Table 3.

Partitioning into Clades

Clade identifier Name Members[i] RPC[ii] %[iii]
a antitrypsin-likeAAT ∣ xlaAP ∣ ACH ∣ PCI ∣ TBG ∣ CBG ∣ KAL ∣ Carp serpins ∣ EP45 ∣ UTMP ∣ RASP-1 ∣ ANGTY100
b intracellularSCCA-1/2 ∣ PI-6 and SPI-3 ∣ PI-8 and SPI-6 ∣ PI-9 ∣ ovalbumin ∣ PAI-2 ∣ maspin ∣ MNEI ∣ MENT ∣ bomapin ∣ megsinP (9/11)100
c antithrombinANTs
d heparin cofactor IIHEPIIs
e PAI-1/GDNPAI-1 ∣ GDN ∣mviSERP-1Y97.4
f PEDFPEDF ∣ A2AP ∣pma N92.3
g C1-inhibitorC1-Is
h heat shock protein 47HSP47s
i neuroserpinNEUS ∣ TSAN95.1
j horseshoe crabLICI-1/2/3s
k insects mseSERP-1 ∣ BmoACH-II and AAT ∣ mseSERP-2P (2/3)94.4
l nematodes Caenorhabditis elegans (7 clades)P (6/7)100
m blood fluke Schistosoma mansoni, japonicum, andhaematobium s
n viral Serpin-1/2SPI-1/2s
o viral Serpin-3SPI-3s
p plantsbarley, wheat, oat, and thale cresss

[i] The symbol (∣) separates groups of sequences identified in 100% of bootstrap trees using the strict consensus method (Sokal and Rohlf 1981).

[ii] Recognized as members of a reduced partition consensus (RPC) clade using STRICT (REDCON 2.0; Wilkinson 1996). (Y) yes; (N) no; (P) partial. The RPC contains fewer members but otherwise agrees; the level of agreement is shown as a fraction.

[iii] The analysis was performed using the comparison method. Percentage scores >90% are significant (see Fig. 8A). (s) Those clades identified solely by the strict consensus method. These are subgroups with 100% bootstrap values in the distance tree, which were not found to associate with any other sequences.