Urogenital 1 of 2 Flashcards

(36 cards)

1
Q

what is the usual cause of UTI?

A

Escherichia coli, and other members of the Entercacteriaceae familyu

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2
Q

comprises 1% of all out-patient visits

A

UTI

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3
Q

what are the affects of spermicide use?

A
  1. spermicide increases colonization of vagina with uropathogens
  2. spermicides increase adherence of Escherichia coli to vaginal epithelial cells
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4
Q

infection of the bladder wall

A

cystitis

  1. infection of the bladder wall
  2. symptoms
    1. frequency and urgency to urinate and dysuria(painful urination)
    2. pain and tenderness in suprapubic area
    3. urine
      1. malodorous
      2. bloody
    4. bacteria and WBC found in urine
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5
Q

most commonly follows bladder infection

A

pyelonephritis

  1. an infection of the kidney and renal pelvis
  2. most commonly follows a bladder infection
  3. acute
    1. WBCs
    2. cellular casts
    3. bacteria
    4. protein appear in the urine
  4. chronic
    1. gradual nephron loss
    2. renal failure
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6
Q

inflammation of the urethra usually caused by UTI

A

urethritis

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7
Q

inflammation in the nephrons, the glomerulus becomes leaky

A

glomerulonephritis

  1. inflammation of the glomeruli in the nephrons
  2. glomerular capillary network becomes leaky allowing plasma protein and blood cells to be excreted in the urine
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8
Q

inflammation of the prostat gland usually follows what process?

A
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9
Q

what are the three virulence factors for bacteria that cause UTIs?

A

Virulaence factors

  1. Adherence to vaginal and uroepithelial cells
  2. cytotoxic, necrotizing factors
  3. hemolysin
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10
Q

what determines the anatomical location of infection?

A

Adhesive properties determine the anatomical location of infection

  1. adhesion to vaginal and periurethral cells
    1. avle to coloinize the urethral opening
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11
Q

gram negative rods

facultative anaeroves

most common source of UTI

  1. what is the
    1. pathogenicity
    2. treatment
A

E. coli

  1. gram negative rods
  2. facultative anaerobes
  3. most common source of urinary tract infections
  4. occurs after contaimination of the genital area with feces
  5. pathogenicity
    1. adhere to mucosa via pili
      1. causes tissue damage
    2. endotoxin (LPS) causes inflammation
  6. treatment
    1. penicillin
    2. ciprofloxacin
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12
Q

E coli

  1. type
  2. O2
  3. causes
  4. pathogenicity
  5. treatment
A
  1. E coli
  2. gram negative rods
  3. facultative anaerobes
  4. most common source of UTI
    1. occurs after contamination of the genital area with feces
  5. pathogenicity
    1. adhere to mucosa via pili
      1. causes tissue damage
    2. endotoxin (LPS) causes inflammation
  6. Treatment
    1. penicillin
    2. ciprofloxcin
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13
Q

gram positive cocci

honeymoon cystitis

A

staphylococcus saprophyticus

  1. gram positive cocci
  2. biochemical attributes
    1. nitrite negative
    2. nonhemolytic (y-hemolysis)
    3. caralase positive
    4. cagulase negative
    5. novobiocin resistant
  3. UTI occurs in sexually-active women
    1. honeymoon cystitis
    2. 5-15% of UTIs
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14
Q

staphylococcus saprophyticus

  1. type
  2. biochemical attribute
  3. occurs in
A

staphyloxoxxus saprophyticus

  1. gram-positive cocci
  2. biochemical attributes
    1. nitirite negative
    2. nonhemolytic (Y-hemolysis)
    3. catalse positive
    4. coagulase negative
    5. novobicin resistant
  3. UTI occurs in sexually active women
    1. honymoon cystits
    2. 5-15% o UTIs
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15
Q

Proteus…

  1. type
  2. O2
  3. type of pathogen
  4. enteric …
  5. important enzyme
  6. motility
A
  1. gram negative rods
  2. facultative anaerobes
  3. opportunistic pathogens
    1. via catheters
  4. enteric bacteria
    1. similar to E. coli, salmonella, shigella, enterobacter, serratia
  5. urease posisitve
    1. converts urea to ammonia
      1. raising pH
  6. higly motile and swarm across agar media
    1. peritricous flagella
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16
Q

urease positive and highly motile

A
  1. gram negative rods
  2. facultative anaerobes
  3. opportunistic pathogens
    1. via catheters
  4. enteric bacteria
    1. similar to E. coli, salmonella, shigella, enterobacter, serratia
  5. urease posisitve
    1. converts urea to ammonia
    2. raising pH
  6. highly motile and swarm across agar media
    1. peritricous flagella
17
Q

group D streptococci

  1. group
  2. location of normal flora
  3. causes
  4. enzyme
  5. treatment
A

enterococcus faecalis

  1. group D streprococci
    1. classification of the human pathogen pathoegen carbohydrate
    2. allow them to be typed
  2. GI tract normal flora
  3. causes
    1. endocarditis
    2. cystitis
    3. wound infections
    4. gamma hemolysis
  4. enzyme
    1. catalase negative
  5. treatment
    1. amoxacillin
    2. ampicillin
    3. vancomycin
18
Q

grows on blood agar, bile-esculin agar and 6.5%NaCl

A

enterococcus faecalis

  1. group D streptococcus
    1. human pathogens are A,B,Dand G
  2. Gi tract normal flora
  3. causes
    1. endocarditis
      1. bacteremia
    2. cystitis
    3. wound infection
  4. virulence
    1. development of antibiotic resistance
  5. treatment
    1. amoxicillin
    2. ampicillin
    3. vancomycin
19
Q

nosocomial UTIs

A
  1. 66-86% follow urinary catheterization
20
Q

differentiate the catherter associated UTI between where they reside normally

A
  1. normal human flora
    1. E. coli
    2. klebsiella
    3. proteus
    4. enterococcus sp
    5. enterobacter
    6. candida
  2. uncommon human flora
    1. serratia marcescens
    2. pseudomonas cepacia
22
Q

can be RBC, WBC,granular or broad waxy

A

casts- indicate damage or infection of the kidneys

23
Q

increase numbers in poisoning with ehylene glycol, diabetes mellitus, chronic renal disease, following large vit C intake

A

calcium oxalate crystals

  1. common in acid and neutral urines and processed from oxalate-rich foods such as tomatoes, spinach,rhubarb, garlic, oranges and asparagus
24
Q

common in acid and neutral urines and processed from oxalate-rich foods such as tomatoes, spinach,rhubarb, garlic, oranges and asparagus

A
  1. calcium oxalate crystals
    1. increase numbers in poisoning with ehylene glycol, diabetes mellitus, chronic renal disease, following large vit C intake
25
coffin lids
triple phosphate crystals 1. commonly seen in alkaline urine 2. may not be clinically significant 1. found in normal urine 3. associated with the presence of urea-splitting bacteria
26
27
commonly seen in alkaline urine associated with the presence of urea splitting bacteria
triple phosphate crytsals coffin lids
28
normal crystals seen in acidic urine
amorphous urate crystals 1. characterization 1. normal crystals seen in acidic urine 2. appear microscopically as yellow-brown granules 3. frequently encountered in specimens that have been refridgerated 4. produce pink sediment
29
presence could mean risk of kidney stone
uric acid crystals 1. presence could indicate increased risk of uric acid kidney stones 2. presence correlates with gout, purine metabolism disorders (lesch-nyhan syndrome)
30
presence correlates with gout
uric acid crystals 1. presence could indicate increased risk of uric acid kidney stones 2. presence correlates with gout, purine metabolic disorders (Lesch-Nyhan syndrome)
31
characterized by decrease in vaginal lactobacilli and decrease in normal vaginal acidity
bacterial vaginosis- gardnerella vaginalis 1. characterized by decrease in vaginal lactobacilli, decrease in normal acidity of the vagina 2. specimen 1. clue cells 1. sloughed off epithelila cells covered with bacteria 2. strong fish odor
32
what are the three bacteria associated with bacterial vaginosis
Bacterial vabinosis 1. caharacterized by overgrowth of certain bacteria 1. ***_Garderella vaginalis_*** 2. ***_Gardneralla mobiluncus_*** 3. ***_Mycoplasma hominus_*** 2. accounts for 60% of vulvovaginal infections
33
34
clue cells
sloughed off epithelial cells covered in bacteria. strong fish odor Garderella vaginalis
35
Clindamycin and metronidazole are used in the treatment of
Bacterial vaginosis: over gorowth of 1. Gardnerella vaginalis 2. Gardnerella mobiluncus 3. Mycoplasma hominus
36