Table 1.
Stem cells types | References | Animal/human studies | Sample size | Routes of administration | Time of administration (post ICH) | Number of cells | Efficacy (behavioral recovery) | Earliest effective time (post ICH) | ||
---|---|---|---|---|---|---|---|---|---|---|
TSCs | ESCs | Nonaka et al.47 | Rat | Sham: 5; treatment: 10 | Intraventricular | 7 days | 105 | NA | NA | |
PSCs | MSCs | BM-MSCs | Cui et al.32 | Rat | Control: 15; treatment: 15 | Intravenous | 1 and 24 hours | 5 × 106 | Decreased the NSS scores | 3 days |
Chang et al.36 | Human | Control: 8; treatment: 7 | Intra-cavity | 2 and 3 weeks | 1.8 × 108 | Decreased the NIHSS, mRS scores and increased the mBI scores | 3 months | |||
Wang et al.24 | Rat | Sham: 12; control: 24; treatment: 24 | Intravenous | NA | 1 × 106 | Decreased the mNSS and MLPT scores | 14 days | |||
Sun et al.82 | Mouse | NA | Intranasal | 3 and 7 days | 1 × 106 | Decreased the mNSS scores; improvement in the adhesive removal, rotarod and open field tests | 14 days | |||
Zhu et al.119 | Human | Control: 96; treatment: 110 | Intracerebral, intrathecal | 5.5 days and 4 weeks | NA | Decreased the NIHSS scores and Rankin Scale; increased the Barthel scores | 6 months | |||
Chen et al.25 | Rat | NA | Intravenous | 2 hours | 5 × 106 | Decreased the mNSS scores | 3 days | |||
Vaquero et al.78 | Rat | Control: 20; treatment: 20 | Intracerebral | 2 months | 5 × 106 | Improved in rotarod test and VTB tests | 4 months | |||
Bao et al.93 | Rat | Control: 67; treatment: 65 | Intracerebral | 24 hours | 2 × 105 | Decreased the mNSS scores | 3 days | |||
Liang et al.27 | Rat | Sham: 8; control: 16; treatment:16 | Intracerebral | 24 hours | 1 × 106 | Decreased the MLPT scores and improved in the vibrissae-elicited forelimb-placing test | 7 days | |||
Wang et al.95 | Rat | Control: 6; treatment:6 | Intravenous | 1 hour | 1 × 106 | Decreased the mNSS scores | 7 days | |||
Otero et al.90 | Rat | Control: 48; treatment: 48 | Intracerebral | 2 hours | 2 × 106 | NA | NA | |||
Yang et al.31 | Rat | Control: 10; treatment:20 | Intracerebral | 3 days | 5 × 105 | Decreased the mNSS scores | 7 days | |||
Bhasin et al.120–122 | Human | Control: 1; treatment:2 | Intravenous | 9.6 months | 5–6 × 107 | Decreased the Ashworth Tone Grade Scale scores; increased the mBI scores, FM scores and MRC grade, but no statistical difference | 11.6 months | |||
Otero et al.87 | Rat | Control: 10; treatment: 10 | Intracerebral | 2 months | 5 × 106 | Decreased the mNSS scores; improved in the rotarod and VTB tests, and locomotor activity | 3 months | |||
Feng et al.33 | Monkey | Control: 8; treatment:16 | Intracerebral | 1 week or 4 weeks | 1–5 × 106 | Decreased the neurologic deficit scores | 2 or 5 weeks | |||
Otero et al.26 | Rat | Control: 10; treatment:10 | Intracerebral | 3 days | 2 × 106 | Decreased the mNSS scores and improved in the rotarod test | 3 weeks | |||
Seyfried et al.30 | Rat | Control: 9; treatment:18 | Intravenous | 24 hours | 0.5–1 × 106 | Decreased the mNSS scores and improved in corner-turn test | 7 days | |||
Seyfried et al.29 | Rat | Control: 18; treatment :18 | intra-arterial | 24 hours | 1 × 106 | Decreased the mNSS scores and improved in corner-turn test | 7 days | |||
Nagai et al.22 | Mouse | Control: 4; treatment: 14 | Intracerebral | 7 days | 2 × 105 | Improved in rotarod test | 8 days | |||
Seyfried et al.28 | Rat | Control: 27; treatment: 27 | Intracerebral | 24 hours | 3, 5 and 8 × 106 | Decreased mNSS scores and improvement in corner-turn test | 7 days | |||
Zhang et al.80 | Rat | Blank: 5; sham: 20; control: 20; treatment: 60 | Intra-arterial, intravenous and intraventricular | 1, 3, 5 and 7 days | 2 × 106 | Improvement in the beam-walking test (except the intravenous group) | 24 hours | |||
HUC-MSCs | Xie et al.34 | Rat | Sham: 10; control: 16; treatment: 36 | Intracerebral, intravenous | NA | 2 × 105 (IC), 2 × 106 (IV) | Decreased mNSS scores | 7 days | ||
Chang et al.36 | Human | Control: 8; treatment: 9 | Intra-cavity | 2 and 3 weeks | 1.8 × 108 | Decreased NIHSS, mRS scores and increased mBI scores | 3 months | |||
Zhang et al.37 | Rat | Control: 60; treatment: 60 | Intracerebral | 6 hours | 1 × 105 | Decreased mNSS scores | 24 hours | |||
Nan et al.35 | Rat | NA | Intravenous | 24 hours | 2.4–3.2 × 106 | Improvement in limb-placement, stepping and body-swing tests | 7 days | |||
ADMSCs | Chen et al.40 | Rat | Control: 40; treatment: 40 | Intraventricular | 2 days | 2–4 × 105 | Improvement in Zea Longa 5-grade scale | 3 days | ||
Yang et al.41 | Rat | Control: 6; treatment: 9 | Intravenous | 24 hours | 1 × 106 | Decreased mNSS scores | 7 days | |||
Kim et al.42 | Rat | Control: 16; treatment: 16 | Intravenous | 24 hours | 3 × 106 | Decreased MLPT scores | 28 days | |||
HSCs | NA* | |||||||||
NSCs | Gao et al.98 | Rat | Sham: 20; control: 48; treatment: 26 | Intracerebral | 3 hours | 5 × 105 | Decrease the mNSS scores | 3 days | ||
Wakai et al.62 | Mouse | NA | Intracerebral | 3 days | 1 × 105 | Improve in cylinder and corner-turn tests | 21 days | |||
Xue et al.123 | Human | Control: 20; treatment: 20 | Intrathecal | 1 week, twice per week, a total of four times | 4 × 108 | Decrease the NIHSS scores | 2 weeks | |||
Wang et al.61 | Rat | Control: 26; treatment: 13 | Intracerebral | 3 days | 1 × 106 | Decrease the MLPT scores | 24 days | |||
Lee et al.63 | Mouse | Control: 28; treatment: 61 | Intracerebral | 7 days | 2 × 105 | Improve in rotarod test and decrease the MLPT scores | 8 days | |||
Lee et al.65 | Mouse | Control: 20; treatment: 18 | Intracerebral | 7 days | 2 × 105 | Improve in rotarod test and decrease the MLPT scores | 5 weeks | |||
Lee et al.64 | Mouse | Control: 18; treatment: 39 | Intracerebral | 7 days | 2 × 105 | Improve in rotarod test and decrease the MLPT scores | 8 days | |||
Lee et al.99 | Rat | Sham: 30; control: 30; treatment: 120 | Intravenous, intracerebral | 2 or 24 hours | 5 × 106 (IV), 1 × 106 (IC) | Decrease the MLPT scores | 24 hours | |||
Lee et al.60 | Mouse | Control: 30; treatment: 31 | intracerebral | 7 days | 2 × 105 | Improve in rotarod test and decrease the MLPT scores | 21 days | |||
Lee et al.66 | Mouse | Control: 20; treatment: 50 | intracerebral | 7 days | 2 × 105 | Improve in rotarod test and decrease the MLPT scores | 8 days | |||
Li et al.88 | Rat | Control: 8; treatment: 40 | intra-arterial | 2, 7, 14, 21 or 28 days | 4 × 106 | Improve in rotarod,beam walking,limb placing and spontaneous cycling tests | 28 days | |||
An et al.110 | Rat | NA | Intracerebral | 3 days | 3 × 106 | NA | NA | |||
Jeong et al.59 | Rat | Control: 13; treatment: 12 | Intravenous | 24 hours | 5 × 106 | Improve in rotarod test and decrease the MLPT scores | 14 days | |||
iPSCs | Qin et al.75 | Rat | Sham: 30; control: 63; treatment: 59 | Intracerebral | 6 hours | 1 × 106 | Decrease the MLPT scores | 14 days | ||
Qin et al.73 | Rat | NA | Intracerebral | 24 hours | 2 × 106 | Decrease the mNSS and MLPT scores | 14 days | |||
Qin et al.74 | Rat | Sham: 12; control: 24; treatment: 12 | Intracerebral | 24 hours | 1 × 106 | Decrease the mNSS and MLPT scores | 14 days |
* There are no reports on directly-administered HSCs for ICH treatment.
ICH: intracerebral hemorrhage; TSCs: totipotent stem cells; ESCs: embryonic stem cells; PSCs: pluripotent stem cells; MSCs: mesenchymal stem cells; NSCs: neural stem cells; iPSCs: induced pluripotent stem cells; HSCs: hematopoietic stem cells; BM-MSCs: bone marrow mesenchymal stem cells; HUC-MSCs: human umbilical cord-mesenchymal stem cells; ADMSCs: adipose-derived mesenchymal stem cells; IV: intravenous; IC: intracerebral; NA: not available; NSS: Neurological Severity Score; mNSS: modified NSS; NIHSS: National Institutes of Health Stroke Scale; mRS: modified Rankin Scale (mRS); mBI: modified Barthel; MLPT: modified limb-placing test; VTB: video-tracking box; FM: Fugl Meyer; MRC: Medical Research Council.