1 er (e.g. serpins, regulating cell death, and alpha-macroglobulins).

2  systemic inflammation as measured by plasma alpha-macroglobulin.

3                              Proteins in the alpha-macroglobulin (alphaM) superfamily use thiol ester

4                                              alpha-Macroglobulins (alphaMs) are large glycoproteins t

5      Only the active enzyme bound to the two alpha-macroglobulins, and the interaction was specific f

6            Murinoglobulin, the second murine alpha-macroglobulin, bound both TGF-beta isoforms with 3

7 inhibitors phenylmethylsulfonyl fluoride and alpha-macroglobulin could reverse the sigB biofilm defec

8 lpha2M, which is not redundant in the murine alpha-macroglobulin family or in murine plasma.

9 bulin, which is the only known member of the alpha-macroglobulin family that does not bind TGF-beta,

10 uch as albumin, fibrinogen, transferrin, and alpha-macroglobulin in hepatocytes.

11 nalysis of bacterial genomes identified many alpha-macroglobulin-like sequences that appear to have b

12 d C5 are members of the thioester-containing alpha-macroglobulin protein superfamily.

13        The specific binding of plasma CPB to alpha-macroglobulins suggest that these proteins may fun

14                  Malpha2M is the only murine alpha-macroglobulin that promotes NO synthesis.

15 ion and characterization of such a bacterial alpha-macroglobulin, that from Escherichia coli.

16                       This is also the first alpha-macroglobulin to be characterized that is predicte