Table 4 Studies using intrasinus thrombolysis in the treatment of cerebral venous sinus thrombosis.

From: Factors influencing therapy choice and clinical outcome in cerebral venous sinus thrombosis

Authors

Number of patients

Type and dose of IST

Combination with MT

Outcome

Pre-treatment ICH

Worsening of ICH

Recanalization

mRS

Kumar et al. (2010)

19

Urokinase: bolus 100,000 IU, continued by 100,000 IU/h, max. 600,000 IU

None

Complete: 5

Partial: 7

No: 7

0–2: 15

3–4: 0

5–6: 4

6/19 (32%)

2/6 (33%)

Guo et al. (2012)

37

Urokinase: 1,000,000 IU daily, 5–7 days

None

Complete: 30

Partial: 5

No: 2

0–2: 34

3–4: 1

5–6: 2

23/37 (62%)

2/23 (9%)

Mohammadian et al. (2012)

26

rtPA: total 30 mg in 30 min

None

complete: 25

partial: 0

no: 1

0–2: 25

3–4: 1

5–6: 0

not available

 

Li et al. (2013)

52

Urokinase: total from 100,000 to 1,500,000 IU (240,000 IU/h)

All

complete: 45

partial: 3

no: 4

0–2: 40

3–4: 6

5–6: 6

29/52 (56%)

4/29 (14%)

Garge et al. (2014)

10

Urokinase: bolus 100,000 IU, continued by 60,000 IU/h, 10–18 h

None

Complete or partial: 10

No: 0

0–2: 9

3–4: 0

5–6: 1

10/10 (100%)

1/10 (10%)

Zhen et al. (2015)

8

rtPA: 20 mg daily, 4–6 days

All

Complete: 5

Partial: 2

No: 1

0–2: 7

3–4: 0

5–6: 1

2/8 (25%)

0/2 (0%)

Karanam et al. (2016)

29

rtPA: bolus 2 mg, continued by 1 mg/h, 11–16 h

None

Complete or partial: 29

No: 0

0–2: 27

3–4: 1

5–6: 1

29/29 (100%)

0/29 (0%)

Mathukumalli et al. (2016)

24

Urokinase (8 patients): bolus 100,000 IU, continued by 70–80,000IU/h, max. 3 days

rtPA (16 patients): bolus 10 mg, continued by 1 mg/h, max. 3 days

None

Complete: 4

Partial: 18

No: 2

0–2: 10

3–4: 8

5–6: 6

14/24 (58%)

0/14 (0%)

Guo et al. (2019)

156

Urokinase: 1,000,000 IU daily, 5–7 days

None

Complete: 112

Partial: 28

No: 16

0–2: 120

3–4: 25

5–6: 11

17/156 (11%)

3/17 (18%)

  1. ICH intracerebral hemorrhage, IST intrasinus thrombolysis, mRS modified Rankin Scale, MT mechanical thrombectomy, rtPA recombinant tissue plasminogen activator.