a. First morning specimens
b. Timed specimens
c. Suprapubic aspiration
d. Midstream specimens
b. Timed specimens
a. Boric acid and thymol
b. Formalin and sodium fluoride
c. Toluene and freezing
d. Chloroform and freezing
a. Boric acid and thymol
a. 200-600 ml
b. 600-1000 ml
c. 1000-1500 ml
d. Over 1500 ml
a. 200-600 ml
a. Urinary tract infection
b. Diabetes mellitus
c. Diabetes insipidus
d. Uremia
b. Diabetes mellitus
a. Proteinnuria
b. Polyuria
c. Pyuria
d. Oliguria
b. Polyuria
a. Renal concentration
b. Renal secretion
c. Renal urine flow
d. Glomerular filtration
b. Renal secretion
a. Post streptococcal glomerulonephritis
b. Acute glomerulonephritis
c. Acute pyelonephritis
d. Renal failure
e. None of the above
d. Renal failure
a. Multiple sclerosis
b. Multiple myeloma
c. Reye’s syndrome
d. Myasthenia gravis
a. Multiple sclerosis
a. Fat globules
b. Abundant rbc’s
c. Amorphous carbonates
d. Amorphous urates
d. Amorphous urates
a. Carotene reductioin
b. Bilirubin degradation
c. Premature floating
d. Meconium degredation
b. Bilirubin degradation
a. Presence of phosphatidyl glycerol
b. Creatine greater that 2mg/100ml
c. Lecithin/sphingomyeline(L/S) ratio of less than 2.0
d. LS ratio of greater than2 and presence of Phosphatidylglycerol
d. LS ratio of greater than2 and presence of Phosphatidylglycerol
a. Congestive heart failure
b. Tuberculosis
c. Empyema
d. Lung carcinoma
a. Congestive heart failure
a. Collection of fresh specimen
b. Centrifugation
c. Dilution for specific gravity
d. Testing under a hood
a. Collection of fresh specimen
a. A urinary tract infection
b. A dilute random specimen
c. Precipitated amorphous urates
d. Possible mix of specimen and sediments
d. Possible mix of specimen and sediments
a. Bilirubin
b. Urobilinogen
c. Urochrome
d. hemoglobin
c. Urochrome
a. Distilled water and protein
b. Distilled water and sodium chloride
c. Distilled water and urea
d. distilled water and blood
b. Distilled water and sodium chloride
a. Melanin
b. Homogentisic acid
c. Methemoglobin
d. All of the above
d. All of the above
a. Pollen grain
b. Starch granules
c. Fatty cast
d. Oval fat bodies
a. Pollen grain
a. Triplephospate
b. Ammonium biurate
c. Calcium oxalate
d. Calcium carbonate
d. Calcium carbonate
a. Cystitis
b. Urethritis
c. Pyuria
d. pyelonephritis
c. Pyuria
a. Filtered protein
b. Fatty deposits
c. Tamm-Horsefall protein
d. pyelonephritis
c. Tamm-Horsefall protein
a. Diagnosis of tubercular meningitis
b. Diagnosis of bacterial meningitis
c. Detection of viral meningitis
d. Detection of bacterial and fungal meningitis
d. Detection of bacterial and fungal meningitis
a. First morning
b. 24 hours
c. Random
d. catheterized
d. catheterized
a. 140-200 million per microliter
b. 50-100 million per ml
c. 20-160 million per ml
d. 50-100 million per microliter
c. 20-160 million per ml