Table 1 Biological approaches to enhance tooth movement
From: Acceleration of tooth movement during orthodontic treatment - a frontier in Orthodontics
Authors | Biological molecules tested | Animal or humans | Duration | Acceleration |
|---|---|---|---|---|
Saito et al. [9] | PGs and IL-1 | Cats | Weeks | Yes |
Yamasaki et al. [10] | PGs | Rats | Weeks | Yes |
Yamasaki et al. [11] | PGs | Monkeys | Weeks | Yes |
Leiker et al. [7] | PGs | Rats | Weeks | Yes |
Yamasaki et al. [12] | PGs | Human | Months | Yes |
Seifi et al. [13] | PGs + Ca | Rats | Weeks | Yes and stabilize root resorption |
Seifi et al. [13] | PGs − Ca | Rats | Weeks | Yes |
Kanzaki et al. [14] | RANKL/RANK | Animals | Weeks | Yes |
OPG | Animals | Weeks | Yes | |
Nishijima et al. [15] | RANKL/RANK/OPG and root resorption | Human | Months | Relation with root resorption |
Collins et al. [16] | Vitamin D | Cats | Weeks | Yes |
Kale et al. [17] | Vitamin D and PGs | Rats | Weeks | Yes |
Soma et al. [18] | PTH | Rats | Weeks | Yes |
Soma et al. [19] | PTH | Rats | Weeks | Yes |
Liu Zi et al. [20] | Relaxin | Rats | Weeks | Yes |
Madan et al. [21] | Relaxin | Rats | Weeks | Effect on collage fibers |
Mcgorray et al. [22] | Relaxin | Human | Weeks | No |