of mucous membranes associated withmucous membranes associated with mouth breathingmouth breathing • Increase oral fluid intakeIncrease oral fluid intake • Saline irrigation of the nostrilsSaline irrigation of the nostrils • Moist heat over affected sinusMoist heat over affected sinus • Prolonged shower to help promoteProlonged shower to help promote drainagedrainage
  • PATIENT EDUCATION: • Child should not dive.Child should not dive. • Child should not travel by airplane.Child should not travel by airplane. • Urge parent to eliminate triggers in the homeUrge parent to eliminate triggers in the home (dust, smoking)(dust, smoking) • Have all members of the family treated, ifHave all members of the family treated, if indicated.indicated. • Instruct parent to call in 48 hours if condition ofInstruct parent to call in 48 hours if condition of child has not improved.child has not improved. • Instruct parent to bring child in for a recheck inInstruct parent to bring child in for a recheck in 2 weeks.2 weeks.
  • ALLERGIC RHINITIS
  • ALLERGIC RHINITIS Def. of Rhinitis: Is an inflammation of the nasal mucous membranes. However, with allergic rhinitis, other organs or tissues are involved, such as
  • ALLERGIC RHINITIS •-Is an Immunologic Hypersensitivity Disorder Type I •-Is often a predisposing factor or exacerbation of asthma, rhinosinusitis, nasal polyps. •-Characterized by one or more nasal Sx- sneezing, itching, congestion, rhinorrhea. •-Diagnosis is based on Hx, physical findings, and Lab.
  • Impact of Allergic Rhinitis •Most common form of atopic disease •Affects 40 million Americans •Prevalence estimates: 10/30% of adults, 40% of children •Peak incidence in childhood and adolescence •Almost 70% of the patients have nasal congestion •Nearly 17 million office visits a year
  • Impact of Allergic Rhinitis •Direct costs per year of about 6 billion dollars •Increase absenteeism and reduced productivity •75/80% of patients with asthma have allergic rhinitis. Genetics: High incidence in families with atopic disease
  • Classification: Seasonal: Yearly intervals, periodic symptoms, often due: to outdoor allergens-pollens, tree pollens (spring), grass (summer), ragweed (mid August). Mold spores
  • Classification: Perennial: Throughout the entire year, due to multiple seasonal allergies or continue exposure to: indoors allergen: Dust mite (Dermatophagoides), animal dander, cigarette smoke, hair ,spray, paint, mold, cockroaches outdoor allergens: Pollens, tree pollens (spring), grass (summer), ragweed (mid August).Mold spores
  • PATHOPHYSIOLOGY Allergens bind to specific IgE on Mast cells in Respiratory mucosa Enzymatic reactions occurs within the cell  Release of mediators (histamine, leukotrienes, prostaglandins) from mast cells  triggering IgE, leads to a complex interaction of inflammatory mediators, causing inflammation of the mucous membranes of eyes, nose, Eustachian tube, sinuses and/or pharinx.
  • There are 2 phases of allergic response: Early phase response to antigen: < 5- 30 minutes after allergen exposure. -Allergen comes in contact with IgE-primed mast cells and basophils -Caused by the immediate release of histamine and other mediators (leukotrienes). -Causing bronchoconstriction, edema, and stimulation of mucous gland that leads to: Production of secretions: Increase in vascular permeability leads to plasma exsudation Vasodilation leads to nasal congestion and sinus pressure
  • Late phase response to antigen: 2-12 hours after allergen exposure Characterized by sx beginning 4-8 hours after allergic exposure. This phase occurs because of inflammation resulting from the recruitment of inflammatory cells (Cytotoxic proteins released by neutrophils, eosinophils, macrophages, lymphocytes – damaging the Epithelial cells) to the mucous membranes. This phase has more congestion, rhinorrhea and less sneeze/itching.
  • S/S: Seasonal: Clear and watery drainage from nose (rhinorrhea) tearing of the eyes and red eyes frequent sneezing Lesser mouth breather
  • Perennial: Year round symptoms, nasal congestion (major complaint) post-nasal drainage (dry cough) mouth breather decreased sense of smell/or taste. Other SX: ↓ in physical functioning,
  • “allergic shiners” Dark circles under the eyes (Moonshiners). Chronic venous stasis from sinus congestion “Dennie-Morgan”: single or double lines under the eyes due to chronic edema. Allergic salute: Rubbing of the tip of the nose upward to ↓ itching
  • Allergic crease: Transverse line near the tip of the nose, secondary to rubbing Nasal mucosa: Pale color, edema of turbinates (inferior), clear watery secretion, colored mucus secretion Nasal polyps: Gray color, peeled- grape appearance, insensitivity to touch
  • Upper Respiratory Infection-Common Cold Etiology: Rhinoviruses, Parainfluenza, RSV, Adenovirus Risk factors: Day care, smoking, crowding, temperature changes
  • Upper Respiratory Infection-Common Cold S/S: Nasal/throat irritation Sneezing, nasal congestion, rhinorrhea Sore throat, postnasal drip Low grade fever, HA, malaise, myalgia Can lead to AOM, Sinusitis, asthma TX: Fluids, supportive
  • INFECTIOUS RHINITIS Most common cause of nasal symptoms in children is viral URI. Specially in day care/kindergarten/winter months Last between 7-14 days, symptoms resolving around the 7th/8th day Fever may or may not appear
  • INFECTIOUS RHINITIS Clear mucus discharge, changing to green/yellow after a few days, Cough post nasal drip Turbinates can be swollen and erythematous. Secretions are watery or thick, clear or colored. Complicated by sinusitis or obstruction by adenoidal hypertrophy TX: ATB (purulent mucus), mucolitics, cough syrup
  • LAB: CBC- Eosinophilia Nasal cytology- Eosinophilia. Greater than 10% is (+) Skin testing- Prick/puncture in skin 10-20 allergens. Immediate hypersensitivity with immediate results. There is a small chance of triggering a severe allergic reaction in someone highly allergic.
  • LAB: RAST– Radio Allergo Absorbent Test: Measure allergen- specific IgE, measure specific IgE to individual allergen in a sample of blood. Is less sensitive than skin testing. Total IgE: Elevated in allergic rhinitis
  • TX: Environmental control: Avoidance of specific allergens. 1-Outdoor allergents: Pollens/outdoor molds: limit outdoor activity during allergy season Keep windows and doors closed Wear a mask while doing yard work.
  • 2-Indoors: Use dust mite anti-allergic pillow and mattress plastic covers Reduce indoor heat and humidity decreasing proliferation of mites Eliminate carpeting, and use linoleum, tiles. Avoid feathers in pillows and covers. Molds: Eliminate areas of dampness and standing water Clean mold area Pets : Avoid as much as possible or don’t have them Use HEPA filters and A/C Eliminate cockroaches
  • Nasal Steroids: Effective for itching, sneezing, rhinorrhea, nasal congestion More effective than oral antihistamine. Budesonide (Rhinocort), flonase, nasonex Antihistamine: Block H1 receptors suppressing most of symptoms First generation: H1 antagonist with anticholinergic effects (sedating, dry mouth, tachycardia) Effective for most Sx. of allergic rhinitis, but on congestion is limited. Benadryl (dyphenhydramine)
  • Second generation: H1 antagonist with no/less anticholinergic sedating effect. Effective for most symptoms, improved but not efficient on congestion. Zyrtec (cetirizine), Clarinex (desloratidine) Singulair (montelukast-Leukotrienes blockers)
  • Topical cromolyn sodium (Nasalcrom-Intal): Mast cell stabilizer Used above 6 years of age Oral decongestants: alpha-1-adrenergic agonists: phenylephrine, phenylpropalamine.- Sudafed Cause vasoconstriction, ↓ blood supply to nasal mucosa / edema Topical decongestants: Sympathomimetics. Side effects-drying and burning of the mucosa. Using more than 5 days- rebound vasodilation and congestion. Oxymetazoline -Afrin
  • Combined oral decongestant and antihistamines: Extendryl / Rondec- chlorpheniramine Mucolytics: Thin mucus, improving mucociliary flow. Steam, NS drops, Guaifenesin, N-acetylcysteine Immunotherapy: Given to patients that not responded to drug therapy and good environmental control
  • POS ALLERGIC RHINITIS
  • INFLUENZA
  • Define influenza Influenza commonly calledInfluenza commonly called “the flu” is a highly contagious“the flu” is a highly contagious infection of the nose, throat,infection of the nose, throat, bronchial tubes, and lungs.bronchial tubes, and lungs.
  • Infective agent • Influenza is caused by viruses that infect theInfluenza is caused by viruses that infect the respiratory tract.respiratory tract. • Two main types:-Two main types:- 1.Influenza type-A1.Influenza type-A 2.Influenza type-B2.Influenza type-B • These viruses can under go two types ofThese viruses can under go two types of changes.changes. • ““Antigenic drift” – gradual evaluation ofAntigenic drift” – gradual evaluation of virus.virus. • ““Antigenic Shift” _ occurs only occasionally.Antigenic Shift” _ occurs only occasionally.
  • How do people get influenza • Influenza occurs world wide. TheInfluenza occurs world wide. The major types of influenza virus livemajor types of influenza virus live and change inside animals,and change inside animals, primarily birds, pigs, and horses.primarily birds, pigs, and horses. • It spreads through the Air, mostIt spreads through the Air, most often when an infected personoften when an infected person sneezes, cough, or speaks.sneezes, cough, or speaks.
  • Signs and symptoms • Abrupt feverAbrupt fever • Muscle achesMuscle aches • Severe tirednessSevere tiredness • CoughCough • Sore throatSore throat • Runny or stuffy noseRunny or stuffy nose • HeadacheHeadache These symptoms typically appear 1-5These symptoms typically appear 1-5 days after infection.days after infection.
  • How is influenza diagnosed • Health care provider willHealth care provider will diagnose influenza based ondiagnose influenza based on typical symptoms of fever,typical symptoms of fever, chills, headache, cough andchills, headache, cough and body aches.body aches.
  • Who is at risk for influenza Any one can get. but the risk of complication inAny one can get. but the risk of complication in highest in these groups.highest in these groups. 1.Person aged 65 years and older1.Person aged 65 years and older 2.Residents of nursing home2.Residents of nursing home 3.Adults and children with long lasting disorders of3.Adults and children with long lasting disorders of the lungs or heart.the lungs or heart. 4.Adults and children with diabetes, kidney disease, or4.Adults and children with diabetes, kidney disease, or weakened immune systemsweakened immune systems 5.Health-care workers, house hold members and5.Health-care workers, house hold members and others who are contact with persons at high risk forothers who are contact with persons at high risk for influenza.influenza.
  • Treatment for influenza • There is no cure for influenza.There is no cure for influenza. • Rest and liquids are main treatment.Rest and liquids are main treatment. • Antiviral drug- Tamiflu is licensed forAntiviral drug- Tamiflu is licensed for treatment of both the main types oftreatment of both the main types of influenza in humans (type A and type B)influenza in humans (type A and type B) it may prevent or reduce the severity ofit may prevent or reduce the severity of influenza.influenza.