Table 4: A summary of investigations of the proximal tibia.
First author |
Plateau depth |
AP plateau |
ML plateau |
Plateau ratio |
Offset |
Master shape |
Posterior prox tibia |
ACL insertion site |
Hashemi [8] |
NDM |
|||||||
Bellemans [86] |
M |
M |
F ND |
|||||
Bisson [19] |
F |
|||||||
Cheng [40] |
MM |
MM |
||||||
Lim [18] |
M |
M |
M |
|||||
Yue [13] |
Ma NDb |
Ma NDb |
|
|||||
Tang [27] |
M1 |
|||||||
Erkocak [23] |
M |
M |
M |
|||||
Hartel [25] |
|
ND2 |
||||||
Hartel [26] |
|
ND2 |
||||||
Hovinga [24] |
M |
|||||||
Kucukdurmaz [88] |
ND |
|||||||
Stone [89] |
Ma,b |
|||||||
Sun [28] |
|
ND3 |
||||||
Scheffel [29] |
|
ND4 |
||||||
SUMMARY |
½ studies say no difference, ½ showed greater depth in females |
Majority show greater AP plateau depth in males |
Majority show greater ML plateau width in males |
2/3 studies showed greater aspect ratios in males; 1 showed greater or no difference in females |
Greater offset in males |
No sex difference in “master shape” of proximal tibia |
No sex difference in posterior arc/radius |
No sex difference in tibial insertion site of ACL |
ND: No statistical difference; F: Greater/larger in females; M: Greater/larger in males; Xa: With adjustments (such as weight, height, BMI, bone length); Xb: Without adjustments (such as weight, height, BMI, bone length); XM: Medial only; X1: Anterolateral tibial shaft offset relative to tibial plateau; X2: Master shape of tibia plateau (model); X3: Posterior proximal tibia arc angle/radius; X4: Tibial ACL insertion site as % of total AP tibial plateau dimension.