prolong fever editted
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PROLONG FEVER
Siti hamidah
Nurfarhana
Medical students UniSZA
Year 3 (2013)
DATAName:---------
Age: 8 months
Gender: Female
Race: Malay
Religion: Islam
Address: kuala berang
Date of Admission: 6/1/2014 ;16:46
Date of Clerking: 16/1/2014
Date of Discharge: -
Informant: Mother
CHIEF COMPLAINT
Fever 1 day prior to admission
HISTORY OF PRESENTING ILLNESS
•Fever 1/7 prior to admission. Fever since 5 months of age. It was on and off without chill and rigor. Currently, The fever was associated with runny nose and sore throat. Documented temperature was 38°C at home.
•Worsening noisy breathing and rapid breathing 1/7 which preceded by cough 2/7. the cough chesty in nature with no facial congestion and no paroxysmal cough.
•Went to hospital hulu terengganu at 11.30am
•Less active and reduce oral intake.
•At hospital hulu terengganu treated as severe croup and was given neb adrenaline once and iv hydrocort.But at 2pm there was worsening respiratory distress + sridor.
•Admitted to PICU hsnz at 4.50pm, was ventilated and sedated, Condition pink, not tachpneic, rashes whole body.
• Transfer to general ward on 8/1/2014, spiking temperature
• 10/1/2013 admitted again to PICU due to respiratory distress + stridor + hyperextended neck with tongue protuded, was given iv dexa 1.6mg + iv ig infusion 12g over 16h on allergic reaction develop.
• Vital sign was stable and afibrile.
SYSTEMIC REVIEW
CNS= no fit/seizure, no abnormal movementCVS= no cyanosis, no pedal edema, no shortness of breath.GIT= reduced oral intake and vomiting with no altered bowel habit, no abdominal distension, no loss of weight.Genitourinary= normal colour urineHematology= not sudden bruise and sudden bleeding.
ANTENATAL HISTORY
•Attend check up regularly.
•Mother has asthma and taking inhaler
•Mother had no diabetes, no hypertension and no complication during pregnancy.
BIRTH HISTORY
•born at preterm (36 weeks) via spontaneous vaginal delivery at hospital.
•Weighing 2.3 kilogram.
NEONATAL HISTORY•Neonatal jaundice for 4 days
•No treatment of phototheraphy
FEEDING AND DIETARY HISTORY
•breast fed from birth until 3 months and was on formula milk.
•4 ounces 4-3 times per day
DEVELOPMENTAL HISTORY
Gross Motor: She was able to control head but unable to crawling or standing unsupported.
Vision and Fine Motor: She was able to reach object.
Hearing, Speech and Language: babbles
Social, Emotional and Behavioural: She was able to smile
IMMUNIZATION HISTORY
•Miss immunization for hep B dose 3 at 6/12 due to fever.
•last immunization at 5 months old was the acellular pertussis vaccine dose 3 (DTaP), inactivated polio vaccine dose 3 (IPV) and Haemophilus influenza b vaccine dose 3 (Hib).
PAST MEDICAL AND SURGICAL HISTORY
•No chronic illness.
•3rd hospitalization = 1st hospitalization was during after birth due to neonatal jaundice, 2nd hospitalization last month due to fever.
•Never done any surgical procedure before.
DRUG AND ALLERGY
•Not in regular medication
•No known history of allergic
FAMILY HISTORY
•Father = 29 years old works as officer at primary school, healthy.
•Mother = 27 years old works as officer at KK Putrajaya, has asthma on medication
•She is 1st child in family
•No known history of cancer/ same illness in family.
SOCIAL HISTORY
•She had taken care by her grandmother in a house with adequate facilities.
•Father not a smoker and no other risk exposure of cigarette smoke.
•Father financial status is stable.
•No history of travelling to endemic area
CASE SUMMARY
My patient 8 months old malay girl, admitted to hospital due to fever 1/7. she has fever since 5 months old which is on and off + URTI symptoms. Currently fever associated with noisy breathing and rapid breathing. Cough chesty in nature. There had rashes whole body
Management for patient
Iv dexamethasone1.5mg
Sy paracetamol 100mg
Sy piriton 0.6 mg
Calamine lotion
syrup aspirin 50mg
Iv globulin infusion 12g over 16h
Monitor vital sign
Iv penicillin
NON INFECTIOUS CAUSES OF PROLONGED FEVER
What is Kawasaki Disease?
• Idiopathic multisystem disease characterized by vasculitis of small & medium blood vessels, including coronary arteries
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Diagnostic Criteria• Fever for at least 5 days fever is usually high,
greater than 102°F, does not respond well to antipyretics, and can last 1-2 weeks.
• At least 4 of the following 5 features: 1. Changes in the extremities
Edema, erythema, desquamation
2. Polymorphous exanthem, usually truncal
3. Conjunctival injection
4. Erythema&/or fissuring of lips and oral cavity
5. Cervical lymphadenopathy (early disease)
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Atypical or Incomplete Kawasaki Disease
• Present with < 4 of 5 diagnostic criteria• Compatible laboratory findings• Still develop coronary artery aneurysms• No other explanation for the illness• More common in children < 1 year of
age
Phases of Disease• Acute (1-2 weeks from onset)
– Febrile, irritable, toxic appearing– Oral changes, rash, edema/erythema of feet
• Subacute (2-8 weeks from onset)– Desquamation, may have persistent arthritis
or arthralgias– Gradual improvement even without treatment
• Convalescent (Months to years later)- In this phase remaining symptoms resolve &
laboratory values normalize.
Acute changes =erythema and edema of hands and feet, usually on the dorsal surfaces.Erythema of palms & soles Usually start 3-5 days after onset of fevers
desquamation in subacute phaseBeau lines may be seen 2-3 months after onset
Polymorphous, non-vesicular rash
Present in 99% of cases Usually maculopapularCharacteristic confluence in perineum (60%)Often not pruritic
the first week, patients can develop bilateral,
painless bulbar conjunctival injection
without exudate.erythema and cracking
of lips, a strawberry tongue
Trager, J. D. N Engl J Med 333(21): 1391. 1995.
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JIA
Systemic JIA• Definition:
– Arthritis with, or preceded by, daily fever of at least 2 weeks’ duration
– Fevers are quotidian (daily) for at least 3 days and is accompanied by one or more of the following:
• Evanescent, non-fixed, erythematous rash• Generalized lymph node enlargement• Hepatomegaly and/or splenomegaly• Serositis
Overview of Systemic JIA• 10-15% of all JIA patients• Broad peak of onset 1-5 years• M:F 1:1• Variable number of joints• Il-6 is elevated and correlates with disease activity
• Extra articular symptoms: – Fever 100 %– Rash 95%– Hepatosplenomegaly, 85%– Lymphadenopathy 70%– Pericarditis 35%– Pleuritis 20%
• It begins with repeating fevers that can be 103°F or higher + salmon-colored rash that comes and goes.
• Systemic onset JIA= cause inflammation of the internal organs as well as the joints.
Quotidian fever Intermittent fever of systemic JIA .The fever spikes usually occurred daily in the late evening to early morning (quotidian pattern), returned to normal or below normal, and were accompanied by severe malaise, tachycardia, and rash.
• Rash - – Salmon colored– Maculopapular –
flat to slightly raised– Trunk and
extremities– Migratory– Pruritic 5%– Persistent with
fever spike
investigation
• Anemia (a low red blood cell count) and elevated white blood cell counts are also typical findings in blood tests
• negative rheumatoid factor blood test
treatment
Medications
• NSAID= naproxen (Naprosyn) or ibuprofen (like Motrin or Advil)
•Disease-Modifying-Anti-Rheumatic-Drugs (DMARDs)= methotrexate (Rheumatrex) and sulfasalazine (Azulfidine)
•Steroids, such as prednisone
• Physical and Occupational Therapy
• Surgery
• Diet and Exercise
Systemic Lupus Erythemotosus
causes lupus in children• Genetics• Environmental exposures?• Medications:
– Minocycline (an antibiotic often used for acne in adolescents) is a well-known cause of positive ANA and lupus-like syndromes. Symptoms often resolve after discontinuation.
– Antiseizure medications, antihypertensive (blood-pressure), and several other medications can have similar effects, though are less commonly used in children and teens.
presentation• Common initial presentations:
– Unexplained fevers or prolonged general illness without explanation
– Swollen lymph nodes
• Other initial presentations:– Kidney disease
• up to 80% of patients eventually.– Neurologic symptoms
• Seizures, psychosis, movement problems, etc.– Blood clots
• Antiphospholipid antibodies are relatively common.– Other
• Heart disease• Lung disease• Organ enlargement
Diagnosis of lupus in childrenSymptoms:
• Photosensitivity•Malar rash•Discoid rash•Oral ulcers•Arthritis•Pleurisy or pericarditis, •Seizures or psychosis•Raynaud’s phenomenon•Hair loss
Lab tests:• Proteinuria, hematuria, other urine abnormalities• Low white blood cells, low platelets, hemolytic anemia•Positive ANA•Positive anti-Smith or anti-dsDNA•Anti-Ro, anti-La, anti-RNP, anti-histone•Coombs test•Low complements•Elevated inflammatory markers
Treatment of lupus in children
• Generally similar to that of adults.corticosteroids (e.g. prednisone or SoluMedrol) to control symptoms–Mild lupus
• Often responds to hydroxychloroquine (Plaquenil).
• May benefit from NSAIDs (ibuprofen, naproxen, etc.) for musculoskeletal symptoms.
–Moderate lupus• azathioprine (Imuran) or mycophenolate (CellCept). These are often
used for hematologic or renal involvement of the disease.
–Severe lupus• cyclophosphamide (Cytoxan) or sometimes rituximab (Rituxan), for
involvement of the central nervous system or for severe kidney or hematologic disease.
MALIGNANCY
• Leukemia results from an event in a bone marrow precursor cell which gives rise to immature progeny that have lost the capacity to differentiate and proliferate in an uncontrolled manner
• Immature progeny (blasts) expand in marrow and impair normal hematopoiesis
LEUKEMIA
Childhood Leukemia
• Leukemia is the most common form of cancer of childhood (30%)
• Peak incidence 2-5 years of age• males > females• Incidence of ALL (acute lymphoblastic
leukemia) is 5 times higher than incidence than AML (acute myeloid leukemia)
Causes of acute leukemias
• idiopathic (most)
• chemicals, drugs
• ionizing radiation
• viruses (HTLV I)
• hereditary/genetic conditions
Classification of leukemias
Acute Chronic
Myeloid origin
Lymphoid origin
Acute Myeloid Leukemia (AML)
Acute Lymphoblastic Leukemia (ALL)
Chronic Myeloid Leukemia (CML)
Chronic Lymphocytic Leukemia (CLL)
Common Presenting Signs and Symptoms
• Expanding blast population in bone marrow causes bone and joint pain
• Pallor and fatigue due to anemia• Bruising, petechiae and bleeding due to
thrombocytopenia• Fever due to infection and cytokines from leukemia • Adenopathy, hepatomegaly and splenomegaly due
to blasts migrating out of marrow
Clincal manifestations
• symptoms due to:– marrow failure– tissue infiltration– leukostasis– constitutional symptoms– other (DIC)
• usually short duration of symptoms
Marrow failure
• neutropenia: infections, sepsis
• anemia: fatigue, pallor
• thrombocytopenia: bleeding
Infiltration of tissues/organs• enlargement of liver, spleen, lymph nodes• gum hypertrophy• bone pain• other organs: CNS, skin, testis, any organ
Leukostasis
• accumulation of blasts in microcirculation with impaired perfusion
• lungs: hypoxemia, pulmonary infiltrates
Constitutional symptoms
• fever and sweats common
• weight loss less common
Laboratory features
• WBC usually elevated, but can be normal or low
• demonstrate anemia, thrombocytopenia, leukocytosis or leukopenia with circulating blasts
• normocytic anemia
• DIC
Distinguishing AML from ALL
• light microscopy– AML: Auer rods, cytoplasmic granules– ALL: no Auer rods or granules.
• flow cytometry
• special stains (cytochemistry)
TREATMENT
Choice of Rx is influenced by:
• type (AML vs ALL)• age
Treatment of leukemias – – There are 2 goals:
• Eradicate the leukemic cell mass• Give supportive care
There are four general types of therapy• Chemotherapy – usually a combination of drugs is
used• Bone marrow transplant• Radiotherapy• Immunotherapy – stimulate the patients own
immune system to mount a response against the malignant cells
• Monoclonal antibodies – examples include Rituxin
LYMPHOMA
HODGKINS NON-HODGKINS
LYMPHOBLASTIC LYMPHOMA
BURKITT’SLYMPHOMA
LARGE CELLLYMPHOMA
IMMUNOBLASTIC ANAPLASTIC
(40%) (60%)
(<15%) (30-40%) (40-50%)
(50%) (50%)
Non-Hodgkin’s Lymphoma
Malignant solid tumor of immune system Undifferentiated lymphoid cells Spread: aggressive, diffuse, unpredictable Lymphoid tissue; BM and CNS infiltration High growth fraction and doubling time Dx and Rx ASAP Rapid CTX response; tumor lysis concern
Incidence/Etiology - NHL
6% childhood cancer 60% of childhood lymphomas
Peak age of 5-15; M:F ratio of 2.5:1 Increased with
SCIDS, HIV, EBV post solid organ transplant
Geographic, viral, genetic & immunologic factors
Types of NHL
Lymphoblastic (30-35%)– 90 % immature T cells (very similar to
T-ALL)• remainder pre-B phenotype (as in ALL)
– 50-70% anterior mediastinum– neck, supraclavicular, axillary
adenopathy– Classic: older child with
intussusception
Large-cell lymphoma (15-20%)- Diffuse Large B-cell lymphoma
(DLBCL)- frequent Mediastinal involvement- More like Hodgkin lymphoma than other
NHLs- “Peripheral T-cell” lymphoma- Often involves skin, CNS, lymph
nodes, lung, testes, muscles, and GI tract
Burkitt Facts• 100 new cases/year in US, 2-3:1
male:female; mean age 11 years (in non-endemic form)
• small, noncleaved cell; mature B phenotype; intraabdominal (sporadic) or jaw (endemic) most common primary site
• Extremely rapidly-growing; tumor lysis issues
Clinical Presentations Abdomen: (35%): pain, distention,
jaundice, GI problems, mass Head/neck (13%): lymphadenopathy,
jaw swelling, single enlarged tonsil, nasal obstruction, rhinorrhea, cranial nerve palsies
Mediastinum (26%): SVC syndrome CNS (rare): HA, V, irritability,
papilledema+Fever, malaise, night sweats, wt. loss,
Hodgkin’s Disease
Immune system malignancy, involving B or T lymphocytes
Reed-Sternberg cells Spread: slow, predictable, with
extension to contiguous lymph nodes
Infiltration to non-lymphoid organs is rare
Hodgkin’s disease with Reed Sternberg celloften CD20+
Incidence and Etiology
Hodgkin’s 5% of childhood cancers Bimodal peaks, at 15-35 and >50;
rare < 5 M:F ratio of 3:1; variation r/t
geography and SES, and type Increased in immunologic
disorders, HIV, EBV
Types of Hodgkin’s Lymphoma
Nodular sclerosing (NS), 40-60%, lower cervical, supraclavicular, mediastinal nodes
Mixed cellularity (MC), 15-30%; advanced disease with extranodal involvement
Lymphocyte predominance (LP), 5-15%, presents as localized disease
Lymphocyte depletion (LD) (<5%); widespread disease
Clinical Presentation
Painless lymph node swelling (90%) that persists despite antibiotic therapy
Palpable non-tender, firm, mobile, rubbery nodes; Mediastinal adenopathy (60%); SVC
Bulky: when mass is > 1/3 thorax diameter
symptoms: Fever of >38C for 3 days, drenching night sweats, 10% weight loss
Treatment
Surgery Radiation TherapyChemotherapy: with overall cure rates
60-80+%