Publication |
Data |
|
Fish |
Anatomy
|
Xie et al., 2024
|
Figure 4
|
|
myd88hu3568/hu3568
|
|
Loes et al., 2021
|
Fig. 5
|
|
myd88b1354/b1354 (AB/TU)
|
|
Cunha et al., 2020
|
Fig. 5
|
|
myd88hu3568; tum109Tg; ue2Tg
|
|
Hsu et al., 2018
|
Fig. 5
|
|
nc1Tg + CRISPR7-myd88 + CRISPR8-myd88
|
|
Troll et al., 2018
|
Fig. 3
|
|
myd88hu3568/+
, 
WT + MO2-myd88
, 
myd88hu3568/hu3568
|
|
|
Fig. 4
|
|
WT + MO2-myd88
|
|
Burns et al., 2017
|
Fig. S1
|
|
myd88b1354/b1354 (AB/TU)
|
|
Fehr et al., 2016
|
Fig. 8
|
|
WT + MO2-myd88
|
|
He et al., 2015
|
Fig. 2
|
|
la2Tg + MO1-myd88
, 
myd88hu3568/hu3568
, 
TU + MO1-myd88
|
|
|
Fig. 3
|
|
TU + MO1-myd88
, 
hkz010tTg + MO1-myd88
|
|
|
Fig. S3
|
|
la2Tg + CRISPR1-myd88 + CRISPR2-myd88 + CRISPR3-myd88 + CRISPR4-myd88 + CRISPR5-myd88
|
|
van der Vaart et al., 2013
|
Fig. 1
|
|
myd88hu3568/hu3568 (AB)
|
|
|
Fig. 6
|
|
WT + MO2-myd88
, 
myd88hu3568/hu3568 (AB)
|
|
|
Fig. 7
|
|
myd88hu3568/hu3568 (AB)
|
|
Bates et al., 2007
|
Fig. 1
|
|
WT + MO2-myd88
|
|