Skip to main content

Table 4 Values of cutoff points and predictive accuracy for remained coma

From: S-100B and neuron-specific enolase as predictors of neurological outcome in patients after cardiac arrest and return of spontaneous circulation: a systematic review

 

on admission

Day 1

24 hours

Day 2

48 hours

Day 3

Authors

cut/spe/sen/acc

cut/spe/sen/acc

cut/spe/sen/acc

cut/spe/sen/acc

cut/spe/sen/acc

cut/spe/sen/acc

NSE

      

Reisinger and colleagues

NM

NM

-

NM

-

NM

Prohl and colleagues

-

(29)/100/33/78

-

(32)/100/33/78

-

(28)/100/67/89

Zandbergen and colleagues

-

-

NM

-

NM

-

Rech and colleagues

-

-

(60)/100/35/49

-

-

-

Pfeifer and colleagues

-

NM

-

NM

-

(65)/96/40/56

Meynaar and colleagues

NM

-

NM

-

NM

-

Zingler and colleagues

(48)/100/53/70

(43)/100/91/94

-

(91)/100/75/84

-

-

Martens [31]

-

-

(20)/89/51/68

-

-

-

Fogel and colleagues

(33)/100/25/56

(33)/100/60/77

-

(33)/100/63/78

-

(33)/100/65/80

Martens [34]

-

-

(18)/67/74/71

-

-

-

Bassetti and colleagues

-

NM

NM

-

-

-

Stelzl and colleagues

(18)/100/40/67

(17)/100/83/92

(21)/100/100/100

(29)/100/100/100

(36)/100/100/100

(24)/100/100/100

Karkela and colleagues

NM

-

NM

-

-

-

Dauberschmidt and colleagues

(11)/100/43/56

(5)/100/50/60

-

(5)/100/67/78

-

(5)/100/71/80

Roine and colleagues

-

-

(17)/98/40/80

-

-

-

S-100B

      

Zandbergen and colleagues

-

-

NM

-

NM

-

Prohl and colleagues

-

(2.1)/100/17/72

-

(1.8)/100/17/72

-

(1.2)/100/33/78

Pfeifer and colleagues

-

NM

-

NM

-

(1.5)/96/34/51

Zingler and colleagues

(5.2)/100/35/59

(0.8)/100/64/77

-

(0.5)/100/75/84

-

-

Hachimi-Idrissi and colleagues

(0.7)/85/67/78

-

(0.7)/88/100/93

-

-

-

Martens [31]

-

-

(0.7)/96/55/73

-

-

-

  1. Values in bold are the results of our calculation. cut = values of cutoff points (ng/mL); spe = specificity (%); sen = sensitivity (%); acc = accuracy (%).
  2. NM = not mentioned for cutoff values and predictive accuracy; NSE = neuron specific enolase.