Table 2.
Integrin subunits differentially expressed between the Banff grades of CAN/IFTA
| B0 vs. 1 + 2 + 3 | B0 vs. 1 | B0 vs. 2 + 3 | B1 vs. 2 + 3 |
|---|---|---|---|
|
β1 (↑1.40) |
β1 (↑1.33) |
β1 (↑1.52) |
β1 (↑1.42) |
|
β2(↑1.60) |
|
|
|
|
β3(↑1.25) |
|
|
|
|
β5(↑1.23) |
β5(↑1.28) |
β5(↑1.39) |
|
|
β6(↑3.07) |
β6(↑2.84) |
β6(↑6.06) |
β6(↑2.14) |
|
β8(↑1.60) |
β8(↑1.85) |
β8(↑1.89) |
|
|
α1(↑1.45) |
α1(↑1.64) |
α1(↑1.69) |
|
|
α2(↑1.55) |
|
α2(↑2.05) |
|
|
α6(↑1.55) |
α6(↑1.67) |
α6(↑1.87) |
α6(↓1.38) |
|
α9(↑1.52) |
|
|
α9(↑1.15) |
|
αv(↑1.80) |
αv(↑1.57) |
αv(↑2.02) |
|
| αμ(↑1.55) | αμ(↑1.90) | αμ(↑2.53) |
All p-values are <0.005.
The direction of change is indicated by the arrow and the numbers in brackets represent the magnitude of change for each integrin subunit. All results shown were statistically significant with p values ranging from <1 × 10-3 to 10-7.