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. Author manuscript; available in PMC: 2013 Jul 12.
Published in final edited form as: Immunogenetics. 2007 Sep 21;59(10):813–821. doi: 10.1007/s00251-007-0250-6

Table 2.

Transmembrane domains of DAP12-associated, Ig-domain receptors

Receptor Transmembrane domain1 Species shown
KIR2DS2 graphic file with name nihms236594t1.jpg Human
NKp44 graphic file with name nihms236594t2.jpg Human
CD300e graphic file with name nihms236594t3.jpg Human
PILRβ graphic file with name nihms236594t4.jpg Human
SIRPβ1 graphic file with name nihms236594t5.jpg Human
TREM1 graphic file with name nihms236594t6.jpg Human
TREM2 graphic file with name nihms236594t7.jpg Human
Siglec-H graphic file with name nihms236594t8.jpg Mouse
CD300d graphic file with name nihms236594t9.jpg Mouse
Cd200r3 graphic file with name nihms236594t10.jpg Mouse
Cd300R4 graphic file with name nihms236594t11.jpg Mouse
TREM3 graphic file with name nihms236594t12.jpg Mouse
Nitr9 graphic file with name nihms236594t13.jpg Zebrafish
IpNITR22 graphic file with name nihms236594t14.jpg Channel catfish
IpNITR32 graphic file with name nihms236594t15.jpg Channel catfish
IpNITR42 graphic file with name nihms236594t16.jpg Channel catfish
IpNITR10/112 graphic file with name nihms236594t17.jpg Channel catfish
1

Transmembrane domains predicted by SMART software (http://smart.embl-heidelberg.de/; Letunic et al. 2006). Charged residues are white text on black.

2

Catfish IpNITR2, IpNITR3, IpNITR4, IpNITR10, and IpNITR11 encode transmembrane domains similar to zebrafish Nitr9 (Hawke et al. 2001) and are predicted to associate with DAP12.