A) High fever B) Coughing C) Joint swelling D) Nausea
A) Exanthem B) Pustule C) Umbilication D) Enanthem
A) Nausea B) Rash or oral spots C) Aching muscles D) Loss of appetite
A) 3 to 4 hours B) 1 to 2 days C) 1 week D) 10 to 12 hours
A) Blister stage B) Initial prodromal stage C) Red dot stage D) Scab stage
A) 25 to 30 days B) 1 to 2 months C) 10 to 21 days D) 2 to 5 days
A) Asthma B) Tuberculosis C) Varicella pneumonia D) Chronic bronchitis
A) Immediately upon exposure B) 1 to 2 days before disease recognition C) Only after the rash appears D) After the scabs fall off
A) Up to one month B) Exactly one week C) Three days D) Up to one year
A) Young children B) Adult women C) Adult men D) Adolescent girls
A) Encephalitis B) Shingles C) Arterial ischemic stroke D) Pneumonia
A) About 10 percent B) Less than 5 percent C) Nearly one-third D) Nearly one-half
A) When the fever breaks B) Immediately after the rash starts to fade C) Ten days after the initial exposure D) When all lesions have become dry crusts
A) Never on the hands B) Palms and soles C) Only the torso D) Only the face and scalp
A) Pustule to direct healing B) Immediate crusting of red dots C) Umbilication followed by scab formation D) Red dot to scab skipping blisters
A) Poxvirus family B) Retrovirus family C) Adenovirus family D) Herpesvirus family
A) Infants B) Children C) Adults D) Elderly
A) Insect bites B) Airborne droplets C) Blood transfusions D) Contaminated water
A) Polymerase chain reaction (PCR) B) Urine analysis C) Blood pressure test D) Liver function test
A) Paracetamol B) Aspirin C) Penicillin D) Insulin
A) Calamine B) Ibuprofen C) Amoxicillin D) Aciclovir
A) 2013 B) 1990 C) 1988 D) 1995
A) 10–20 percent B) 70–90 percent C) 95–99 percent D) 40–50 percent
A) Calamine lotion B) Alcohol rubs C) Antibiotic cream D) Hydrogen peroxide
A) 1658 B) 1995 C) 1888 D) 2013
A) Rubella B) Measles C) Smallpox D) Scarlet fever
A) 1995 B) 1750 C) 1888 D) 1658
A) It usually does not cause symptoms B) It requires hospitalization C) It causes a more severe rash D) It leads to permanent scarring
A) In the final month B) In the first six months C) Only during the last trimester D) Only during the first trimester
A) The third trimester B) The very beginning of pregnancy C) The first trimester D) The second trimester
A) Via the umbilical cord blood only B) Via breast milk C) Via the placenta D) Directly through the bloodstream
A) The final trimester B) The last 12 weeks of gestation C) The first 28 weeks of gestation D) Only the first 4 weeks
A) Microcephaly B) Brain tumor C) Macrocephaly D) Brain shrinkage
A) Hyperopia B) Cataracts C) Color blindness D) Astigmatism
A) Post-term delivery B) Infertility C) Stillbirth only D) Premature delivery
A) If the weather is cold B) If the baby was born prematurely C) If the baby is male D) If the mother is immune
A) Skin thickening B) Hypopigmentation C) Severe acne D) Excessive hair growth
A) Inability to cry B) Hyperactivity C) Increased reflexes D) Absent deep tendon reflexes
A) IgG B) IgE C) IgA D) IgM
A) Herpes zoster B) Rubella C) Rubeola D) Chickenpox
A) Over 40 years B) Over 70 years C) Over 60 years D) Over 50 years
A) About 10 years B) About 5 years C) About 20 years D) About 50 years
A) Skin biopsy B) Tzanck smear C) Urinalysis D) MRI scan
A) Hydrogen peroxide B) Vinegar C) Rubbing alcohol D) Chlorine bleach
A) Developmental delays B) Chronic shingles C) Spontaneous abortion D) Fetal blindness
A) Stroke B) High blood pressure C) Arterial sclerosis D) Aneurysm
A) Antibiotics B) Vitamin supplements C) Vaccination D) Antiviral medication
A) United Kingdom B) Japan C) Germany D) United States
A) Administer steroids B) Quarantine the patient C) Prescribe antibiotics D) Reimmunization
A) January 2026 B) January 1995 C) January 2014 D) November 2023
A) Herpes simplex virus B) Rhinovirus C) Influenza virus D) Varicella-zoster virus
A) Cutting fingernails short B) Applying heavy makeup C) Wearing thick wool clothing D) Taking cold showers
A) Increased bacterial growth B) Increased itching C) Reye syndrome D) Delayed rash healing
A) Drink caffeine B) Take cold baths C) Limit physical activity D) Increase water intake
A) Immediately after the first day B) After the fifth day C) After the second day D) After the tenth day
A) Antibiotic ointments B) Strong steroid creams C) Sodium bicarbonate baths D) Ice packs
A) Immunocompromised adults B) Elderly individuals C) Pregnant women D) Young children
A) 25% B) 75% C) 50% D) 10%
A) Common flu B) Broken bones C) Seasonal allergies D) Necrotizing fasciitis
A) Impetigo B) Diabetes C) High blood pressure D) Asthma
A) Myocarditis B) Blistering C) Fever D) Itching
A) Purpura fulminans B) Malignant chickenpox with purpura C) Febrile purpura D) Anaphylactoid purpura
A) New vaccines B) Vitamin D deficiency C) The HIV epidemic D) Improved sanitation
A) Maryland B) Florida C) California D) Texas
A) Infants B) Older people C) School-age children D) Young children
A) Homeopathic remedies B) Natural immunity C) The vaccine D) Antibiotics
A) Chickens and humans B) Humans only C) All primates D) Chimpanzees only
A) A vaccine B) A probiotic C) A steroid D) A nucleoside analog
A) They fade faster B) They do not form at all C) They are less noticeable D) They are more prominent
A) Research gathering B) Vaccination clinics C) Intentional exposure D) Public awareness
A) FDA B) CDC C) WHO D) NIH
A) 50 B) 10 C) 31 D) 20 |